Hydraulic Pump T7/T67/T6C Series

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Hydraulic Pump T7/T67/T6C Series
Hydraulic Pump
T7/T67/T6C Series
Industrial Vane Pumps
Pressure up to 320 bar
Fixed Displacement from 6 to 637 ml/rev.
Catalogue HY29-0001/UK
March 2007
Catalogue HY29-0001/UK
Content
General
Industrial Vane Pumps
T7/T67/T6C
General characteristics ........................................................................ 4
Min. and max. speeds - Pressure ratings
Single pumps ................................................................................ 5 - 6
Min. and max. speeds - Pressure ratings
Double & triple pumps ....................................................................... 7
Minimum allowable inlet pressure . .............................................. 8 - 9
Main calculation ............................................................................... 10
Intermittent pressure rating ............................................................... 10
Description . ...................................................................................... 11
Start-up instructions & recommendations
General . .................................................................................... 12 - 13
Shaft & coupling data ....................................................................... 13
Specific point .................................................................................... 13
Fluids ........................................................................................ 13 - 14
Formulas ........................................................................................... 14
General characteristics .............................................................. 15 - 16
Notes ................................................................................................. 17
SINGLE
T7AS
Ordering code and technical data . .................................................... 18
Dimensions and operating characteristics . ....................................... 19
T7ASW
Ordering code and technical data . .................................................... 20
Dimensions and operating characteristics . ....................................... 21
T7B - T7BS
Ordering code and technical data . .................................................... 22
Dimensions and operating characteristics . ....................................... 23
T6C
Ordering code and technical data . .................................................... 24
Dimensions and operating characteristics . ....................................... 25
T7D - T7DS
Ordering code and technical data . .................................................... 26
Dimensions and operating characteristics . ....................................... 27
T7E - T7ES
Ordering code and technical data . .................................................... 28
Dimensions and operating characteristics . ....................................... 29
DOUBLE
T7BB - T7BBS
Ordering code and technical data . .................................................... 30
Dimensions and operating characteristics . ....................................... 31
T6CC
Ordering code and technical data . .................................................... 32
Dimensions and operating characteristics . ....................................... 33
T67CB
Ordering code and technical data . .................................................... 34
Dimensions and operating characteristics . ....................................... 35
T7DB - T7DBS
Ordering code and technical data . .................................................... 36
Dimensions and operating characteristics . ....................................... 37
T67DC
Ordering code and technical data . .................................................... 38
Dimensions and operating characteristics . ....................................... 39
T7DD - T7DDS
Ordering code and technical data . .................................................... 40
Dimensions and operating characteristics . ....................................... 41
T7EB - T7EBS
Ordering code and technical data . .................................................... 42
Dimensions and operating characteristics . ....................................... 43
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Catalogue HY29-0001/UK
Content
Industrial Vane Pumps
T7/T67/T6C
T67EC
Ordering code and technical data . .................................................... 44
Dimensions and operating characteristics . ....................................... 45
T7ED - T7EDS
Ordering code and technical data . .................................................... 46
Dimensions and operating characteristics . ....................................... 47
T7EE - T7EES
Ordering code and technical data . .................................................... 48
Dimensions and operating characteristics . ....................................... 49
TRIPLE T7DBB - T7DBBS
Ordering code and operating characteristics . ................................... 50
Technical data ................................................................................... 51
Dimensions ....................................................................................... 52
T7DCB - T7DCBS
Dimensions ....................................................................................... 52
Ordering code and operating characteristics . ................................... 53
Technical data ................................................................................... 54
T7DCC - T7DCCS
Technical data ................................................................................... 55
Ordering code and operating characteristics . ................................... 56
Dimensions ....................................................................................... 52
T7DDB - T7DDBS
Ordering code and operating characteristics . ................................... 57
Technical data ................................................................................... 58
Dimensions ....................................................................................... 59
T67DDCS
Dimensions ....................................................................................... 60
Ordering code and operating characteristics . ................................... 61
Technical data ................................................................................... 62
T7EDB - T7EDBS
Technical data ................................................................................... 63
Ordering code and operating characteristics . ................................... 64
Dimensions ....................................................................................... 65
T67EDC - T67EDCS
Dimensions ....................................................................................... 66
Ordering code and operating characteristics . ................................... 67
Technical data ................................................................................... 68
T7EEC - T7EECS
Technical data ................................................................................... 69
Ordering code and operating characteristics . ................................... 70
Dimensions ....................................................................................... 71
Porting diagrams for double and triple pumps................................... 72
Porting diagrams for triple pumps .................................................... 73
Notes ................................................................................................. 74
Warning . ............................................................................................75
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Catalogue HY29-0001/UK
Characteristics
Industrial Vane Pumps
T7/T67/T6C
CHARACTERISTICS
These vane pumps have been specially designed for high/low circuits.
The combination of different cartridges in double and triple pumps
allows low flow at high pressure (300 bar max.) and high flow at lower
pressure. This is a clever way to optimize your circuit design.
This pump feature will also allow a very fast pressure cycle change
with a very precise flow repeatability.
GREATER FLOW
Size A : 5,8 to 40,0 ml/rev.
Size B : 5,8 to 50,0 ml/rev.
Size C : 10,8 to 100,0 ml/rev.
Size D : 44,0 to 158,0 ml/rev.
Size E : 132,3 to 268,7 ml/rev.
HIGHER PRESSURE
A : up to 300 bar max.
B : up to 320 bar max. (300 bar for multiple pump).
C : up to 275 bar max.
D : up to 280 bar max. (250 bar for multiple pump).
E : up to 240 bar max.
WIDE SPEED RANGE
Industrial pumps : Min. : 600 RPM - Max. up to 3600 RPM
BETTER EFFICIENCY
Increases productivity, reduces heating and reduces operation costs.
LOW NOISE LEVELS
Increases operator safety and eases machines acceptances.
MOUNTING FLEXIBILITY
Single pumps : 4 different positions.
Double pumps : 32 different positions.
Triple pumps : 128 different positions.
CARTRIDGE DESIGN
Provides for drop-in assemblies. They permit easy conversion and
service.
A, B and D cartridges : bi-directional technology.
C and E cartridges : uni-directional technology.
WIDE RANGE OF ACCEPTABLE VISCOSITIES
Viscosities from 860 to 10 cSt permit colder starts and hotter running.
The balanced design compensates for wear and temperature changes.
At high viscosity or cold temperature, the rotor to side plates gap is
well lubricated and improves mechanical efficiency.
FIRE RESISTANT FLUIDS AND BIODEGRADABLE
FLUIDS
Phosphate esters, organic esters, chlorinated hydrocarbons, water glycols,
rapeseed may be pumped at high pressures and with long service life
by these pumps.
GENERAL APPLICATIONS INSTRUCTIONS
1. Check speed range, pressure, temperature, fluid quality, fluid viscosity and pump rotation.
2. Check inlet conditions of the pump, if it can accept the application
requirements.
3. Check the type of shaft : if it will support the operating torque.
4. Check the coupling must be chosen to minimize pump shaft load
(weight, misalignment).
5. Filtration : must be adequate for the lowest contamination level.
6. Check the environment of the pump : as to avoid noise reflection,
pollution and shocks.
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Catalogue HY29-0001/UK
Single
pumps : speeds, pressure ratings
Model of
pump
Maximum Speed 3)
Theoretical
Minimum
Displacement
HF-0, HF-1 HF-3, HF-4
Speed
Series
Vi
HF-2
HF-5
ml/rev.
B06
T7AS2)
T7ASW2)
T7B
T7BS
T6C
Industrial Vane Pumps
T7/T67/T6C
RPM
Maximum Pressure
HF-0, HF-2
HF-1, HF-4, HF-5
HF-3
Int.
Cont.
Int.
Cont.
Int.
Cont.
bar
bar
bar
bar
bar
bar
300
275
240
210
175
140
3000
275
240
3600
300
275
240
210
175
140
240
210
175
140
175
140
RPM
RPM
5,8
B10
9,8
B11
11,0
B13
12,8
B17
17.2
B20
19,8
B22
22,5
B25
24,9
B26
26,0
B28
28,0
B30
30,0
B32
31,8
B34
34,0
B36
36,0
B40
40,0
B02
5,8
B03
9,8
B04
12,8
B05
15,9
B06
19,8
B07
22,5
B08
24,9
B09
28,0
B10
31,8
B11
35,0
B12
41,0
B14
45,0
B15
50,0
003
10,8
005
17,2
006
21,3
008
26,4
010
34,1
012
37,1
014
46,0
017
58,3
020
63,8
022
70,3
025
79,3
028
88,8
031
100,0
600
3600
600
1800
1800
3000
280
240
3600
3201)
290
600
1800
3000
2800
600
300
275
280
240
275
240
1800
175
210
2500
210
160
160
HF-0, HF-2 = Antiwear Petroleum Base - HF-1 = Non Antiwear Petroleum Base - HF-3 = Water in oil Invert Emulsions
HF-4 = Water Glycols Solutions - HF-5 = Synthetic Fluids
Please consult Parker Denison for application over 300 bar.
Please be careful as these cartridge designation are now in ml/rev. (example : B22 = 22,5 ml/rev.)
3)
Please be sure that the inlet velocity is under 1,9 m/sec. (see page 12, start-up & check-up).
1)
2)
For further information, or if the performance characteristics outlined here above do not meet your particular requirements, please consult
your local Parker Denison office.
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
Single
pumps : speeds, pressure ratings
Model of
Series
pump
Theoretical
Displacement
Vi
ml/rev.
T7D
T7DS
T7E 2)
T7ES
B14
44,0
B17
55,0
B20
66,0
B22
70,3
B24
81,1
B28
90,0
B31
99,2
B35
113,4
B38
120,6
B42
137,5
0451)
145,7
0501)
158,0
042
132,3
045
142,4
050
158,5
052
164,8
054
171,0
057
183,3
062
196,7
066
213,3
072
227,1
085
268,7
Maximum Speed 3)
Minimum
HF-0, HF-1 HF-3, HF-4
Speed
HF-2
HF-5
RPM
RPM
RPM
3000
Maximum Pressure
HF-0, HF-2
Int.
Cont.
Int.
Cont.
bar
bar
bar
bar
bar
bar
240
210
175
140
300
1800
2800
280
2500
260
230
240
210
210
160
240
210
210
175
175
140
90
75
75
75
75
75
2200
600
HF-3
Cont.
250
600
HF-1, HF-4, HF-5
Int.
2200
1800
2000
210
175
160
HF-0, HF-2 = Antiwear Petroleum Base
HF-1 = Non Antiwear Petroleum Base
HF-3 = Water in oil Invert Emulsions
HF-4 = Water Glycols Solutions
HF-5 = Synthetic Fluids
Ten vane technology.
For T7E, below 10 bar, please contact Parker Denison.
3)
Please be sure that the inlet velocity is under 1,9 m/sec. (see page 12, start-up & check-up).
1)
2)
For further information, or if the performance characteristics outlined here above do not meet your particular requirements, please consult
your local Parker Denison office.
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Catalogue HY29-0001/UK
Double
& triple pumps : speeds, pressure ratings
Model of
pump
T7BB/S
T67CB
T7DB/S
T7EB/S
T7DBB/S
T7DCB/S
T7DDB/S
T7EDB/S
T6CC
T67CB
T67DC
T67EC
T7DCB/S
T7DCC/S
T67DDCS
T67EDC/S
T7EEC/S
T7DB/S
T67DC
T7DD/S
T7EDS
T7DBB/S
T7DCB/S
T7DCC/S
T7DDB/S
T67DDCS
T7EDB/S
T67EDC/S
T7EB/S
T67EC
T7EDS
T7EE/S
T7EEC/S
T67EDB/S
T67EDC/S
Industrial Vane Pumps
T7/T67/T6C
Maximum Speed 3)
Theoretical
Minimum
Displacement
HF-0,
HF-1 HF-3, HF-4
Speed
Series
Vi
HF-2
HF-5
B02
B03
B04
B05
B06
B07
B08
B09
B10
B11
B12
B14
B15
003
005
006
008
010
012
014
017
020
022
025
028
031
B14
B17
B20
B22
B24
B28
B31
B35
B38
B42
0451)
0501)
042
045
050
052
054
057
062
066
072
085
ml/rev.
5,8
9,8
12,8
15,9
19,8
22,5
24,9
28,0
31,8
35,0
41,0
45,0
50,0
10,8
17,2
21,3
26,4
34,1
37,1
46,0
58,3
63,8
70,3
79,3
88,8
100,0
44,0
55,0
66,0
70,3
81,1
90,0
99,2
113,4
120,6
137,5
145,7
158,0
132,3
142,4
158,5
164,8
171,0
183,3
196,7
213,3
227,1
268,7
RPM
600
600
RPM
22002)
22002)
RPM
1800
HF-0, HF-2
Int.
Cont.
bar
bar
T7BB
T7BBS
3201)
T7BB
T7BBS
290
Other
pumps
300
Other
pumps
275
280
240
275
240
1800
Maximum Pressure
HF-1, HF-4, HF-5
Int.
Cont.
bar
bar
240
210
Cont.
bar
175
140
175
140
175
140
175
210
210
HF-3
Int.
bar
160
160
300
250
600
2200
2)
240
210
1800
280
600
22002)
1800
2000
260
240
210
230
210
160
240
90
HF-0, HF-2 = Antiwear Petroleum Base
HF-1 = Non Antiwear Petroleum Base
HF-4 = Water Glycols Solutions
HF-5 = Synthetic Fluids
210
175
160
210
210
175
175
140
75
75
75
75
75
HF-3 = Water in oil Invert Emulsions
Please consult Parker Denison for application over 300 bar.
Please consult Parker Denison with higher speeds.
3)
Please be sure that the inlet velocity is under 1,9 m/sec. (see page 12, start-up & check-up).
1)
2)
For further information or if the performance characteristics outlined above do not meet your particular requirements, please consult your
local Parker Denison office.
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Catalogue HY29-0001/UK
Industrial Vane Pumps
Minimum
allowable inlet pressure (bar absolute) T7/T67/T6C
Minimum allowable inlet pressure (bar absolute)
Cartridge
Size
Series
Speed RPM
1200
1500
1800
2100
2200
2300
2500
2800
3000
3600
B06
B06
B10
0,80
B11
AS
B13
B17
0,80
0,80
0,80
0,80
0,80
0,80
0,80
0,80
B17
B20
0,94
B20
B22
1,00
B22
B25
0,85
B26
B28
0,80
B30
B32
0,80
0,80
0,80
0,80
0,80
0,80
0,80
0,80
B28
B30
B32
0,80
B34
0,88
B34
B36
0,94
B36
B40
1,00
B40
B02
B02
B03
0,80
B04
0,80
B05
B07
B08
0,80
0,80
0,80
0,80
0,80
0,80
0,80
0,80
B09
0,82
0,98
0,85
1,05
B10
1,15
B11
0,90
B12
0,84
B15
0,99
1,13
003
0,80
006
0,85
0,80
0,80
0,80
0,85
017
028
031
1,00
0,80
010
022
B07
B08
B09
B10
B11
B14
B15
0,85
0,90
0,85
005
0,90
0,80
008
020
B06
003
005
014
B04
B12
B14
012
B03
B05
B06
C
B11
B13
0,80
B26
B
B10
0,88
B25
ASW
Series
008
010
0,92
012
0,95
0,90
0,90
006
0,98
1,03
1,05
014
017
020
0,95
0,95
1,05
022
0,98
0,98
1,08
028
0,90
1,11
1,11
031
Inlet pressure is measured at inlet flange with petroleum base fluids at viscosity between 10 and 65 cSt. The difference between inlet pressure
at the pump flange and atmospheric pressure must not exceed 0,2 bar to prevent aeration.
Multiply absolute pressure by 1,25 for HF-3, HF-4 fluids.
by 1,35 for HF-5 fluid.
by 1,10 for ester or rapeseed base.
For double and triple pumps, prefer the cartridge requiring the highest absolute pressure.
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
Catalogue HY29-0001/UK
Minimum
allowable inlet pressure
T7/T67/T6C
Cartridge
Size
Series
Speed RPM
1200
1500
1800
2100
2200
2300
2500
B14
B17
B20
B22
0,80
B24
D
B28
B31
0,80
0,80
0,80
0,80
0,80
0,80
3600
Series
2800
3000
0,80
0,80
0,82
0,86
B20
0,83
0,88
B22
0,86
0,95
B24
0,88
1,00
B28
0,90
1,05
B31
B17
B35
0,84
0,97
B35
B38
0,86
1,01
B38
B42
0,90
045
0,85
050
B42
0,98
1,05
B45
1,02
1,09
B50
042
042
045
045
050
052
E
B14
0,80
0,80
050
0,90
0,80
052
1,00
054
054
057
0,85
062
066
072
085
0,85
0,85
0,90
0,90
0,95
0,85
057
0,95
1,00
062
1,09
066
1,05
072
085
1,00
Inlet pressure is measured at inlet flange with petroleum base fluids at viscosity between 10 and 65 cSt. The difference between inlet pressure
at the pump flange and atmospheric pressure must not exceed 0,2 bar to prevent aeration.
Multiply absolute pressure by 1,25 for HF-3, HF-4 fluids.
by 1,35 for HF-5 fluid.
by 1,10 for ester or rapeseed base.
For double and triple pumps, prefer the cartridge requiring the highest absolute pressure.
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
Pump
selection
main calculation
To resolve
Volumetric displ.... Vi [ml/rev.]
Available flow........ qv [l/min]
Input power........... P [kW]
Performances required
Requested flow . ... qv [l/min] 75
Speed..................... n [RPM] 2500
Pressure................. p [bar]
250
Routine :
Example :
1. First calculation Vi =
1000 Q
n
2. Choice Vi of pump immediately
greater (see tabulation)
Vi =
1000 x 75
= 30 ml/rev.
2500
T7B B10, Vi = 31,8 cm3/rev.
3. Theoretical flow of this pump
qVi = Vp x n
1000
qVi =
4. Find qvs leakage function of pressure
qVs = f(p) on curve at 10 or 24 cSt
T7B (page 22) : qVs = 3 l/min at 250 bar,
24 cSt
5. Available flow qVe = qVi - qVs
qVe = 79,5 - 3 = 76,5 l/min
6. Theoretical input power
Pi = qVi x p
600
Pi =
7. Find Ps hydrodynamic power loss on
curve
T7B (page 14) : Ps at 2500 RPM,
250 bar = 0,9 kW
8. Calculation of necessary input power
P = Pi + Ps
P = 33,1 + 0,9 = 34,0 kW
31,8 x 2500
= 79,5 l/min
1000
79,5 x 250
= 33,1 kW
600
Vi = 31,8 ml/rev.
qVe = 76,5 l/min
P = 34,0 kW
9. Results
T7B B10
These calculation steps must be followed for each application.
INTERMITTENT PRESSURE RATING
T7 and T67 units may be operated intermittently at pressures higher than the recommended
continuous rating when the time weighted average of pressure is less than or equal to
the continuous duty pressure rating. This intermittent pressure rating calculation is only
valid when the other parameters : speed, fluid, viscosity and contamination level are
respected.
For total cycle time longer than 15 minutes, please consult your Parker Denison representative.
Pressure (bar)
300
Average Pressure
211,5
200
Example : T7B - B10
Duty cycle ............ 4 min. at 320 bar
.............................. 1 min. at 35 bar
.............................. 5 min. at 160 bar
Cycle
100
0
0
5
Time (minutes)
10
(4 x 320) + (1 x 35) + (5 x 160) = 211,5 bar
10
211,5 bar is lower than 290 bar allowed as continuous pressure for T7B - B10 with
HF-0 fluid.
10
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
Catalogue HY29-0001/UK
Description
T7/T67/T6C
Shaft end outlet port has
4-positions at 90° intervals
relative to inlet.
Inlet
Outlet
Inlet
Cap end outlet port has8-positions at
45° intervals relative to inlet on each
double and triple pump.
Front & rear sideplates are each
clamped axialy by the separate
discharge pressures.
Pilot recess as required by
SAE for full conformity.
Shaft comes in variety of keyed
and splined options to meet SAE
and ISO 3019-1 standards.
Cartridge is a replaceable assembly
that includes :cam ring, rotor,
vanes, pins and plates.
B
Ball bearing holds the shaft
in alignment.
Vane is urged outward at
suction ramp by pin force
and centrifugal force.
Cartridge are replaceable assemblies. Each includes cam
ring, rotor, vanes, pins and sideplates.
90° Section
Holes in cam ring improve wide
cartridge inlet characteristics.
A
Working vane on major arc
pushes fluid to discharge port.
Suction ramp where
unloaded vane
moves out.
Section B-B
B
Section A-A
Pin cavity is at a steady
pressure equal to that at
discharge port.
Side feed holes supply discharge pressure to
pin cavities.
Discharge ramp
where unloaded
vane moves in.
A
Working vane on minor arc seals
discharge pressure from the suction
port.
•
application advantages
The high pressure capability up to 320 bar, in the small envelope,
reduces installation costs and provides extended life at reduced pressure.
•
The high volumetric efficiency, reduces heat generation, and allows
speeds down to 600 RPM at full pressure.
•
The high mechanical efficiency, typically better than 94%, reduces
energy consumption.
•
The wide speed range (600 RPM at 3600 RPM), combined with
large size cartridge displacements will optimize operation for the
lowest noise level in the smallest envelope.
•
The low speed (600 RPM), low pressure, high viscosity (860 cSt)
allows application in cold environment with a minimum energy
consumption and without risk of seizure.
•
The low ripple pressure (± 2 bar) reduces piping noise and increases
lifetime of the other components in the circuit.
• The high resistance to particle contamination, thanks to the double
lip technology increasing the pump lifetime.
•
The large variety of options (cam displacement, shaft, porting)
allows customized installation.
•
Noise : Specially designed to optimize the low noise level characteristics.
•
11
Cartridge concept : drops maintenance costs.
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
Start-up instructions & recommendations T7/T67/T6C
Catalogue HY29-0001/UK
GENERAL :
All Parker Denison vane pumps are individually tested to provide the best
quality & reliability. Modifications, conversions & repairs can only be
done by authorized dealers or OEM to avoid invalidation of the guarantee.
The pumps are to be used in the design limits indicated in all the sales
bulletins. Please contact Parker Denison when tresspassing the catalogue
limits.
Do not modify or work on the pump under pressure or when the electric
motor (or any drive) is on.
Qualified personnel is required to assemble and set-up hydraulic devices.
Always conform yourself to the valid regulations (safety, electrical,
environment...).
The following instructions are important to follow to obtain a good service
life time from the unit.
rotation & ports indication
The rotation and ports orientation are viewed from the shaft end.
CW stands for clockwise = right-hand rotation.
CCW stands for counter-clockwise = left-hand rotation.
Start-up check-up
Check that the assembly of the power unit is correct :
The distance between the suction pipe & the return lines in the tank should
be at its maximum.
A bevel on both suction & return lines is recommended to increase the
surface and so lower the velocity. We suggest a 45° minimum angle.
Velocities : inlet 0,5 < x < 1,9 m/s
(1,64 < x < 6,23 ft per sec.)
: return x < 6 m/s
(x < 19,7 ft per sec.)
: Always insure that all return and suction lines are under the
oil level to avoid forming aeration or vortex effect. This
should be done under the most critical situation (all cylinders extended for example). Straight and short pipes are the
best.
V=
Q (Lpm)
6 x p x r (cm)
2
= m/s
V=
Q (GPM)
3.12 x p x r2 (in)
= ft/s
The size of the air filter should be 3 times greater than the max. instant
return flow (all cylinders in movement for example).
If the pump is in the tank, please choose the NOP option (no paint) and
use a short inlet pipe.
Parker Denison does not recommend inlet strainers. If needed, a 100 mesh
(149 microns) is the finest mesh recommended.
A coaxial drive is recommended. For any other type of drives, please
contact Parker Denison.
Make sure that all protective plugs & covers have been removed.
Check the pump rotation versus the E-motor or engine rotation.
Start-up :
The tank has been filled up with a clean fluid in proper conditions.
We recommend to flush the system with an external pump prior to the
start-up.
It is important to bleed the air off the circuit & the pump itself.
The first valve on the circuit should be open to tank.
We recommend the use of air bleed off valves.
It is possible to bleed off the air by creating a leak in the P port of the
pump. Warning : this has to be done in a low pressure mode as it could
create a dangerous fluid leak. Make sure that the pressure cannot rise
(open center valve to tank, pressure relief valve unloaded ...).
12
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Catalogue HY29-0001/UK
Start-up instructions & recommendations
Industrial Vane Pumps
T7/T67/T6C
When oil free of air appears, tighten the connectors to the correct torque.
The pump should prime within a few seconds. If not, please consult
our troubleshooting guide (document 1 - EN0721 - *).
If the pump is noisy, please troubleshoot the system.
shaft & coupling data :
COUPLINGS AND FEMALE SPLINES
Never operate the pump at top speed and pressure without checking
the completion of pump priming.
•
The mating female spline should be free to float and find its own
center. If both members are rigidly supported, they must be aligned
within 0,15 TIR (0.006” TIR) or less to reduce fretting. The angular alignment of two splines axes must be less than ± 0,05 per 25,4
radius (± 0.002” per 1” radius).
•
The coupling spline must be lubricated with a lithium molydisulfide grease, disulfide of molybdenum or a similar lubricant.
• The coupling must be hardened to a hardness between 29 and 45
HRC.
•
The female spline must be made to conform to the Class 1 fit as
described in SAE-J498b (1971). This is described as a Flat Root Side
Fit.
keyed shafts
Parker Denison supplies the T7 series keyed shaft pumps with high
strength heat-treated keys. Therefore, when installing or replacing
these pumps, the heat-treated keys must be used in order to ensure
maximum life in the application. If the key is replaced, it must be a
heat-treated key between 27 and 34 R.C. hardness. The corners of the
keys must be chamfered by 0,76 mm to 1,02 mm (0.03 to 0.04) at 45°
to clear the radii in the key way.
The alignment of keyed shafts must be within tolerances given for splined
shafts here above.
shaft loads
These products are primarily designed for coaxial drives which do not
impose axial or side loading on the shaft. Contact Parker Denison for
specific applications.
SPECIFIC POINTS :
MINIMUM INLET PRESSURE
Please read the charts in the sales leaflets as the minimum requested
inlet pressure varies versus the displacement and the speed.
Never go under 0,8 bar Absolute (-0,2 bar relative)
11.6 PSI Absolute (-2.9 PSI G).
MAXIMUM INLET PRESSURE
It is recommended to always have at least 1,5 bar (22 PSI) differential
between inlet and outlet.
Standard shaft seals are limited to 0,7 bar (10 PSI G) but some allow
7 bar (100 PSI G). Please contact Parker Denison for more information.
MINIMUM OUTLET PRESSURE
It is recommended to always have at least 1,5 bar (22 PSI) differential
between inlet and outlet.
VERTICAL MOUNT
When assembled vertically, always be careful to prevent any air from
being trapped in the pump (behind the shaft seal for example).
FLUIDS :
Denison classification
Type of fluids : For each type of fluids, Parker Denison’s vane pumps
will have different pressures, speeds & temperature limits. Please
refer to the sales leaflets.
HF-0 = Anti-wear petroleum base.
HF-1 = Non anti-wear petroleum base.
HF-2 = Anti-wear petroleum base.
HF-3 = Water-in-oil invert emulsions.
HF-4 = Water glycol solutions.
HF-5 = Synthetic fluids.
13
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Catalogue HY29-0001/UK
Industrial Vane Pumps
Start-up
instructions & recommendations T7/T67/T6C
Filtration recommendations
NAS 1638 class 8 or better.
ISO 19 / 17 / 14 or better.
Inlet strainer : Parker Denison does not recommend inlet strainers.
If requested, a 100 mesh (149 microns) is the finest
mesh recommended.
recommended fluids
Petroleum based antiwear R & O fluids.
These fluids are the recommended fluids for pumps & motors. Maximum
catalogue (UK version) ratings and performance datas are based on
operation with these fluids. These fluids are covered by Parker Denison
HF-0 and HF-2 specifications.
acceptable alternate fluids
The use of fluids other than petroleum based antiwear R & O fluids
requires that the maximum ratings of the pumps will be reduced. In
some cases the minimum replenishment pressures must be increased.
Consult specific sections for more details.
viscosity
Max. (cold start, low speed & pressure)
Max. (full speed & pressure)
Optimum (max. life)
Min. (full speed & pressure for
HF-1, HF-3, HF-4 & HF-5 fluids)
Min. (full speed & pressure for
HF-0 & HF-2 fluids)
Indutrial
860 cSt - 3900 SUS
108 cSt - 500 SUS
30 cSt - 140 SUS
18 cSt -
90 SUS
10 cSt -
60 SUS
viscosity index
90 min. Higher values extend the range of operating temperatures.
TEMPERATURES
The usual limitating factor of temperature (low or high) comes from
the obtained viscosity. The seals are sometimes the limit : standard
seals range from -30° C to 90° C (-9.4° F to 194° F).
Maximum fluid temperature (q)
HF-0, HF-1, HF-2
HF-3, HF-4
HF-5
Biodegradable fluids (esters & rapeseed base)
°C
+ 100
+ 50
+ 70
+ 65
°F
+ 212
+ 122
+ 158
+ 149
Minimum fluid temperature (q)
(also depend on max. viscosity)
HF-0, HF-1, HF-2, HF-5
HF-3, HF-4
Biodegradable fluids (esters & rapeseed base)
°C
°F
- 18
+ 10
- 18
- 0.4
+ 50
- 0.4
Over or under these values, please contact Parker Denison.
WATER CONTAMINATION IN THE FLUID
Maximum acceptable content of water :
• 0,10 % for mineral base fluids.
• 0,05 % for synthetic fluids, crankcase oils, biodegradable fluids.
If the amount of water is higher, then it must be drained off the circuit.
FLUID POWER FORMULAS
Pump input torque
N.m
pressure (bar) x displacement cm3/rev
20 p x mech. eff.
Pump input power
kW
rpm x (cm3/rev) x pressure (bar)
600000 x overall eff.
Pump output flow
Lpm
rpm x (cm3/rev) x volumetric eff.
1000
Fluid motor speed
rpm
1000 x flow rate (Lpm) x volumetric eff.
displacement (cm3/rev.)
Fluid motor torque
N.m
pressure (bar) x displacement (cm3/rev) x mech. eff.
20 p
Fluid motor power
kW
rpm x (cm3/rev) x (bar) x overall eff.
600000
14
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
Catalogue HY29-0001/UK
General characteristics
T7/T67/T6C
SAE 4 bolts - J518 - 150/DIS6162-1
Suction
Pressure
S
P1
1"-SAE 4 bolts
3/4"-SAE 4 bolts
J518-ISO/DIS 6162-1
J518-ISO/DIS 6162-1
SAE 16-SAE threads
SAE 12-SAE threads
1.5/16"-12 UNF-2B
1.1/16"-12 UNF-2B
NPTF threads
NPTF threads
1.1/4" NPTF
3/4" NPTF
1" BSP
3/4" BSP
1.1/4"-SAE 4 bolts
3/4"-SAE 4 bolts
J518-ISO/DIS 6162-1
J518-ISO/DIS 6162-1
SAE 20-SAE threads
SAE 12-SAE threads
1.5/8"-12 UNF-2B
1.1/16"-12 UNF-2B
NPTF threads
SAE 12-SAE threads
1.1/4" NPTF
1.1/16"-12 UNF-2B
1.1/4" BSP
3/4" BSP
Mounting standard
Weight without
connector and
bracket - kg
Moment of
inertia
Kgm2 x 10-4
T7AS
SAE J744
ISO/3019-1 SAE A
9,5
2,6
T7ASW
SAE J744
ISO/3019-1 SAE A
11,3
3,2
23,0
3,2
1.1/2"
1" or 3/4"
15,7
7,5
1.1/2"
1"
26,0
19,6
2"
1.1/4"
43,3
62,5
3"
1.1/2"
T7B
T7BS
T6C
T7D
T7DS
T7E
T7ES
T7BB
T7BBS
T6CC
T67CB
T7DB
T7DBS
T67DC
T7DD
T7DDS
T7EB
T7EBS
T67EC
T7ED
T7EDS
T7EE
T7EES
ISO/3019-2
100 A2 HW
SAE J744
SAE B
SAE J744
SAE B
ISO 3019-2
125 A2 HW
SAE J744
SAE C
ISO 3019-2
125 A2 HW
SAE J744
SAE C
ISO 3019-2
100 A2 HW
SAE J744
SAE B
SAE J744
SAE B
SAE J744
SAE B
ISO 3019-2
125 A2 HW
SAE J744
SAE C
SAE J744
SAE C
SAE J744
SAE C
ISO 3019-2
125 A2 HW
ISO 3019-2
125 A2 HW
SAE J744
SAE C
SAE J744
SAE C
ISO 3019-2
125 A2 HW
SAE J744
SAE C
ISO 3019-2
250 B4 HW
SAE J744
SAE E
S
P1
P2
32,6
6,7
2.1/2"
1" or 3/4"
3/4"
26,0
16,9
2.1/2" or 3"
1"
1" or 3/4"
26,0
11,4
2.1/2"
1"
3/4"
38,6
22,7
3"
1.1/4"
1" or 3/4"
38,6
26,3
3"
1.1/4"
1" or 3/4"
56,0
36,3
4"
1.1/4"
1.1/4"
55,0
65,9
3.1/2"
1.1/2"
3/4"
55,0
70,8
3.1/2"
1.1/2"
1"
66,0
79,7
4"
1.1/2"
1.1/4"
95,0
97,4
4"
1.1/2"
1.1/2"
15
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
General
characteristics
Mounting standard
T7DBB
T7DBBS
T7DCB
T7DCBS
T7DCC
T7DCCS
T7DDB
T7DDBS
T67DDCS
T7EDB
T7EDBS
T67EDC
T67EDCS
T7EEC
T7EECS
ISO/3019-2
125 A2 HW
SAE J744
SAE C
ISO/3019-2
125 A2 HW
SAE J744
SAE C
ISO/3019-2
125 A2 HW
SAE J744
SAE C
ISO 3019-2
125 B4 HW
SAE J744
SAE C
SAE J744
SAE C
ISO 3019-2
250 B4 HW
SAE J744
SAE E
ISO 3019-2
250 B4 HW
SAE J744
SAE E
ISO/3019-2
250 B4 HW
SAE J744
SAE E
Weight without
connector and
bracket - kg
Moment of
inertia
Kgm2 x 10-4
Suction
S
SAE 4 bolts - J518 - 150/DIS6162-1
Pressure
P1
P2
P3
26,1
61,0
29,7
4"
1.1/4"
1"
1" or 3/4"
33,3
66,0
39,5
4"
1.1/4"
1.1/4"
1" or 3/4"
66,0
43,1
4"
1.1/4"
1.1/4"
1" or 3/4"
102,0
76,6
4"
1.1/2"
1.1/4"
1" or 3/4"
102,0
80,2
4"
1.1/2"
1.1/4"
1" or 3/4"
114,8
99,1
4"
1.1/2"
1.1/2"
1" or 3/4"
16
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Catalogue HY29-0001/UK
Notes
Industrial Vane Pumps
T7/T67/T6C
17
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7AS
- Ordering Code
Model No.
T7AS - B17 - 1 R 00 - A 1 - 00 - ..
Modifications
T7AS series - SAE A 2 bolts
J744 mounting flange
Mounting w/connection variables
00 = 4 bolts SAE flanges (J518) UNC thread
S = 1” SAE
P = 3/4” SAE
02 = SAE thread
S = 1.5/16” (SAE 16)
P = 1.1/16” (SAE 12)
03 = NPTF thread
S = 1.1/4” NPTF
P = 3/4” NPTF
04 = BSP threads
S = 1” BSP
P = 3/4” BSP
Displacement *
Volumetric displacement (ml/rev.)
B06 = 5,8
B10 = 9,8
B11 = 11,0
B13 = 12,8
B17 = 17,2
B20 = 19,8
B22 = 22,5
B25 = 24,9
Type of shaft T7AS
1 = keyed (non SAE) Ø 19,05
3 = splined 16/32 (SAE B) 13 teeth
4 = splined 16/32 (SAE A) 9 teeth
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
5 = S5 VITON® - 0,7 bar max. (for mineral oil
and fire resistant fluids)
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Design letter
S
P
S
S
P
P
00
01
02
03
Internal leakage qVs [l/min]
24 cSt
10 cSt
5
4
3
2
1
0
0
60
120
180
240
300
Lp. Noise level [db(A)] 1m ISO 4412
Noise level (typical) - t7as - b20
8
6
P = Pressure
S = Suction
P
INTERNAL LEAKAGE (TYPICAL)
7
Porting combination
00 = standard
S
66
Pe = 0,9 bar abs
n = 1000 RPM
64
62
n = 1500 RPM
= 32 cSt
Lw = Lp + 8 db(A)
uν
60
58
56
54
52
50
0
50
100
150
200
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Pressure p [bar]
power loss hydromechanical (typical)
permissible radial load
300
1100
1,2
n = 1000 RPM
n = 1500 RPM [24 cSt]
1
900
0,8
Load F [N]
Power loss Ps [kW]
250
0,6
0,4
700
=
=
F
Fa
Shaft keyed N°1
500
300
0,2
0
0
60
120
180
240
100
600
300
Pressure p [bar]
* Cartridge designation is now in ml/rev. (example : B22 = 22,5 ml/rev.)
1200
1800
2400
3000
Speed n [RPM]
Maximum permissible axial load Fa = 600 N
18
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
3600
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7AS
- Dimensions - Weight : 9,5 kg
138,5
44,4
78,1
110
38,2
7,4
Ø 95,3
63,5
(THREADED PORT
CONNECTION)
KEY 4,775
4,724
0
-0.05
25,4
Ø 47
110
C.G.
1,5 x 45°
Ø 82,55
68
(THREADED PORT
CONNECTION)
Ø 11
65
60,5
6,4
106
21,14 MAX
MOUNTING TORQUE : 110 Nm
Ø 19,05
0,8 x 45°
53
0
-0.025
64
SHAFT CODE 1
130,4
Keyed (non SAE)
39,4
3/8"-16UNC-2B x 19 DEEP - 4 HOLES
7,4
Option : built in valve
3/8"-16UNC-2B x 17 DEEP - 4 HOLES
6,4
11,2
22,3
26,2
P
S
SHAFT CODE 4
SAE A spline d shaft
Class 1 - J498
16/32 d.p. - 9 teeth
30° pressure angle
flat root side fit
19,1
52,4
47,6
1,5 x 45°
SHAFT CODE 3
SAE B splined shaft
Class 1 - J498
16/32 d.p. - 13 teeth
30° pressure angle
flat root side fit
PRESSURE Ø B
Code
00
02
03
04
A
Ø 25,40
SAE # 16
1.5/16’’ - 12 UNF - 2B
1.1/14’’ NPTF
1’’ BSP
Ø 19,05
SAE # 12
1.1/16’’ - 12 UNF - 2B
B
!
3/4’’ NPTF
SUCTION Ø A
Shaft torque limits [ml/rev. x bar]
3/4’’ BSP
Shaft
Vi x p max.
1
8720
3
8720
4
6550
If inlet velocity > 1,9 m/s, please contact Parker Denison.
operating characteristics - typical [24 cst]
Pressure
port
Series
Vi Volumetric
displacement
T7AS
B06
B10
B11
B13
B17
B20
B22
B25
5,8 ml/rev
9,8 ml/rev
11,0 ml/rev
12,8 ml/rev
17,2 ml/rev
19,8 ml/rev
22,5 ml/rev
24,9 ml/rev
Flow qVe [l/min] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 300 bar
8,7
7,0
5,2
14,7
13,0
11,2
16,5
14,8
13,0
19,2
17,5
15,7
25,8
24,1
22,3
29,7
28,0
26,2
33,8
32,1
30,2
37,4
35,7
33,8
19
Input power P [kW] & n = 1500 RPM
p = 7 bar
p = 140 bar
p = 300 bar
0,2
2,7
6,0
0,3
4,1
9,0
0,4
4,5
9,9
0,4
5,1
11,3
0,5
6,6
14,6
0,6
7,6
16,5
0,6
8,5
18,6
0,7
9,3
20,4
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7ASW
- Ordering Code
Model No.
T7ASW - B32 - 1 R 00 - A 1 - 00 - ..
Modifications
T7ASW series - SAE A 2 bolts
J744 mounting flange
Mounting w/connection variables
00 = 4 bolts SAE flanges (J518) UNC threads
S = 1.1/4” SAE
P = 3/4” SAE
02 = SAE thread
S = 1.5/8” (SAE 20)
P = 1.1/16” (SAE 12)
03 = NPTF & SAE threads
S = 1.1/4” NPTF
P = 1.1/16” (SAE 12)
04 = BSP threads
S = 1.1/4” BSP
P = 3/4” BSP
Displacement *
Volumetric displacement (ml/rev.)
B26 = 26,0
B28 = 28,0
B30 = 30,0
B32 = 31,8
B34 = 34,0
B36 = 36,0
B40 = 40,0
Type of shaft T7ASW
1 = keyed (non SAE) Ø 19,05
3 = splined 16/32 (SAE B) 13 teeth
4 = splined 16/32 (non SAE) 11 teeth
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Design letter
Porting combination
00 = standard
S
P
S
S
S
P
P
00
01
02
03
Noise level (typical) - t7asW b28
Internal leakage qVs [l/min]
8
24 cSt
10 cSt
6
5
4
3
2
1
0
0
60
120
180
240
300
Lp. Noise level [db(A)] 1m ISO 4412
INTERNAL LEAKAGE (TYPICAL)
7
P = Pressure
S = Suction
P
73
Pe = 0,9 bar abs
n = 1000 RPM
71
n = 1500 RPM
69
uν = 32 cSt
67
Lw = Lp + 8 db(A)
65
63
61
59
57
0
50
100
150
200
250
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Pressure p [bar]
power loss hydromechanical (typical)
permissible radial load
1,2
300
1100
n = 1000 RPM
n = 1500 RPM [24 cSt]
900
0,8
Load F [N]
Power loss Ps [kW]
1
0,6
0,4
700
=
=
F
Fa
Shaft keyed N°1
500
300
0,2
0
0
60
120
180
240
100
600
300
Pressure p [bar]
* Cartridge designation is now in ml/rev. (example : B22 = 22,5 ml/rev.)
1200
1800
2400
3000
Speed n [RPM]
Maximum permissible axial load Fa = 800 N
20
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
3600
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7ASW - Dimensions - Weight : 11,3 kg
160,8
110
44
38,2
99,7
Ø 95,3
63,5
(THREADED PORT
CONNECTION)
KEY 4,775 / 4,724
110
Ø 52,02
25,4
82,55
Ø 82,5
68
(THREADED PORT
CONNECTION)
Ø 11
65
60,5
7,4
6,4
1,5 x 45°
53
MOUNTING TORQUE : 110 Nm
106
0
-0.025
Ø 19,05
0,8 x 45°
21,12 MAXI
74,6
SHAFT CODE 1
130,4
(KEYED NO SAE)
7/16"-14UNC-2B x 22 DEEP - 4 HOLES
40
3/8"-16UNC-2B x 17 DEEP - 4 HOLES
37
7,4
22,3
11,2
30,2
7,4
19
24,5
58,7
47,6
1,5 x 45°
1,5 x 45°
SHAFT CODE 4
Splined shaft
Class 1 - J498b
16/32 d.p. - 11 teeth
30° pressure angle
flat root side fit
SHAFT CODE 3
PRESSURE Ø B
Code
00
02
03
04
A
Ø 31,80
SAE # 20
1.5/16’’ - 12 UNF - 2B
1.1/14’’ NPTF
1”1/4 BSP
B
Ø 19,05
SAE # 12
1.1/16’’ - 12 UNF - 2B
SAE # 12
1.1/16’’ - 12 UNF - 2B
3/4 ” BSP
!
If inlet velocity > 1,9 m/s, please contact Parker Denison.
SAE-B splined shaft
Class 1 - J498b
16/32 d.p. - 13 teeth
30° pressure angle
flat root side fit
SUCTION Ø A
Shaft torque limits [ml/rev. x bar]
Shaft
Vi x p max.
1
18530
3
18530
4
12660
operating characteristics - typical [24 cst]
Pressure
port
Series
Vi Volumetric
displacement
T7ASW
B26
B28
B30
B32
B34
B36
B40
26,0 ml/rev
28,0 ml/rev
30,0 ml/rev
31,8 ml/rev
34,0 ml/rev
36,0 ml/rev
40,0 ml/rev
Flow qVe [l/min] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 300 bar
39,0
37,3
35,5
42,0
40,3
38,5
45,0
43,3
41,5
47,7
46,0
44,2
51,0
49,3
47,5
54,0
52,3
50,5
60,0
58,3
56,5
21
Input power P [kW] & n = 1500 RPM
p = 7 bar
p = 140 bar
p = 300 bar
0,8
9,5
20,6
0,9
10,2
22,1
0,9
10,9
23,6
0,9
11,6
25,0
1,0
12,3
26,6
1,0
13,0
28,1
1,1
14,4
31,1
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7B
/ T7BS - Ordering Code
Model No.
T7B or T7BS - B10 - 1 R 00 - A 1 - M0 - ..
T7B series - 100 A2 HW
ISO 2 bolts 3019-2 mounting flange
T7BS series - SAE B 2 bolts
J744 mounting flange
Modifications
Mounting w/connection variables
4 bolts SAE flange J518
T7B-T7BS
Metric thread
M0
M1
1"
3/4"
1.1/2"
Displacement
Volumetric displacement (ml/rev.)
B02 = 5,8
B07 = 22,5 B11 = 35,0
B03 = 9,8
B08 = 24,9 B12 = 41,0
B04 = 12,8
B09 = 28,0 B14 = 45,0
B05 = 15,9
B10 = 31,8 B15 = 50,0
B06 = 19,8
T7BS
UNC thread
00
01
1"
3/4"
P
S
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 0,7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 0,7 bar max. (for mineral oil and
fire resistant fluids)
Type of shaft T7B - T7BS
2 = keyed (ISO R775)
Type of shaft T7BS
1 = keyed (SAE B) Ø 22,2
3 = splined (SAE B) 13 teeth
4 = splined (SAE BB) 15 teeth
Design letter
Porting combination
00 = standard
00
01
02
PS
P
03
P
P
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
P = Pressure port
S = Suction port
S
S
Noise level (typical) - t7B - B10
Internal leakage qVs [l/min]
8
24 cSt
7
10 cSt
6
5
4
3
2
1
0
0
40
80
120
160
200
240
280
320
Lp. Noise level [db(A)] 1m ISO 4412
INTERNAL LEAKAGE (TYPICAL)
70
Pe = 0,9 bar abs
nSérie1
= 1000 RPM
nSérie2
= 1500 RPM
u
υ = 32 cSt
Lw = Lp + 8 db (A)
65
60
55
50
0
40
80
120
160
200
240
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Pressure p [bar]
power loss hydromechanical (typical)
permissible radial load
1,4
320
1400
n = 1000 RPM
n = 1500 RPM [24 cSt]
1,2
1200
1
Load F [N]
Power loss Ps [kW]
280
0,8
0,6
0,4
1000
800
=
Shaft
=
keyed
Fn°1
Fa
Shaft keyed N°1
600
400
0,2
200
600
0
0
40
80
120
160
200
240
280
320
Pressure p [bar]
1200
1800
2400
3000
Speed n [RPM]
Maximum permissible axial load Fa = 800 N
22
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
3600
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7B/BS - Dimensions
- Weight : 23,0 kg
168, 5
82,3
174,5
F
71,6
38,1
G
7,9
Ø 51,3
101,60
Ø 101,55
ØH
76,2
6,35 MAXI
1,3 x 45°
T7BS SERIES
Mounting torque : 187 Nm
24,94 MAXI
1,5 x 45°
120,6
22,225
Ø 22,200
C.G.
Shaft code 1
(KEYED SAE "B")
9,7
(FLANGE SAE "B")
Ø B 4- HOLES
40,7
7,9
24,5
70,0
C
35,8
17,9
24,5
1,5 x 45°
12,7
Ø A 4- HOLES
10
45,6
7,9
40,0
KEY 8 x 7
Shaft code 4
SAE BB INVOLUTE SPLINE DATA
CLASS 1 - FLAT ROOT SIDE FIT
J498b - PITCH 16/32
15 TEETH - 30° PRESSURE ANGLE
2,0 x 45°
100,000
Ø 99, 967
28,22 MAXI
Shaft code 3
SAE B INVOLUTE SPLINE DATA
CLASS 1 - FLAT ROOT SIDE FIT
J498b - PITCH 16/32
13 TEETH - 30° PRESSURE ANGLE
1,5 x 45°
25,0650
Ø 24,9935
P
35,0
70,0
S
D
1,5 x 45°
Shaft code 2
(KEYED ISO R775)
Model
Code
ØA
ØB
C
D
ØE
F
G
ØH
T7B
T7BS
M0
M1
M10 x 19 deep
M12 x 22,4 deep
26,20
22,25
52,4
47,65
25,4
19,1
140
70
14,0
00
01
3/8"-16 UNC x 19 deep
1/2"-13 UNC x 22,4 deep
26,20
22,25
52,4
47,65
25,4
19,1
146
73
14,3
SUCTION Ø 38,1
9,0
PRESSURE Ø E
T7B SERIES
(FLANGE ISO 3019/2 100A 2HW )
Shaft torque limits [ml/rev. x bar]
Shaft
Vi x p max.
1
16500
2
20600
3
20600
4
20600
operating characteristics - typical [24 cst]
Pressure
port
Series
Vi Volumetric
displacement
B02
5,8 ml/rev
B03
9,8 ml/rev
B04
12,8 ml/rev
B05
15,9 ml/rev
B06
19,8 ml/rev
B07
22,5 ml/rev
T7B
B08
24,9 ml/rev
T7BS
B09
28,0 ml/rev
B10
31,8 ml/rev
B11
35,0 ml/rev
B12
41,0 ml/rev
B14
45,0 ml/rev
B15
50,0 ml/rev
1) B11 - B12 - B14 = 300 bar max. int.
Flow qVe [l/min] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 320 bar
8,7
7,0
4,8
14,7
13,0
10,8
19,2
17,5
15,3
23,9
22,2
20,0
29,7
28,0
25,8
33,7
32,0
29,9
37,4
35,7
33,5
42,0
40,3
38,1
47,7
46,0
43,8
52,5
50,8
48,91)
61,5
59,8
57,91)
67,5
65,8
63,91)
75,0
73,3
71,62)
2) B15 = 280 bar max. int.
23
Input power P [kW] & n = 1500 RPM
p = 7 bar
p = 140 abr
p = 320 bar
0,5
2,6
5,4
0,6
4,0
8,6
0,6
5,0
11,0
0,7
6,1
13,5
0,7
7,5
16,6
0,8
8,5
18,8
0,8
9,3
20,7
0,9
10,4
23,2
0,9
11,7
26,2
1,0
12,8
27,01)
1,1
14,9
31,51)
1,2
16,3
34,51)
1,3
18,1
35,72)
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T6C
- Ordering Code
Model No.
T6C* - 022 - 1 R 00 - B 1 - ..
Series - SAE B 2 bolts
J744 mounting flange
* Rear drive option available, please contact Parker Denison
Modifications
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and fire
resistant fluids)
Displacement
Volumetric displacement (ml/rev.)
003 = 10,8
017 = 58,3
005 = 17,2
020 = 63,8
006 = 21,3
022 = 70,3
008 = 26,4
025 = 79,3
010 = 34,1
028 = 88,8
012 = 37,1
031 = 100,0
014 = 46,0
Design letter
Porting combination
00 = standard
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Type of shaft
1 = keyed (SAE B) Ø 22,2
2 = keyed (non SAE)
3 = splined (SAE B) 13 teeth
4 = splined (SAE BB) 15 teeth
00
01
02
PS
P
03
P
P
P = Pressure port
S = Suction port
S
S
Internal leakage qVs [l/min]
21
Noise level (typical) - t6C - 022
24 cSt
18
10 cSt
15
12
9
6
3
0
0
35
70
105
140
175
210
245
280
Lp. Noise level [db(A)] 1m ISO 4412
INTERNAL LEAKAGE (TYPICAL)
75
Pe = 0,9 bar abs
nSérie
= 1000 RPM
n1 = 1500 RPM
u = 32 cSt
u
Lw = Lp + 8 db (A)
70
65
60
55
0
40
80
120
160
200
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Pressure p [bar]
power loss hydromechanical (typical)
permissible radial load
3,5
2,5
1200
Load F [N]
Power loss Ps [kW]
1400
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2800 RPM
3
240
2
1,5
1
1000
800
=
=
Shaft
Fkeyed
n°1 Fa
Shaft keyed N°1
600
400
0,5
200
600
0
0
40
80
120
160
200
240
280
Pressure p [bar]
1000
1400
1800
2200
2600
Speed n [RPM]
Maximum permissible axial load Fa = 800 N
24
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Catalogue HY29-0001/UK
T6C
- Dimensions - Weight : 15,7 kg
Industrial Vane Pumps
T7/T67/T6C
174,5
161,6
146,0
82,3
71,4
38,1
73,0
38,1
9,7
7,9
6,35 MAXI
Ø 51,3
101,60
Ø 101,55
76,2
KEY 6.35
6.30
1,3 x 45°
Mounting torque : 159 Nm.
24,94 MAXI
1,5 x 45°
Ø 14,3
22,225
Ø 22,200
75,7
M8 16 DEEP
135,0
C.G.
SHAFT CODE 1
(Keyed SAE B)
3/8” - 16UNC x 19 DEEP-4 HOLES
2)
12,7
1/2” - 13UNC x 22,4 DEEP-4 HOLES 2)
40,7
35,8
45,5
17,9
7,9
7,9
26,2
13,1
24,5
24,5
31,7
1,5 x 45°
52,4
P
1,5 x 45°
22,225
Ø 22,200
35,0
SAE B INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 16/32
13 TEETH - 30° PRESSURE ANGLE
26,2
70,0
S
SHAFT CODE 2
SHAFT CODE 3
(Keyed non SAE )
SHAFT CODE 4
SAE BB INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 16/32
15 TEETH - 30° PRESSURE ANGLE
SUCTION Ø 38,1
PRESSURE Ø 25,4
Shaft torque limits [ml/rev. x bar]
Shaft
Vi x p max.
1
16340
2
14300
3
20600
4
21800
operating characteristics - typical [24 cst]
Series
KEY 4,762
4,712
24,53 MAXI
1,5 x 45°
Pressure
port
58,2
7,9
Vi Volumetric
displacement
Flow qVe [l/min] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 240 bar
16,2
11,2
7,7
25,8
20,8
17,3
31,9
26,9
23,4
39,6
34,6
31,1
51,1
46,1
42,6
55,6
50,6
47,1
69,0
64,0
60,5
87,4
82,4
78,9
95,7
90,7
87,2
105,4
100,4
96,9
118,9
113,9
110,4
133,2
128,2
125,81)
150,0
145,0
142,61)
003
10,8 ml/rev
005
17,2 ml/rev
006
21,3 ml/rev
008
26,4 ml/rev
010
34,1 ml/rev
012
37,1 ml/rev
T6C
014
46,0 ml/rev
017
58,3 ml/rev
020
63,8 ml/rev
022
70,3 ml/rev
025
79,3 ml/rev
028
88,8 ml/rev
031
100,0 ml/rev
1) 028 - 031 = 210 bar max. int.
2) Port connection can be supplied with metric threads (Please contact Parker Denison).
25
Input power P [kW] & n = 1500 RPM
p = 7 bar
p = 140 bar
p = 240 bar
1,3
5,3
8,4
1,4
7,5
12,2
1,5
8,9
14,7
1,6
10,7
17,7
1,7
13,4
22,3
1,7
14,4
24,1
1,9
17,6
29,5
2,1
21,9
36,9
2,2
23,8
40,2
2,3
26,1
44,1
2,5
29,2
49,5
2,8
32,7
48,51)
2,8
36,5
54,41)
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7D
/ T7DS - Ordering Code
Model No.
T7D* or T7DS - B42 - 1 R 00 - A 1 - M0 - ..
T7D series - 125 A2 HW
ISO 2 bolts 3019-2 mounting flange
T7DS series - SAE C 2 bolts
J744 mounting flange
* Rear drive option available, please contact Parker Denison
Modifications
Mounting w/connection variables
4 bolts SAE flange J518
P = 1.1/4" - S = 2"
Metric thread
UNC thread
T7D
M0
T7DS
M0
Y01)
00
1)
250 bar max. int.
Displacement
Volumetric displacement (ml/rev.)
B14 = 44,0
B31 = 99,2
B17 = 55,0
B35 = 113,4
B20 = 66,0
B38 = 120,6
B22 = 70,3
B42 = 137,5
B24 = 81,1
045 = 145,7
B28 = 90,0
050 = 158,0
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and
fire resistant fluids)
Type of shaft T7D - T7DS
5 = keyed (ISO 3019-2 - G32M)
Design letter
Porting combination
00 = standard
Type of shaft T7DS
1 = keyed (SAE C) Ø 31,7
2 = keyed (non SAE)
3 = splined (SAE C) 14 teeth
4 = splined (non SAE)
00
01
02
PS
P
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
03
P
P
P = Pressure port
S = Suction port
S
S
Noise level (typical) - t7D - B31
Internal leakage qVs [l/min]
30
27
24 cSt
24
10 cSt
21
18
15
12
9
6
3
0
0
50
100
150
200
250
300
Lp. Noise level [db(A)] 1m ISO 4412
INTERNAL LEAKAGE (TYPICAL)
75
Pe = 0,9 bar abs
n = 1000 RPM
Série
1n = 1500 RPM
70
u = 32 cSt
υ
Lw = Lp + 8 db (A)
65
60
55
0
40
80
120
160
200
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Pressure p [bar]
power loss hydromechanical (typical)
permissible radial load
3,5
1600
n = 1500 RPM [24 cSt]
1400
2,5
Load F [N]
Power loss Ps [kW]
280
1800
n = 1000 RPM
3
240
2
1,5
1
1200
1000
Shaft
keyed
=
=
n°1
F
Fa
Shaft keyed N°1
800
600
400
0,5
200
600
0
0
50
100
150
200
250
300
Pressure p [bar]
900
1200
1500
1800
2100
Speed n [RPM]
Maximum permissible axial load Fa = 1200 N
26
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
2400
Industrial Vane Pumps
T7/T67/T6C
184,9
87,4
212,4
38,1
7,9
6,35 MA XI
C
T7DS
83,6
49,3
82, 6
D
12,7
Ø 64, 3
127, 00
Ø 126, 95
156, 7
M10 x 20 DEEP
76,2
MOUNTING TORQUE : 187 Nm
2,3 x 45°
SHAFT CODE 4
S A E C S pc (* ) I N VOL U T E S P LI N E D ATA
C L A SS 1 -FL AT ROOT SIDE FI T
J498 b - PI T C H 12/24
14 T EET H - 30 ° P R ES S UR E A N G L E
S
P
SHAFT CODE 2
2,3 x 45°
(Keyed non SAE)
SHAFT CODE 5
SU CTION Ø 50,8 *
PRESSURE Ø 31,8
38,0
2,3 x 45°
SHAF T CODE 3
SAE C INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498 b - PITCH 12/24
14 T EETH- 30° PRESSURE ANGLE
KE Y 10 x 8
M10 x 20 DEEP
55,2
7,9
50,0
15,1
21,45
77, 8
38, 9
31, 75
Ø 31, 70
2,3 x 45°
42,9
Ø 64, 3
125, 000
Ø 124, 937
KEY 7,94
7 ,89
(Key ed SAE C)
35, 3 M A XI
38,1
Ø B x 22 ,3 DEEP
SHAFT CODE 1
32, 018
Ø 32, 002
7,9
48,0
Ø A x 23,9 DEEP
35,3 M AXI
7,9
73,2
58, 7
29, 35
77,7 (*)
87,4
9,0
6,35 MAXI
15,7
30,2
31, 75
Ø 31, 70
Ø E
C.G.
2,3 x 45°
147,4
KE Y 7,94
7,89
35, 3 MAXI
Catalogue HY29-0001/UK
T7D/DS Dimensions - Weight : 26,0 kg
Model
Code
ØA
ØB
C
D
ØE
1)
T7D
M0
M12
M12
180,0
90,0
18,0
00
1/2" - 13 UNC
7/16" - 14 UNC
T7DS
M0
M12
M12
181,0
90,5
17,5
YO1)
M12
M10
(ISO 3019/2- G 32 M)
7,9
T7D
Shaft torque limits [ml/rev. x bar]
Shaft
Vi x p max.
1
43240
2
34590
3
61200
4
61200
5
44300
250 bar max. int.
operating characteristics - typical [24 cst]
Flow qVe [l/min] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 300 bar
B14
44,0 ml/rev
66,0
59,4
51,9
B17
55,0 ml/rev
82,5
75,9
68,4
B20
66,0 ml/rev
99,0
92,4
84,9
B22
70,3 ml/rev
105,5
98,8
91,3
B24
81,1 ml/rev
121,7
115,0
107,5
B28
90,0 ml/rev
135,0
128,4
120,9
T7D
T7DS
B31
99,2 ml/rev
148,8
142,2
134,7
B35
113,4 ml/rev
170,1
163,5
156,91)
B38
120,6 ml/rev
180,9
174,3
167,71)
B42
137,5 ml/rev
206,3
199,6
194,02)
045
145,7 ml/rev
218,6
209,2
202,63)
050
158,0 ml/rev
237,0
227,7
223,04)
1)
2)
B35 - B38 = 280 bar max. int.
B42 = 260 bar max. int. 3) 045 = 240 bar max. int.
* special 2.1/2" (Ø 63,5) suction also available - Please contact Parker Denison
Pressure
port
Series
Vi Volumetric
displacement
27
4)
Input power P [kW] & n = 1500 RPM
p = 7 bar
p = 140 bar
p = 300 bar
1,5
16,6
34,2
1,7
20,4
42,4
1,9
24,3
50,7
2,0
25,8
53,9
2,2
29,5
62,0
2,3
32,7
68,7
2,5
35,9
75,6
2,7
40,8
80,51)
2,9
43,4
85,61)
3,2
49,3
90,52)
4,1
52,8
89,53)
4,4
57,1
85,04)
050 = 210 bar max. int.
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7E /
T7ES - Ordering Code
Model No.
T7E* or T7ES - 072 - 1 R 00 - A 1 - M0 - ..
T7E series - 125 A2 HW
ISO 2 bolts 3019-2 mounting flange
T7ES series - SAE C 2 bolts
J744 mounting flange
* Rear drive option available, please contact Parker Denison.
Modifications
Mounting w/connection variables
4 bolts SAE flange J518
Displacement
Volumetric displacement (ml/rev.)
042 = 132,3 057 = 183,3
045 = 142,4 062 = 196,7
050 = 158,5 066 = 213,3
052 = 164,8 072 = 227,1
054 = 171,0 085 = 268,7
T7E - T7ES
T7ES
Metric thread
UNC thread
M0
00
1.1/2"
3"
P
S
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and
fire resistant fluids)
Type of shaft T7E - T7ES
5 = keyed (ISO R775 - G38M)
Design letter
Type of shaft T7ES
1 = keyed (SAE CC)
2 = keyed (non SAE)
3 = splined (SAE C) 14 teeth
4 = splined (SAE CC) 17 teeth
Porting combination
00 = standard
00
01
02
PS
P
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
03
P
P
P = Pressure port
S = Suction port
S
S
Noise level (typical) - t7ES - 050
Internal leakage qVs [l/min]
33
24 cSt
30
10 cSt
27
24
21
18
15
12
9
6
3
0
0
30
60
90
120
150
180
210
240
Lp. Noise level [db(A)] 1m ISO 4412
INTERNAL LEAKAGE (TYPICAL)
80
Pe = 0,9 bar abs
n = 1000 RPM
Série
1n = 1500 RPM
75
u
υ
= 32 cSt
Lw = Lp + 8 db (A)
70
65
60
0
40
80
120
160
200
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Pressure p [bar]
power loss hydromechanical (typical)
permissible radial load
6
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2200 RPM
3200
2800
4
Load F [N]
Power loss Ps [kW]
5
3
2
1
2400
2000
240
Shaft
=
=
keyed
F
Fa
Shaft keyed N°1
1600
1200
800
0
0
30
60
90
120
150
180
210
400
600
240
Pressure p [bar]
1000
1400
1800
Speed n [RPM]
Maximum permissible axial load Fa = 2000 N
28
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
2200
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7E/ES - Dimensions
- Weight : 43,3 kg
MOUNTING TORQUE 187 Nm
213,0
K
K/2
225,3
110,0
90,9
52,3
7,9
6,35 MAXI
Ø 147.60
W
T7ES
50,8
KEY 9,52
9,47
ØS
C.G.
Ø 76,2
38,10
Ø 38,05
42,36 MAXI
187,5
Ød
98,6
M10 x 20 DEEP
2,3 x 45°
101,8
SHAFT CODE 1
e x 45°
5/8”-11 UNC x 24 DEEP - 4 HOLES
M16 x 24 DEEP (METRIC VERSION)
61,9
61,9
62,2
17,5
35,7
31,0
7,9
31,5
1/2”- 13 UNC x 23,4 DEEP - 4 HOLES
M12 x 23,4 DEEP (METRIC VERSION)
10,0
W
( Keyed SAE C-C )
90,0
17,8
T7E
50,0
KEY 10 x 8
38,1
KEY 7.94
7.89
69,8
P
Ø S
38,018
Ø 38,002
34,9
53,2
106,4
31,75
Ø 31,70
35,27 MAX
S
41,3 MAXI
M10 x 20 DEEP
2,3 x 45°
2,3 x 45°
2,3 x 45°
SHAFT CODE 4
SAE CC INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 12/24
17 TEETH - 30° PRESSURE ANGLE
e x 45°
SHAFT CODE 2
SHAFT CODE 5
( Keyed no SAE )
( Keyed ISO/R775 - G38M)
SUCTION Ø 75,00 *
PRESSURE Ø 37,10
55,9
7,9
Shaft torque limits [ml/rev. x bar]
Shaft
Vi x p max.
1
54500
2
34590
3
61200
4
61200
5
54500
38,0
2,3 x 45°
Alternate mounting flange
Dia S
SHAFT CODE 3
SAE C INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 12/24
14 TEETH - 30° PRESSURE ANGLE
T7E
T7ES
Max.
125,000
127,000
Min.
124,937
126,950
e x 45°
W
K
Dia d
2,0
1,3
9,5
12,7
180,0
181,0
18,0
17,5
operating characteristics - typical [24 cst]
Pressure
port
Series
Vi Volumetric
displacement
Flow qVe [l/min] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 240 bar
198,5
188,5
181,3
213,6
203,6
196,5
237,7
227,7
220,6
247,2
237,2
230,1
256,5
246,5
239,4
275,0
265,0
257,9
295,0
285,0
277,9
319,9
309,0
302,8
340,6
330,6
323,5
403,0
392,01)
-
042
132,3 ml/rev
045
142,4 ml/rev
050
158,5 ml/rev
052
164,8 ml/rev
054
171,0 ml/rev
T7E
T7ES
057
183,3 ml/rev
062
196,7 ml/rev
066
213,3 ml/rev
072
227,1 ml/rev
085
268,7 ml/rev
1)
085 = 90 bar max. int.
* special 3"1/2 (Ø 88,9) suction also available - Please contact Parker Denison
29
Input power P [kW] & n = 1500 RPM
p = 7 bar
p = 140 bar
p = 240 bar
5,2
49,4
82,6
5,4
52,9
88,7
5,7
58,5
98,3
5,8
60,8
102,1
5,9
63,0
105,8
6,1
67,3
113,2
6,4
71,9
121,3
6,7
77,7
131,2
6,9
82,6
139,5
9,1
65,81)
-
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7BB
/ T7BBS - Ordering Code
Model No.
T7BB or T7BBS - B10 - B10 - 1 R 00 - A 1 - M1 - ..
T7BB series - 100 A2 HW
ISO 2 bolts 3019-2 mounting flange
T7BBS series - SAE B 2 bolts
J744 mounting flange
Modifications
P1
P2
Mounting w/connection variables
4 bolts SAE flange J518
Displacement P1 & P2
Volumetric displacement (ml/rev.)
B02 = 5,8
B09 = 28,0
B03 = 9,8
B10 = 31,8
B04 = 12,8
B11 = 35,0
B05 = 15,9
B12 = 41,0
B06 = 19,8
B14 = 45,0
B07 = 22,5
B15 = 50,0
B08 = 24,9
P1
P2
S
Porting combination (see page 72)
00 = standard
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Noise level (typical) - t7BB - B10 - B04
8
24 cSt
10 cSt
P1-P2
5
4
P1-P2
3
2
1
0
40
80
120
160
200
240
280
320
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
power loss hydromechanical (typical)
Lp. Noise level [db(A)] 1m ISO 4412
Internal leakage qVs [l/min]
INTERNAL LEAKAGE (TYPICAL)
0
70
Pe = 0,9 bar abs
nSérie
= 1000 RPM
n1 = 1500 RPM
υ = 32 cSt
u
Lw = Lp + 8 db (A)
65
60
55
0
40
80
120
160
200
240
280
permissible radial load
1400
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2800 RPM
P1-P2
1200
Load F [N]
2
1,5
P1-P2
1
P1-P2
0,5
1000
800
=Shaft
=
keyed
F n°1
Fa
Shaft keyed N°1
600
400
0
0
50
100
150
200
250
320
Pressure p [bar]
Double pump noise level is given with both stages discharging at the
pressure value indicated on the curve.
2,5
Power loss Ps [kW]
3/4"
2.1/2"
Design letter
Type of shaft T7BBS
1 = keyed (non SAE)
2 = keyed (SAE BB)
3 = splined (SAE B) 13 teeth
4 = splined (SAE BB) 15 teeth
6
T7BBS
UNC thread
00
01
1"
3/4"
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 0,7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 0,7 bar max. (for mineral oil and
fire resistant fluids)
Type of shaft T7BB - T7BBS
5 = keyed (ISO R775)
7
T7BB- T7BBS
Metric thread
M0
M1
1"
3/4"
200
600
300
Pressure p [bar]
Total hydromechanical power loss is the sum of each section loss
under its respective operating conditions.
1000
1400
1800
2200
2600
Speed n [RPM]
Maximum permissible axial load Fa = 800 N
30
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Catalogue HY29-0001/UK
Industrial Vane Pumps
T7BB/BBS - Dimensions
- Weight : 32,6 kg T7/T67/T6C
262,4
T7BBS
58,2
101,6
38,1
6,4 MAXI
7,9
7,9
(FLANGE SAE "B ")
31,7
KEY 4,762
4,712
SHAFT CODE 3
28,22 MAXI
Ø 51,3
116,1
SHAFT CODE 2
SAE B INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 16/32
13 TEETH - 30° PRESSURE ANGLE
1,3 x 45°
(Keyed SAE "B-B")
Ø B 4-HOLES
Ø A 4-HOLES
T7BB
MOUNTING TORQUE : 187 Nm
ØH
Ø A 4-HOLES
50,8
22,2
SHAFT CODE 1
(KEYED NON SAE )
9,7
MOUNTING TORQUE : 61 Nm
22,225
Ø 22,200
24,53 MAXI
1,5 x 45°
74,0
25,40
1,5 x 45°
Ø 25,37
C.G.
101,60
M8 x 16 DEEP
76,2
1,5 x 45°
84,1
74,7
38,1
24,5
Ø 101,55
71,4
40,7
7,9
98,6
KEY 6,35
6,30
(FLANGE ISO 3019/2 100A2HW)
12,7
70,0
10,0
C
40,0
KEY 8 x 7
25,4
M
PRESSURE Ø 19
2,0 x 45°
SUCTION Ø 63.5
PRESSURE Ø E
28,2 MAXI
44,5
G
1,5 x 45°
25,0065
Ø 24,9935
P1
D
S
88,9
47,6
F
174,5
P2
100,000
Ø 99,967
M
M
SHAFT CODE 5
(KEYED ISO R775)
9,0
45,6
7,9
24,5
1,5 x 45°
SHAFT CODE 4
SAE B-B INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 16/32
15 TEETH - 30° PRESSURE ANGLE
Shaft torque limits [ml/rev. x bar]
Shaft
Vi x p max.
1
14300
2
21420
3
20600
4
32670
5
25300
Model
Code
ØA
ØB
C
D
ØE
F
G
ØH
T7BB
M0
M1
M10 x 19 deep
M12 x 22,4 deep
26,20
22,25
52,4
47,65
25,4
19,1
140
70
14,0
T7BBS
00
01
3/8"-16 UNC x 19 deep
1/2"-13 UNC x 22,4 deep
26,20
22,25
52,4
47,65
25,4
19,1
146
73
14,3
operating characteristics - typical [24 cst]
Pressure
port
Series
Vi Volumetric
displacement
B02
5,8 ml/rev
B03
9,8 ml/rev
B04
12,8 ml/rev
B05
15,9 ml/rev
B06
19,8 ml/rev
P1
B07
22,5 ml/rev
&
B08
24,9 ml/rev
B09
28,0 ml/rev
P2
B10
31,8 ml/rev
B11
35,0 ml/rev
B12
41,0 ml/rev
B14
45,0 ml/rev
B15
50,0 ml/rev
1) B11 - B12 - B14 = 300 bar max. int.
Flow qVe [l/min] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 320 bar
8,7
7,0
4,8
14,7
13,0
10,8
19,2
17,5
15,3
23,9
22,2
20,0
29,7
28,0
25,8
33,7
32,0
29,9
37,4
35,7
33,5
42,0
40,3
38,1
47,7
46,0
43,8
52,5
50,8
48,91)
61,5
59,8
57,91)
67,5
65,8
63,91)
75,0
73,3
71,62)
2) B15 = 280 bar max. int.
31
Input power P [kW] & n = 1500 RPM
p = 7 bar
p = 140 bar
p = 320 bar
0,5
2,6
5,4
0,6
4,0
8,6
0,6
5,0
11,0
0,7
6,1
13,5
0,7
7,5
16,6
0,8
8,5
18,8
0,8
9,3
20,7
0,9
10,4
23,2
0,9
11,7
26,2
1,0
12,8
27,01)
1,1
14,9
31,51)
1,2
16,3
34,51)
1,3
18,1
35,72)
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T6CC
- Ordering Code
Model No.
T6CC W - 022 - 008 - 1 R 00 - C 1 00 - ..
Series - SAE B 2 bolts
J744 mounting flange
P1
Modifications
P2
Mounting w/connection variables
Severe duty shaft option
Displacement P1 and P2
Volumetric displacement (ml/rev.)
003 = 10,8
017 = 58,3
005 = 17,2
020 = 63,8
006 = 21,3
022 = 70,3
008 = 26,4
025 = 79,3
010 = 34,1
028 = 88,8
012 = 37,1
031 = 100,0
014 = 46,0
P2
P1 = 1" - S = 3"
UNC thread
Metric thread
00
01
0M
W0
1"
3/4"1)
1"
3/4
P2
P1 = 1" - S = 2.1/2"2)
UNC thread
Metric thread
10
11
1M
W1
1"
3/4"1)
1"
3/4
up to 46 ml/rev. max.
up to 126 ml/rev. max.
Always select the largest cartridge in the front place.
1)
2)
Type of shaft
Severe duty shaft (T6CCW only)
1 = keyed (non SAE) 2 = keyed (SAE BB)
3 = splined (SAE BB) 15 teeth
5 = splined (SAE B) 13 teeth
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and fire
resistant fluids)
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Design letter
Porting combination (see page 72)
00 = standard
21
Noise level (typical) - t6CC - 022 - 022
24 cSt
18
10 cSt
P1-P2
15
12
P1-P2
9
6
3
0
0
35
70
105
140
175
210
245
280
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
power loss hydromechanical (typical)
Lp. Noise level [db(A)] 1m ISO 4412
Internal leakage qVs [l/min]
INTERNAL LEAKAGE (TYPICAL)
Pe = 0,9 bar abs
n = 1000 RPM
Série1
n = 1500 RPM
Série2
70
u
υ
= 32 cSt
Lw = Lp + 8 db (A)
65
60
55
0
40
80
120
160
200
240
Pressure p [bar]
Double pump noise level is given with both stages discharging at the
pressure value indicated on the curve.
permissible radial load
4
1400
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2800 RPM
3
=
1200
P1-P2
2
P1-P2
1
1000
800
=
Shaft
F n°1
keyed
P1-P2
Load F [N]
Power loss Ps [kW]
75
Fa
Shaft keyed N°1
600
400
0
0
40
80
120
160
200
240
200
600
280
Pressure p [bar]
Total hydromechanical power loss is the sum of each section loss
under its respective operating conditions.
1000
1400
1800
2200
2600
Speed n [RPM]
Maximum permissible axial load Fa = 800 N
32
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T6CC
- Dimensions - Weight : 26,0 kg
265,6
88,2
174,5
146,0
71,4
101,6
38,1
7,9
73,0
9,7
38,1
6,4 MAXI
28,2 MAXI
T6CCW
SHAFT CODE 2
MOUNTING TORQUE : 159 Nm
( Keyed SAE B-B )
MOUNTING TORQUE : 61Nm
7,9
K-4 HOLES 2)
E-4 HOLES 2)
40,7
45,5
7,9
101,60
Ø 51,3
1,3 x 45°
25,40
1,5 x 45°
Ø 25,37
126,0
73,2
Ø 14,3
C.G.
Ø 101,55
M8 x 16 DEEP
D
76,2
84,1
KEY 6,35
6,30
E-4 HOLES
B
24,5
2)
G
7,9
26,2
58,2
31,7
13,1
24,5
1,5 x 45°
KEY 4,762
4,712
26,2
1,5 x 45°
SHAFT CODE 1
24,5 MAXI
SHAFT CODE 5
SAE B INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 16/32
13 TEETH - 30° PRESSURE ANGLE
P1
22,225
Ø 22,200
SHAFT CODE 3
SAE BB INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 16/32
15 TEETH - 30° PRESSURE ANGLE
S
F
A
P2
52,4
1,5 x 45°
( Keyed
o
non SAE )
PRESSURE Ø C
SUCTION Ø H
PRESSURE Ø 25,4
Alternate ports
S = 3"
Code
A
B
ØC
D
E
F
G
ØH
K
1)
00
01
52,4
47,7
26,2
22,4
25,4
19,0
74,7
76,2
3/8"-16 UNC x 19 deep
106,4
61,9
76,2
5/8"-11UNC x 28,4 deep
1)
Max. cam 014
2)
0M
W0
52,4
47,7
26,2
22,4
25,4
19,0
74,7
76,2
M10 x 19 deep
1)
M16 x 28,4 deep
S = 2.1/2"2)
10
11
1M
W11)
52,4
47,7
52,4
47,7
26,2
22,4
26,2
22,4
25,4
19,0
25,4
19,0
74,7
76,2
74,7
76,2
3/8"-16 UNC x 19 deep
M10 x 19 deep
88,9
50,9
63,5
1/2"-13 UNC x 23,9 deep
M12 x 23,9 deep
1)
Shaft torque limits [ml/rev. x bar]
Shaft
Vi x p max.
1
14300
2
21420
3
32670
5
20600
P1 + P2 = 126 ml/rev. max.
operating characteristics - typical [24 cst]
Flow qVe [l/min] & n = 1500 RPM
Input power P [kW] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 240 bar
p = 7 bar
p = 140 bar
p = 240 bar
003
10,8 ml/rev
16,2
11,2
7,7
1,3
5,3
8,4
005
17,2 ml/rev
25,8
20,8
17,3
1,4
7,5
12,2
006
21,3 ml/rev
31,9
26,9
23,4
1,5
8,9
14,7
008
26,4 ml/rev
39,6
34,6
31,1
1,6
10,7
17,7
010
34,1 ml/rev
51,1
46,1
42,6
1,7
13,4
22,3
P1
012
37,1 ml/rev
55,6
50,6
47,1
1,7
14,4
24,1
&
014
46,0 ml/rev
69,0
64,0
60,5
1,9
17,6
29,5
017
58,3 ml/rev
87,4
82,4
78,9
2,1
21,9
36,9
P2
020
63,8 ml/rev
95,7
90,7
87,2
2,2
23,8
40,2
022
70,3 ml/rev
105,4
100,4
96,9
2,3
26,1
44,1
025
79,3 ml/rev
118,9
113,9
110,4
2,5
29,2
49,5
028
88,8 ml/rev
133,2
128,2
125,81)
2,8
32,7
48,51)
031
100,0 ml/rev
150,0
145,0
142,61)
2,8
36,5
54,41)
1) 028 - 031 = 210 bar max. int.
2) Port connection can be supplied with metric threads, please contact Parker Denison.
Pressure
port
Series
Vi Volumetric
displacement
33
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T67CB
- Ordering Code
Model No.
T67CB W - 010 - B10 - 1 R 00 - A 1 M1 - ..
Series - SAE B 2 bolts
J744 mounting flange
Severe duty shaft
P1
Modifications
P2
Mounting w/connection variables
11 = 4 bolts SAE flange
(J518) UNC thread
M1 = 4 bolts SAE flange
(J518) Metric thread
Displacement P1
Volumetric displacement (ml/rev.)
003 = 10,8
017 = 58,3
005 = 17,2
020 = 63,8
006 = 21,3
022 = 70,3
008 = 26,4
025 = 79,3
010 = 34,1
028 = 88,8
012 = 37,1
031 = 100,0
014 = 46,0
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and
fire resistant fluids)
Design letter
Displacement P2
Volumetric displacement (ml/rev.)
B02 = 5,8
B09 = 28,0
B03 = 9,8
B10 = 31,8
B04 = 12,8
B11 = 35,0
B05 = 15,9
B12 = 41,0
B06 = 19,8
B14 = 45,0
B07 = 22,5
B15 = 50,0
B08 = 24,9
Porting combination(see page 72)
00 = standard
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Type of shaft
Severe duty shaft (T67CW only)
1 = keyed (non SAE) 2 = keyed (SAE BB)
3 = splined (SAE BB) 15 teeth
5 = splined (SAE B) 13 teeth
Noise level (typical) - t67CB - 014 - B03
Internal leakage qVs [l/min]
22
20
24 cSt
18
10 cSt
16
P1
14
12
10
P1
8
P2
6
P2
4
2
0
0
50
100
150
200
250
300
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
power loss hydromechanical (typical)
5
P1
0
80
3,5
3
2,5
2
1,5
1
0,5
0
120
160
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2800 RPM
200
240
280
P2
P2
50
100
60
55
0
40
80
120
160
200
240
150
200
1000
800
= Shaft
=
keyed
F n°1
Fa
Shaft keyed N°1
600
400
P2
0
65
1200
P1
1
40
70
permissible radial load
P1
2
0
Pe = 0,9 bar abs
nSérie
= 1000 RPM
n1 = 1500 RPM
υu = 32 cSt
Lw = Lp + 8 db (A)
Pressure p [bar]
Double pump noise level is given with both stages discharging at the
pressure value indicated on the curve.
Load F [N]
Power loss Ps [kW]
3
75
1400
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2800 RPM
4
Lp. Noise level [db(A)] 1m ISO 4412
INTERNAL LEAKAGE (TYPICAL)
250
200
600
300
Pressure p [bar]
Total hydromechanical power loss is the sum of each section loss
under its respective operaring conditions.
1000
1400
1800
2200
2600
Speed n [RPM]
Maximum permissible axial load Fa = 800 N
34
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T67CB
- Dimensions - Weight : 26,0 kg
174,5
146,0
265,6
88,2
71,4
101,6
38,1
7,9
6,4 MAXI
9,7
38,1
KEY 6,35
6,30
MOUNTING TORQUE : 61 Nm
1/2-13 UNC x 23,9 DEEP - 4 HOLES
(M12 x 30,0 DEEP - METRIC VERSION)
3/8-16 UNC x 19 DEEP - 4 HOLES
(M10 x 19 DEEP - METRIC VERSION)
3/8- 16 UNC x 19 DE EP - 4 HOLES
(M10 x 20 DEEP - METRIC VERSION)
50,8
26,2
13,1
40,7
7,9
58,2
7,9
31,7
24,5
24,5
KEY 4,762
4,712
1,5 x 45°
SHAF T CODE 1
SHAFT CODE 5
SHAFT CODE 3
SAE B INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 16/32
13 TEETH - 30° PRESSURE ANGLE
24,53 MAX
P1
22,225
S
26,2
47,7
P2
52,4
1,5 x 45°
1,5 x 45°
SAE BB INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 16/32
15 TEETH - 30° PRESSURE ANGLE
25,40
(Keyed SAE B-B)
12,7
Ø 22,200
45,5
22,2
88
, 9
7,9
T67CBW
SHAFT CODE 2
1,5 x 45°
MOUNTING TORQUE 159 Nm
Ø 25,37
1,5 x 45°
28,22 MAXI
126,0
73,2
Ø 14,3
C.G.
101,60
Ø 51,3
M8 x 16 DEEP
Ø 101,55
76,2
84,1
76,2
73,0
(Keyed no SAE)
PRESSURE Ø 19
operating characteristics - typical [24 cst]
SUCTION Ø 63.5
PRESSURE Ø 25,4
-
Shaft
1
2
Shaft torque limits [ml/rev. x bar]
Vi x p max.
Shaft
Vi x p max.
14300
3
32670
21420
5
20600
Flow qVe [l/min] & n = 1500 RPM
Input power P [kW] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 275 bar
p = 7 bar
p = 140 bar
p = 275 bar
003
10,8 ml/rev
16,2
11,2
*
1,3
5,3
*
005
17,2 ml/rev
25,8
20,8
16,1
1,4
7,5
13,9
006
21,3 ml/rev
31,9
26,9
22,2
1,5
8,9
16,8
008
26,4 ml/rev
39,6
34,6
29,9
1,6
10,7
20,3
010
34,1 ml/rev
51,1
46,1
41,4
1,7
13,4
25,6
012
37,1 ml/rev
55,6
50,6
45,9
1,7
14,4
27,6
P1
014
46,0 ml/rev
69,0
64,0
59,3
1,9
17,6
33,7
017
58,3 ml/rev
87,4
82,4
77,7
2,1
21,9
42,2
020
63,8 ml/rev
95,7
90,7
86,0
2,2
23,8
46,0
022
70,3 ml/rev
105,4
100,4
95,7
2,3
26,1
50,4
025
79,3 ml/rev
118,9
113,9
109,2
2,5
29,2
56,6
028
88,8 ml/rev
133,2
128,2
125,81)
2,8
32,7
48,51)
031
100,0 ml/rev
150,0
145,0
142,61)
2,8
36,5
54,41)
p = 0 bar
p = 140 bar
p = 300 bar
p = 7 bar
p = 140 bar
p = 300 bar
B02
5,8 ml/rev
8,7
7,0
5,1
0,5
2,6
5,1
B03
9,8 ml/rev
14,7
13,0
11,1
0,6
4,0
8,1
B04
12,8 ml/rev
19,2
17,5
15,6
0,6
5,0
10,4
B05
15,9 ml/rev
23,9
22,2
20,2
0,7
6,1
12,7
B06
19,8 ml/rev
29,7
28,0
26,1
0,7
7,5
15,6
B07
22,5 ml/rev
33,7
32,0
30,2
0,8
8,5
17,6
P2
B08
24,9 ml/rev
37,4
35,7
33,7
0,8
9,3
19,5
B09
28,0 ml/rev
42,0
40,3
38,4
0,9
10,4
21,8
B10
31,8 ml/rev
47,7
46,0
44,1
0,9
11,7
26,2
B11
35,0 ml/rev
52,5
50,8
48,9
1,0
12,8
27,0
B12
41,0 ml/rev
61,5
59,8
57,9
1,1
14,9
31,5
B14
45,0 ml/rev
67,5
65,8
63,9
1,2
16,3
34,5
B15
50,0 ml/rev
75,0
73,3
71,62)
1,3
18,1
35,72)
* We do not recommand to use the size 003 in P1 at 275 bar & 1500 RPM as the internal is over 50% of theoretical flow.
1)
2)
028 - 031 = 210 bar max. int.
B15 = 280 bar max.int.
Pressure
port
Series
Vi Volumetric
displacement
35
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7DB/T7DBS - Ordering
Code
Model No.
T7DB or T7DBS - B42 - B10 - 1 R 00 - A 1 M1 - ..
T7DB series - 125 A2 HW
ISO 2 bolts 3019-2 mounting flange
T7DBS series - SAE C 2 bolts
J744 mounting flange
Modifications
P1
P2
Mounting w/connection variables
4 bolts SAE flanges J518
Displacement P1
Volumetric displacement (ml/rev.)
B14 = 44,0
B31 = 99,2
B17 = 55,0
B35 = 113,4
B20 = 66,0
B38 = 120,6
B22 = 70,3
B42 = 137,5
B24 = 81,1
045 = 145,7
B28 = 90,0
050 = 158,0
P1
P2
S
Design letter
Porting combination (see page 72)
00 = standard
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Type of shaft T7DBS
1 = keyed (SAE C)
3 = splined (SAE C) 14 teeth
2 = keyed (non SAE) 4 = splined (spec. SAE C)
Type of shaft T7DB - T7DBS
5 = keyed (ISO 3019 -2 - G32 M)
Noise level (typical) - t7DBS - B31 - B10
Internal leakage qVs [l/min]
22
18
10 cSt
P1
16
14
12
10
P1
8
P2
6
P2
4
2
0
0
50
100
150
200
250
300
6
5
4
3
2
1
0
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2500 RPM
3,5
3
2,5
2
1,5
1
0,5
0
60
90
120
150
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2500 RPM
100
180
210
240
P2
150
60
55
0
40
80
120
160
200
240
200
Shaft
=
=
keyed
1600
1400
1200
F
Fa
Shaft keyed N°1
1000
800
600
P2
50
65
1800
P2
0
70
2000
P1
P1
30
Pe = 0,9 bar abs
nSérie
= 1000 RPM
n1 = 1500 RPM
uυ = 32 cSt
Lw = Lp + 8 db (A)
permissible radial load
P1
0
75
Pressure p [bar]
Double pump noise level is given with both stages discharging at the
pressure value indicated on the curve.
Load F [N]
Power loss Ps [kW]
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
power loss hydromechanical (typical)
Lp. Noise level [db(A)] 1m ISO 4412
INTERNAL LEAKAGE (TYPICAL)
24 cSt
UNC thread
T7DBS
00
01
1.1/4"
1.1/4"
1"
3/4"
3"
3"
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and
fire resistant fluids)
Displacement P2
Volumetric displacement (ml/rev.)
B02 = 5,8
B09 = 28,0
B03 = 9,8
B10 = 31,8
B04 = 12,8
B11 = 35,0
B05 = 15,9
B12 = 41,0
B06 = 19,8
B14 = 45,0
B07 = 22,5
B15 = 50,0
B08 = 24,9
20
Metric thread
T7DB - T7DBS
M0
M1
1.1/4"
1.1/4"
1"
3/4"
3"
3"
250
400
600
300
Pressure p [bar]
Total hydromechanical power loss is the sum of each section loss
under its respective operating conditions.
900
1200
1500
1800
2100
Speed n [RPM]
Maximum permissible axial load Fa = 1200 N
36
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
2400
Catalogue HY29-0001/UK
Industrial Vane Pumps
T7DB/DBS Dimensions - Weight : 38,6 kg T7/T67/T6C
212,40
109,50
K
KEY 7,94
7,89
*
31,75
73,2
62,0
A
38,1
48,02
2,3 x 45°
( Keyed SAE C )
30,2
77,7
7,9
38,0
7,9
KEY 7,94
7,89
P1
SHAFT CODE 4
PRESSURE Ø C
SAE C INVOLUTE SPLINE DATA
SAE C* Spc INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 12/24
J498b - PITCH 12/24
14 TEETH - 30° PRESSURE ANGLE
14 TEETH - 30° PRESSURE ANGLE
Alternate mounting flange
Dia S
e x 45°
Max.
Min.
T7DB 125,000 124,937
2,0
T7DBS 127,000 126,950
1,3
W
K
Dia d
9,5
12,7
180,0
181,0
18,0
17,5
PRESSURE Ø 31,8
SUCTION Ø 76
Alternate connect. variables
00 & M0 01 & M1
A
26,20
22,20
B
52,35
47,6
C
25,0
19,0
35,27 MAXI
58,7
S
31,75
M10 x 20 DEEP
32,018
Ø 32,002
35,0 MAXI
B
P2
106,4
2,3 °x 45
2,3 x 45°
SHAFT CODE 3
ØS
Ø 64,30
15,7
7/16 14 UNC 22.3 DEEP - 4 HOLES
M12 x 22.3 DEEP - METRIC VERSION
SHAFT CODE 1
Ø 31,70
55,2
KEY 10 x 8
e x 45°
Ø 31,70
2,30 x 45°
35,27 MAXI
129,5
MOUNTING TORQUE 68Nm
5/8 11 UNC 28.5 DEEP - 4 HOLES
M16 x 28.4 DEEP - METRIC VERSION
7,9
50,0
SHAFT CODE 5
49,30
P1
74,05
87,9
( Keyed ISO/R775 - G32M )
83,60
M10 x 20 DEEP
3/8 16 UNC 19 DEEP - 4 HOLES
M10 x 19.0 DEEP - METRIC VERSION
2,3 x 45°
W
C.G.
MOUNTING TORQUE 187 Nm
7,9
38,10
6,35 MAXI
7,90
88,90
74,70
DIA d
114,30
S
P2
82,60
K/2
286,00
SHAFT CODE 2
( Keyed non SAE )
Shaft
1
2
3
Shaft torque limits [ml/rev. x bar]
Vi x p max.
Shaft
Vi x p max.
43240
4
61200
34590
5
42500
61200
operating characteristics - typical [24 cst]
Flow qVe [l/min] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 250 bar
B14
44,0 ml/rev
66,0
59,4
54,2
B17
55,0 ml/rev
82,5
75,9
70,7
B20
66,0 ml/rev
99,0
92,4
87,2
B22
70,3 ml/rev
105,5
98,8
93,7
B24
81,1 ml/rev
121,7
115,0
109,9
B28
90,0 ml/rev
135,0
128,4
123,2
P1
B31
99,2 ml/rev
148,8
142,2
137,0
B35
113,4 ml/rev
170,1
163,5
158,3
B38
120,6 ml/rev
180,9
174,3
169,1
B42
137,5 ml/rev
206,3
199,6
194,5
045
145,7 ml/rev
218,6
209,2
202,6
050
158,0 ml/rev
237,0
227,7
223,01)
p = 0 bar
p = 140 bar
p = 300 bar
B02
5,8 ml/rev
8,7
7,0
5,1
B03
9,8 ml/rev
14,7
13,0
11,1
B04
12,8 ml/rev
19,2
17,5
15,6
B05
15,9 ml/rev
23,9
22,2
20,2
B06
19,8 ml/rev
29,7
28,0
26,1
B07
22,5 ml/rev
33,7
32,0
30,2
P2
B08
24,9 ml/rev
37,4
35,7
33,7
B09
28,0 ml/rev
42,0
40,3
38,4
B10
31,8 ml/rev
47,7
46,0
44,1
B11
35,0 ml/rev
52,5
50,8
48,9
B12
41,0 ml/rev
61,5
59,8
57,9
B14
45,0 ml/rev
67,5
65,8
63,9
B15
50,0 ml/rev
75,0
73,3
71,62)
2)
050 = 210 bar max. int.
B15 = 280 bar max.int.
Pressure
port
1)
Series
Vi Volumetric
displacement
37
Input power P [kW] & n = 1500 RPM
p = 7 bar
p = 140 bar
p = 250 bar
1,5
16,6
29,0
1,7
20,4
35,8
1,9
24,3
42,7
2,0
25,8
45,4
2,2
29,5
52,1
2,3
32,7
57,7
2,5
35,9
63,5
2,7
40,8
72,3
2,9
43,4
76,8
3,2
49,3
87,4
4,1
52,8
89,5
4,4
57,1
85,01)
p = 7 bar
p = 140 bar
p = 300 bar
0,5
2,6
5,1
0,6
4,0
8,1
0,6
5,0
10,4
0,7
6,1
12,7
0,7
7,5
15,6
0,8
8,5
17,6
0,8
9,3
19,5
0,9
10,4
21,8
0,9
11,7
26,2
1,0
12,8
27,0
1,1
14,9
31,5
1,2
16,3
34,5
1,3
18,1
35,72)
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T67DC
- Ordering Code
Model No.
T67DC W - B42 - 010 - 1 R 00 - A 1 M1 - ..
Series - SAE C 2 bolts
J744 mounting flange
Modifications
P1
P2
Mounting w/connection variables
4 bolts SAE flanges J518
Severe duty shaft option
Displacement P1
Volumetric displacement (ml/rev.)
B14 = 44,0
B31 = 99,2
B17 = 55,0
B35 = 113,4
B20 = 66,0
B38 = 120,6
B22 = 70,3
B42 = 137,5
B24 = 81,1
045 = 145,7
B28 = 90,0
050 = 158,0
P1
P2
S
Design letter
Porting combination (see page 72)
00 = standard
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Type of shaft
1 = keyed (SAE C)
3 = splined (SAE C) 14 teeth
2 = keyed (non SAE) 4 = splined (spec. SAE C)
Type of shaft - Severe duty (T67DCW only)
5 = keyed (non SAE)
Noise level (typical) - t67DC - B31 - 022
Internal leakage qVs [l/min]
22
18
10 cSt
P1
P2
16
14
12
P1
10
8
P2
6
4
2
0
0
35
70
105
140
175
210
245
280
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
power loss hydromechanical (typical)
6
2
P1
0
60
90
120
150
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2500 RPM
3
2
180
210
240
P2
120
160
1400
1200
40
80
120
160
200
240
Shaft
=keyed
=
F
Fa
Shaft keyed N°1
1000
400
600
0
80
0
600
P2
1
40
60
800
P2
0
65
1600
1
30
70
1800
P1
0
75
permissible radial load
P1
3
4
Pe = 0,9 bar abs
nSérie
= 1000 RPM
n1 = 1500 RPM
u
υ = 32 cSt
Lw = Lp + 8 db (A)
Pressure p [bar]
Double pump noise level is given with both stages section discharging at the pressure value indicated on the curve.
Load F [N]
Power loss Ps [kW]
4
80
2000
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2500 RPM
5
Lp. Noise level [db(A)] 1m ISO 4412
INTERNAL LEAKAGE (TYPICAL)
24 cSt
UNC thread
00
01
1.1/4"
1.1/4"
1"
3/4"
3"
3"
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and
fire resistant fluids)
Displacement P2
Volumetric displacement (ml/rev.)
003 = 10,8
017 = 58,3
005 = 17,2
020 = 63,8
006 = 21,3
022 = 70,3
008 = 26,4
025 = 79,3
010 = 34,1
028 = 88,8
012 = 37,1
031 = 100,0
014 = 46,0
20
Metric thread
M0
M1
1.1/4"
1.1/4"
1"
3/4"
3"
3"
200
240
280
Pressure p [bar]
Total hydromechanical power loss is the sum of each section loss
under its respective operating conditions.
900
1200
1500
Speed n [RPM]
1800
2100
Maximum permissible axial load Fa = 1200 N
38
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
2400
Catalogue HY29-0001/UK
T67DC
- Dimensions - Weight : 38,6 kg
90,50
Industrial Vane Pumps
T7/T67/T6C
286,00
212,40
181,00
109,50
114,30
38,10
7,90
6,35 MAXI
83,60
12,66
49,30
2,30 x 45°
1,30 x 45°
SHAFT CODE 1
MOUNTING TORQUE : 68 Nm
MOUNTING TORQUE : 187 Nm
31,75
Ø 31,70
35,27 MAXI
128,3
74,05
Ø 17,50
C.G.
127,00
Ø 64,30
M10 x 20 DEEP
Ø 126,95
82,60
88,90
74,70
KEY 7,94
7,89
7/16-14 UNC x 22,3 DEEP-4 HOLES
( Keyed SAE C )
5/8-11 UNC x 28,5 DEEP-4 HOLES
( M12 x 22,3 DEEP - METRIC VERSION )
( M16 x 28,4 DEEP - METRIC VERSION )
15,70
73,20
3/8-16 UNC x 19 DEEP -4 HOLES
7,90
30,20
61,90
A
(M10 x 19 DEEP - METRIC VERSION )
15,10
30,95
13,10
*
7,90
T67DCW
SHAFT CODE 3
P2
S
P1
2,30 x 45°
-
SHAFT CODE 2
SHAFT CODE 4
SAE*C Spc INVOLUTE SPLINE DATA
SAE C INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
CLASS 1-FLAT ROOT SIDE FIT
J498b - 12/24 dp
J498b - PITCH 12/24
14 TEETH - 30° PRESSURE ANGLE 14 TEETH - 30° PRESSURE ANGLE
SUCTION Ø 76
PRESSURE Ø C
Alternate connect. variables
00 & M0 01 & M1
A
26,20
22,20
B
52,35
47,60
C
25,00
19,00
operating characteristics - typical [24 cst]
35,27 MAXI
38,42 MAXI
34,900
B
( Keyed no SAE )
Ø 34,875
M8 16 DEEP
SHAFT CODE 5
KEY 7,94
7,89
2,30 x 45°
2,30 x 45°
29,35
KEY 7,94
7,89
38,10
48,00
31,75
38,00
77,70
Ø 31,70
55,20
7,90
58,70
2,30 x 45°
106,40
53,20
83,40
60,00
7,90
Shaft
1
2
3
PRESSURE Ø 31,8
( Keyed no SAE )
Shaft torque limits [ml/rev. x bar]
Vi x p max.
Shaft
Vi x p max.
43240
4
61200
34590
5
55600
61200
Flow qVe [l/min] & n = 1500 RPM
Input power P [kW] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 250 bar
p = 7 bar
p = 140 bar
p = 250 bar
B14
44,0 ml/rev
66,0
59,4
54,2
1,5
16,6
29,0
B17
55,0 ml/rev
82,5
75,9
70,7
1,7
20,4
35,8
B20
66,0 ml/rev
99,0
92,4
87,2
1,9
24,3
42,7
B22
70,3 ml/rev
105,5
98,8
93,7
2,0
25,8
45,4
B24
81,1 ml/rev
121,7
115,0
109,9
2,2
29,5
52,1
B28
90,0 ml/rev
135,0
128,4
123,2
2,3
32,7
57,7
P1
B31
99,2 ml/rev
148,8
142,2
137,0
2,5
35,9
63,5
B35
113,4 ml/rev
170,1
163,5
158,3
2,7
40,8
72,3
B38
120,6 ml/rev
180,9
174,3
169,1
2,9
43,4
76,8
B42
137,5 ml/rev
206,3
199,6
194,5
3,2
49,3
87,4
045
145,7 ml/rev
218,6
209,2
202,6
4,1
52,8
89,5
050
158,0 ml/rev
237,0
227,7
223,01)
4,4
57,1
85,01)
p = 0 bar
p = 140 bar
p = 275 bar
p = 7 bar
p = 140 bar
p = 275 bar
003
10,8 ml/rev
16,2
11,2
*
1,3
5,3
*
005
17,2 ml/rev
25,8
20,8
16,1
1,4
7,5
13,9
006
21,3 ml/rev
31,9
26,9
22,2
1,5
8,9
16,8
008
26,4 ml/rev
39,6
34,6
29,9
1,6
10,7
20,3
010
34,1 ml/rev
51,1
46,1
41,4
1,7
13,4
25,6
012
37,1 ml/rev
55,6
50,6
45,9
1,7
14,4
27,6
P2
014
46,0 ml/rev
69,0
64,0
59,3
1,9
17,6
33,7
017
58,3 ml/rev
87,4
82,4
77,7
2,1
21,9
42,2
020
63,8 ml/rev
95,7
90,7
86,0
2,2
23,8
46,0
022
70,3 ml/rev
105,4
100,4
95,7
2,3
26,1
50,4
025
79,3 ml/rev
118,9
113,9
109,2
2,5
29,2
56,6
028
88,8 ml/rev
133,2
128,2
125,81)
2,8
32,7
48,51)
031
100,0 ml/rev
150,0
145,0
142,61)
2,8
36,5
54,41)
* We do not recommand to use the size 003 in P2 at 275 bar & 1500 RPM as the internal leakage is over 50% of theoretical flow.
1)
050 - 028 - 031 = 210 bar max. int.
Pressure
port
Series
Vi Volumetric
displacement
39
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7DD
/ T7DDS - Ordering Code
Model No.
T7DD or T7DDS - B42 - B22 - 1 R 00 - A 1 M0 - ..
T7DD series - ISO 4 bolts 3019-2
Mounting flange 125-B4 HW
T7DDS series - SAE C 6 bolts
J744 mounting flange
Modifications
P1
P2
Mounting w/connection variables
4 bolts SAE flanges J518
Displacement P1 & P2
Volumetric displacement (ml/rev.)
B14 = 44,0
B31 = 99,2
B17 = 55,0
B35 = 113,4
B20 = 66,0
B38 = 120,6
B22 = 70,3
B42 = 137,5
B24 = 81,1
045 = 145,7
B28 = 90,0
050 = 158,0
Type
T7DD
T7DDS
P1 & P2 = 1.1/4" - S = 4"
Metric thread
UNC thread
M0
M0
00
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and
fire resistant fluids)
Type of shaft
1 = keyed (SAE C)
3 = splined (SAE C) 14 teeth
2 = keyed (SAE CC) 4 = splined (SAE BB)
Type of shaft - T7DD and T7DDS
5 = keyed (ISO 3019-2 - G32M)
Design letter
Porting combination (see page 72)
00 = standard
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Noise level (typical) - t7DDS - B31 - B31
Internal leakage qVs [l/min]
22
20
24 cSt
18
10 cSt
P1-P2
16
14
12
10
P1-P2
8
6
4
2
0
0
30
60
90
120
150
180
210
240
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
power loss hydromechanical (typical)
Lp. Noise level [db(A)] 1m ISO 4412
INTERNAL LEAKAGE (TYPICAL)
Pe = 0,9 bar abs
nSérie
= 1000 RPM
n1 = 1500 RPM
u
υ = 32 cSt
Lw = Lp + 8 db (A)
75
70
65
60
0
40
80
120
160
200
240
Pressure p [bar]
Double pump noise level is given with both stages discharging at the
pressure value indicated on the curve.
permissible radial load
2000
6
n = 1000 RPM
5
1800
n = 1500 RPM [24 cSt]
4
3
P1-P2
2
1
P1-P2
30
60
90
120
150
F
180
Fa
Shaft keyed N°1
1400
1200
1000
800
600
0
0
= Shaft
=
keyed
1600
P1-P2
n = 2500 RPM
Load F [N]
Power loss Ps [kW]
80
210
400
600
240
Pressure p [bar]
Total hydromechanical power loss is the sum of each section loss
under its respective operaring conditions.
900
1200
1500
1800
2100
Speed n [RPM]
Maximum permissible axial load Fa = 1200 N
40
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
2400
Catalogue HY29-0001/UK
Industrial Vane Pumps
T7DD/DDS Dimensions - Weight : 56 kg T7/T67/T6C
347,7
134,2
84,0
148,3
38,3
w
7,9
S
P2
P1
49,3
Key 7,94
7,89
2,3 x 45°
e x 45°
K2
K1
213,0
MOUNTING TORQUE : 190 Nm
91,0
7/16-14UNC x 22,3 DEEP
M12 x 22,3 DEEP-METRIC VERSION
6,4 MAXI
30,2
77,8
2,3 x 45°
130,2
S
58,7
58,7
162,2
M10 x 20 DEEP
38,10
Ø 38,05
42,36 MAXI
182,0
P2
P1
SHAFT CODE 3
SAE C INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 12/24
14 TEETH - 30° PRESSURE ANGLE
46,0
68,0
10,0
50,0
ØS
38,0
2,3 x 45°
Keyed SAE CC
56,0
7,9
30,2
KEY 9,52
9,47
SHAFT CODE 2
Ø 64,3
SHAFT CODE 1
Keyed SAE C
7/16-14UNC x 24 DEEP
M12 x 24 DEEP-METRIC VERSION
50,8
19,0
MOUNTING TORQUE : 190 Nm
5/8-11UNC x 30 DEEP
M16 x 30 DEEP-METRIC VERSION
7,9
M10 x 20 DEEP
91,3
170,9
31,75
Ø 31,70
K2
C.G.
35,27 MAXI
Ø d1
101,6
114,9
d2
101,6
Ø
6,4 MAXI
PRESSURE Ø 29,5
7,9
24,5
SUCTION Ø 101,6
PRESSURE Ø 31,8
KEY 10 x 8
SHAFT CODE 5
M10 x 20 DEEP
32,018
Ø 32,002
35,00 MAXI
1,5 x 45°
SHAFT CODE 4
SAE BB INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 16/32
15 TEETH - 30° PRESSURE ANGLE
Keyed ISO 3019/2 -G32M
Alternate mounting flange
Series
T7DD
T7DDS
Dia S
Max.
Min.
125,000 124,937
127,000 126,950
e x 45°
W
K1
Dia d1
K2
Dia d2
2,0
1,3
9,5
12,7
180,0
181,0
18,0
17,5
113,14
114,50
14,0
14,3
Shaft
1
2
3
Shaft torque limits [ml/rev. x bar]
Vi x p max.
Shaft
Vi x p max.
43240
4
35880
71750
5
45200
61200
operating characteristics - typical [24 cst]
Pressure
port
1)
Series
Vi Volumetric
displacement
B14
44,0 ml/rev
B17
55,0 ml/rev
B20
66,0 ml/rev
B22
70,3 ml/rev
P1
B24
81,1 ml/rev
B28
90,0 ml/rev
&
B31
99,2 ml/rev
B35
113,4 ml/rev
P2
B38
120,6 ml/rev
B42
137,5 ml/rev
045
145,7 ml/rev
050
158,0 ml/rev
050 = 210 bar max. int.
Flow qVe [l/min] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 250 bar
66,0
59,4
54,2
82,5
75,9
70,7
99,0
92,4
87,2
105,5
98,8
93,7
121,7
115,0
109,9
135,0
128,4
123,2
148,8
142,2
137,0
170,1
163,5
158,3
180,9
174,3
169,1
206,3
199,6
194,5
218,6
209,2
202,6
237,0
227,7
223,01)
41
Input power P [kW] & n = 1500 RPM
p = 7 bar
p = 140 bar
p = 250 bar
1,5
16,6
29,0
1,7
20,4
35,8
1,9
24,3
42,7
2,0
25,8
45,4
2,2
29,5
52,1
2,3
32,7
57,7
2,5
35,9
63,5
2,7
40,8
72,3
2,9
43,4
76,8
3,2
49,3
87,4
4,1
52,8
89,5
4,4
57,1
85,01)
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7EB/T7EBS - Ordering
Code
Model No.
T7EB or T7EBS - 042 - B12 - 1 R 00 - A 1 M1 - ..
T7EB series - ISO 4 bolts 3019-2
Mounting flange 125-A2 HW
T7EBS series - SAE C 2 bolts
J744 mounting flange
Modifications
P1
P2
Mounting w/connection variables
4 bolts SAE flanges J518
P1 = 1.1/2" - P2 = 3/4" - S = 3.1/2"
Metric thread
UNC thread
T7EB - T7EBS
T7EBS
Code
M1
01
Displacement P1
Volumetric displacement (ml/rev.)
042 = 132,3 057 = 183,3
045 = 142,4 062 = 196,7
050 = 158,5 066 = 213,3
052 = 164,8 072 = 227,1
054 = 171,0 085 = 268,7
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and
fire resistant fluids)
Displacement P2
Volumetric displacement (ml/rev.)
B02 = 5,8
B09 = 28,0
B03 = 9,8
B10 = 31,8
B04 = 12,8
B11 = 35,0
B05 = 15,9
B12 = 41,0
B06 = 19,8
B14 = 45,0
B07 = 22,5
B15 = 50,0
B08 = 24,9
Design letter
Porting combination (see page 72)
00 = standard
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Type of shaft T7EBS
1 = keyed (SAE CC)
3 = splined (SAE C) 14 teeth
2 = keyed (non SAE) 4 = splined (SAE CC)
Type of shaft T7EB - T7EBS
5 = keyed (ISO /R 775 - G38 M)
Noise level (typical) - t7EBS - 050 - B03
Internal leakage qVs [l/min]
33
30
24 cSt
27
10 cSt
24
P1
21
18
P1
15
12
9
P2
6
3
P2
0
0
50
100
150
200
250
300
7
6
5
4
3
2
1
0
3
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2200 RPM
60
90
120
150
2
180
210
240
P2
1
0,5
0
100
150
60
0
40
80
120
160
200
240
200
1400
1200
=
Shaft
=
keyed
F
Fa
Shaft keyed N°1
1000
800
600
P2
50
65
1600
P2
1,5
0
70
1800
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2200 RPM
2,5
75
2000
P1
P1
30
Pe = 0,9 bar abs
nSérie
= 1000 RPM
n1 = 1500 RPM
u = 32 cSt
υ
Lw = Lp + 8 db (A)
permissible radial load
P1
0
80
Pressure p [bar]
Double pump noise level is given with both stages discharging at the
pressure value indicated on the curve.
Load F [N]
Power loss Ps [kW]
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
power loss hydromechanical (typical)
Lp. Noise level [db(A)] 1m ISO 4412
INTERNAL LEAKAGE (TYPICAL)
250
400
600
300
Pressure p [bar]
Total hydromechanical power loss is the sum of each section loss
under its respective operating conditions.
1000
1400
1800
Speed n [RPM]
Maximum permissible axial load Fa = 2000 N
42
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
2200
Catalogue HY29-0001/UK
T7EB/EBS - Dimensions
- Weight : 55,0 kg
Industrial Vane Pumps
T7/T67/T6C
213,0
K
K/2
136,7
331,6
118,5
52,3
7,9
W
90,9
6,4 MAX
50,8
55,9
38,1
KEY 9,52
9,47
SHAFT CODE 3
MOUNTING TORQUE 187 Nm.
* 62,2
A x 23,4 DEEP - 4 HOLES
C x 19 DEEP - 4 HOLES B x 29,5 DEEP - 4 HOLES
22,2
35,7
69,8
34,9
61,9
7,9
31,5
10,0
W
90,0
50,0
38,1
KEY 7,94
7,89
38,100
T7EB
KEY 10 x 8
M10 x 20 DEEP
2,3 x 45°
e x 45°
SHAFT CODE 2
SHAFT CODE 4
(Keyed no SAE )
SAE *CC INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 12/24
17 TEETH - 30° PRESSURE ANGLE
PRESSURE Ø 19,00
Alternate mounting flange
W
K
Dia d
9,5
12,7
180,0
181,0
18,0
17,5
ØS
P1
41,3 M AX
S
38,018
P2
Ø 38,002
2,3 x 45°
31,75
Ø 31,70
35,3 MAX
47,6
60,3
2,3x 45°
Dia S
e x 45°
Max.
Min.
T7EB 125,000 124,937
2,0
T7EBS 127,000 126,950
1,3
SHAFT CODE 1
( Keyed SAE CC )
69,8
7,9
e x 45°
MOUNTING TORQUE : 68 Nm.
120,6
SAE C INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 12/24
14 TEETH - 30° PRESSURE ANGLE
Ø 38,075
88,9
2,3 x 45°
149,1
ØS
42,4 MAX
Ø 76,2
98,4
C.G.
76,2
Ød
2,3 x 45°
102,4
M10 x 20 DEEP
74,7
7,9
T7EBS
SUCTION Ø 88,90
Alternate connect. variables
01
M1
A 1/2" - 13 UNC
M12
B 5/8" - 11 UNC
M16
C 3/8" - 16 UNC
M10
PRESSURE Ø 37,10
Shaft
1
2
3
SHAFT CODE 5
(Keyed ISO/R775 - G38M)
Shaft torque limits [ml/rev. x bar]
Vi x p max.
Shaft
Vi x p max.
68500
4
68500
34590
5
68500
61200
operating characteristics - typical [24 cst]
Flow qVe [l/min] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 240 bar
042
132,3 ml/rev
198,5
188,5
181,3
045
142,4 ml/rev
213,6
203,6
196,5
050
158,5 ml/rev
237,7
227,7
220,6
052
164,8 ml/rev
247,2
237,2
230,1
054
171,0 ml/rev
256,5
246,5
239,4
P1
057
183,3 ml/rev
275,0
265,0
257,9
062
196,7 ml/rev
295,0
285,0
277,9
066
213,3 ml/rev
319,9
309,0
302,8
072
227,1 ml/rev
340,6
330,6
323,5
085
268,7 ml/rev
403,0
392,01)
p = 0 bar
p = 140 bar
p = 300 bar
B02
5,8 ml/rev
8,7
7,0
5,1
B03
9,8 ml/rev
14,7
13,0
11,1
B04
12,8 ml/rev
19,2
17,5
15,6
B05
15,9 ml/rev
23,9
22,2
20,2
B06
19,8 ml/rev
29,7
28,0
26,1
B07
22,5 ml/rev
33,7
32,0
30,2
P2
B08
24,9 ml/rev
37,4
35,7
33,7
B09
28,0 ml/rev
42,0
40,3
38,4
B10
31,8 ml/rev
47,7
46,0
44,1
B11
35,0 ml/rev
52,5
50,8
48,9
B12
41,0 ml/rev
61,5
59,8
57,9
B14
45,0 ml/rev
67,5
65,8
63,9
B15
50,0 ml/rev
75,0
73,3
71,62)
2)
085 = 90 bar max. int.
B15 = 280 bar max.int.
Pressure
port
1)
Series
Vi Volumetric
displacement
43
Input power P [kW] & n = 1500 RPM
p = 7 bar
p = 140 bar
p = 240 bar
5,2
49,4
82,6
5,4
52,9
88,7
5,7
58,5
98,3
5,8
60,8
102,1
5,9
63,0
105,8
6,1
67,3
113,2
6,4
71,9
121,3
6,7
77,7
131,2
6,9
82,6
139,5
9,1
65,81)
p = 7 bar
p = 140 bar
p = 300 bar
0,5
2,6
5,1
0,6
4,0
8,1
0,6
5,0
10,4
0,7
6,1
12,7
0,7
7,5
15,6
0,8
8,5
17,6
0,8
9,3
19,5
0,9
10,4
21,8
0,9
11,7
26,2
1,0
12,8
27,0
1,1
14,9
31,5
1,2
16,3
34,5
1,3
18,1
35,72)
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T67EC
- Ordering Code
Model No.
T67EC - 085 - 020 - 1 R 00 - A 1 00 - ..
Series - SAE C 2 bolts
J744 mounting flange
Modifications
P1
P2
Mounting w/connection variables
4 bolts SAE flanges J518
Displacement P1
Volumetric displacement (ml/rev.)
042 = 132,3 057 = 183,3
045 = 142,4 062 = 196,7
050 = 158,5 066 = 213,3
052 = 164,8 072 = 227,1
054 = 171,0 085 = 268,7
Code
P1
P2
S
Displacement P2
Volumetric displacement (ml/rev.)
003 = 10,8
017 = 58,3
005 = 17,2
020 = 63,8
006 = 21,3
022 = 70,3
008 = 26,4
025 = 79,3
010 = 34,1
028 = 88,8
012 = 37,1
031 = 100,0
014 = 46,0
Design letter
Porting combination (see page 72)
00 = standard
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Noise level (typical) - t67EC - 050 - 022
Internal leakage qVs [l/min]
33
27
10 cSt
P1
24
21
P2
18
15
P1
12
P2
9
6
3
0
0
40
80
120
160
200
240
280
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
power loss hydromechanical (typical)
7
5
2
0
4
90
120
150
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2200 RPM
3
180
210
240
P2
2
P2
80
0
120
160
200
1400
1200
40
80
120
160
200
240
Shaft
=
keyed
=
F
Fa
Shaft keyed N°1
1000
800
400
600
0
40
60
600
P2
1
0
65
1600
P1
1
60
70
1800
P1
30
75
permissible radial load
P1
3
0
Pe = 0,9 bar abs
nSérie
= 1000 RPM
n1 = 1500 RPM
u
υ = 32 cSt
Lw = Lp + 8 db (A)
Pressure p [bar]
Double pump noise level is given with both stages discharging at the
pressure value indicated on the curve.
Load F [N]
Power loss Ps [kW]
4
80
2000
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2200 RPM
6
Lp. Noise level [db(A)] 1m ISO 4412
INTERNAL LEAKAGE (TYPICAL)
24 cSt
UNC thread
00
01
1.1/2"
1.1/2"
1"
3/4"
3.1/2"
3.1/2"
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and
fire resistant fluids)
Type of shaft
1 = keyed (SAE CC)
2 = keyed (non SAE)
3 = splined (SAE C) 14 teeth
4 = splined (SAE CC) 17 teeth
30
Metric thread
M0
M1
1.1/2" 1.1/2"
1"
3/4"
3.1/2" 3.1/2"
240
280
Pressure p [bar]
Total hydromechanical power loss is the sum of each section loss
under its respective operating conditions.
1000
1400
Speed n [RPM]
1800
Maximum permissible axial load Fa = 2000 N
44
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
2200
Catalogue HY29-0001/UK
T67EC
- Dimensions - Weight : 55,0 kg
Industrial Vane Pumps
T7/T67/T6C
213,0
331,6
181,0
90,9
136,7
118,5
52,3
12,7
7,9
90,5
6,4 MAXI
KEY 9,52
9,47
50,8
Ø 76,2
127,00
Ø 126,95
98,4
102,4
74,7
Ø 17,5
M10 x 20 DEEP
MOUNTING TORQUE : 187 Nm
55,9
38,1
MOUNTING TORQUE : 68 Nm
1/2-13 UNC x 23,4 DEEP - 4 HOLES
5/8-11 UNC x 29,5 DEEP - 4 HOLES
17,5
(M16 x 29,5 DEEP - METRIC VERSION) (M12 x 23,4 DEEP -METRIC VERSION )
35,7
69,9
3/8-16 UNC x 19 DEEP - 4 HOLES
26,2
(M10 x 19 DEEP - METRIC VERSION)
17,8
34,9
62,2
13,1
7,9
1,3 x 45°
61,9
7,9
42,36 MAXI
38,100
Ø 38,075
2,3 x 45°
SHAFT CODE 1
( Keyed SAE CC )
38,1
31,5
KEY 7,94
7,89
2,3 x 45°
P1
S
P2
2,3 x 45°
SHAFT CODE 3
SAE C INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 12/24
14 TEETH - 30° PRESSURE ANGLE
SHAFT CODE 4
SAE CC INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 12/24
17 TEETH - 30° PRESSURE ANGLE
35,27 MAXI
52,4
26,2
2,3 x 45°
31,75
Ø 31,70
7,9
149,1
88,9
76,2
C.G.
SHAFT CODE 2
PRESSURE Ø 25.4
SUCTION Ø 88,9
PRESSURE Ø 37,1
Shaft
1
2
operating characteristics - typical [24 cst]
( Keyed no SAE )
Shaft torque limits [ml/rev. x bar]
Vi x p max.
Shaft
Vi x p max.
72300
3
61200
34590
4
76300
Flow qVe [l/min] & n = 1500 RPM
Input power P [kW] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 240 bar
p = 7 bar
p = 140 bar
p = 240 bar
042
132,3 ml/rev
198,5
188,5
181,3
5,2
49,4
82,6
045
142,4 ml/rev
213,6
203,6
196,5
5,4
52,9
88,7
050
158,5 ml/rev
237,7
227,7
220,6
5,7
58,5
98,3
052
164,8 ml/rev
247,2
237,2
230,1
5,8
60,8
102,1
054
171,0 ml/rev
256,5
246,5
239,4
5,9
63,0
105,8
P1
057
183,3 ml/rev
275,0
265,0
257,9
6,1
67,3
113,2
062
196,7 ml/rev
295,0
285,0
277,9
6,4
71,9
121,3
066
213,3 ml/rev
319,9
309,0
302,8
6,7
77,7
131,2
072
227,1 ml/rev
340,6
330,6
323,5
6,9
82,6
139,5
085
268,7 ml/rev
403,0
392,01)
9,1
65,81)
p = 0 bar
p = 140 bar
p = 275 bar
p = 7 bar
p = 140 bar
p = 275 bar
003
10,8 ml/rev
16,2
11,2
*
1,3
5,3
*
005
17,2 ml/rev
25,8
20,8
16,1
1,4
7,5
13,9
006
21,3 ml/rev
31,9
26,9
22,2
1,5
8,9
16,8
008
26,4 ml/rev
39,6
34,6
29,9
1,6
10,7
20,3
010
34,1 ml/rev
51,1
46,1
41,4
1,7
13,4
25,6
012
37,1 ml/rev
55,6
50,6
45,9
1,7
14,4
27,6
P2
014
46,0 ml/rev
69,0
64,0
59,3
1,9
17,6
33,7
017
58,3 ml/rev
87,4
82,4
77,7
2,1
21,9
42,2
020
63,8 ml/rev
95,7
90,7
86,0
2,2
23,8
46,0
022
70,3 ml/rev
105,4
100,4
95,7
2,3
26,1
50,4
025
79,3 ml/rev
118,9
113,9
109,2
2,5
29,2
56,6
028
88,8 ml/rev
133,2
128,2
125,82)
2,8
32,7
48,52)
031
100,0 ml/rev
150,0
145,0
142,62)
2,8
36,5
54,42)
* We do not recommand to use the size 003 in P2 at 275 bar & 1500 RPM as the internal leakage is over 50% of theoretical flow.
1)
2)
085 = 90 bar max. int.
028 - 031 = 210 bar max.int.
Pressure
port
Series
Vi Volumetric
displacement
45
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7ED/T7EDS - Ordering
Code
Model No.
T7ED or T7EDS - 042 - B22 - 1 R 00 - A 1 M0 - ..
T7ED series - 125 A2 HW
ISO 2 bolts 3019-2 mounting flange
T7EDS series - SAE C 2 bolts
J744 mounting flange
Modifications
P1
P2
Mounting w/connection variables
4 bolts SAE flanges J518
P1 = 1.1/2" - P2 = 1.1/4" - S = 4"
T7ED - T7EDS
T7EDS
Type
Metric thread
UNC thread
Code
M0
00
Displacement P1
Volumetric displacement (ml/rev.)
042 = 132,3 057 = 183,3
045 = 142,4 062 = 196,7
050 = 158,5 066 = 213,3
052 = 164,8 072 = 227,1
054 = 171,0 085 = 268,7
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and
fire resistant fluids)
Displacement P2
Volumetric displacement (ml/rev.)
B14 = 44,0
B31 = 99,2
B17 = 55,0
B35 = 113,4
B20 = 66,0
B38 = 120,6
B22 = 70,3
B42 = 137,5
B24 = 81,1
045 = 145,7
B28 = 90,0
050 = 158,0
Type of shaft T7EDS
1 = keyed (SAE CC)
2 = keyed (non SAE) Design letter
Porting combination (see page 72)
00 = standard
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
3 = splined (SAE C) 14 teeth
4 = splined (SAE CC) 17 teeth
Type of shaft T7ED - T7EDS
5 = keyed (ISO R775 - G38M)
Noise level (typical) - t7EDS - 050 - B31
30
24 cSt
27
10 cSt
P1
24
P2
21
18
15
12
P1
9
P2
6
3
0
0
30
60
90
120
150
180
210
240
Power loss Ps [kW]
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
power loss hydromechanical (typical)
7
6
5
4
3
2
1
0
P1
60
90
120
150
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2200 RPM
5
4
180
210
240
1
0
90
0
40
80
120
160
200
240
120
150
180
2600
=
=
Shaft
keyed
F
Fa
Shaft keyed N°1
2200
1800
1000
P2
60
60
1400
P2
30
65
3000
P2
3
2
0
70
3400
P1
30
75
permissible radial load
P1
0
Pe = 0,9 bar abs
nSérie
= 1000 RPM
n1 = 1500 RPM
u
υ = 32 cSt
Lw = Lp + 8 db (A)
3800
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2200 RPM
6
80
Pressure p [bar]
Double pump noise level is given with both stages discharging at the
pressure value indicated on the curve.
Load F [N]
Internal leakage qVs [l/min]
33
Lp. Noise level [db(A)] 1m ISO 4412
INTERNAL LEAKAGE (TYPICAL)
210
600
600
240
Pressure p [bar]
Total hydromechanical power loss is the sum of each section loss
under its respective operating conditions.
1000
1400
Speed n [RPM]
1800
Maximum permissible axial load Fa = 2000 N
46
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
2200
Catalogue HY29-0001/UK
T7ED/EDS Dimensions - Weight : 66,0 kg
Industrial Vane Pumps
T7/T67/T6C
213,0
K
K/2
148,2
361,0
52,3
7,9
6,4 MAXI
133,5
90,9
W
50,8
T7EDS
98,4
C.G.
2,3 x 45°
161,0
89,0
81,0
Ø 76,2
ØS
M10 x 20 DEEP
38,10
Ø 38,05
42,36 MAX
Ø d
101,6
102,4
KEY 9,52
9,47
e x 45 °
SHAFT CODE 1
KEY 7,94
7,89
SHAFT CODE 4
SAE CC INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 12/24
17 TEETH - 30° PRESSURE ANGLE
SHAFT CODE 3
SAE C INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 12/24
14 TEETH - 30° PRESSURE ANGLE
31,75
(Keyed no SAE )
W
K
Dia d
9,5
12,7
180,0
181,0
18,0
17,5
35,7
T7ED
50,0
KEY 10 x 8
M10 x 20 DEEP
P1
ØS
S
2,3 x 45 °
e x 45°
SHAFT CODE 2
Alternate mounting flange
Dia S
e x 45°
Max.
Min.
T7ED 125,000 124,937
2,0
T7EDS 127,000 126,950
1,3
Ø 31,70
2,3 x 45°
P2
35,27 MAX
58,7
29,4
2,3 x 45°
17,8
38,018
2,3 x 45°
38,1
Ø 38,002
61,9
38,1
10,0
W
90,0
65,1
7,9
B x 30 DEEP - 4 HOLES
77,8
38,9
A x 23,4 DEEP - 4 HOLES
41,3 MAXI
55,9
31,5
C x 24 DEEP - 4 HOLES
30,2
15,1
130,2
62,2
7,9
(Keyed SAE CC )
MOUNTING TORQUE : 187 Nm
69,8
MOUNTING TORQUE : 187 Nm
PRESSURE Ø 31,80
SUCTION Ø 101,60
Alternate connect. variables
01
M1
A
1/2" - 13 UNC
M12
B
5/8" - 11 UNC
M16
C 7/16" - 14 UNC
M12
Shaft
1
2
3
PRESSURE Ø 37,10
SHAFT CODE 5
( Keyed ISO/R 775 - G38M )
Shaft torque limits [ml/rev. x bar]
Vi x p max.
Shaft
Vi x p max.
72300
4
68500
34590
5
68500
61200
operating characteristics - typical [24 cst]
Flow qVe [l/min] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 240 bar
042
132,3 ml/rev
198,5
188,5
181,3
045
142,4 ml/rev
213,6
203,6
196,5
050
158,5 ml/rev
237,7
227,7
220,6
052
164,8 ml/rev
247,2
237,2
230,1
054
171,0 ml/rev
256,5
246,5
239,4
P1
057
183,3 ml/rev
275,0
265,0
257,9
062
196,7 ml/rev
295,0
285,0
277,9
066
213,3 ml/rev
319,9
309,0
302,8
072
227,1 ml/rev
340,6
330,6
323,5
085
268,7 ml/rev
403,0
392,01)
p = 0 bar
p = 140 bar
p = 250 bar
B14
44,0 ml/rev
66,0
59,4
54,2
B17
55,0 ml/rev
82,5
75,9
70,7
B20
66,0 ml/rev
99,0
92,4
87,2
B22
70,3 ml/rev
105,5
98,8
93,7
B24
81,1 ml/rev
121,7
115,0
109,9
B28
90,0 ml/rev
135,0
128,4
123,2
P2
B31
99,2 ml/rev
148,8
142,2
137,0
B35
113,4 ml/rev
170,1
163,5
158,3
B38
120,6 ml/rev
180,9
174,3
169,1
B42
137,5 ml/rev
206,3
199,6
194,5
045
145,7 ml/rev
218,6
209,2
202,6
050
158,0 ml/rev
237,0
227,7
223,02)
2)
085 = 90 bar max. int.
050 = 210 bar max.int.
Pressure
port
1)
Series
Vi Volumetric
displacement
47
Input power P [kW] & n = 1500 RPM
p = 7 bar
p = 140 bar
p = 240 bar
5,2
49,4
82,6
5,4
52,9
88,7
5,7
58,5
98,3
5,8
60,8
102,1
5,9
63,0
105,8
6,1
67,3
113,2
6,4
71,9
121,3
6,7
77,7
131,2
6,9
82,6
139,5
9,1
65,81)
p = 7 bar
p = 140 bar
p = 250 bar
1,5
16,6
29,0
1,7
20,4
35,8
1,9
24,3
42,7
2,0
25,8
45,4
2,2
29,5
52,1
2,3
32,7
57,7
2,5
35,9
63,5
2,7
40,8
72,3
2,9
43,4
76,8
3,2
49,3
87,4
4,1
52,8
89,5
4,4
57,1
85,02)
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7EE/T7EES - Ordering
Code
Model No.
T7EE or T7EES - 066 - 045 - 1 R 00 - A 1 0 00 - ..
T7EE series - 250 B4 HW
ISO 2 bolts 3019-2 mounting flange
T7EES series - SAE E 4 bolts
J744 mounting flange
Modifications
P1
P2
Mounting w/connection variables
4 bolts SAE flanges J518
Displacement P1 & P2
Volumetric displacement (ml/rev.)
042 = 132,3 057 = 183,3
045 = 142,4 062 = 196,7
050 = 158,5 066 = 213,3
052 = 164,8 072 = 227,1
054 = 171,0 085 = 268,7
Type
Code
P1 & P2 = 1.1/2" - S = 4"
T7EE - T7EES
T7EES
Metric thread
UNC thread
M0
00
Coupling adaptor
0 = none
2 = SAE B
3 = SAE BB
* for SAE C, please contact Parker Denison
Type of shaft T7EES
1 = keyed (SAE CC) 4 = splined (SAE D & E) 13 teeth
3 = splined (SAE CC) 17 teeth 5 = keyed (SAE D & E)
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and
fire resistant fluids)
Type of shaft T7EE
2 = keyed (ISO 3019-2 - G45N)
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Design letter
Porting combination (see page 72)
00 = standard
Noise level (typical) - t7EE - 050 - 050
Internal leakage qVs [l/min]
33
30
24 cSt
27
10 cSt
24
P1-P2
21
18
15
P1-P2
12
9
6
3
0
0
30
60
90
120
150
180
210
240
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
power loss hydromechanical (typical)
Lp. Noise level [db(A)] 1m ISO 4412
INTERNAL LEAKAGE (TYPICAL)
Pe = 0,9 bar abs
nSérie1
= 1000 RPM
nSérie2
= 1500 RPM
υ
u = 32 cSt
Lw = Lp + 8 db (A)
80
75
70
65
0
40
80
120
160
200
240
Pressure p [bar]
Double pump noise level is given with both stages discharging at the
pressure value indicated on the curve.
permissible radial load
3800
7
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2200 RPM
5
3400
3000
P1-P2
4
Load F [N]
6
Power loss Ps [kW]
85
P1-P2
3
P1-P2
2
1
2600
=
=
Shaft
F
keyed
Fa
Shaft keyed N°1
2200
1800
1400
1000
0
0
30
60
90
120
150
180
210
600
600
240
Pressure p [bar]
Total hydromechanical power loss is the sum of each section loss
under its respective operating conditions.
1000
1400
1800
Speed n [RPM]
Maximum permissible axial load Fa = 2000 N
48
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
2200
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7EE/EES - Dimensions
- Weight : 95,0 kg
273,0
224,5
406,8
157,9
42,9
167,3
Ø 20.6
90,9
8,0
46
8
224,5
38,100
M10 x 20 DEEP
Ø 38,075
118
86,6
170,0
104,5
C.G.
273,0
165,10
42,36 MAX
63,5
Ø 165,05
Ø 101,65
101,70 *
98,4
115
139,7
KEY 9,5 2
9,47
1,5 x 45°
15,5
COUPLING ADAPTAT OR
SHAF T CODE 1
(KEYED SAE C-C)
MOUNTING TORQUE : 300 N.m
22,0
M12 x 28 DEEP
9,0
427,8
MOUNTING TORQUE 88 N.m
MOUNTING TORQUE 300 N.m
62,2
1/2-13 UNC x 23,4 DEEP - 4 HOLES
(M12 x 23,4 - METRIC VERSION)
1/2-13 UNC x 30 DEEP - 4 HOLES
(M12 x 30 - METRIC VERSION)
5/8-11 UNC x 30 DEEP - 4 HOLES
(M16 x 30 - METRIC VERSION)
77,8
92,0
10,0
8,0
KEY 14 x 9
35,7
35,7
63,0
6,4
75,0
Shaft
1
2
3
4
5
63,5
Vi Volumetric
displacement
042
132,3 ml/rev
045
142,4 ml/rev
050
158,5 ml/rev
P1
052
164,8 ml/rev
054
171,0 ml/rev
&
057
183,3 ml/rev
062
196,7 ml/rev
P2
066
213,3 ml/rev
072
227,1 ml/rev
085
268,7 ml/rev
1)
085 = 90 bar max. int.
* For SAE C, please contact Parker Denison.
KEY 11,11
11,06
48,8
1/2-13 UNC
x 2 4 DEEP
3,0 x 45°
Shaft torque limits [ml/rev. x bar]
Vi x p max.
Coupling drive
Vi x p max.
90380
SAE B
20600
114600
SAE BB
32670
126800
126800
118340
Series
100,0
8,0
2,3 x 45°
SHAF T CODE 4
SAE D & E SPLINED SHAFT
CLASS 1- J498b
8/16 D.P. - 13 TEETH
30° PRESSURE ANGLE
FLAT ROOT SIDE FIT
operating characteristics - typical [24 cst]
Pressure
port
8,0
SHAF T CODE 2
(KEYED G45N-ISO 3019-2)
49,3 MAX
3
9,0
Flow qVe [l/min] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 240 bar
198,5
188,5
181,3
213,6
203,6
196,5
237,7
227,7
220,6
247,2
237,2
230,1
256,5
246,5
239,4
275,0
265,0
257,9
295,0
285,0
277,9
319,9
309,0
302,8
340,6
330,6
323,5
403,0
392,01)
-
49
44,45
2
Coupling adaptor
Without coupling
SAE B - 13 teeth - Pitch 16/32
Major dia. (min) 22,225 - Minor dia. (min) 19,134
SAE BB - 15 teeth - Pitch 16/32
Major dia. (min.) 25,400 - Minor dia. (min.) 22,268
1,5 x 45°
22,0
Ø 44,40
Code
0
250,000
T7EE
Ø 22,0
SUCTION Ø 101,6
SAE CC SPLINED SHAFT
CLASS 1- J498b
12/24 D.P. - 17 TEETH
30° PRESSURE ANGLE
FLAT ROOT SIDE FIT
PRESSURE Ø 38,1
Ø 249,928
45,000
3,0 x 45°
SHAFT CODE 3
PRESSURE Ø 37,1
48,5 MAX
P1
Ø 44,975
M12 x 24 DEEP
222,7
209
69,9
S
130,2
P2
69,9
173,3
Ø 146,0
2,3 x 45°
SHAF T CODE 5
(KEYED SAE D & E)
Input power P [kW] & n = 1500 RPM
p = 7 bar
p = 140 bar
p = 240 bar
5,2
49,4
82,6
5,4
52,9
88,7
5,7
58,5
98,3
5,8
60,8
102,1
5,9
63,0
105,8
6,1
67,3
113,2
6,4
71,9
121,3
6,7
77,7
131,2
6,9
82,6
139,5
9,1
65,81)
-
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7DBB
/ T7DBBS - Ordering Code
Model No.
T7DBB or T7DBBS - B38 - B14 - B08 - 1 R 00 - A 1 - M1 - ..
T7DBB series - 125-A2-HW
ISO 4 bolts 3019-2 mounting flange
Modifications
P1
P2
P3
Mounting w/connection variables
4 bolts SAE flange J518
T7DBBS series - SAE C 6 bolts
J744 mounting flange
P1 = 1.1/4" - P2 = 1" - S = 4"
Metric
UNC
thread
thread
T7DBB-P3 = 3/4"
M1
T7DBBS-P3 = 3/4"
M1
01
T7DBB-P3 = 1"
M0
T7DBBS-P3 = 1"
M0
00
Displacement for “P1”
Volumetric displacement (ml/rev)
B14 = 44,0
B31 = 99,2
B17 = 55,0
B35 = 113,4
B20 = 66,0
B38 = 120,6
B22 = 70,3
B42 = 137,5
B24 = 81,1
045 = 145,7
B28 = 90,0
050 = 158,0
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and
fire resistant fluids)
Displacement for “P2” & “P3”
Volumetric displacement (ml/rev)
B02 = 5,8
B09 = 28,0
B03 = 9,8
B10 = 31,8
B04 = 12,8
B11 = 35,0
B05 = 15,9
B12 = 41,0
B06 = 19,8
B14 = 45,0
B07 = 22,5
B15 = 50,0
B08 = 24,9
Design letter
Porting combination (see pages 72 - 73)
00 = standard
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Type of shaft T7DBBS
1 = keyed (non SAE)
2 = keyed (SAE CC)
3 = splined 12/24 (SAE C) (14 teeth)
4 = splined 12/24 (SAE CC) (17 teeth)
Type of shaft T7DBB & T7DBBS
5 = keyed (ISO 3019/2 - G38M)
operating characteristics - typical [24 cst]
Flow qVe [l/min] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 250 bar
B14
44,0 ml/rev
66,0
59,4
54,2
B17
55,0 ml/rev
82,5
75,9
70,7
B20
66,0 ml/rev
99,0
92,4
87,2
B22
70,3 ml/rev
105,5
98,8
93,7
B24
81,1 ml/rev
121,7
115,0
109,9
B28
90,0 ml/rev
135,0
128,4
123,2
P1
B31
99,2 ml/rev
148,8
142,2
137,0
B35
113,4 ml/rev
170,1
163,5
158,3
B38
120,6 ml/rev
180,9
174,3
169,1
B42
137,5 ml/rev
206,3
199,6
194,5
045
145,7 ml/rev
218,6
209,2
202,6
050
158,0 ml/rev
237,0
227,7
223,01)
p = 0 bar
p = 140 bar
p = 300 bar
B02
5,8 ml/rev
8,7
7,0
5,1
B03
9,8 ml/rev
14,7
13,0
11,1
B04
12,8 ml/rev
19,2
17,5
15,6
B05
15,9 ml/rev
23,9
22,2
20,2
B06
19,8 ml/rev
29,7
28,0
26,1
P2
B07
22,5 ml/rev
33,7
32,0
30,2
&
B08
24,9 ml/rev
37,4
35,7
33,7
B09
28,0 ml/rev
42,0
40,3
38,4
P3
B10
31,8 ml/rev
47,7
46,0
44,1
B11
35,0 ml/rev
52,5
50,8
48,9
B12
41,0 ml/rev
61,5
59,8
57,9
B14
45,0 ml/rev
67,5
65,8
63,9
B15
50,0 ml/rev
75,0
73,3
71,62)
2)
050 = 210 bar max. int.
B15 = 280 bar max.int.
Pressure
port
1)
Series
Vi Volumetric
displacement
50
Input power P [kW] & n = 1500 RPM
p = 7 bar
p = 140 bar
p = 250 bar
1,5
16,6
29,0
1,7
20,4
35,8
1,9
24,3
42,7
2,0
25,8
45,4
2,2
29,5
52,1
2,3
32,7
57,7
2,5
35,9
63,5
2,7
40,8
72,3
2,9
43,4
76,8
3,2
49,3
87,4
4,1
52,8
89,5
4,4
57,1
85,01)
p = 7 bar
p = 140 bar
p = 300 bar
0,5
2,6
5,1
0,6
4,0
8,1
0,6
5,0
10,4
0,7
6,1
12,7
0,7
7,5
15,6
0,8
8,5
17,6
0,8
9,3
19,5
0,9
10,4
21,8
0,9
11,7
26,2
1,0
12,8
27,0
1,1
14,9
31,5
1,2
16,3
34,5
1,3
18,1
35,72)
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
Catalogue HY29-0001/UK
T7DBB / T7DBBS - Technical data
T7/T67/T6C
INTERNAL LEAKAGE (TYPICAL)
Noise level (typical) - t7DBB - B38 - B06 - B04
22
Internal leakage qVs [l/min]
20
24 cSt
Lp. Noise level [db(A)] 1m ISO 4412
75
P1
10 cSt
18
16
14
12
P3-P3
10
8
P1
6
P2-P3
4
2
Pe = 0,9 bar abs
nSérie
= 1000 RPM
n1 = 1500 RPM
u
υ = 32 cSt
Lw = Lp + 8 db (A)
70
65
60
55
0
0
50
100
150
200
250
300
0
40
80
120
160
200
240
Pressure p [bar]
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
Triple pump noise level is given with all stages discharging at the
pressure value indicated on the curve.
power loss hydromechanical (typical)
permissible radial load
6
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2500 RPM
5
4
P1
3
1
1400
P1
0
30
60
90
120
150
180
210
240
Load F [N]
0
3,5
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2500 RPM
3
2,5
2
P2-P3
1,5
0,5
100
150
200
Fa
Shaft keyed N°1
1200
1000
800
400
P2-P3
0
50
=
Shaft
F
keyed
600
P2-P3
1
0
=
1600
P1
2
Power loss Ps [kW]
1800
250
300
200
600
900
1200
1500
1800
2100
Pressure p [bar]
Speed n [RPM]
Total hydromechanical power loss is the sum of each section loss
under its respective operating conditions.
Maximum permissible axial load Fa = 1200 N
51
2400
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
41,0 MAXI
Ø38,002
31,5
61,0
2,3 x 45°
Ø d1
7,9
Keyed SAE CC
MOUNTING TORQUE : 68 Nm
MOUNTING TORQUE : 187 Nm
5,4
189,0
138
6,35 MAXI
38,1
PRESSURE Ø C
P3
PRESSURE Ø 25,4
P2
SUCTION Ø 101,6
S
PRESSURE Ø 31,8
P1
7/16-14 UNC x 22,3 DEEP - 4 HOLES
3/8-16 UNC x 19 DEEP - 4 HOLES
M12 x 22,3 DEEP - METRIC VERSION 19
M10 x 19 DEEP - METRIC VERSION
5/8-11 UNC x 30 DEEP - 4 HOLES
3/8-16 UNC x 19 DEEP - 4 HOLES
M16 x 30 DEEP - METRIC VERSION
M10 x 19 DEEP - METRIC VERSION
30,2
26,2
77,8
B
M10 x 20 DEEP
KEY 9,52
9,47
SHAFT CODE 2
2,3 x 45°
63,5
89,7
K2
K1
K2
421,8
101,6
Alternate mounting flange
Shaft torque limits [ml/rev. x bar]
Shaft Vi x p max. P1 + P2 + P3 Shaft Vi x p max. P1 + P2 + P3
Dia S
Series
e x 45° W
K1 Dia d1 K2 Dia d2
Max.
Min.
1
43240
4
83400
2
71750
5
56500
T7DBB - T7DCB - T7DCC 125,000 124,937
2,0
9,5 180,0 18,0 113,14 14,0
3
61200
T7DBBS - T7DCBS - T7DCCS 127,000 126,950
1,3
12,7 181,0 17,5 114,50 14,3
SAE CC INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 16/32
17 TEETH - 30° PRESSURE ANGLE
SHAFT CODE 4
7,9
Keyed ISO R775 - G38M
SHAFT CODE 5
38,018
M10 x 20 DEEP
d2
75,5
74,0
A
50,0
?Ø
52,4
KEY 10 x 8
38,100
101,6
91,0
68,0
42,3 MAXI
127,0
95,6
10,0
Ø 38,075
122,4
SHAFT CODE 3
2,3 x 45°
KEY 6,35
6,30
2,3 x 45°
Keyed no SAE
SHAFT CODE 1
49,3
Alternate connect. variables
00 & M0 01 & M1
A
52,4
47,6
B
26,2
22,2
C
25,4
19,0
7,9
84
SAE C INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 12/24
14 TEETH - 30° PRESSURE ANGLE
e x 45°
7,9
38
56
w
0
99,5
130,2
Ø 64,3
Ø 31,75 -0.05
52
58,7
ØS
34,6 MAXI
213,1
Catalogue HY29-0001/UK
Industrial Vane Pumps
T7DBB/S-DCB/S-DCC/S
- Dimensions - Weight : 61 kg T7/T67/T6C
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
Catalogue HY29-0001/UK
T7DCB
/ T7DCBS - Ordering Code
Model No.
T7/T67/T6C
T7DCB or T7DCBS - B38 - 028 - B08 - 1 R 00 - A 1 - M1 - ..
T7DCB series - 125-A2-HW
ISO 4 bolts 3019-2 mounting flange
T7DCBS series - SAE C 2 bolts
J744 mounting flange
Modifications
P1
P2
P3
Mounting w/connection variables
4 bolts SAE flange J518
P1 = 1.1/4 " - P2 = 1" - S = 4"
Metric thread UNC thread
T7DCB-P3 = 3/4"
M1
T7DCBS-P3 = 3/4"
M1
01
T7DCB-P3 = 1"
M0
T7DCBS-P3 = 1"
M0
00
Displacement for “P1”
Volumetric displacement (ml/rev)
B14 = 44,0
B24 = 81,1
B38 = 120,6
B17 = 55,0
B28 = 90,0
B42 = 137,5
B20 = 66,0
B31 = 99,2
045 = 145,7
B22 = 70,3
B35 = 113,4
050 = 158,0
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON - 7 bar max. (for mineral oil and fire
resistant fluids)
Displacement for “P2”
Volumetric displacement (ml/rev)
003 = 10,8
012 = 37,1
022 = 70,3
005 = 17,2
014 = 46,0
025 = 79,3
006 = 21,3
017 = 58,3
028 = 88,8
008 = 26.4
020 = 63,8
031 = 100,0
010 = 34,1
Displacement for “P3”
Volumetric displacement (ml/rev)
B02 = 5,8
B07 = 22,5
B12 = 41,0
B03 = 9,8
B08 = 24,9
B14 = 45,0
B04 = 12,8
B09 = 28,0
B15 = 50,0
B05 = 15,9
B10 = 31,8
B06 = 19,8
B11 = 35,0
Design letter
Porting combination (see pages 72 - 73)
00 = standard
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Type of shaft T7DCB & T7DCBS Type of shaft T7DCBS
1 = keyed (non SAE)
5 = keyed (ISO 3019/2 - G38M)
2 = keyed (SAE CC)
3 = splined 12/24 (SAE C) (14 teeth)
4 = splined 12/24 (SAE CC) (17 teeth)
operating characteristics - typical [24 cst]
Flow qVe [l/min] & n = 1500 RPM
Input power P [kW] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 250 bar
p = 7 bar
p = 140 bar
p = 250 bar
B14
66,0
59,4
54,2
1,5
16,6
29,0
B17
82,5
75,9
70,7
1,7
20,4
35,8
B20
99,0
92,4
87,2
1,9
24,3
42,7
B22
105,5
98,8
93,7
2,0
25,8
45,4
B24
121,7
115,0
109,9
2,2
29,5
52,1
B28
135,0
128,4
123,2
2,3
32,7
57,7
P1
B31
148,8
142,2
137,0
2,5
35,9
63,5
B35
170,1
163,5
158,3
2,7
40,8
72,3
B38
180,9
174,3
169,1
2,9
43,4
76,8
B42
206,3
199,6
194,5
3,2
49,3
87,4
045
218,6
209,2
202,6
4,1
52,8
89,5
050
237,0
227,7
223,01)
4,4
57,1
85,01)
p = 0 bar
p = 140 bar
p = 275 bar
p = 7 bar
p = 140 bar
p = 275 bar
003
10,8 ml/rev
16,2
11,2
*
1,3
5,3
*
005
17,2 ml/rev
25,8
20,8
16,1
1,4
7,5
13,9
006
21,3 ml/rev
31,9
26,9
22,2
1,5
8,9
16,8
008
26,4 ml/rev
39,6
34,6
29,9
1,6
10,7
20,3
010
34,1 ml/rev
51,1
46,1
41,4
1,7
13,4
25,6
012
37,1 ml/rev
55,6
50,6
45,9
1,7
14,4
27,6
P2
014
46,0 ml/rev
69,0
64,0
59,3
1,9
17,6
33,7
017
58,3 ml/rev
87,4
82,4
77,7
2,1
21,9
42,2
020
63,8 ml/rev
95,7
90,7
86,0
2,2
23,8
46,0
022
70,3 ml/rev
105,4
100,4
95,7
2,3
26,1
50,4
025
79,3 ml/rev
118,9
113,9
109,2
2,5
29,2
56,6
028
88,8 ml/rev
133,2
128,2
125,81)
2,8
32,7
48,51)
031
100,0 ml/rev
150,0
145,0
142,61)
2,8
36,5
54,41)
p = 0 bar
p = 140 bar
p = 300 bar
p = 7 bar
p = 140 bar
p = 300 bar
B02
5,8 ml/rev
8,7
7,0
5,1
0,5
2,6
5,1
B03
9,8 ml/rev
14,7
13,0
11,1
0,6
4,0
8,1
B04
12,8 ml/rev
19,2
17,5
15,6
0,6
5,0
10,4
B05
15,9 ml/rev
23,9
22,2
20,2
0,7
6,1
12,7
B06
19,8 ml/rev
29,7
28,0
26,1
0,7
7,5
15,6
B07
22,5 ml/rev
33,7
32,0
30,2
0,8
8,5
17,6
P3
B08
24,9 ml/rev
37,4
35,7
33,7
0,8
9,3
19,5
B09
28,0 ml/rev
42,0
40,3
38,4
0,9
10,4
21,8
B10
31,8 ml/rev
47,7
46,0
44,1
0,9
11,7
26,2
B11
35,0 ml/rev
52,5
50,8
48,9
1,0
12,8
27,0
B12
41,0 ml/rev
61,5
59,8
57,9
1,1
14,9
31,5
B14
45,0 ml/rev
67,5
65,8
63,9
1,2
16,3
34,5
B15
50,0 ml/rev
75,0
73,3
71,62)
1,3
18,1
35,72)
* We do not recommand to use the size 003 in P2 at 275 bar & 1500 RPM as the internal leakage is over 50% of theoretical flow.
1)
2)
050 - 028 - 031 = 210 bar max. int.
B15 = 280 bar max. int.
Pressure
port
Series
Vi Volumetric
displacement
44,0 ml/rev
55,0 ml/rev
66,0 ml/rev
70,3 ml/rev
81,1 ml/rev
90,0 ml/rev
99,2 ml/rev
113,4 ml/rev
120,6 ml/rev
137,5 ml/rev
145,7 ml/rev
158,0 ml/rev
53
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7DCB / T7DCBS - Technical data
INTERNAL LEAKAGE (TYPICAL)
Noise level (typical) - t7DCB - B38 - 022 - B10
22
80
P1
20
10 cSt
Internal leakage qVs [l/min]
P2
75
16
14
12
P1
10
70
P2
8
Pe = 0,9 bar abs
n = 1000 RPM
Série
n = 1500 RPM
1
υu = 32 cSt
Lw = Lp + 8 db (A)
Lp. Noise level [db(A)] 1m ISO 4412
24 cSt
18
P3
6
65
4
P3
2
60
0
0
50
100
150
200
250
300
0
40
80
120
160
200
240
Pressure p [bar]
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
Triple pump noise level is given with all stages discharging at the
pressure value indicated on the curve.
power loss hydromechanical (typical)
permissible radial load
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2500 RPM
P1
1800
P1
0
30
4
60
90
120
150
180
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2500 RPM
3
2
P1
1600
210
1400
P2
1
240
Load F [N]
Power loss Ps [kW]
6
5
4
3
2
1
0
P2
P2
0
0
3
40
80
120
160
200
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2500 RPM
2
P2-P3
240
280
100
150
200
1000
800
200
600
P3
50
Fa
Shaft keyed N°1
400
P3
0
0
keyed
F
600
P3
1
1200
= Shaft
=
250
300
900
1200
1500
1800
2100
Pressure p [bar]
Speed n [RPM]
Total hydromechanical power loss is the sum of each section loss
under its respective operating conditions.
Maximum permissible axial load Fa = 800 N
54
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
2400
Industrial Vane Pumps
Catalogue HY29-0001/UK
T7DCC / T7DCCS - Technical data
T7/T67/T6C
INTERNAL LEAKAGE (TYPICAL)
Noise level (typical) - t7DCC - B31 - 022 - 022
22
80
24 cSt
10 cSt
18
Internal leakage qVs [l/min]
P1
Lp. Noise level [db(A)] 1m ISO 4412
20
P2-P3
16
14
12
10
P1
8
P2-P3
6
4
2
Pe = 0,9 bar abs
nSérie
= 1000 RPM
n1 = 1500 RPM
u
υ = 32 cSt
Lw = Lp + 8 db (A)
75
70
65
60
0
0
40
80
120
160
200
240
0
280
40
80
120
160
200
240
Pressure p [bar]
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
Triple pump noise level is given with all stages discharging at the
pressure value indicated on the curve.
power loss hydromechanical (typical)
permissible radial load
6
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2500 RPM
5
4
P1
3
1
1400
P1
30
3,5
3
2,5
2
1,5
1
0,5
0
60
90
120
150
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2500 RPM
180
210
Load F [N]
0
0
240
P2-P3
P2-P3
40
80
120
160
200
240
=
Shaft
keyed
F
Fa
Shaft keyed N°1
1200
1000
800
600
400
P2-P3
0
=
1600
P1
2
Power loss Ps [kW]
1800
280
200
600
900
1200
1500
1800
2100
Pressure p [bar]
Speed n [RPM]
Total hydromechanical power loss is the sum of each section loss
under its respective operating conditions.
Maximum permissible axial load Fa = 1200 N
55
2400
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7DCC
/ T7DCCS - Ordering Code
Model No.
T7DCC or T7DCCS - B38 - 028 - 010 - 5 R 00 - A 1 - M0 - ..
T7DCC series - 125-A2-HW
ISO 2 bolts 3019-2 mounting flange
Modifications
P1
P2
P3
Mounting w/connection variables
4 bolts SAE flange J518
T7DCCS series - SAE C 2 bolts
J744 mounting flange
P1 = 1.1/4" - P2 = 1" - S = 4"
Metric
UNC
thread
thread
T7DCC-P3 = 3/4"
M1
T7DCCS-P3 = 3/4"
M1
01
T7DCC-P3 = 1"
M0
T7DCCS-P3 = 1"
M0
00
Displacement for “P1”
Volumetric displacement (ml/rev)
B14 = 44,0
B31 = 99,2
B17 = 55,0
B35 = 113,4
B20 = 66,0
B38 = 120,6
B22 = 70,3
B42 = 137,5
B24 = 81,1
045 = 145,7
B28 = 90,0
050 = 158,0
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and
fire resistant fluids)
Displacement for “P2” & P3
Volumetric displacement (ml/rev)
003 = 10,8
017 = 58,3
005 = 17,2
020 = 63,8
006 = 21,3
022 = 70,3
008 = 26.4
025 = 79,3
010 = 34,1
028 = 88,8
012 = 37,1
031 = 100,0
014 = 46,0
Design letter
Porting combination (see pages 72 - 73)
00 = standard
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Type of shaft T7DCCS
1 = keyed (non SAE)
2 = keyed (SAE CC)
3 = splined 12/24 (SAE C)
4 = splined 12/24 (SAE CC)
Type of shaft T7DCC & T7DCCS
5 = keyed (ISO 3019/2 - G38M)
operating characteristics - typical [24 cst]
Flow qVe [l/min] & n = 1500 RPM
Input power P [kW] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 250 bar
p = 7 bar
p = 140 bar
p = 250 bar
B14
44,0 ml/rev
66,0
59,4
54,2
1,5
16,6
29,0
B17
55,0 ml/rev
82,5
75,9
70,7
1,7
20,4
35,8
B20
66,0 ml/rev
99,0
92,4
87,2
1,9
24,3
42,7
B22
70,3 ml/rev
105,5
98,8
93,7
2,0
25,8
45,4
B24
81,1 ml/rev
121,7
115,0
109,9
2,2
29,5
52,1
B28
90,0 ml/rev
135,0
128,4
123,2
2,3
32,7
57,7
P1
B31
99,2 ml/rev
148,8
142,2
137,0
2,5
35,9
63,5
B35
113,4 ml/rev
170,1
163,5
158,3
2,7
40,8
72,3
B38
120,6 ml/rev
180,9
174,3
169,1
2,9
43,4
76,8
B42
137,5 ml/rev
206,3
199,6
194,5
3,2
49,3
87,4
045
145,7 ml/rev
218,6
209,2
202,6
4,1
52,8
89,5
050
158,0 ml/rev
237,0
227,7
223,01)
4,4
57,1
85,01)
p = 0 bar
p = 140 bar
p = 275 bar
p = 7 bar
p = 140 bar
p = 275 bar
003
10,8 ml/rev
16,2
11,2
*
1,3
5,3
*
005
17,2 ml/rev
25,8
20,8
16,1
1,4
7,5
13,9
006
21,3 ml/rev
31,9
26,9
22,2
1,5
8,9
16,8
008
26,4 ml/rev
39,6
34,6
29,9
1,6
10,7
20,3
010
34,1 ml/rev
51,1
46,1
41,4
1,7
13,4
25,6
P2
012
37,1 ml/rev
55,6
50,6
45,9
1,7
14,4
27,6
&
014
46,0 ml/rev
69,0
64,0
59,3
1,9
17,6
33,7
017
58,3 ml/rev
87,4
82,4
77,7
2,1
21,9
42,2
P3
020
63,8 ml/rev
95,7
90,7
86,0
2,2
23,8
46,0
022
70,3 ml/rev
105,4
100,4
95,7
2,3
26,1
50,4
025
79,3 ml/rev
118,9
113,9
109,2
2,5
29,2
56,6
028
88,8 ml/rev
133,2
128,2
125,81)
2,8
32,7
48,51)
031
100,0 ml/rev
150,0
145,0
142,61)
2,8
36,5
54,41)
* We do not recommand to use the size 003 in P2 and P3 at 275 bar & 1500 RPM as the internal leakage is over 50% of theoretical flow.
1)
050 - 028 - 031 = 210 bar max. int.
Pressure
port
Series
Vi Volumetric
displacement
56
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
Catalogue HY29-0001/UK
T7DDB
/ T7DDBS - Ordering Code
Model No.
T7/T67/T6C
T7DDB or T7DDBS - 050 - B22 - B12 - 1 R 00 - A 1 - M0 - ..
T7DDB series - 125-B4-HW
ISO 4 bolts 3019-2 mounting flange
Modifications
P1
P2
P3
Mounting w/connection variables
4 bolts SAE flange J518
T7DDBS series - SAE C 6 bolts
J744 mounting flange
P1 & P2 = 1.1/4" - S = 4"
Metric
UNC
thread
thread
T7DDB-P3 = 1"
M0
T7DDB-P3 = 3/4"
M1
T7DDBS-P3 = 1"
M0
00
T7DDBS-P3 = 3/4"
M1
01
Displacement for “P1” & "P2"
Volumetric displacement (ml/rev)
B14 = 44,0
B31 = 99,2
B17 = 55,0
B35 = 113,4
B20 = 66,0
B38 = 120,6
B22 = 70,3
B42 = 137,5
B24 = 81,1
045 = 145,7
B28 = 90,0
050 = 158,0
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and fire
resistant fluids)
Displacement for “P3”
Volumetric displacement (ml/rev)
B02 = 5,8
B09 = 28,0
B03 = 9,8
B10 = 31,8
B04 = 12,8
B11 = 35,0
B05 = 15,9
B12 = 41,0
B06 = 19,8
B14 = 45,0
B07 = 22,5
B15 = 50,0
B08 = 24,9
Design letter
Porting combination (see pages 72 - 73)
00 = standard
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Type of shaft T7DDBS
1 = keyed (SAE C)
2 = keyed (SAE CC)
3 = splined 12/24 (SAE C) (14 teeth)
4 = splined 12/24 (SAE CC) (17 teeth)
Type of shaft T7DBB & T7DBBS
5 = keyed (ISO 3019/2 - G38M)
operating characteristics - typical [24 cst]
Flow qVe [l/min] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 250 bar
B14
44,0 ml/rev
66,0
59,4
54,2
B17
55,0 ml/rev
82,5
75,9
70,7
B20
66,0 ml/rev
99,0
92,4
87,2
B22
70,3 ml/rev
105,5
98,8
93,7
P1
B24
81,1 ml/rev
121,7
115,0
109,9
B28
90,0 ml/rev
135,0
128,4
123,2
&
B31
99,2 ml/rev
148,8
142,2
137,0
B35
113,4 ml/rev
170,1
163,5
158,3
P2
B38
120,6 ml/rev
180,9
174,3
169,1
B42
137,5 ml/rev
206,3
199,6
194,5
045
145,7 ml/rev
218,6
209,2
202,6
050
158,0 ml/rev
237,0
227,7
223,01)
p = 0 bar
p = 140 bar
p = 300 bar
B02
5,8 ml/rev
8,7
7,0
5,1
B03
9,8 ml/rev
14,7
13,0
11,1
B04
12,8 ml/rev
19,2
17,5
15,6
B05
15,9 ml/rev
23,9
22,2
20,2
B06
19,8 ml/rev
29,7
28,0
26,1
B07
22,5 ml/rev
33,7
32,0
30,2
P3
B08
24,9 ml/rev
37,4
35,7
33,7
B09
28,0 ml/rev
42,0
40,3
38,4
B10
31,8 ml/rev
47,7
46,0
44,1
B11
35,0 ml/rev
52,5
50,8
48,9
B12
41,0 ml/rev
61,5
59,8
57,9
B14
45,0 ml/rev
67,5
65,8
63,9
B15
50,0 ml/rev
75,0
73,3
71,62)
2)
050 = 210 bar max. int.
B15 = 280 bar max.int.
Pressure
port
1)
Series
Vi Volumetric
displacement
57
Input power P [kW] & n = 1500 RPM
p = 7 bar
p = 140 bar
p = 250 bar
1,5
16,6
29,0
1,7
20,4
35,8
1,9
24,3
42,7
2,0
25,8
45,4
2,2
29,5
52,1
2,3
32,7
57,7
2,5
35,9
63,5
2,7
40,8
72,3
2,9
43,4
76,8
3,2
49,3
87,4
4,1
52,8
89,5
4,4
57,1
85,01)
p = 7 bar
p = 140 bar
p = 300 bar
0,5
2,6
5,1
0,6
4,0
8,1
0,6
5,0
10,4
0,7
6,1
12,7
0,7
7,5
15,6
0,8
8,5
17,6
0,8
9,3
19,5
0,9
10,4
21,8
0,9
11,7
26,2
1,0
12,8
27,0
1,1
14,9
31,5
1,2
16,3
34,5
1,3
18,1
35,72)
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7DDB / T7DDBS - Technical data
INTERNAL LEAKAGE (TYPICAL)
22
80
Lp. Noise level [db(A)] 1m ISO 4412
P1-P2
20
Internal leakage qVs [l/min]
Noise level (typical) - t7DDB - B31 - B31 - B10
24 cSt
18
10 cSt
16
14
12
10
P1-P2
8
P3
6
4
P3
2
50
100
150
200
250
75
70
65
60
0
0
Pe = 0,9 bar abs
nSérie
= 1000 RPM
n = 1500 RPM
1
υu = 32 cSt
Lw = Lp + 8 db (A)
300
0
40
80
120
160
200
240
Pressure p [bar]
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
Triple pump noise level is given with all stages discharging at the
pressure value indicated on the curve.
power loss hydromechanical (typical)
permissible radial load
6
2000
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2500 RPM
5
4
P1-P2
3
P1-P2
2
1
1600
P1-P2
0
0
3,5
30
60
90
120
150
180
210
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2500 RPM
3
2,5
Load F [N]
Power loss Ps [kW]
1800
240
P3
2
1,5
1
0
50
100
150
200
F
Shaft
F
Fa
keyed
Fa
Shaft keyed N°1
Shaft keyed N°1
1400
1200
1000
600
P3
0
= = =
800
P3
0,5
=
250
400
600
300
900
1200
1500
1800
2100
Pressure p [bar]
Speed n [RPM]
Total hydromechanical power loss is the sum of each section loss
under its respective operating conditions.
Maximum permissible axial load Fa = 1200 N
58
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
2400
50,0
KEY 10 x 8
41,0 MAXI
91,0
50,8
Ø
d2
101,6
2,3 x 45°
KEY 9,52
9,47
SHAFT CODE 2
P3
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
T7DDB
T7DDBS
Series
P2
PRESSURE Ø 31,8
206,5
148,5
19,0
P1
SUCTION Ø 101,6
S
77,8
SHAFT CODE 3
2,3 x 45°
Ø 64,3
ØS
SAE C INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SID E FIT
J498b - PITCH 12/24
14 TEETH - 30° PRESSURE ANGLE
38,0
56,0
7,9
6,4 MAXI
Keyed SAE C
Alternate connect. variables
00 & M0 01 & M1
A
52,4
47,6
B
26,2
22,2
C
25,4
19,0
PRESSURE Ø 31,8
P1
30,2
KEY 7,94
7,89
SHAFT CODE 1
e x 45°
2,3 x 45°
49,3
6,4 MAXI
W
7,9
84,0
M10 x 20 DEEP
38,1
7/16-14UNC x 22,3 DEEP
M12 x 22,3 DEEP-METRIC VERSION
MOUNTING TORQUE : 190 Nm
C.G.
S
114,9
Alternate mounting flange
Dia S
e x 45° W
K1 Dia d1 K2 Dia d2
Max.
Min.
125,000 124,937 2,0
9,5 180,0 18,0 113,14 14,0
127,000 126,950 1,5
12,7 181,0 17,5 114,50 14,3
PRESSURE Ø C
P2
7/16-14UNC x 24 DEEP
M12 x 24 DEEP-METRIC VERSION
B
30,2
P3
125,0
5/8-11UNC x 30 DEEP
M16 x 30 DEEP-METRIC VERSION
MOUNTING TORQUE : 190 Nm
MOUNTING TORQUE : 80 Nm
74,7
3/8-16UNC x 19 DEEP
M10 x 19 DEEP-METRIC VERSION
Keyed SAE CC
7,9
213,0
K1
K2
Shaft torque limits [ml/rev. x bar]
Shaft Vi x p max. P1 + P2 + P3 Shaft Vi x p max. P1 + P2 + P3
1
43240
4
66500
2
72306
5
53100
3
61200
Keyed ISO R775 -G38M
SHAFT CODE 5
10,0
68,0
SAE CC INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 12/24
17 TEETH - 30° PRESSURE ANGLE
SHAFT CODE 4
2,3 x 45°
M10 x 20 DEEP
Ø d1
M10 x 20 DEEP
38,018
Ø 38,002
K2
31,5
42,36 MAXI
62,0
182,2
7,9
58,7
91,2
A
120,0
130,2
101,6
58,7
59
38,10
Ø 38,05
31,75
Ø 31,70
35,27 MAXI
455,0
Catalogue HY29-0001/UK
Industrial Vane Pumps
T7DDB/DDBS
- Dimensions - Weight : 66 kg T7/T67/T6C
SHAFT CODE 4
Ø 17,5
59,6
2,3 x 45°
KEY 7.94
7.89
P3
P2
114,5
7/16-14UNC x 24 DEEP
M12 x 24 DEEP-METRIC VERSION
P2
PRESSURE Ø 31,8
Alternate connect. variables
00 & M0 01 & M1
A
52,4
47,6
B
26,2
22,2
C
25,4
19,0
PRESSURE Ø C
P3
30,2
S
206,5
148,5
101,6
P1
SU CTION Ø 101,6
S
77,8
PRESSURE Ø 31,8
P1
30,2
19,0
38,1
7/16-14UNC x 22,3 DEEP
M12 x 22,3 DEEP-METRIC VERSION
MOUNTING TORQUE : 190 Nm
C.G.
115,0
455,0
125,0
5/8-11UNC x 30 DEEP
M16 x 30 DEEP-METRIC VERSION
MOUNTING TORQUE : 190 Nm
MOUNTING TORQUE : 80 Nm
74,7
3/8-16UNC x 19 DEEP
M10 x 19 DEEP-METRIC VERSION
B
2,3 x 45°
KEY 9,52
9,47
( KEYED SAE CC )
50,8
SHAFT CODE 2
7,9
91,0
213,0
181,0
114,5
Shaft torque limits [ml/rev. x bar]
Shaft Vi x p max. P1 + P2 + P3 Shaft Vi x p max. P1 + P2 + P3
1
43240
4
66500
2
72306
5
55600
3
61200
(KEYED NO SAE)
SHAFT CODE 5
7,9
M10 x 20 DEEP
34,90
Ø 34,85
38,42 MAXI
84,0
SAE CC INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 12/24
17 TEETH - 30° PRESSURE ANGLE
38,10
2,3 x 45°
M10 x 20 DEEP
101,6
91,2
31,5
58,7
14
,3
130,2
84,0
56,0
7,9
6,4 MAXI
SHAFT CODE 3
2,3 x 45°
( KEYED SAE C )
Ø 64,3
127,00
SAE C INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 12/24
14 TEETH - 30° PRESSURE ANGLE
37,7
KEY 7,94
7,89
35,27 MAXI
SHAFT CODE 1
1,3 x 45°
2,3 x 45°
49,3
6,4 MAXI
12,7
7,9
Ø 31,70
31,75
62,0
Ø 38,05
120,0
58,7
M10 x 20 DEEP
7,9
42,36 MAXI
60
182,2
Catalogue HY29-0001/UK
A
T67DDCS
- Dimensions - Weight : 66 kg
Industrial Vane Pumps
T7/T67/T6C
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Ø 126,95
Industrial Vane Pumps
Catalogue HY29-0001/UK
T67DDCS
- Ordering Code
Model No.
T7/T67/T6C
T67DDCS - 050 - B35 - B08 - 1 R 00 - A 1 - M0 - ..
Series - SAE C 6 bolts
J744 mounting flange
P1
P2
Modifications
P3
Mounting w/connection variables
4 bolts SAE flange J518
Displacement for “P1” & "P2"
Volumetric displacement (ml/rev)
B14 = 44,0
B31 = 99,2
B17 = 55,0
B35 = 113,4
B20 = 66,0
B38 = 120,6
B22 = 70,3
B42 = 137,5
B24 = 81,1
045 = 145,7
B28 = 90,0
050 = 158,0
P3
Code
P1 & P2 = 1.1/4" - S = 4"
Metric thread
UNC thread
1"
3/4"
1"
3/4"
M0
M1
00
01
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and fire
resistant fluids)
Displacement for “P3”
Volumetric displacement (ml/rev)
003 = 10,8
017 = 58,3
005 = 17,2
020 = 63,8
006 = 21,3
022 = 70,3
008 = 26,4
025 = 79,3
010 = 34,1
028 = 88,8
012 = 37,1
031 = 100,0
014 = 46,0
Design letter
Porting combination (see pages 72 - 73)
00 = standard
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Type of shaft
1 = keyed (SAE C)
2 = keyed (SAE CC)
3 = splined 12/24 (SAE C) (14 teeth)
4 = splined 12/24 (SAE CC) (17 teeth)
5 = keyed (non SAE)
operating characteristics - typical [24 cst]
Flow qVe [l/min] & n = 1500 RPM
Input power P [kW] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 250 bar
p = 7 bar
p = 140 bar
p = 250 bar
B14
44,0 ml/rev
66,0
59,4
54,2
1,5
16,6
29,0
B17
55,0 ml/rev
82,5
75,9
70,7
1,7
20,4
35,8
B20
66,0 ml/rev
99,0
92,4
87,2
1,9
24,3
42,7
B22
70,3 ml/rev
105,5
98,8
93,7
2,0
25,8
45,4
P1
B24
81,1 ml/rev
121,7
115,0
109,9
2,2
29,5
52,1
B28
90,0 ml/rev
135,0
128,4
123,2
2,3
32,7
57,7
&
B31
99,2 ml/rev
148,8
142,2
137,0
2,5
35,9
63,5
B35
113,4 ml/rev
170,1
163,5
158,3
2,7
40,8
72,3
P2
B38
120,6 ml/rev
180,9
174,3
169,1
2,9
43,4
76,8
B42
137,5 ml/rev
206,3
199,6
194,5
3,2
49,3
87,4
045
145,7 ml/rev
218,6
209,2
202,6
4,1
52,8
89,5
050
158,0 ml/rev
237,0
227,7
223,01)
4,4
57,1
85,01)
p = 0 bar
p = 140 bar
p = 275 bar
p = 7 bar
p = 140 bar
p = 275 bar
003
10,8 ml/rev
16,2
11,2
*
1,3
5,3
*
005
17,2 ml/rev
25,8
20,8
16,1
1,4
7,5
13,9
006
21,3 ml/rev
31,9
26,9
22,2
1,5
8,9
16,8
008
26,4 ml/rev
39,6
34,6
29,9
1,6
10,7
20,3
010
34,1 ml/rev
51,1
46,1
41,4
1,7
13,4
25,6
012
37,1 ml/rev
55,6
50,6
45,9
1,7
14,4
27,6
P3
014
46,0 ml/rev
69,0
64,0
59,3
1,9
17,6
33,7
017
58,3 ml/rev
87,4
82,4
77,7
2,1
21,9
42,2
020
63,8 ml/rev
95,7
90,7
86,0
2,2
23,8
46,0
022
70,3 ml/rev
105,4
100,4
95,7
2,3
26,1
50,4
025
79,3 ml/rev
118,9
113,9
109,2
2,5
29,2
56,6
028
88,8 ml/rev
133,2
128,2
125,81)
2,8
32,7
48,51)
031
100,0 ml/rev
150,0
145,0
142,61)
2,8
36,5
54,41)
* We do not recommand to use the size 003 in P3 at 275 bar & 1500 RPM as the internal leakage is over 50% of theoretical flow.
1)
050 - 028 - 031 = 210
Pressure
port
Series
Vi Volumetric
displacement
61
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T67DDCS - Technical data
INTERNAL LEAKAGE (TYPICAL)
22
Noise level (typical) - t67DDCS - B31 - B31 - 022
80
24 cSt
P1-P2
10 cSt
Lp. Noise level [db(A)] 1m ISO 4412
20
Internal leakage qVs [l/min]
18
P3
16
14
12
10
P1-P2
8
P3
6
4
2
0
0
40
80
120
160
200
240
Pe = 0,9 bar abs
nSérie
= 1000 RPM
n = 1500 RPM
1
υu = 32 cSt
Lw = Lp + 8 db (A)
75
70
65
60
280
0
40
80
120
160
200
240
Pressure p [bar]
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
Triple pump noise level is given with all stages discharging at the
pressure value indicated on the curve.
power loss hydromechanical (typical)
permissible radial load
6
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2500 RPM
5
4
2000
P1-P2
1800
3
P1-P2
1
1600
P1-P2
0
0
30
60
4
90
120
150
180
210
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2500 RPM
3
Load F [N]
Power loss Ps [kW]
2
240
P3
2
1400
=
=
Shaft
keyed
F
Fa
Shaft keyed N°1
1200
1000
800
P3
P3
1
600
400
600
0
0
40
80
120
160
200
240
280
900
1200
1500
1800
2100
Pressure p [bar]
Speed n [RPM]
Total hydromechanical power loss is the sum of each section loss
under its respective operating conditions.
Maximum permissible axial load Fa = 1200 N
62
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
2400
Industrial Vane Pumps
Catalogue HY29-0001/UK
T7EDB
/ T7EDBS - Technical data
T7/T67/T6C
INTERNAL LEAKAGE (TYPICAL)
Noise level (typical) - t7EDB - 062 - B35 - B04
85
30
24 cSt
Internal leakage qVs [l/min]
P1
10 cSt
27
Lp. Noise level [db(A)] 1m ISO 4412
33
24
21
P2
18
P1
15
12
P2
9
P3
6
P3
3
Pe = 0,9 bar abs
n = 1000 RPM
Série
n = 1500 RPM
1
υu = 32 cSt
Lw = Lp + 8 db (A)
80
75
70
65
0
0
50
100
150
200
250
300
0
40
80
120
160
200
240
Pressure p [bar]
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
Triple pump noise level is given with all stages discharging at the
pressure value indicated on the curve.
power loss hydromechanical (typical)
permissible radial load
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2200 RPM
1800
P1
=
P1
1600
P1
0
30
6
5
4
3
2
1
0
60
90
120
150
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2200 RPM
180
210
1400
240
Load F [N]
Power loss Ps [kW]
8
7
6
5
4
3
2
1
0
P2
P2
P2
0
30
60
90
120
150
180
210
=
Shaft
F
keye
Fa
Shaft keyed N°1
1200
1000
800
240
600
3
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2200 RPM
2
1
P3
400
P3
P3
0
0
50
100
150
200
250
200
600
300
1000
1400
1800
Pressure p [bar]
Speed n [RPM]
Total hydromechanical power loss is the sum of each section loss
under its respective operating conditions.
Maximum permissible axial load Fa = 2000 N
63
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
2200
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7EDB
/ T7EDBS - Ordering Code
Model No.
T7EDB or T7EDBS - 062 - B35 - B10 - 1 R 00 - A 1 - 01 - ..
T7EDB series - 250-B4-HW
ISO 4 bolts 3019-2 mounting flange
T7EDBS series - SAE E 4 bolts
J744 mounting flange
Modifications
P1
P2
P3
Mounting w/connection variables
4 bolts SAE flange J518
P1 = 1.1/2" - P2 = 1.1/4" - S = 4"
Metric thread UNC thread
T7EDB-P3 = 1"
M0
T7EDB-P3 = 3/4"
M1
T7EDBS-P3 = 1"
M0
00
T7EDBS-P3 = 3/4"
M1
01
Displacement for “P1”
Volumetric displacement (ml/rev)
042 = 132,3 054 = 171,0 066 = 213,3
045 = 142,4 057 = 183,3 072 = 227,1
050 = 158,5 062 = 196,7 085 = 268,7
052 = 164,8
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and
fire resistant fluids)
Design letter
Displacement for “P2”
Volumetric displacement (ml/rev)
B14 = 44,0
B24 = 81,1
B38 = 120,6
B17 = 55,0
B28 = 90,0
B42 = 137,5
B20 = 66,0
B31 = 99,2
045 = 145,7
B22 = 70,3
B35 = 113,4
050 = 158,0
Displacement for “P3”
Volumetric displacement (ml/rev)
B02 = 5,8
B07 = 22,5
B11 = 35,0
B03 = 9,8
B08 = 24,9
B12 = 41,0
B04 = 12,8
B09 = 28,0
B14 = 45,0
B05 = 15,9
B10 = 31,8
B15 = 50,0
B06 = 19,8
Porting combination (see pages 72 - 73)
00 = standard
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Type of shaft T7EDB
1 = keyed (ISO 3019/2 - G45N)
Type of shaft T7EDBS
2 = keyed (SAE D & E)
3 = splined 8/16 (SAE D & E) (13 teeth)
operating characteristics - typical [24 cst]
Flow qVe [l/min] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 240 bar
042
198,5
188,5
181,3
045
213,6
203,6
196,5
050
237,7
227,7
220,6
052
247,2
237,2
230,1
054
256,5
246,5
239,4
P1
057
275,0
265,0
257,9
062
295,0
285,0
277,9
066
319,9
309,0
302,8
072
340,6
330,6
323,5
085
403,0
392,01)
p = 0 bar
p = 140 bar
p = 250 bar
B14
44,0 ml/rev
66,0
59,4
54,2
B17
55,0 ml/rev
82,5
75,9
70,7
B20
66,0 ml/rev
99,0
92,4
87,2
B22
70,3 ml/rev
105,5
98,8
93,7
B24
81,1 ml/rev
121,7
115,0
109,9
B28
90,0 ml/rev
135,0
128,4
123,2
P2
B31
99,2 ml/rev
148,8
142,2
137,0
B35
113,4 ml/rev
170,1
163,5
158,3
B38
120,6 ml/rev
180,9
174,3
169,1
B42
137,5 ml/rev
206,3
199,6
194,5
045
145,7 ml/rev
218,6
209,2
202,6
050
158,0 ml/rev
237,0
227,7
223,02)
p = 0 bar
p = 140 bar
p = 300 bar
B02
5,8 ml/rev
8,7
7,0
5,1
B03
9,8 ml/rev
14,7
13,0
11,1
B04
12,8 ml/rev
19,2
17,5
15,6
B05
15,9 ml/rev
23,9
22,2
20,2
B06
19,8 ml/rev
29,7
28,0
26,1
B07
22,5 ml/rev
33,7
32,0
30,2
P3
B08
24,9 ml/rev
37,4
35,7
33,7
B09
28,0 ml/rev
42,0
40,3
38,4
B10
31,8 ml/rev
47,7
46,0
44,1
B11
35,0 ml/rev
52,5
50,8
48,9
B12
41,0 ml/rev
61,5
59,8
57,9
B14
45,0 ml/rev
67,5
65,8
63,9
B15
50,0 ml/rev
75,0
73,3
71,63)
2)
3)
085 = 90 bar max. int.
050 = 210 bar max.int.
B15 = 280 bar max.int.
Pressure
port
1)
Series
Vi Volumetric
displacement
132,3 ml/rev
142,4 ml/rev
158,5 ml/rev
164,8 ml/rev
171,0 ml/rev
183,3 ml/rev
196,7 ml/rev
213,3 ml/rev
227,1 ml/rev
268,7 ml/rev
64
Input power P [kW] & n = 1500 RPM
p = 7 bar
p = 140 bar
p = 240 bar
5,2
49,4
82,6
5,4
52,9
88,7
5,7
58,5
98,3
5,8
60,8
102,1
5,9
63,0
105,8
6,1
67,3
113,2
6,4
71,9
121,3
6,7
77,7
131,2
6,9
82,6
139,5
9,1
65,81)
p = 7 bar
p = 140 bar
p = 250 bar
1,5
16,6
29,0
1,7
20,4
35,8
1,9
24,3
42,7
2,0
25,8
45,4
2,2
29,5
52,1
2,3
32,7
57,7
2,5
35,9
63,5
2,7
40,8
72,3
2,9
43,4
76,8
3,2
49,3
87,4
4,1
52,8
89,5
4,4
57,1
85,02)
p = 7 bar
p = 140 bar
p = 300 bar
0,5
2,6
5,1
0,6
4,0
8,1
0,6
5,0
10,4
0,7
6,1
12,7
0,7
7,5
15,6
0,8
8,5
17,6
0,8
9,3
19,5
0,9
10,4
21,8
0,9
11,7
26,2
1,0
12,8
27,0
1,1
14,9
31,5
1,2
16,3
34,5
1,3
18,1
35,73)
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
48,8
106,0
273,0
Shaft torque limits [ml/rev. x bar]
Shaft
Vi x p max. P1 + P2 + P3
1
114600
2
118340
3
126800
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Series
P3
P2
148,4
Alternate mounting flange
Dia S
e x 45° W
K
Dia Z
Max.
Min.
250,000 249,928
2,0
9,0
315
165,100 165,050
2,0
9,0 224,5
-
22,0
20,6
Dia d
120,0
C.G.
S
171,3
133,3
Ø 38,1
P1
35,7
100,7
Alternate connect. variables
00 & M0 01 & M1
A
52,4
47,6
B
26,2
22,2
C
25,4
19,0
Ø 101,6
S
77,8
42,9
8,2
6,4
10,0
w
22,0
P1
139,7
1/2 - 13 UNC x 30 DEEP- 4 HOLES
(M12 x 30 DEEP- METRIC VERSION)
115,0
MOUNTING TORQUE : 300 Nm
Ø 31,8
P2
30,2
5/8 - 11 UNC x 30 DEEP- 4 HOLES
(M16 x 30 DEEP- METRIC VERSION)
468,0
1/2 13UNC-20 DEEP
(M12 x 20 DEEP-METRIC VERSION)
MOUNTING TORQUE : 190 Nm
ØC
MOUNTING TORQUE : 54 Nm
P3
B
7/16 - 14 UNC x 24 DEEP- 4 HOLES
(M12 x 24 DEEP-METRIC VERSION)
3/8 - 16 UNC x 19 DEEP- 4 HOLES
(M10 x 19 DEEP- METRIC VERSION)
T7EDB
T7EDBS
SAE D & E INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 8/16
13 TEETH - 30° PRESSURE ANGLE
SHAFT CODE 3
3,0 x 45°
8,0
75,0
110,0
273,0
45°
ØZ
101,6
58,7
74,7
A
120,0
130,2
Ød
69,8
K
208,9
w
KEY 11,11
11,06
T7EDBS
44,45
Ø 44, 40
SHAFT CODE 1
( KEYED G45N - ISO 3019-2)
3,0 x 45°
KEY 14 x 9
T7EDB
( KEYED SAE D & E )
1/2-13 UNC x 24 DEEP
49,30 MAX
SHAFT CODE 2
63,0
e x 45°
92,0
e x 45°
2,3 x 45°
63,5
100,0
ØS
ØS
K/2
M12 x 24 DEEP
65
45,000
Ø 44, 975
Catalogue HY29-0001/UK
48,5 MAX
T7EDB/EDBS Dimensions - Weight : 102 kg
T7/T67/T6C
Industrial Vane Pumps
273,0
48,8
SHAFT CODE 3
SAE D & E INVOLUTE SPLINE DATA
CLASS 1-FLAT ROOT SIDE FIT
J498b - PITCH 8/16
13 TEETH - 30° PRESSURE ANGLE
3,0 x 45°
8,0
Shaft torque limits [ml/rev. x bar]
Shaft
Vi x p max. P1 + P2 + P3
1
114600
2
118340
3
126800
106,0
3/8 - 16 UNC x 19 DEEP- 4 HOLES
(M10 x 19 DEEP- METRIC VERSION)
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
T67EDC
T67EDCS
B
P3
P2
148,4
Alternate mounting flange
Dia S
e x 45° W
K
Dia Z
Max.
Min.
250,000 249,928
2,0
9,0
315
165,100 165,050
2,0
9,0 224,5
-
22,0
20,6
Dia d
120,0
C.G.
S
171,3
133,3
Ø 38,1
P1
35,7
100,7
Alternate connect. variables
00
01
A
52,4
47,6
B
26,2
22,2
C
25,4
19,0
Ø 101,6
S
77,8
42,9
8,2
6,4
10,0
w
22,0
P1
139,7
1/2 - 13 UNC x 30 DEEP- 4 HOLES
(M12 x 30 DEEP- METRIC VERSION)
115,0
MOUNTING TORQUE : 300 Nm
Ø 31,8
P2
30,2
5/8 - 11 UNC x 30 DEEP- 4 HOLES
(M16 x 30 DEEP- METRIC VERSION)
468,0
1/2 13UNC-20 DEEP
(M12 x 20 DEEP-METRIC VERSION)
MOUNTING TORQUE 1: 90 Nm
ØC
MOUNTING TORQUE : 54 Nm
Series
P3
7/16 - 14 UNC x 24 DEEP- 4 HOLES
(M12 x 24 DEEP-METRIC VERSION)
ØZ
120,0
101,6
58,7
75,0
110,0
273,0
45°
Ød
130,2
K
69,8
w
KEY 11,11
11,06
T67EDCS
SHAFT CODE 1
( KEYED G45N - ISO 3019-2)
3,0 x 45°
KEY 14 x 9
T67EDC
( KEYED SAE D & E )
1/2-13 UNC x 24 DEEP
44,45
Ø 44, 40
SHAFT CODE 2
63,0
e x 45°
92,0
e x 45°
2,3 x 45°
63,5
100,0
49,30 MAX
48,5 MAX
K/2
208,9
ØS
ØS
74,7
A
66
M12 x 24 DEEP
Catalogue HY29-0001/UK
45,000
Ø 44, 975
T67EDC/EDCS
- Dimensions - Weight : 102 kg
Industrial Vane Pumps
T7/T67/T6C
Industrial Vane Pumps
Catalogue HY29-0001/UK
T67EDC
/ T67EDCS - Ordering Code
Model No.
T7/T67/T6C
T67EDC or T67EDCS - 062 - B35 - 010 - 1 R 00 - A 1 - M1 - ..
T67EDC series - 250-B4-HW
ISO 4 bolts 3019-2 mounting flange
T67EDCS series - SAE E 4 bolts
J744 mounting flange
Modifications
P1
P2
Mounting w/connection variables
4 bolts SAE flange J518
P3
P1 = 1.1/2" - P2 = 1.1/4" - S = 4"
Metric thread UNC thread
T67EDC-P3 = 1"
M0
T67EDC-P3 = 3/4"
M1
T67EDCS-P3 = 1"
M0
00
T67EDCS-P3 = 3/4"
M1
01
Displacement for “P1”
Volumetric displacement (ml/rev)
042 = 132,3 054 = 171,0 066 = 213,3
045 = 142,4 057 = 183,3 072 = 227,1
050 = 158,5 062 = 196,7 085 = 268,7
052 = 164,8
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
4 = S4 EPDM - 7 bar max. (for fire resistant fluids)
5 = S5 VITON® - 7 bar max. (for mineral oil and
fire resistant fluids)
Displacement for “P2”
Volumetric displacement (ml/rev)
B14 = 44,0
B24 = 81,1 B38 = 120,6
B17 = 55,0
B28 = 90,0 B42 = 137,5
B20 = 66,0
B31 = 99,2 045 = 145,7
B22 = 70,3
B35 = 113,4 050 = 158,0
Displacement for “P3”
Volumetric displacement (ml/rev)
003 = 10,8
012 = 37,1
022 = 70,3
005 = 17,2
014 = 46,0
025 = 79,3
006 = 21,3
017 = 58,3
028 = 88,8
008 = 26.4
020 = 63,8
031 = 100,0
010 = 34,1
operating characteristics - typical [24 cst]
Design letter
Porting combination (see pages 72 - 73)
00 = standard
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Type of shaft T67EDCS
Type of shaft T67EDC
1 = keyed (ISO 3019/2 - G45N) 2 = keyed (SAE D & E)
3 = splined 8/16 (SAE D & E) (13 teeth)
Flow qVe [l/min] & n = 1500 RPM
Input power P [kW] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 240 bar
p = 7 bar
p = 140 bar
p = 240 bar
042
198,5
188,5
181,3
5,2
49,4
82,6
045
213,6
203,6
196,5
5,4
52,9
88,7
050
237,7
227,7
220,6
5,7
58,5
98,3
052
247,2
237,2
230,1
5,8
60,8
102,1
054
256,5
246,5
239,4
5,9
63,0
105,8
P1
057
275,0
265,0
257,9
6,1
67,3
113,2
062
295,0
285,0
277,9
6,4
71,9
121,3
066
319,9
309,0
302,8
6,7
77,7
131,2
072
340,6
330,6
323,5
6,9
82,6
139,5
085
403,0
392,02)
9,1
65,82)
p = 0 bar
p = 140 bar
p = 250 bar
p = 7 bar
p = 140 bar
p = 250 bar
B14
44,0 ml/rev
66,0
59,4
54,2
1,5
16,6
29,0
B17
55,0 ml/rev
82,5
75,9
70,7
1,7
20,4
35,8
B20
66,0 ml/rev
99,0
92,4
87,2
1,9
24,3
42,7
B22
70,3 ml/rev
105,5
98,8
93,7
2,0
25,8
45,4
B24
81,1 ml/rev
121,7
115,0
109,9
2,2
29,5
52,1
B28
90,0 ml/rev
135,0
128,4
123,2
2,3
32,7
57,7
P2
B31
99,2 ml/rev
148,8
142,2
137,0
2,5
35,9
63,5
B35
113,4 ml/rev
170,1
163,5
158,3
2,7
40,8
72,3
B38
120,6 ml/rev
180,9
174,3
169,1
2,9
43,4
76,8
B42
137,5 ml/rev
206,3
199,6
194,5
3,2
49,3
87,4
045
145,7 ml/rev
218,6
209,2
202,6
4,1
52,8
89,5
050
158,0 ml/rev
237,0
227,7
223,01)
4,4
57,1
85,01)
p = 0 bar
p = 140 bar
p = 275 bar
p = 7 bar
p = 140 bar
p = 275 bar
003
10,8 ml/rev
16,2
11,2
*
1,3
5,3
*
005
17,2 ml/rev
25,8
20,8
16,1
1,4
7,5
13,9
006
21,3 ml/rev
31,9
26,9
22,2
1,5
8,9
16,8
008
26,4 ml/rev
39,6
34,6
29,9
1,6
10,7
20,3
010
34,1 ml/rev
51,1
46,1
41,4
1,7
13,4
25,6
012
37,1 ml/rev
55,6
50,6
45,9
1,7
14,4
27,6
P3
014
46,0 ml/rev
69,0
64,0
59,3
1,9
17,6
33,7
017
58,3 ml/rev
87,4
82,4
77,7
2,1
21,9
42,2
020
63,8 ml/rev
95,7
90,7
86,0
2,2
23,8
46,0
022
70,3 ml/rev
105,4
100,4
95,7
2,3
26,1
50,4
025
79,3 ml/rev
118,9
113,9
109,2
2,5
29,2
56,6
028
88,8 ml/rev
133,2
128,2
125,81)
2,8
32,7
48,51)
031
100,0 ml/rev
150,0
145,0
142,61)
2,8
36,5
54,41)
* We do not recommand to use the size 003 in P3 at 275 bar & 1500 RPM as the internal leakage is over 50% of theoretical flow.
1)
2)
050 - 028 - 031 = 210 bar max.int.
085 = 90 bar max.int.
Pressure
port
Series
Vi Volumetric
displacement
132,3 ml/rev
142,4 ml/rev
158,5 ml/rev
164,8 ml/rev
171,0 ml/rev
183,3 ml/rev
196,7 ml/rev
213,3 ml/rev
227,1 ml/rev
268,7 ml/rev
67
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T67EDC
/ T67EDCS - Technical data
INTERNAL LEAKAGE (TYPICAL)
Noise level (typical) - t67EDCS - 062 - B35 - 022
85
33
30
10 cSt
Internal leakage qVs [l/min]
Lp. Noise level [db(A)] 1m ISO 4412
24 cSt
27
P1
24
21
P3
P2
18
15
P1
12
P2
9
P3
6
3
0
0
40
80
120
160
200
240
Pe = 0,9 bar abs
nSérie
= 1000 RPM
n1 = 1500 RPM
u = 32 cSt
υ
Lw = Lp + 8 db (A)
80
75
70
65
280
0
40
80
120
160
200
240
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
Triple pump noise level is given with all stages discharging at the
pressure value indicated on the curve.
power loss hydromechanical (typical)
permissible radial load
8
7
6
5
4
3
2
1
0
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2200 RPM
1800
P1
P1
P1
0
30
6
5
4
3
2
1
0
60
90
120
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2200 RPM
150
180
1400
210
240
P2
P2
P2
0
4
30
60
90
120
150
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2200 RPM
3
2
180
210
240
P3
80
120
160
200
Fa
Shaft keyed N°1
1200
1000
800
400
P3
200
600
0
40
keye
F
600
P3
1
0
=Shaft
=
1600
Load F [N]
Power loss Ps [kW]
Pressure p [bar]
240
280
1000
1400
1800
Pressure p [bar]
Speed n [RPM]
Total hydromechanical power loss is the sum of each section loss
under its respective operating conditions.
Maximum permissible axial load Fa = 2000 N
68
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
2200
Industrial Vane Pumps
Catalogue HY29-0001/UK
T7EEC
/ T7EECS - Technical data
T7/T67/T6C
INTERNAL LEAKAGE (TYPICAL)
Noise level (typical) - t7EECS - 052 - 052 - 025
35
24 cSt
10 cSt
Internal leakage qVs [l/min]
30
Lp. Noise level [db(A)] 1m ISO 4412
85
P1-P2
25
20
P3
15
P1-P2
10
P3
5
0
Pe = 0,9 bar abs
n Série
= 1000 RPM
n = 1500 RPM
1
uu Série
= 32 cSt
Lw = Lp + 8 db (A)
80
75
70
65
0
40
80
120
160
200
240
0
280
40
80
120
160
200
240
Pressure p [bar]
Pressure p [bar]
Do not operate pump more than 5 seconds at any speed or viscosity
if internal leakage is higher than 50% of theoretical flow.
Total leakage is the sum of each section loss under its respective
operating conditions.
Triple pump noise level is given with all stages discharging at the
pressure value indicated on the curve.
power loss hydromechanical (typical)
permissible radial load
7
2000
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2200 RPM
6
5
P1-P2
4
2
1600
P1-P2
1
0
0
30
60
4
90
120
150
180
210
Load F [N]
Power loss Ps [kW]
1800
P1-P2
3
240
n = 1000 RPM
n = 1500 RPM [24 cSt]
n = 2200 RPM
3
P3
2
=
=
Shaft
F
keyed
Fa
Shaft keyed N°1
1400
1200
1000
800
P3
P3
1
600
0
0
40
80
120
160
200
240
280
400
600
1000
1400
1800
Pressure p [bar]
Speed n [RPM]
Total hydromechanical power loss is the sum of each section loss
under its respective operating conditions.
Maximum permissible axial load Fa = 2000 N
69
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
2200
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
T7EEC
/ T7EECS - Ordering Code
Model No.
T7EEC or T7EECS - 062 - 062 - 017 - 2 R 00 - A 1 - M0 - ..
T7EEC series - 250-B4-HW
ISO 4 bolts 3019-2 mounting flange
Modifications
P1
P2
Mounting w/connection variables
4 bolts SAE flange J518
P1 = 1.1/2" - P2 = 1.1/2" - P3 = 3/4" & 1" - S = 4"
Metric
UNC
T7EEC - 3/4"
M1
T7EECS - 3/4"
M1
01
T7EEC - 1"
M0
T7EECS - 1"
M0
00
P3
T7EECS series - SAE E 4 bolts
J744 mounting flange
Displacement for “P1” & "P2"
Volumetric displacement (ml/rev)
042 = 132,3 057 = 183,3
045 = 142,4 062 = 196,7
050 = 158,5 066 = 213,3
052 = 164,8 072 = 227,1
054 = 171,0 085 = 268,7
Seal class
1 = S1 BUNA N - 0,7 bar max. (for mineral oil)
Design letter
Displacement for "P3"
Volumetric displacement (ml/rev.)
003 = 10,8
017 = 58,3
005 = 17,2
020 = 63,8
006 = 21,3
022 = 70,3
008 = 26,4
025 = 79,3
010 = 34,1
028 = 88,8
012 = 37,1
031 = 100,0
014 = 46,0
Porting combination (see pages 72 - 73)
00 = standard
Direction of rotation (shaft end view)
R = Clockwise
L = Counter-clockwise
Type of shaft T7EEC - T7EECS
2 = keyed (ISO 3019/2 - G45N))
Type of shaft T7EECS
4 = splined 8/16 (SAE D & E) (13 teeth)
operating characteristics - typical [24 cst]
Flow qVe [l/min] & n = 1500 RPM
Input power P [kW] & n = 1500 RPM
p = 0 bar
p = 140 bar
p = 240 bar
p = 7 bar
p = 140 bar
p = 240 bar
042
198,5
188,5
181,3
5,2
49,4
82,6
045
213,6
203,6
196,5
5,4
52,9
88,7
050
237,7
227,7
220,6
5,7
58,5
98,3
P1
052
247,2
237,2
230,1
5,8
60,8
102,1
054
256,5
246,5
239,4
5,9
63,0
105,8
&
057
275,0
265,0
257,9
6,1
67,3
113,2
062
295,0
285,0
277,9
6,4
71,9
121,3
P2
066
319,9
309,0
302,8
6,7
77,7
131,2
072
340,6
330,6
323,5
6,9
82,6
139,5
085
403,0
392,02)
9,1
65,82)
p = 0 bar
p = 140 bar
p = 275 bar
p = 7 bar
p = 140 bar
p = 275 bar
003
10,8 ml/rev
16,2
11,2
*
1,3
5,3
*
005
17,2 ml/rev
25,8
20,8
16,1
1,4
7,5
13,9
006
21,3 ml/rev
31,9
26,9
22,2
1,5
8,9
16,8
008
26,4 ml/rev
39,6
34,6
29,9
1,6
10,7
20,3
010
34,1 ml/rev
51,1
46,1
41,4
1,7
13,4
25,6
012
37,1 ml/rev
55,6
50,6
45,9
1,7
14,4
27,6
P3
014
46,0 ml/rev
69,0
64,0
59,3
1,9
17,6
33,7
017
58,3 ml/rev
87,4
82,4
77,7
2,1
21,9
42,2
020
63,8 ml/rev
95,7
90,7
86,0
2,2
23,8
46,0
022
70,3 ml/rev
105,4
100,4
95,7
2,3
26,1
50,4
025
79,3 ml/rev
118,9
113,9
109,2
2,5
29,2
56,6
028
88,8 ml/rev
133,2
128,2
125,81)
2,8
32,7
48,51)
031
100,0 ml/rev
150,0
145,0
142,61)
2,8
36,5
54,41)
* We do not recommand to use the size 003 in P3 at 275 bar & 1500 RPM as the internal leakage is over 50% of theoretical flow.
1)
2)
028 - 031 = 210 bar max.int.
085 = 90 bar max.int.
Pressure
port
Series
Vi Volumetric
displacement
132,3 ml/rev
142,4 ml/rev
158,5 ml/rev
164,8 ml/rev
171,0 ml/rev
183,3 ml/rev
196,7 ml/rev
213,3 ml/rev
227,1 ml/rev
268,7 ml/rev
70
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
136,50
273,00
K
Shaft torque limits [ml/rev. x bar]
Shaft
Vi x p max. P1 + P2 + P3
2
118340
4
126800
Ød
K/2
Z
75,0
115,0
515,2
C.G.
115,0
118,0
MOUNTING TORQUE : 300 N.m
160,5
168,3
202,7
139,7
K
K/2
42,9
W
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
T7EEC
T7EECS
Series
PRESSURE Ø 36,4
P2
Alternate mounting flange
Dia S
e x 45° W
K
Dia Z
Max.
Min.
250,000 249,928 2,0
9,0
315
165,100 165,050 2,0
9,0 224,5
-
PRESSURE Ø C
P3
B
22,0
20,8
Dia d
P1
PRESSURE Ø 38,1
Alternate connect. variables
00 & M0 01 & M1
A
52,4
47,6
B
26,2
22,2
C
25,4
19,0
SUCTION Ø 101,6
S
5/8-11 UNC x 30 DEEP - 4 HOLES
3/8-16UNC x 19 DEEP - 4 HOLES
(M16 x 30 DEEP - METRIC VERSION)
(M10 x 19 DEEP - METRIC VERSION)
W
1/2-13 UNC x 30 DEEP - 4 HOLES
1/2-13 UNC x 23.4 DEEP - 4 HOLES
8,0
(M12 x 30 DEEP - METRIC VERSION)
(M12 x 23.4 DEEP - METRIC VERSION)
35,7
77,8
35,7
MOUNTING TORQUE : 300 N.m
MOUNTING TORQUE : 68 N.m
74,5
210
A
Ø
69,85
136,50
119,6
130,2
71
69,85
63,00
KEY 14 h9
ØS
SAE D & E SPLINED SHAFT
CLASS 1- J498b -8/16 D.P.
13 TEETH -30° PRESSURE ANGLE
FLAT ROOT SIDE FIT
SHAFT CODE 4
3 x 45°
75,0
48,8
SHAFT CODE 2
(KEYED G45N-ISO 3019-2)
3,0 x 45°
e x 45°
92,0
45,000
Ø 44,975
10,0
48,5 maxi
ØS
273,00
Catalogue HY29-0001/UK
Industrial Vane Pumps
T7EEC/EECS - Dimensions
- Weight : 114,8 kg T7/T67/T6C
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
Porting Diagrams
T7BB/T7BBS
T6CC
00
01
02
03
04
05
06
07
P1-P2
P1-P2
S-P1-P2
P1-P2
P1
P1
P1
P1-S
T67CB
S
S
T7DB/T7DBS
S
P2
S
P2
T67DC
08
09
10
11
12
13
14
15
P1-S
P1-S
P1
P1
P1
P1
P1
P1
T7EB/T7EBS
P2
P2
S
S
P2
P2
S
P2
16
P1
17
18
P1
P1
P2
19
20
P1
P1
21
P1
S
S
S
S
25
26
27
28
P1-S
P1-S
P1-S
P1
P2
T7ED/T7EDS
S
P2
01
02
03
04
05
06
07
S-P1-P2
P1-P2
P1
P1
P1
P1-S
S
P2
S
S
P2
P2
S-P2
08
09
10
11
12
13
14
15
P1-S
P1-S
P1
P1
P1
P1
P1
P1
P2
P2
S
S
P2
P2
S
S
P2
P2
S
00
01
02
03
04
05
06
07
P1-P2-P3
P1-P2-P3
S-P1-P2-P3
P1-P2-P3
P1
P1
P1
P1-S
S
T7DCC/T7DCCS
S
P2
P3
S
S
S
P2
P3
P2
P3
S-P2-P3
08
09
10
11
12
13
P1-S
P1-S
P1
P1-P2
P1-P2
P1-P3
T7EDB/T7EDBS
P2
P3
14
15
P1
P1-P3
S
P2
S
P3
S
P2-P3
S
P2
S
P2-P3
S-P3
16
17
18
19
20
21
22
S-P1-P2
S-P1-P2
S-P1-P2
S-P1-P3
S-P1-P3
S-P1-P3
P1-P2
P3
P3
P2-P3
24
P1
S
P2
P3
P2
P3
P2
25
26
27
28
29
30
P1
P1
P1-P3
P1-S
P1-S
P1-S
P2
P3
S
S
P2
P2
P3
S-P2
23
P1
S
P3
P2
P3
P2
P2
P3
S
31
P1-S
P3
P3
P3
P2
P2
32
33
34
35
36
37
38
39
P1-S
P1-S
P1-P2
P1-P2
P1-P2
P1-P2
P1-P2
P1-P2
P2
P2
P3
P3
P3
S S
P3
P3
P3
S
S S
P3
40
41
42
43
44
45
46
P1-P3
P1-P3
P1-P3
P1-P3
P1-P3
P1
P2
P2
P2
P2
S
S
P2
P2
S
S
49
50
51
52
53
54
P1
P1
P1
P1
P1
P1
S
P3
P2
S
P3
P3
P2
56
P1
P3
P2
P2
S-P3
S-P3
57
58
59
60
61
P1
P1
P3
S
P3
P2
72
P1
P1
S
P2
P2
S
P1
P3
63
P1
P2
P2
P3
55
62
P1
P2
S
P3
P3
S
P2
P3
S
P2
S
P2
S-P2
S
P1
P3
S-P2
P2
47
S
P2
P3
48
P1
P3
S
P1-P3
S S
S
P3
P1
S
P1-P2
P2
T7EEC/T7EECS
31
00
P2
T67EDC/T67EDCS
S
P2
S
T67DDCS
P1
P2
S
T7DBB/T7DBBS
30
P1
P1-P2
T7EE/T7EES
T7DCB/T7DCBS
29
P2
S
T7DBB/T7DBBS
S
P2
P2
S
T7DD/T7DDS
P1
P2
S
P2
24
P2
23
S
P2
P2
S
22
P1
S
P1-S
P2
P2
P2
P2
P2
S
S
P2
T67EC
P2
S-P2
S
P1
P3
S
S
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
P3
P2
Industrial Vane Pumps
T7/T67/T6C
Catalogue HY29-0001/UK
Porting Diagrams
T7DBB/T7DBBS
64
T7DCB/T7DCBS
P3
P2
T7DCC/T7DCCS
T7DBB/T7DBBS
T67DDCS
P3
65
P1
P1
S
72
73
74
P1
T7EEC/T7EECS
P3
P3 P3
S
80
81
82
P1
88
S
P2
89
P1
P1
P2
S
P1
P3
S
P2
96
P2
76
77
78
P3 P1-P2
S
S
83
84
85
86
P3
1F
P3 P1-S
P1
1N
P2
P2
P2
93
94
P1-P2 P3
S
P1
S
92
S
P1
P3 P3
S
P2
P1-P2
1X
P3
P1-S
P2
S
P3 P3
1A
1B
1C
P2
P2
P2
1J
1K
1L
P1-S P3
1D
P1-S
P1-S
P3 P1-S-P2
P1-S-P2 P3
P3 P3
P1-S-P2
P1
S
P2
P3
P1
S
S
P2
1W
P1
P1
P1-P2 P3
S
S
2D
P2
2E
P1-P2
S
S
P3 P3
P2
2C
P3 P1-P2
S
P2
P3 P3
P2
2B
P1
1V
P3
S
P2
2A
P1
1U
P1
S
P2
P3 P3
S
P2
1T
P1
1Z
P3
P1-S-P2
P3 P3
S
P2
P2
1M
P2
1S
P1
1Y
P1
P1-P2
S
P3 P1-S
1H
1R
P2
P2
95
P2
P1-S
P3
S
S
87
S
P3 P1-P2
P1-S
P2
1P
P1
P1-P2
P3 P3
P3 P3
P3
S-P2
79
P1
P3
S
P2
99
1G
P1-S P3
P2
P1
S
S
P3 P3
P2
P3 P3
P1-P2
S
P1
P1-S
P1-P2 P3
S
P3 P3
1E
P1
P2
91
98
P1-S P3
P2
75
P2
97
P3 P1-S
71
P1
S-P2
P1
P1
S
S
70
P3
S-P2
S
P2
P3 P3
90
P3
P2
P1
S-P2
P2
S
P1
69
P1
S
P1
P2
S
S
P2
P3
P1
P3
P3
P2
P3 P3
S
P2
68
P1
P2
P2
P1
67
P1
S
T7EDB/T7EDBS
T67EDC/T67EDCS
66
P3
P1-P2
S
S
P3 P3
P1
S
P2
P3
73
P2
P3
02
16
17
18
20
30
08
31
19
07
28
32
21
33
29
09
01
22
34
38
40
48
10
58
13
04
46
47
45
49
59
23
00
36
11
37
27
51
05
50
42
24
53
60
43
62
52
25
03
39
35
12
41
63
14
57
44
26
61
56
15
54
55
06
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Catalogue HY29-0001/UK
Notes
Industrial Vane Pumps
T7/T67/T6C
74
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Catalogue HY29-0001/UK
General Information
Industrial Vane Pumps
T7/T67/T6C
! Warning
FAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS AND/OR SYSTEMS DESCRIBED
HEREIN OR RELATED ITEMS CAN CAUSE DEATH, PERSONAL INJURY AND PROPERTY DAMAGE.
This document and other information from Parker Hannifin, its subsidiaries, sales offices and authorized distributors provide
product or system options for further investigation by users having technical expertise. Before you select or use any product
or system it is important that you analyse all aspects of your application and review the information concerning the product
or system in the current product catalogue. Due to the variety of operating conditions and applications for these products or
systems, the user, through his own analysis and testing, is solely responsible for making the final selection of the products and
systems and assuring that all performance and safety requirements of the application are met.
The products are subject to change by Parker Hannifin at any time without notice.
Offer of Sale
Please contact your Parker representation for a detailed ’’Offer of Sale’’.
75
Parker Hannifin
Denison Vane Pump Division
Vierzon - France
Hydraulics Group
Sales Offices
International
Europe
Austria
Italy
Australia
Austria
The Netherlands
Canada
Norway
China
Wiener Neustadt
Tel: +43 (0)2622 23501
Fax: +43 (0)2622 66212
Corsico (MI)
Tel: +39 02 45 19 21
Fax:+39 02 4 47 93 40
Castle Hill
Tel: +61 (0)2-9634 7777
Fax:+61 (0)2-9842 5111
Wiener Neustadt
(Resp for East Europe)
Tel: +43 (0)2622 23501-970
Fax: +43 (0)2622 23501-977
Oldenzaal
Tel: +31 (0)541 585000
Fax:+31 (0)541 585459
Belgium
Ski
Tel: +47 64 91 10 00
Fax:+47 64 91 10 90
Shanghai
Tel: +86 21 5031 2525
Fax:+86 21 5834 3714
Poland
Asia Pacific Group
Portugal
India
Nivelles
Tel: +32 (0)67 280 900
Fax:+32 (0)67 280 999
Czech Republic
Klecany
Tel: +420 284 083 111
Fax:+420 284 083 112
Denmark
Ballerup
Tel: +45 4356 0400
Fax:+45 4373 3107
Finland
Vantaa
Tel: +358 20 753 2500
Fax:+358 20 753 2200
France
Contamine-sur-Arve
Tel: +33 (0)450 25 80 25
Fax:+33 (0)450 25 24 25
Germany
Kaarst
Tel: +49 (0)2131 4016 0
Fax: +49 (0)2131 4016 9199
Ireland
Dublin
Tel: +353 (0)1 466 6370
Fax:+353 (0)1 466 6376
Warsaw
Tel: +48 (0)22 573 24 00
Fax:+48 (0)22 573 24 03
Milton, Ontario
Tel: +1 905-693-3000
Fax:+1 905-876-0788
Hong Kong
Tel: +852 2428 8008
Fax:+852 2425 6896
Leca da Palmeira
Tel: +351 22 9997 360
Fax:+351 22 9961 527
Mumbai
Tel: +91 22 5613 7081/82-85
Fax:+91 22 2768 6841/6618
Slovakia
Japan
Ref. Czech Republic
Spain
Madrid
Tel: +34 91 675 73 00
Fax:+34 91 675 77 11
Sweden
Spånga
Tel: +46 (0)8 597 950 00
Fax:+46 (0)8 597 951 10
United Kingdom
Warwick
Tel: +44 (0)1926 317 878
Fax:+44 (0)1926 317 855
Tokyo
Tel: +(81) 3 6408 3900
Fax:+(81) 3 5449 7201
Latin America Group
Brazil
Tel: +55 51 3470 9144
Fax:+55 51 3470 9281
South Africa
Kempton Park
Tel: +27 (0)11-961 0700
Fax:+27 (0)11-392 7213
USA
Cleveland (industrial)
Tel: +1 216-896-3000
Fax:+1 216-896-4031
Lincolnshire (mobile)
Tel: +1 847-821-1500
Fax:+1 847-821-7600
Parker Hannifin is the world’s premier supplier of motion and control systems and
solutions, with sales and manufacturing facilities throughout the world. For product
information and details of your nearest Parker sales office, visit us at www.parker.
com or call free on 00800 2727 5374.
Catalogue HY29-0001/UK
5M 03/2007 IRO
© Copyright 2007
Parker Hannifin Corporation
All rights reserved

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