Fenner QD Series Inverters

Transcription

FENNER F&B COVER
10/6/08
2:20 PM
Page 1
MOTORS & INVERTERS
DRIVE DESIGN
FRICTION BELT DRIVES
COUPLINGS
CHAINS AND SPROCKETS
SYNCHRONOUS BELT DRIVES
GEARED DRIVES
SHAFT FIXINGS
& MAINTENANCE
MANUAL
One Range, One Result, One Name ...
Authorised Distributor
DRIVES | INVERTERS | MOTORS | BELTS | PULLEYS | CHAINS | SPROCKETS | SHAFT FIXINGS | COUPLINGS | GEARED DRIVES | INVERTERS | MOTORS | BELTS | PULLEYS | CHAINS | SPROCKETS | SHAFT FIXINGS | COUPLINGS | GEARED DRIVES | INVERTERS | MOTORS | BELTS | PULLEYS | CHAINS | SPROCKETS | SHAFT FIXINGS | COUP
0845 006 6000
ERIKS UK, Amber Way
Halesowen, West Midlands, B62 8WG
Tel:0121 508 6000 Fax:0121 508 6255
www.eriks.co.uk
Fenner, Fenaflex, Fenner Power Plus, Fenner Torque Drive Plus, PowerTwist, FenLock and Trantorque are registered trade marks of J. H. Fenner & Co.
Taper Lock, Power Plus, PB, and Bi-Loc are registered trade marks of ERIKS Industrial Services Ltd
02-03 FENNER inverters
10/6/08
12:51 PM
Page 1
FENNER MOTORS & INVERTERS
One Range, One Result...
The complete drive
solution from prime mover
to driven machine in one
range with one result -
driven
2
Motors & Inverters Drive Design & Maintenance Manual
10/6/08
12:53 PM
Page 2
FENNER MOTORS & INVERTERS
Fenner® power transmission products
are world renowned for delivering
the ultimate combination of rugged
construction, reliable & efficient
performance and value for money
- proven in the harshest environments,
guaranteed to perform in yours!
All Fenner® power transmission products
are manufactured to exacting specifications
in line with both UK and International
standards, and are backed up by a product
development programme designed to
ensure reliable product performance.
per formance
3
1
10/6/08
12:57 PM
Page 1
QD SERIES INVERTERS
© ERIKS Industrial Services Ltd. 2008
Copyright of this brochure belongs to ERIKS Industrial Services Ltd. All rights are reserved.
This brochure may not be reproduced in whole or in part in any manner or form (including photocopying or
storing it in any medium by electronic means and whether or not transiently or incidentally to some other use
of this brochure), other than with the prior written consent of ERIKS Industrial Services Ltd.
The design and specification of the items illustrated here in are subject to alteration without notice.
4
10/6/08
2:44 PM
Page 2
1
QD SERIES INVERTERS
Section
QD SERIES INVERTERS
QD SERIES
INVERTERS
Fenner QD (Quick Drive) Series
inverters are ideal for both simple
and sophisticated applications, due
to their broad range of functions,
easy configuration, simple installation
and operation.
■ FENNER QD:IP55; the ultimate
protection for the harshest environment.
Available in QD:E and QD:CT PLUS
versions.
■ FENNER QD:E; easy to use general
purpose drive
■ FENNER QD:VT; variable torque
control optimised drive to minimise
energy ideal for the control of fans and
pumps
■ FENNER QD:CT PLUS; constant
torque vector control delivers 200%
torque down to 0.0Hz
INVERTERS
Applications
ers
Invert
uired
a Req
t
a
D
n
Desig
e
Voltag
ation
upply
S
l
a
Applic
ic
e
r
t
u
c
q
r
le
o
T
• E
iable
d
t / Var
equire
nstan
o
C
ting R
a
•
R
n
tectio
or Pro
• IP
chine
en Ma
hine
• Driv
f Mac
nge o
a
R
d
ee
tor
• Sp
to Mo
ength
L
le
ed
b
• Ca
Requir
tions
p
O
l
o
ntr
• Co
rature
ed
Tempe
t
n
Requir
ie
b
ptions
• Am
O
n
io
icat
mmun
• Co
Page
7
Drive Selection Overview
8
Ordering Instructions
9
Electrical Data
10
Dimensions:
QD:IP55
QD:E, QD:VT & QD:CT PLUS
11
12
Installation Dimensions:
QD:E
QD:VT & QD:CT PLUS
13
14
Power Wiring:
QD:E
QD:IP55
QD:VT & QD:CT PLUS
15
16
17
Control Wiring:
QD:IP55 & QD:E
QD:VT & QD:CT PLUS
Keypad Operation
18
19
20
Standard Parameters:
QD:E
QD:VT
QD:CT PLUS
Options for Fenner QD Range
21
22
23
24
5
1
10/6/08
12:59 PM
Page 1
QD SERIES INVERTERS
Range Overview
Fenner QD Series
Inverters
Improved Control
Performance
Quick Installation
and Set-up
Compliant with
Industrial Standards
■ Third Generation Vector control
■ Quick set-up – 14 standard
■ Internal RFI filter (EN 61800-3)
for ultimate motor control
■ Unique open-loop performance
allows this drive to be used in
applications previously requiring
a feedback signal
■ 200% torque even at very
parameters
■ Various control options
available. Local control or
remote keypad along with
communication networks.
■ Auto-tune facility for fast
low speeds with sensorless
vector control
set-up to achieve optimum
performance
■ High starting capacity available
■ Fully Enclosed IP55/NEMA 12
– 150% overload for 60 seconds
and 175% for 2 seconds
■ Ultra-quiet performance running
at 32kHz switching frequency
minimising motor noise
with speed control FWD/REV
selector and lockable isolator
for compliance with latest
EMC Standards
■ Compliant with ROHS
directives
■ CE Europe and UL/CUL
product accreditation
Q-STICK
■ Upload/Download parameters
on the QD:E drive for quick and
accurate repeat programming
■ The Q-STICK incorporates
Q-PORT
■ Remote keypad and display for
panel mounted control
Infra-red communication to allow
programming with a PDA or
smart phone
QD:CT PLUS
QD:E
QD:VT
QD:IP55
6
10/6/08
1:00 PM
Page 2
1
QD SERIES INVERTERS
Section
Applications
CONVEYING
The transfer of product at the optimum
speed is a primary requirement of all
conveyor systems. Fenner QD inverters
and Fenner motors are suitable for
horizontal, vertical or inclined conveyors,
to give accurate speed control and a
high starting torque to ensure reliable
efficient transportation of products.
PUMPING
Pump systems need to be both reliable
and efficient, ensuring that the correct
volume of product is transported
accurately and dependably. Fenner QD
inverters and motors are designed to
provide efficient and reliable service
and can even be integrated into building
management systems.
BUILDING MANAGEMENT
Comfort and efficiency are key
requirements for the environment
within today’s modern buildings.
Easy to install and reliable Fenner QD
inverters and motors ensure that the
large number of motors driving fans
and pumps for heating, ventilation
and air conditioning are running at their
optimum level, saving both energy and
protecting the environment.
FENNER QUICK DRIVE APPLICATION GUIDE
MIXING
For fixed speed or variable speed
mixing applications, Fenner QD
inverters and motors provide a wide
speed range, high starting torque
and application specific programmes
ensuring mixing process times are
optimised to improve productivity and
increase efficiency.
Industry/Application
QD:CT PLUS
•
•
•
•
Spindles
Grinding
Drilling
Polishing
MINING & QUARRYING
•
•
•
•
Mixers
Crushers
•
Conveyors
Skip Hoist
BUILDING AUTOMATION
•
•
•
Fans
Centrifugal Pumps
Refrigeration
•
Compressors
WATER
•
Centrifugal Pumps
•
•
•
Fans
Blowers
•
•
•
•
•
•
•
FOOD & BEVERAGE
Conveyors
Mixers
•
Packaging
Compressors
MATERIALS HANDLING
Conveyors
Packaging
PLASTICS/ MOULDING
Long running hours, harsh working
environment and precise speed control
are just some of the tasks Fenner
QD inverters and motors are designed
to deliver. From a single conveyor
application to fully integrated
extrusion/moulding, the Fenner motors
and drives package delivers a new
level of control, reliability, flexibility
and efficiency.
QD:VT
METALWORKING
PD Pumps
PULP AND PAPER
From complex multi-function process
control to single drive applications
Fenner QD inverters and motors
can reliably improve preparation and
manufacturing processes from
the wood yard or recycling yard to
the paper machine and the paper
converting process. Continuously
improving uptime, quality and efficiency.
QD:E
BOTTLING
Machinery which requires fast and
accurate positioning in a harsh working
environment, Fenner QD inverters are
designed to work within panels or as
standalone units allowing flexibility for
high speed process applications.
•
•
•
•
•
•
Palletisers
Cranes
WOOD WORKING
•
•
•
Routing
Cutting
Conveyors
•
CHEMICALS
•
Mixers
Fume Extraction
Pumping
Centrifuge
•
•
•
•
•
•
PRODUCTION
Moulding
Extruders
Mixing
Winding
•
•
•
•
7
QD SERIES INVERTERS
1
10/6/08
1:02 PM
Page 1
QD SERIES INVERTERS
Drive Selection Overview
Specification
Output ratings
Input Ratings
Overload Capacity
125% for 2 secs
175% for 2 secs
0…500Hz
0…120Hz
0…2000Hz
Frequency
48 - 62Hz
48 - 62Hz
48 - 62Hz
–
200 - 240 +/– 10% 1 Phase
(1.5 - 22kW / 2 - 30HP)
200 - 240 +/– 10% 1 Phase
(0.37 - 22kW / 0.5 - 30HP)
200 - 240 +/– 10% 1 Phase
(0.37 - 2.2kW / 0.5 - 3HP)
200 - 240 +/– 10% 3 Phase
(1.5 - 45kW / 2 - 60HP)
200 - 240 +/– 10% 3 Phase
(1.5 - 90kW / 2 - 120HP)
200 - 240 +/– 10% 3 Phase
(0.37 - 3.7kW / 0.5 - 5HP)
–
–
380 - 480 +/– 10% 3 Phase
(0.75 - 11.0kW / 1 - 15HP)
380 - 480 +/– 10% 3 Phase
(1.5 - 160kW / 2 - 210HP)
380 - 480 +/– 10% 3 Phase
(1.5 - 160kW / 2 - 210HP)
Temperature
Operating: IP20 = 0 to 50°C Max,
IP55 = 0 to 40°C Max;
Storage: – 40 to +60°C
Operating: 0 to 50°C Max;
Operating: IP20 = 0 to 50°C Max,
IP55 = 0 to 40°C Max;
Altitude
0 - 2000m, derate 1% per 100m
above 1000m
0 - 2000m, derate 5% per 100m
above 1000m
0 - 2000m, derate 5% per 100m
above 1000m
IP20 / IP55
IP20
IP20 / IP55
Yes
Yes
Yes
–
Yes
Yes
PDA
Yes with QStick
Yes
Yes
Smartphone
Yes with QStick
Yes
Yes
Voltage Vector
V/F
V/F
Keypad
PC
Control Specification
QD:CT PLUS
150% for 60 secs
175% for 2 secs
Ingress Protection
Programming
QD:VT
110% for 60 secs
Frequency
Voltage
Ambient Conditions
QD:E
150% for 60 secs
Control Method
3GV Sensorless Vector
Closed Loop Vector (with optional
encoder feedback interface)
PWM Frequency
V/Hz ratio
Boost
Automatic after autotune
Automatic after autotune
Coast / Ramp / DC Brake
Internal Brake transistor
Yes (except size 1)
External Resistor required
Yes
Yes (except size 1)
100% Drive Rated Power continuously
One point, adjustable frequency band
0…10 VDC
0…10 VDC
0…10 VDC
+/– 10 VDC
+/– 10 VDC
+/– 10 VDC
20…4mA
0…24 VDC
0…24 VDC
4…20mA
4…20mA
4…20mA
0..20mA
0..20mA
0..20mA
Digital – Keypad
Digital – Keypad
Digital – Keypad
Pre-set speeds
PI Control
Spin Start
ModBus RTU
4
8
8
Yes
Yes
Yes
Yes
Yes
0..3000 sec
0..3000 sec
Deceleration
(2 ramps) 0..3000 sec
(2 ramps) 0..3000 sec
(2 ramps) 0..3000 sec
–
–
Firmware Download Available
–
QStore PLUS
QStore PLUS
Programmable Digital Input
Input 2
User Selectable Digital Input / Output
User Selectable Digital Input / Output
Input 3
User Selectable Analog / Digital Input
User Selectable Unipolar Analog /
Digital Input
User Selectable Unipolar Analog /
Digital Input
Input 4
User Selectable Analog / Digital Input
User Selectable Bipolar Analog /
Digital Input
User Selectable Bipolar Analog /
Digital Input
Input 1
Relay 1
Operating Display
Remote Mount
Inverter Trip
Programmable Analog / Digital Output
Relay Output (30 VDC 5A, 250 VAC, 6A)
Output Frequency, Current, Rpm
and User Scalable values
Output Frequency, Current, Rpm, Power
Output Frequency, Current, Rpm, Power
Optional QPort E2 remote
mounting keypad
Optional QPort PLUS remote
mounting keypad
Optional QPort PLUS remote
mounting keypad
Over voltage
Over voltage
Over voltage
Over current
Over current
Over current
Under voltage
Under voltage
Under voltage
External trip
External trip
External trip
Motor overload
Motor overload
Motor overload
Over temperature
Over temperature
Over temperature
Short circuited
Short circuited
Short circuited
Earth Fault
Earth Fault
Earth Fault
Under Voltage
Under Voltage
Under Voltage
Memory
Last 4 Trips stored
Last 4 Trips stored
Last 4 Trips stored
Modbus
Yes
Yes
Yes
Profibus DP
via Gateway
via Gateway
via Gateway
DeviceNet
via Gateway
via Gateway
via Gateway
Standard
Standard
Standard
Adjustable speed electrical power drive
systems. EMC requirements
–
Built in Master – Slave Operation Mode
PID ‘Sleep & Wake Up’ Modes
Energy Optimising Function
Built in Master – Slave Operation Mode
PID ‘Sleep’ Mode
Energy Optimising Function
RS485 (QBus)
8
RS485 (Master Slave)
ModBus RTU
Yes
Output 1
Additional Features
RS485 (Master Slave)
0..3000 sec
PC Setup Software
Compliance with
Standards
–
ModBus RTU
Acceleration
S Curve Accel / Decel
Bus Communication
Linear (1 adjustment point)
Yes
Frequency setpoint control
Protective Functions
4…32kHz (effective)
Quadratic
Skip Frequency
Keypad Display
Linear
Stop Mode
Capacity
Programmable I/O
EN 61800-3:2004
10/6/08
1:02 PM
Page 2
1
QD SERIES INVERTERS
All Fenner QD Inverters are identified
with a unique code number. This
consists of an eight digit code
depending on the enclosure, power,
supply voltage and range.
Construction of the coding system is
explained below.
FIFTH DIGIT:
Supply voltage code
Voltage
2
220-240V 1~ supply
3
220-240V 3~ supply
Code
Output Power
4
380-440V 3~ supply
N
Non-Switched IP55
Non-standard option
E
Enlarged Frame Size
Non-standard option
Code
Range
Enclosure
Code
Output Power (kW)
572
QD:E / CT PLUS / VT
IP20
0P4
0.37
575
QD:E / CT PLUS / VT
IP55
0P7
0.75
1P5
1.50
2P2
2.20
3P0
3.00
4P0
4.00
5P5
5.50
FOURTH DIGIT:
Inverter type
Code
Series
B
QD-E (Basic Inverter)
V
QD-CT PLUS (VECTOR control)
H
QD-VT (HVAC drive)
NINTH DIGIT:
Special features
Code
SIXTH, SEVENTH & EIGHTH DIGITS:
Rated power code
FIRST THREE DIGITS:
Series and enclosure
Section
7P5
7.50
011
11.0
015
15.0
018
18.5
022
22.0
030
30.0
037
37.0
045
45.0
055
55.0
075
75.0
090
90.0
110
110.0
132
132.0
160
160.0
QD SERIES INVERTERS
9
1
10/6/08
1:12 PM
Page 1
QD SERIES INVERTERS
Electrical Data
Fenner QD:E
Fenner QD:CT PLUS
Fenner QD:VT
200-240V 1 PHASE SUPPLY
Motor
Power
(kW)
Output
Current
(Amps)
0.37
0.75
1.5
Fenner Part Number
IP20
IP55
Frame
Size
Motor
Power
(kW)
Output
Current
(Amps)
2.3
572B20P4
575B20P4
1
0.37
4.3
572B20P7
575B20P7
1
0.75
7.0
572B21P5
575B21P5
1
1.5
1.5
7.0
572B21P5E
575B21P5E
2
2.2
10.5
572B22P2
575B22P2
2
Output
Current
(Amps)
0.37
IP20
IP55
Frame
Size
Motor
Power
(kW)
2.3
572V20P4
575V20P4
1
4.3
572V20P7
575V20P7
1
7.0
572V21P5
575V21P5
1
1.5
7.0
572V21P5E
575V21P5E
2
2.2
10.5
572V22P2
575V22P2
2
Fenner Part Number
Frame
Size
Motor
Power
(kW)
Output
Current
(Amps)
1.5
7.0
572H20P4
2
2.2
10.5
572H20P7
2
Fenner Part Number
Output
Current
(Amps)
Fenner Part Number
IP20 Only
Frame
Size
1.5
7.0
572H31P5
2
2.2
10.5
572H32P2
2
3.0
14.0
572H33P0
3
7.0
572V31P5
575V31P5
2
4.0
18.0
572H34P0
3
2.2
10.5
572V32P2
575V32P2
2
5.5
25.0
572H35P5
3
1*
3.0
14.0
572V33P0
575V33P0
3
7.5
39.0
572H37P5
4
575B31P5E
2
4.0
18.0
572V34P0
575V34P0
3
11.0
46.0
572H3011
4
572B32P2
575B32P2
2
5.5
25.0
572V35P5
575V35P5
3
15.0
61.0
572H3015
4
572B34P0
575B32P2
3
7.5
39.0
572V37P5
575V37P5
4
18.5
72.0
572H3018
4
11.0
46.0
572V3011
–
4
22.0
90.0
572H3022
4
15.0
61.0
572V3015
–
4
30.0
110.0
572H3030
5
18.5
72.0
572V3018
–
4
37.0
150.0
572H3037
5
22.0
90.0
572V3022
–
5
45.0
180.0
572H3045
5
30.0
110.0
572V3030
–
5
572B30P4
575B30P4
1*
1.5
0.75
4.3
572B30P7
575B30P7
1*
1.5
7.0
572B31P5
575B31P5
1.5
7.0
572B31P5E
2.2
10.5
4.0
18.0
*Size 1 Drives on 200-240V 3 phase supply
do not have an integral RFI filter
Fenner Part Number
150.0
572V3037
–
5
IP55
Frame
Size
37.0
IP20
45.0
180.0
572V3045
–
5
2.2
572B40P7
575B40P7
1
55.0
202.0
572V3055
–
6
1.5
4.1
572B41P5
575B41P5
1
75.0
240.0
572V3075
–
1.5
4.1
572B41P5E
575B41P5E
2
90.0
300.0
572V3090
–
2.2
5.8
572B42P2
575B42P2
2
4.0
9.5
572B44P0
575B44P0
2
5.5
14.0
572B45P5
575B45P5
3
7.5
18.0
572B47P5
575B47P5
3
11.0
25.0
572B4011
–
3
10
Frame
Size
Frame
Size
2.3
0.75
IP20 Only
IP55
IP55
Output
Current
(Amps)
Fenner Part Number
IP20
IP20
Motor
Power
(kW)
Output
Current
(Amps)
Motor
Power
(kW)
Motor
Power
(kW)
Fenner Part Number
Output
Current
(Amps)
Fenner Part Number
6
Motor
Power
(kW)
IP20 Only
Frame
Size
6
1.5
4.1
572H41P5
2
2.2
5.8
572H42P2
2
4.0
9.5
572H44P0
2
5.5
14.0
572H45P5
3
7.5
18.0
572H47P5
3
Motor
Power
(kW)
Output
Current
(Amps)
0.75
1.5
Fenner Part Number
IP20
IP55
Frame
Size
11.0
25.0
572H4011
3
2.2
572V40P7
575V40P7
2
15.0
30.0
572H4015
3
4.1
572V41P5
575V41P5
2
18.5
39.0
572H4018
4
2.2
5.8
572V42P2
575V42P2
2
22.0
46.0
572H4022
4
4.0
9.5
572V44P0
575V44P0
2
30.0
61.0
572H4030
4
5.5
14.0
572V45P5
575V45P5
3
37.0
72.0
572H4037
4
7.5
18.0
572V47P5
575V47P5
3
45.0
90.0
572H4045
4
11.0
25.0
572V4011
–
3
55.0
110.0
572H4055
5
15.0
30.0
572V4015
–
3
75.0
150.0
572H4075
5
18.5
39.0
572V4018
–
4
90.0
180.0
572H4090
5
22.0
46.0
572V4022
–
4
110.0
202.0
572H4110
6
30.0
61.0
572V4030
–
4
132.0
240.0
572H4132
6
37.0
72.0
572V4037
–
4
160.0
300.0
572H4160
6
45.0
90.0
572V4045
–
5
55.0
110.0
572V4055
–
5
75.0
150.0
572V4075
–
5
90.0
180.0
572V4090
–
5
110.0
202.0
572V4110
–
6
132.0
240.0
572V4132
–
6
160.0
300.0
572V4160
–
6
10/6/08
1:13 PM
Page 2
1
QD SERIES INVERTERS
Section
Dimensions: QD:IP55
QD SERIES INVERTERS
FENNER QD:IP55
Dimensions Table
Frame
Size
A
mm
B
mm
C
mm
D
mm
E
mm
F
mm
G
mm
H
mm
I
mm
J
mm
Weight
1
200
166
–
141
33
162
140
128
4.2
8.4
1.1
2
310
276
–
251
33
176
164
153
4.2
8.4
2.6
3
310
276
–
251
33
228
210.5
197.5
4.2
8.4
2.6
kg
* The size 3 unit has 4 symmetrical mounting points
11
1
10/6/08
1:14 PM
Page 1
QD SERIES INVERTERS
Dimensions: QD:E, QD:VT & QD:CT PLUS
FENNER QD:E
Dimensions Table
Frame
Size
A
mm
B
mm
C
mm
D
mm
1
173
160
109
2
221
207
137
3
261
246
*
G
mm
H
mm
I
mm
J
mm
Weight
123
82
50
5.5
10
1.1
150
109
63
5.5
10
2.6
6
175
131
80
5.5
10
4.0
E
mm
F
mm
162
5
209
5.3
247
kg
* Size 3 does not have a DIN-rail mounting slot
FENNER QD:VT & QD:CT PLUS
QD:VT & QD:CT PLUS Dimensions Table
Frame
Size
A
mm
B
mm
C
mm
D
mm
E
mm
F
mm
G
mm
H
mm
I
mm
J
mm
Weight
1
155
–
–
105
25
130
130
72
4
–
1.1
2
260
–
–
210
25
175
100
92
4
–
2.6
3
260
–
–
210
25
175
171
163
4
–
5.3
4
520
–
–
420
25
220
340
320
4
–
28
5
1045
–
–
945
50
220
340
320
9.5
–
67
6
1100
–
–
945
50
330
340
320
9.5
–
55
12
kg
10/6/08
1:16 PM
Page 2
1
QD SERIES INVERTERS
Section
Installation Dimensions: QD:E
FENNER QD:IP55 MOUNTING CLEARANCES
QD SERIES INVERTERS
The IP55 / NEMA 12 Fenner drive can be installed
side-by-side with their heatsink flanges touching. This
gives adequate ventilation space between drives.
If the IP55 Fenner drive is to be installed above another
drive or any other heat-producing device, the minimum
vertical spacing is 150mm (5.9 inches)
Note: The IP55/NEMA 12 drive is intended for
INDOOR USE ONLY
In the table below, Dimension Z assumes that the drives
are mounted side-by-side with no clearance.
Typical drive heat losses are 3% of operating load conditions.
The figures below are guidelines only and the maximum
operating ambient temperature of the drive MUST NOT
be exceeded. If in doubt, please contact your local Fenner
Authorised Distributor.
Sizes 1 & 2 are designed to be mounted onto DIN rail.
FENNER QD:E MOUNTING CLEARANCES
GLAND HOLE SIZES QD:IP55
Frame
Size
X
mm
Y
mm
X
mm
Recommended Airflow
CFM (ft 3/min)
1
50
50
33
11
2
75
50
46
11
3
100
50
52
26
Lock Off:
The main power isolator switch can be locked in the
‘Off’ position using a 20mm standard shackle padlock
(not supplied).
Gland Hole Sizes
Frame
Size
Input (A) &
Output (B)
Power ()
Centred
Knockout
(C) ()
Terminal Cover
Knockout
(D) ()
1
22mm
22mm
17mm
2
25mm
22mm
17mm
3
25mm
22mm
17mm
Recommended Gland Type
SkinTop UL approved (UL94-V0) Type 12/IP55 non-metallic cable gland
or non-rigid conduit
Any Metal conduit used MUST be earth bonded by means
of a suitable earthing washer or gland adaptor.
Frame
Size
Input (A) &
Output (B)
Power ()
Centred
Knockout
(C) ()
Terminal Cover
Knockout
(D) ()
1
PG13.5 / M20
PG13.5 / M20
PG9 / M16
2
PG9 / M25
PG9 / M20
PG9 / M16
3
PG9 / M25
PG9 / M20
PG9 / M16
13
1
10/6/08
1:17 PM
Page 1
QD SERIES INVERTERS
Installation Dimensions: QD:VT & QD:CT PLUS
FENNER QD:VT & QD:CT PLUS MOUNTING CLEARANCES
Enclosure Front View
Enclosure Side View
G
L
G
D
W
The Fenner QD:VT and QD:CT PLUS drives can be installed
side-by-side with their heatsink flanges touching. This gives
adequate ventilation space between them. If the drive is
to be installed above another drive or any other heat
producing device, the minimum vertical spacing is 150mm.
The enclosure should either be force ventilated or large
enough to allow natural cooling.
For drives mounted in free ventilated enclosures or force ventilated enclosures, the following minimum sizes and airflow
requirements are recommended:
QD:VT & QD:CT PLUS Mounting Clearances
Frame
Size
Max. Power
Rating
kW
L
W
D
G
L
W
D
G
Airflow
m3/ h
1
1.5
400
300
150
75
275
150
150
50
> 15
2
4
600
400
250
100
320
200
200
75
> 45
3
15
800
600
300
150
400
250
200
100
> 80
4
22
1000
600
300
200
800
500
250
130
> 300
4
37
–
–
–
–
800
500
250
130
> 300
5
90
–
–
–
–
1500
600
400
200
> 900
6
160
–
–
–
–
1600
600
400
250
> 1000
14
Free-Vented Unit
Force-Vented Unit
10/6/08
1:18 PM
Page 2
1
QD SERIES INVERTERS
Section
Power Wiring: QD:E
QD SERIES INVERTERS
FENNER QD:E CONNECTION
Terminal
Torque Settings
Control
0.5 Nm
Power
1 Nm
IP20 DRIVES
Size 1 Connections
QD:IP55 / NEMA 12 DRIVES
Size 1
Connections
Size 2 & 3 Connections
Size 2 & 3
Connections
Drive and Motor Connections
For 1 phase supply power should be connected to L1/L, L2/N.
For 3 phase supplies power should be connected to L1, L2,
L3. Phase sequence is not important.
The motor should be connected to U, V, W.
For drives that have a dynamic brake transistor an optional
external braking resistor will need be connected to +DC and
BR. The brake resistor circuit should be protected by a
suitable thermal protection circuit.
+DC and –DC connections can be used for DC Bus paralleling
applications.
The –DC, +DC and BR connections are blanked off by plastic
tabs when sent from the factory. The plastic tabs can be
removed if/when required.
Terminal
Torque Settings
Control
0.5 Nm
Power
1 Nm
DC Supply Input
Operation on DC Voltage supply is possible by connecting
to L1 and L2 on the drive input. Suitable fusing should
be used. Any regenerative energy will not pass back onto
the supply.
Parallel DC BUS Operation
On drive sizes 2 & 3 provision has been made for ±DC
connections. This provides the ability to operate on parallel
DC Bus systems where typically the motor/regenerative
energy is transferred between the drives.
Note: Further information on all of the above can be found in the Advanced User Guide.
15
1:19 PM
Page 1
QD SERIES INVERTERS
Power Wiring: QD:E IP55 & QD:CT PLUS IP55
FENNER QD:E IP55 SWITCHED CONNECTION DIAGRAM
Note: For Safety reasons the REV (Run reverse) setting is disabled by default. To enable the REV (run reverse) setting change parameter P-15 to 5.
FENNER QD:CT PLUS IP55 CONNECTION DIAGRAM
(defaults)
1 Red
•••••••••••••••••
FWD
0
Fwd / 0 / Rev
Selector
Switch on
Drive
REV
FWD
Purple
••••••••••••••••••••
1
10/6/08
3 Yellow
4
5 Green
6 White
7 Black
•••••••••
0
8
REV
Note: Purple wire can be moved from terminal 1 (default) to terminal 2 to give greater functionality.
16
9
FWD
10
0
11
REV
10 kOhm
Potentiometer
on Drive
2 Blue
Control
Terminals
10/6/08
1:20 PM
Page 2
1
QD SERIES INVERTERS
Section
Power Wiring: QD:VT & QD:CT PLUS
FENNER QD:VT & QD:CT PLUS CONNECTION
Drive and Motor Connection (IP20)
Motor Terminal Box Connections
Most general purpose motors are wound for operation on
dual voltage supplies. This is indicated on the nameplate of
the motor.
Each drive must
have an independent
earth connection
Earth
This operational voltage is normally selected when installing
the motor by selecting either STAR or DELTA connection.
L1
L2
STAR always gives the higher of the two voltage ratings.
L3
Typical ratings are:
To
other
drives
Isolator
DELTA (
400 / 230 (
/
)
690 / 400 (
/
)
) Connection
Contactor, MCB or Fuses
STAR (
) Connection
L1 L2 L3
Help card
RS485 Interface
RS485 Interface Configuration
IR lens
Cable
management
tie-wrap
Opitonal
Braking
Resistor
U V W + BR
Screened
cable connects to
motor frame earth
UVW
Use UL listed crimp
terminals for all power
terminal connections
M
Terminal
Torque Settings
Control
0.5 Nm
Power
1 Nm
17
QD SERIES INVERTERS
1
10/6/08
1:21 PM
Page 1
QD SERIES INVERTERS
Control Wiring: QD:E
CONTROL TERMINAL CONNECTIONS
Default Connections
Control
Terminal
Signal
1
+24V User Output
2
Digital Input 1
3
Digital Input 2
4
Digital Input 3 / Analog Input 2
5
+10V User Output
6
Analog Input 1 / Digital Input 4
7
0V
8
Analog Output / Digital Output
9
0V
10
Relay Common
11
Relay NO Contact
Control Terminal 1
+24V User Output
Control Terminal 6
Analog Input 1 or Digital Input 4
Current Limit
100mA
Analog Input Formats
As per Parameter P-16
Voltage: 0-10V
Current: 4-20mA, 0-20mA, 20-4mA
Control Terminal 2 & 3
Digital Inputs 1 & 2
Resolution
12-bit (0.025%)
Positive Logic
–
Digital Voltage Range
8 to 30V
Sample Time
8 ms
0V
Control Terminal 8
Analog Output or Digital Output
Analog Voltage Range
0 to 10V
0 to 24V
Positive Logic
8 to 30V
Sample Time
8 ms
Control Terminal 4
Digital Input 3 or Analog Input 2
Positive Logic
Digital Voltage Range 8 to 30V
Sample Time
8 ms
As per Parameter P-47
Voltage: 0-10V
Current: 4-20mA, 0-20mA, 20-4mA
Resolution
12-bit (0.025%)
Max Output Current
20mA
Control Terminal 5
+10V Output
User Relay Contacts
Current Limit
10mA
Voltage Rating
250 Vac / 30Vdc
Minimum Resistance
1k
Current Rating
6A / 5A
Contact Isolation
2.5kV
Operation of Relay
OPEN:
No AC Supply OR
Function of P-18 disabled
CLOSED:
AC Supply present &
Function of P-18 enabled
18
10/6/08
1:22 PM
Page 2
1
QD SERIES INVERTERS
Section
Control Wiring: QD:VT & QD:CT PLUS
CONTROL TERMINAL CONNECTIONS
The control terminals are defined as follows:
Control
Terminal
Signal
1
+24V, 100mA user output.
2
Digital input 1, positive logic. “Logic 1” when Vin > 8V DC
3
Digital input 2, positive logic. “Logic 1” when Vin > 8V DC
2nd digital output: 0 / 24V, 10mA max
4
2nd analog input, 11-bit (0.05%). 0..10V, 0..20mA, 4..20mA.
Digital input 3, positive logic. “Logic 1” when Vin > 8V DC.
5
+24V, 100mA reference output (for use with potentiometer).
6
Bipolar analog input, +/-12-bit (0.025%).
Configurable for: 0..24V, 0..10V, -10V...10V, -24V…24V
7
0V (User GND). Connected to terminal 9
8
Analog output, 8-bit (0.25%). 0..10V, 4..20mA.
Digital output: 0 / 24V, 20mA max
9
0V (User GND). Connected to terminal 7
10
User relay output. Potential free contacts.
30Vdc 5A, 250Vac 6A
11
User relay output. Potential free contacts.
30Vdc 5A, 250Vac 6A
Control Terminal 1
+24V User Output
Control Terminal 6
Bipolar Analog Input or Digital Input 4
Current Limit
100mA
0 to 24V, 0 to 10V, –24 to +24V,
–10 to +10V
Control Terminal 2
Digital Input 1
Resolution
+/– 12 bit (0.025%)
Positive Logic
Positive Logic
8 to 30V
8 to 30V
Sample Time
8 ms
Sample Time
8 ms
Control Terminal 3
Digital Input 1/“Drive Healthy Ouput”
(Parameter Selectable)
Control Terminals 7 & 9
0 Volts
Input Mode:
Control Terminal 8
Analog or Digital Output
Positive Logic
Analog Range
Voltage: 0 to 10V
Current: 4 to 20mA
0 or 24V
Max Output Current
20mA
8 to 30V
Sample Time
8 ms
Output Mode:
Voltage Range
24V DC
Control Terminals 10 & 11
User Relay Contacts
Current Limit
10mA
Voltage Rating
250 VAC / 30 VDC
Control Terminal 4
Digital Input 3 or Analog Input 2
Current Rating
6A / 5A
Contact Isolation
2.5kV
Function
No or NC, Parameter Selectable
Positive Logic
8 to 30V
Sample Time
8 ms
Voltage: 0 to 10V
Current: 0 to 20mA, 4 to 20mA
Resolution
11 bit (0.05%)
Control Terminal 5
+10V Output
Minimum Resistance
1k
Control Terminal Connections
The User Control terminals are available via an 11-way pluggable connector.
All terminals are galvanically isolated, allowing direct connection to other
equipment.
Do not connect mains supply voltages to any terminals other than
the User relay output. Permanent damage will otherwise result.
All other inputs will withstand up to 30V dc without damage.
The functionality of the inputs and outputs is user configurable. All operating
modes are set up via the parameter set.
Up to 100mA can be sourced from the User +24V output and up to 20mA from
the analog output.
19
QD SERIES INVERTERS
1
10/6/08
1:27 PM
Page 1
QD SERIES INVERTERS
Keypad Operation
MANAGING THE KEYPAD
The drive is configured and its operation monitored via the keypad and display.
NAVIGATE
UP
Used to increase speed in real-time
mode or to increase parameter values
in parameter edit mode.
DOWN
Used to decrease speed in real-time
mode or to decrease parameter values
in parameter edit mode.
RESET / STOP
Used to reset a tripped drive.
When in Keypad mode is used to Stop
a running drive.
START
Changing Parameters
key
The display changes to
, indicating parameter 01.
Press and release the
parameter.
key to display the value of this
Change to the required value using the
Press and hold the
real-time mode.
and
keys.
key once more to store the
key for >1s to return to
The display shows
if the drive is stopped or the
real-time information (e.g. speed) if the drive is running.
20
When in keypad mode, used to Start
a stopped drive or to reverse the
direction of rotation if bi-directional
keypad mode is enabled.
Reset Factory Default Settings
To change a parameter value press and hold the
for >1s whilst the drive displays
.
Press and release the
change.
Used to display real-time information,
to access and exit parameter edit mode
and to store parameter changes.
To reset factory default parameters, press
for >2s. The display shows
.
Press the
,
and
button to acknowledge and reset the drive.
10/6/08
1:30 PM
Page 2
1
QD SERIES INVERTERS
Section
Standard Parameters: QD:E
STANDARD PARAMETERS QD:E
Par.
Description
Range
Default
Explanation
P-01
Maximum speed
P-02 to 5*P-09 (max 500Hz)
50Hz
(60Hz)
Maximum speed limit – Hz or rpm. See P-10
P-02
Minimum speed
0 to P-01 (max 500Hz)
0Hz
Minimum speed limit – Hz or rpm. See P-10
P-03
Acceleration ramp
time
0 to 600s
5s
Acceleration ramp time from 0 to base speed (P-09) in seconds.
P-04
Deceleration ramp
time
0 to 600s
5s
Deceleration ramp time from base speed (P-09) to standstill in seconds.
When P-04=0, the deceleration ramp is set by P-24.
Setting P-04=0 also activates dynamic ramp control, where the ramp may
be extended automatically to prevent an O-Volt trip.
P-05
Stop mode select
0: Ramp stop
(brown-out ride-through)
1: Coast to stop
2: Ramp to stop (fast stop)
0
If the supply is lost and P-05=0 then the drive will try to continue running
by reducing the speed of the load using the load as a generator.
If P-05 = 2, the drive will ramp to stop using the P-24 decel ramp with
dynamic brake control when mains supply lost.
P-06
Energy Optimiser
0: Disabled
1: Enabled
0
When enabled, automatically reduces applied motor voltage on light load.
Minimum value is 50% of nominal.
P-07
Motor rated voltage
0, 20V to 250V
0, 20V to 500V
230V
400V
(460V)
Rated (nameplate) voltage of the motor (Volts).
Value limited to 250V for low voltage drives.
Setting to zero disables voltage compensation.
P-08
Motor rated current
25% -100% of drive rated current
Drive rating
Rated (nameplate) current of the motor (Amps).
P-09
Motor rated frequency
25Hz to 500Hz
50Hz
(60Hz)
Rated (nameplate) frequency of the motor.
P-10
Motor rated speed
0 to 30 000 rpm
0
When non-zero, all speed related parameters are displayed
in rpm.
P-11
Voltage boost
Size 1: 0.0 to 20.0%
Size 2: 0.0 to 15.0%
Size 3: 0.0 to 10.0%
of max output voltage.
Motor
power
dependent
Applies an adjustable boost to the voltage output at low speed to assist
with starting ‘sticky’ loads.
For continuous applications at low speed use a forced ventilated motor.
P-12
Terminal / Keypad /
MODBUS / PI
Drive Control Mode
Selection
0. Terminal control
1. Keypad control – fwd only
2. Keypad control – fwd and rev
3. MODBUS network control with
internal accel / decel ramps
4. MODBUS network control with
accel / decel ramp adjustment
5. User PI control
6. User PI control with analog input 1
summation
0
Primary Control Mode of the drive
0. Terminal control.
1. Uni-directional keypad control. Keypad START button does not
reverse direction.
2. Bi-directional keypad control. Keypad START button toggles between
forward and reverse.
3. Control via Modbus RTU (RS485) comms interface using the internal
accel / decel ramps.
4. Control via Modbus RTU (RS485) comms interface with accel / decel
ramps updated via Modbus.
5. User PI control with external feedback signal.
6. User PI control with external feedback signal and summation with
analog input 1.
P-13
Trip log
Last four trips stored
Read only
Previous 4 trips stored in order of occurrence, with the most recent first.
Press UP or DOWN to step through all four.
The most recent trip is always displayed first.
UV trip is only stored once.
Further fault event logging functions are available through parameter
group zero.
P-14
Extended menu
access
Code 0 to 9 999
0
Set to “101” (default) for extended menu access.
Change code in P-39 to prevent unauthorised access to the
Extended Parameter Set.
Note: Default parameter values for Horse Power rated drives are shown in brackets
Note: Standby mode is enabled automatically when the drive is at zero speed for > 20 seconds
21
QD SERIES INVERTERS
1
10/6/08
1:31 PM
Page 1
QD SERIES INVERTERS
Standard Parameters: QD:VT
BASIC PARAMETER SET QD:VT
Par.
Description
Range
Default
P1-01
Max speed limit (Hz or rpm)
P1-02 to 120Hz / 7,200 rpm
50Hz
P1-02
Min speed limit (Hz or rpm)
0 to P1-01
0Hz
P1-03
Accel ramp time (s)
0s … 3000s
30s
P1-04
Decel ramp time (s)
0s … 3000s
30s
P1-05
Stop mode select
0: Ramp to stop (mains ride thro)
1: Coast to stop
2: Ramp to stop (Fast-Stop mode)
0
P1-06
Energy optimizer
0: Disable
1: Enable
0
P1-07
Motor rated voltage
0V, 20V to 250V
0V, 20V to 500V
0V, 20V to 600V
230V
400V
P1-08
Motor rated current (rms)
20% to 100% of drive current rating (Amps)
Drive rating (Amps)
P1-09
25 to 120Hz
50Hz
P1-10
Motor rated speed
0 to 7,200 rpm
0
P1-11
Preset speed 1
-P1-01 (min) to P1-01 (max)
50Hz
P1-12
Terminal / Keypad control of drive
0:
1:
2:
3:
4:
0 (terminal)
P1-13
Trip log
No fault
P1-14
Extended menu access code
0 to 30000. When in default state, set to 101 to access
extended menu
0
Terminal control
Keypad control (fwd only)
Keypad control (fwd / rev toggle using start button)
Enable User PID control
Modbus network control
Note: Default parameter values for Horse Power rated drives are shown in brackets
22
10/6/08
1:31 PM
Page 2
QD SERIES INVERTERS
BASIC PARAMETER SET QD:CT PLUS
Par.
Description
Range
Default
P1-01
Max speed limit (Hz or rpm)
C Run (Enable)
P1-02 to P1-09 x 5.
Max value 2000Hz / 60,000 rpm
50Hz
P1-02
Min speed limit (Hz or rpm)
0 to P1-01
0Hz
P1-03
Accel ramp time (s)
0s … 3000s
5s
P1-04
Decel ramp time (s)
0s … 3000s
5s
P1-05
Stop mode select
0 Ramp to stop (mains ride thro)
1 Coast to stop
2 Ramp to stop (Fast-Stop mode)
0
P1-06
Energy Optimisation
(Reserved for 3GV-M)
0: Disable
1: Enable
0
P1-07
Motor rated voltage
0V, 20V to 250V
0V, 20V to 500V
0V, 20V to 600V
230V
400V
P1-08
Motor rated current (rms)
20% to 100% of drive current rating (Amps)
Drive rating (Amps)
P1-09
25 to 2000Hz
50Hz
P1-11
Preset speed 1
-P1-01 (min) to P1-01 (max)
50Hz
P1-12
Terminal / Keypad control of drive
0:
1:
2:
3:
4:
0 (terminal)
P1-13
Trip log
No fault
P1-14
Extended menu access code
0 to 30000. When in default state, set to 101 to access
extended menu
0
Terminal control
Keypad control (fwd only)
Keypad control (fwd / rev toggle using start button)
Enable User PID control
Modbus network control (Optional)
1
Section
Standard Parameters: QD:CT PLUS
QD SERIES INVERTERS
Default parameter values for Horse Power rated drives are shown in brackets
23
24 FENNER inverters
1
10/6/08
1:33 PM
Page 1
QD SERIES INVERTERS
Options for Fenner QD Range
OPTIONS
Option
Description
QBrake
Dynamic braking resistor
Input Chokes
Mains supply input chokes
3 Rout
3 relay output option
2 Rout
2 Relay output option
HVACO
2 Relay output for HVAC operation
QPort
QPort PLUS remote mounting keypad
Network Cables
RJ4S Cables and splitters
PC Connection Kit
Isolated RS485 USB Adaptor
QStick PDA/SP
Commissioning & backup software for pocket PC/PDA
QStore PLUS
Commissioning & storage software for PC
Fieldbus Gateway
DeviceNet, Profibus and Ethernet gateways
QPORT PLUS / E REMOTE KEYPAD AND DISPLAY
QPort PLUS and QPort E are intelligent devices with a
built in microcontroller.
QPort units act as the remote keypad and display for the
QDrive on the network which has the same serial address.
The physical layout and the operation of the QPort keypad
and display mimic the QD drive exactly.
Key Benefits
■ Real time keypad and display operation
mimics Fenner drive
■ Single electrical interface for power and data
■ Communicates with up to 63 drives on a network
■ Automatically connects to specified drive
■ IP54 rated when mounted on a panel
■ Bright LED display with membrane keypad
■ Parameter lock function available
■ 3m Data Cable included
QSTICK
For fast accurate repeat drive programming. Simply insert
QStick into the RJ45 slot on the face of the QD:E drive.
Key Benefits
■ Upload/download buttons allow for fast copying of
parameters between drives
■ Infra-red communications capability provides remote
control convenience
■ Can be programmed with PDA or Smart Phone
24
QD:E
•
•
•
•
•
•
•
•
QD:CT
PLUS
QD:VT
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
10/6/08
1:43 PM
Page 2
2
ELECTRIC MOTORS
Section
25 FENNER MOTORS
HIGH EFFICIENCY
ELECTRIC
ELECTRIC MOTORS
MOTORS
The Fenner FM:P Series industrial
motor range is designed to meet
today’s industrial requirements; high
efficiency, long life and value for
money.
40% LESS ENERGY LOSS
LONGER MOTOR LIFE
QUIETER OPERATION
■ EFFI premium efficiency and ECA
compliant
■ Aluminium (multimount) and cast iron
frames
■ Thermistors fitted as standard
■ 2, 4, 6 and 8 pole
■ Foot, flange and face mounted options
from stock
ELECTRIC MOTORS
s
Motor ed
c
i
r
t
c
Ele
equir
R
a
t
a
nD
Desig
P)
W or H
oles)
No. P
ired (k
u
q
e
r
pm or
r
e
(r
w
d
o
e
quir
• P
, V)
eed re
(volts
tor sp
o
M
•
supply
e
g
a
lt
/ 3ph)
ins vo
c)
s (1ph
e
• Ma
s
a
ce, et
h
p
ge, fa
er of
n
b
la
f
m
l)
,
u
(foot
• N
ertica
tal / v
g type
n
o
in
t
iz
n
r
u
n (ho
• Mo
positio
unting
o
er)
M
•
Numb
ize
re (IP
u
s
tc)
lo
c
ame s
.O.L. e
• En
ired fr
u
q
e
r
elta, D
/
D
g
,
r
in
a
t
t
)
ing (S
• Exis
st iron
f start
m / ca
thod o
iu
e
in
M
lum
•
tion (a
ed
nstruc
requir
• Co
atures
e
f
l
ia
ec
• Sp
Page
Selection
26
28
Performance Data
29
Aluminium Series Dimensions
33
Cast Iron Series Dimensions
36
Permissible Radial Loads
39
Permissible Axial Loads
40
Electrical Connections
41
Replacement Parts
42
Base Plates & Slide Rails
44
Terms & Conditions
47
25
26-27 FENNER MOTORS
2
10/6/08
1:44 PM
Page 1
ELECTRIC MOTORS
Buying a High Efficiency
High Efficiency Motors offer other
benefits. Because they are constructed
with improved manufacturing techniques
and superior materials, they have
higher service factors, longer insulation
and bearing lives, lower waste heat
output, and less vibration, all of which
increase reliability.
WHY IS IMPROVING MOTOR
EFFICIENCY IMPORTANT?
Over 60% of all electrical energy
consumed by industry in the UK is
used by electric motors.
Improving the efficiency of electric
motors and the equipment they drive
can save energy, reduce operating
costs, and improve our nation’s
productivity.
Energy efficiency should be a major
consideration when you purchase
or rewind a motor. The annual energy
cost of running a motor is usually many
times greater than its initial purchase
price. For example over a period of
10 years a motor will cost in energy
100 times more than its purchase price.
WHAT IS A HIGH EFFICIENCY
MOTOR?
Motor efficiency is the ratio of
mechanical power output to the
electrical power input, usually
expressed as a percentage.
Considerable variation exists between
the performance of standard, energy
efficient and High Efficiency Motors
(see Figure 1). Improved design,
materials, and manufacturing
techniques enable High Efficiency
Motors to accomplish more work
per unit of electricity consumed.
WHAT EFFICIENCY VALUES
SHOULD I USE WHEN
COMPARING MOTORS?
The European Efficiency Labelling
Scheme to designate energy efficiency
classes for low voltage AC motors
has been in operation since 1999. This
scheme is an important element of the
European efforts to improve energy
efficiency and thus reduce CO2
emissions.
It was designed to simplify and make
more visible the users understanding
and choice of electric motor efficiencies
available.
It establishes three efficiency bands
or classes (Eff1, Eff2 and Eff3)
for standard TEFV 2 and 4 pole motors
in the power range 1.1 to 90kW (see
Figure 1).
An Eff1 motor reduces energy losses
by up to 40%, this means that if a
15kW motor is operating for 6000 hours
per year, savings of nearly 4 MWh per
year can be made.
Motors are labelled accordingly on
rating plates and in the technical data
tables in manufactures’ catalogues,
where for each motor output power
efficiency values at 3⁄4 and full load
should be given. The minimum
efficiency levels for Eff1 and Eff2 are
given in the tables opposite and the
graph below.
ELECTRIC MOTOR EFFICIENCY LABELLING
The European agreement to
ensure that the efficiency levels
of electric motors are clearly
displayed.
It establishes 3 classes, the
highest of which, Eff1, applies
to premium efficiency motors
(HEM). Eff2 class is for standard
efficiency motors while Eff3 are
for low efficiency motors. The
specified efficiency levels are
shown in the graph.
26
Figure 1
Electric Motor
2 POLE
Efficiency %
Motor
Power
kw
Eff1
Eff2
Equal to or Above
1.1
82.8
76.2
1.5
84.1
78.5
2.2
85.6
81.0
3
86.7
82.6
4
87.6
84.2
5.5
88.6
85.7
7.5
89.5
87.0
11
90.5
88.4
15
91.3
89.4
18.5
91.8
90.0
22
92.2
90.5
30
92.9
91.4
37
93.3
92.0
45
93.7
92.5
55
94.0
93.0
75
94.6
93.6
90
95.0
93.9
4 POLE
Min Efficiency %
Motor
Power
kw
Eff1
1.1
83.8
76.2
1.5
85.0
78.5
2.2
86.4
81.0
3
87.4
82.6
Eff2
Equal to or Above
4
88.3
84.2
5.5
89.2
85.7
7.5
90.1
87.0
11
91.0
88.4
15
91.8
89.4
18.5
92.2
90.0
22
92.6
90.5
30
93.2
91.4
37
93.6
92.0
45
93.9
92.5
55
94.2
93.0
75
94.7
93.6
90
95.0
93.9
1:45 PM
Page 2
ELECTRIC MOTORS
Selection
SELECTION PROCEDURE
The output powers published
overleaf are based upon continuous
maximum rating conditions. Therefore
design factors for above average
running periods do not normally affect
the selection.These ratings assume
a normal operating condition at an
ambient temperature not exceeding
40°C at an altitude below 1000 metres.
Correction factors for other conditions
are given below.
Permitted Frequency of Starts
When a motor is stopped and restarted
too frequently, overheating will occur.
Specific results depend upon the
relative inertia of the motor and of the
driven machine so it is not possible to
publish meaningful figures. If in doubt
contact your local Fenner authorised
distributor.
Noise and Vibration
The FM:P range of motors comply with
international recommendations relating
to maximum permitted noise levels. All
rotors are dynamically balanced, with a
key fitted, in order to ensure that
vibration levels do not exceed class N,
ISO 2373.
Mounting Ratings for Ambient
Temperature & Altitude
Power available as % of published
figure at following altitudes (metres)
Below
Ambient
Temp °C
1000
1500
2000
2500
3000
3500
25
100
100
100
100
100
100
100
40
100
97.0
94.5
92.0
89.0
86.5
83.5
45
96.5
93.5
91.0
89.0
86.0
83.5
80.5
50
93.0
90.0
88.0
85.5
83.0
80.5
77.5
55
90.0
87.5
85.0
83.0
80.0
78.0
75.0
60
86.5
84.0
82.0
79.5
77.0
75.0
72.0
4000
Starting torque and nominal torque
MS : The starting torque is the
mechanical torque developed by the
motor with the rotor locked.
MN : The nominal torque is the
mechanical torque that the motor is
developing when it is giving its
nominal power and speed.
Fenner High Eficiency Motors
Specification
■
Class F Insulation
Class F insulation with class B
temperature rise.
■ IC 411 Cooling
Surface cooled to IC 411 according
to IEC 34-6.
■
IP55 Protection
Protected to IEC 34-5 for IP code
and achieves an IP55 classification.
■
Motor Frame
Manufactured in high strength
aluminium up to 132 frame and high
grade cast iron 160 frame and above.
■
Stator
Constructed from high grade
electrical steel laminations.
■
Rotor
Dynamically balanced squirrel cage
rotor is made from cast aluminium
shrunk onto the shaft.
■
Bearings and Seals
Deep groove ball bearings with
shields are normally used. Larger
frames use NU roller bearings on
drive end.
■
Warranty and Support
The comprehensive 12 month
warranty is complemented by the
full technical support from your local
authorised distributor.
Starting current and nominal current
I N : The nominal current is the
current that the motor is
developing at nominal power and
nominal voltage.
I S : The starting current is the
current that the motor is developing
when the rotor is locked.
Bearing Life
Bearing life depends on factors such
as bearing load, rotation, speed, and
operating temperature of the bearing.
Standard electric motors are fitted
with bearings of sufficient capacity
for normal overhung or axial loads. If
bearing capacity is in doubt consult your
supplier with full application details.
Mounting Positions
Although motors are normally stocked
in either the B3 or B5 assembly
format, it is in most cases possible to
mount them in any of the alternative
mounting arrangements shown in the
motor mounting arrangements table
without further modification, but it is
essential that the actual mounting is
specified at the time of order.
2
Section
10/6/08
Motor bearings are charged with grease suited for
ambient temperatures in the range – 30°C to 55°C.
Mounting Positions
Motor Mounting Arrangements
To IEC 34-7 code 1 and code 11 shown
27
ELECTRIC MOTORS
26-27 FENNER MOTORS
28 FENNER MOTORS.qxd
2
10/6/08
1:47 PM
Page 1
ELECTRIC MOTORS
All Fenner electric motors are identified
by a product code number. This
consists of an eight digit code
depending on the motor material, frame
size, mounting, speed and power.
FIFTH DIGIT:
Mounting type
Code
Mounting
SEVENTH & EIGHTH DIGITS:
Rated output power
Description
Code
kW
Code
kW
75
1
B3
Foot mounted
01
0.06
32
These codes should be included on all
enquiries, correspondence and orders.
2
B5
Flange mounted
02
0.09
33
90
3
B35
Foot & Flange
mounted
03
0.12
34
110
04
0.18
35
132
FIRST THREE DIGITS:
Motor material and efficiency
4
B14
Face mounted
05
0.25
36
150
5
B34
Foot & Face mounted
06
0.37
37
160
6
B14B
DIN standard
Face mounted
07
0.55
38
180
08
0.75
39
185
Foot & DIN standard
Face mounted
09
1.1
40
200
10
1.3
41
225
11
1.4
42
250
12
1.5
43
280
13
1.8
44
315
14
2.0
45
355
15
2.2
46
400
16
3.0
47
450
17
3.7
48
500
18
3.8
49
560
19
4.0
50
630
20
5.5
51
710
21
7.2
52
750
22
7.5
53
800
23
9.0
54
815
24
11.0
55
850
25
15.0
56
900
18.5
57
1000
Code
Range
Material
170
Standard Efficiency
Aluminium
171
Standard Efficiency
Cast Iron
172
Premium Efficiency
Aluminium
173
Premium Efficiency
Cast Iron
7
B34B
SIXTH DIGIT:
Nominal output speed
FOURTH DIGIT:
Frame size
Code
Frame
A
56
B
63
C
71
D
80
E
90
F
100
G
112
H
132
J
160
Code
Poles
Nominal Speed
2
2
3000
4
4
1500
6
6
1000
8
8
750
1
10
600
3
12
500
K
180
26
L
200
27
22.0
58
1120
M
225
28
30.0
59
1200
N
250
29
37.0
60
1250
P
280
30
45.0
61
1400
R
315
31
55.0
–
–
S
355
T
400
U
450
V
500
W
560
28
Italics indicate non-standard
1:48 PM
Page 1
2
ELECTRIC MOTORS
Performance Data - 2 Pole
FM:P Series - 2 Pole - 3000 rpm
230/400V - 50Hz
400/690V - 50Hz
Fitted with thermistors as standard, NU bearings on all cast iron motors
Frame
Product
Frame
Size
Code
Material
Rated
Rated Current
Output 380V
400V 420V
Power
lu
lN
PN
A
A
lo
A
kW
Full
Full
Load
Load
Efficiency
Frame Size EN600034 (IEC-DIN)
Starting Starting
Pull
Sound
Moment
Load Current Torque
Full
Out
Pressure
of
Foot
Level
Inertia
Mounted
dB9(A)
J=1⁄4GD2
kg
Speed Power 100% 75% Torque
ls/ln
η%
A
n full load
Factor
rpm
cos
η%
ϕ
MN
Ms/Mn Torque
MK/MN
Nm
Weight
kgm2
# 56K
170A*202 Aluminium
0.09
0.32
0.30
0.29
2695
0.69
67.5
64.0
0.32
3.9
3.0
3.0
50
0.00005
3.2
# 56G
170A*203 Aluminium
0.12
0.40
0.38
0.36
2700
0.70
68.8
67.2
0.43
3.9
2.7
3.2
50
0.00006
3.4
# 63K
170B*204 Aluminium
0.18
0.59
0.56
0.53
2530
0.71
68.1
69.7
0.68
3.1
2.0
2.7
50
0.00016
3.9
# 63G
170B*205 Aluminium
0.25
0.78
0.74
0.70
2585
0.72
71.4
72.4
0.93
4.1
3.0
3.2
50
0.00018
4.4
# 71K
170C*206 Aluminium
0.37
1.02
0.97
0.92
2805
0.82
71.2
70.2
1.26
5.7
3.5
3.2
54
0.00033
6.2
# 71G
170C*207 Aluminium
0.55
1.39
1.32
1.26
2820
0.81
78.5
77.6
1.87
6.3
3.4
3.5
54
0.00046
6.3
# 80K
170D*208 Aluminium
0.75
1.88
1.79
1.70
2875
0.79
78.8
77.0
2.50
6.9
3.3
3.5
57
0.00085
8.3
• 80G
172D*209 Aluminium
1.1
2.36
2.24
2.13
2875
0.86
83.8
84.7
3.66
7.4
2.9
3.3
55
0.00130
9.9
• 90S
172E*212 Aluminium
1.5
3.25
3.09
2.94
2875
0.83
84.4
84.7
4.99
6.6
2.9
3.1
60
0.00185
13.7
• 90L
172E*215 Aluminium
2.2
4.45
4.23
4.03
2860
0.88
85.6
86.7
7.35
6.4
3.0
3.2
60
0.00215
15.4
• 100L
172F*216 Aluminium
3.0
5.83
5.54
5.28
2870
0.90
86.8
88.2
9.99
7.8
2.7
3.5
64
0.00425
22.5
• 112M
172G*219 Aluminium
4.0
7.69
7.31
6.96
2875
0.90
87.6
88.8
13.3
7.1
1.9
3.3
65
0.00650
28.5
• 132S
172H*220 Aluminium
5.5
10.5
10.0
9.52
2925
0.89
90.3
90.8
18.0
7.8
2.3
3.5
68
0.01456
44.0
• 132Sx
172H*222 Aluminium
7.5
14.0
13.3
12.7
2925
0.91
90.8
91.2
24.5
7.0
1.8
3.2
68
0.01565
49.0
• 160M
173J*224 Cast Iron
11.0
20.6
19.6
18.7
2935
0.90
92.0
92.1
35.8
8.1
2.1
3.2
74
0.05490
113
• 160Mx 173J*225 Cast Iron
15.0
27.2
25.8
24.6
2935
0.92
92.5
92.7
48.9
8.6
2.5
3.6
74
0.06350
123
• 160L
18.5
33.9
32.2
30.7
2940
0.90
92.6
92.7
60.1
8.5
2.6
3.5
74
0.07250
141
173J*226 Cast Iron
• 180M
173K*227 Cast Iron
22.0
39.4
37.4
35.6
2950
0.92
93.1
92.8
71.3
7.9
2.6
3.3
77
0.10250
180
• 200L
173L*228 Cast Iron
30.0
53.9
51.2
48.8
2950
0.91
93.7
93.7
97.2
8.1
2.4
3.2
79
0.17300
232
• 200Lx
173L*229 Cast Iron
37.0
66.2
62.9
59.9
2950
0.91
93.9
93.7
120
7.8
2.1
3.0
79
0.19500
246
• 225M
173M*230 Cast Iron
45.0
80.5
76.5
72.9
2965
0.91
94.4
94.2
145
8.0
2.5
3.4
79
0.32500
315
• 250M
173N*231 Cast Iron
55.0
98.7
93.8
89.3
2970
0.90
95.0
94.9
177
8.0
2.1
3.3
80
0.39500
390
• 280S
173P*232 Cast Iron
75.0
132
125
119
2975
0.91
95.0
94.9
241
7.4
2.2
3.2
81
0.68300
540
• 280M
173P*233 Cast Iron
90.0
157
149
142
2980
0.92
95.6
95.3
289
7.2
2.2
3.4
82
0.76500
570
• 315S
173R*234 Cast Iron
110
196
186
177
2975
0.90
95.0
94.9
354
6.5
1.8
2.9
84
1.55800
960
• 315M
173R*235 Cast Iron
132
231
219
209
2975
0.91
95.4
95.3
424
6.1
1.8
2.7
84
1.72600
1010
315L
173R*237 Cast Iron
160
278
264
251
2980
0.92
95.4
95.3
513
7.1
2.0
3.2
85
1.94100
1120
• 315Lx
173R*240 Cast Iron
200
345
328
312
2980
0.92
96.0
95.9
641
6.9
1.9
3.1
85
2.21200
1200
• 355M
173S*242 Cast Iron
250
440
418
398
2985
0.90
95.9
95.8
800
7.0
1.9
2.9
88
3.84900
1760
• 355L
173S*243 Cast Iron
280
491
466
444
2985
0.90
96.3
96.2
896
5.6
1.4
2.4
88
3.94900
1940
• 355Lx
173S*244 Cast Iron
315
546
519
494
2985
0.91
96.4
96.3
1008
7.6
1.7
3.3
88
3.99500
2000
400M
173S*245 Cast Iron
355
624
593
565
2990
0.90
96.1
96.0
1134
7.7
1.4
2.2
88
7.80000
2950
400Mx 173T*246 Cast Iron
400
702
667
635
2990
0.90
96.2
96.1
1278
7.8
1.5
2.7
92
8.30000
3200
400My 173T*247 Cast Iron
450
789
750
714
2990
0.90
96.3
96.2
1438
7.7
1.3
2.5
92
8.95000
3340
400L
500
866
823
784
2990
0.91
96.4
96.3
1597
7.5
1.3
2.6
92
9.95000
3450
173T*248 Cast Iron
Section
10/6/08
ELECTRIC MOTORS
* Replace * in Part number with desired mounting configuration (1=B3 / 2=B5 / 3=B35 / 4=B14 / 5=B34)
• Indicates that this motor is ECA compliant # Indicates no thermistors fitted
Motors in the range of 1.1 - 90kW exceed CEMEP EFF1 minimum efficiency levels
All technical details are based on 400V/50Hz
Motors from 110 to 400kW exceed the minimum efficiency levels stipulated by WIMES specifications
29
30-31 FENNER MOTORS.qxd
2
10/6/08
1:49 PM
Page 1
ELECTRIC MOTORS
230/400V - 50Hz
400/690V - 50Hz
Frame
Product
Frame
Size
Code
Material
Rated
Rated Current
Output 380V
400V 420V
Power
lu
lN
PN
A
A
lo
A
kW
# 56G
170A*402 Aluminium
0.09
0.40
0.38
0.36
Full
Full
Load
Load
Efficiency
Starting Starting
Pull
Sound
Moment
Load Current Torque
Full
Out
Pressure
of
Foot
Level
Inertia
Mounted
dB9(A)
J=1⁄4GD2
kg
ls/ln
η%
A
n full load
Factor
η%
ϕ
rpm
cos
1340
0.63
MN
Ms/Mn Torque
MK/MN
Nm
59.1
55.8
0.65
Weight
kgm2
3.0
2.6
3.2
45
0.00010
3.4
# 63K
170B*403 Aluminium
0.12
0.55
0.52
0.50
1355
0.64
57.1
53.1
0.85
2.9
2.2
3.0
45
0.00032
3.5
# 63G
170B*404 Aluminium
0.18
0.76
0.72
0.69
1215
0.69
57.3
53.6
1.42
2.7
3.0
2.6
45
0.00039
4.0
# 71 K
170C*405 Aluminium
0.25
0.79
0.75
0.71
1400
0.73
69.4
67.3
1.71
4.6
2.8
3.1
46
0.00063
6.1
# 71G
170C*406 Aluminium
0.37
1.07
1.02
0.97
1395
0.73
71.1
70.5
2.54
5.0
3.2
3.4
46
0.00071
6.7
# 80K
170D*407 Aluminium
0.55
1.53
1.45
1.38
1400
0.74
76.5
75.2
3.76
4.8
2.6
2.9
47
0.00131
8.9
# 80G
170D*408 Aluminium
0.75
2.12
2.01
1.91
1370
0.73
75.2
72.6
5.23
5.2
2.5
2.7
47
0.00148
9.6
• 90S
172E*409 Aluminium
1.1
2.51
2.38
2.27
1420
0.80
83.8
84.3
7.40
5.5
2.5
2.5
49
0.00232
13.8
• 90L
172E*412 Aluminium
1.5
3.36
3.19
3.04
1420
0.80
85.1
85.7
10.1
6.4
1.9
3.0
49
0.00312
16.5
• 100L
172F*415 Aluminium
2.2
4.77
4.53
4.31
1440
0.81
86.5
86.9
14.6
6.4
2.1
2.9
48
0.00779
21.5
• 100Lx
172F*416 Aluminium
3.0
6.47
6.15
5.86
1460
0.81
87.7
87.7
19.6
7.2
2.7
3.1
49
0.00865
25.3
• 112M
172G*419 Aluminium
4.0
8.11
7.7
7.33
1445
0.85
88.7
89.3
26.4
7.0
2.2
3.1
49
0.01185
32.0
• 132S
172H*420 Aluminium
5.5
11.2
10.6
10.1
1455
0.84
89.2
89.9
36.1
7.6
2.0
3.3
52
0.03301
47.0
• 132M
172H*422 Aluminium
7.5
14.6
13.9
13.2
1460
0.87
90.1
90.8
49.1
8.4
2.2
3.1
54
0.04121
58.0
• 160M
172J*424 Cast Iron
11.0
21.4
20.3
19.3
1460
0.86
91.9
92.3
72.0
7.4
1.9
2.8
54
0.10520
125
• 160L
172J*425 Cast Iron
15.0
28.6
27.2
25.9
1460
0.87
92.6
92.7
98.2
7.6
2.0
2.9
59
0.11230
146
• 180M
173K*426 Cast Iron
18.5
35.1
33.3
31.7
1470
0.87
93.2
93.3
121
7.2
2.0
2.9
59
0.16590
179
• 180L
173K*427 Cast Iron
22.0
41.6
39.5
37.6
1470
0.87
93.4
93.7
143
7.1
1.9
2.9
61
0.18650
195
• 200L
173L*428 Cast Iron
30.0
55.5
52.7
50.2
1470
0.88
93.9
94.1
195
7.2
2.2
3.0
62
0.30200
248
• 225S
173M*429 Cast Iron
37.0
69.2
65.7
62.6
1480
0.87
94.3
94.4
239
6.9
2.0
2.9
63
0.53800
304
• 225M
173M*430 Cast Iron
45.0
83.5
79.3
75.5
1480
0.87
94.6
94.8
291
7.3
2.2
3.0
67
0.63500
337
• 250M
173N*431 Cast Iron
55.0
101
95.6
91.0
1480
0.88
94.9
95
355
7.5
2.3
3.1
67
0.78500
395
• 280S
173P*432 Cast Iron
75.0
135
128
122
1485
0.89
95.4
95.4
483
6.6
1.9
3.0
69
1.55200
600
• 280M
173P*433 Cast Iron
90.0
161
153
146
1485
0.89
95.6
95.7
579
7.3
2.3
3.1
72
1.86500
660
• 315S
173R*434 Cast Iron
110
202
192
183
1485
0.87
95.1
95
708
6.0
1.8
2.7
72
3.48000
960
• 315M
173R*435 Cast Iron
132
241
229
218
1485
0.89
95.5
95.4
849
5.9
1.8
2.6
75
3.67800
1040
315L
173R*437 Cast Iron
160
279
265
252
1485
0.91
95.7
95.6
1029
5.8
1.8
2.7
75
4.47200
1140
• 315Lx
173R*440 Cast Iron
200
358
340
324
1485
0.89
95.8
95.7
1287
6.2
2.0
2.8
77
4.85600
1250
• 355M
173S*442 Cast Iron
250
440
418
398
1490
0.90
96.0
95.9
1603
6.4
2.7
3.0
77
7.36400
1795
• 355L
173S*443 Cast Iron
280
497
472
450
1490
0.89
96.3
96.2
1795
6.9
2.5
3.1
77
8.01400
1920
• 355Lx
173S*444 Cast Iron
315
552
524
499
1490
0.90
96.4
96.3
2019
7.7
2.2
3.1
81
9.10000
2050
400M
173S*445 Cast Iron
355
709
674
642
1490
0.89
96.3
96.2
2564
6.6
1.2
2.7
81
15.2500
3150
• 400Mx 173T*446 Cast Iron
400
787
748
712
1490
0.90
96.5
96.4
2885
6.8
1.3
3.0
84
15.4500
3300
400L
173T*447 Cast Iron
450
883
839
799
1490
0.89
96.7
96.6
3205
6.4
1.1
2.7
84
18.7500
3460
400Lx
173T*448 Cast Iron
500
988
939
894
1490
0.89
96.8
96.7
3590
7.6
1.6
3.5
86
19.8500
3580
Motors in the range of 1.1 - 90kW exceed CEMEP EFF1 minimum efficiency levels
Motors from 110 to 400kW exceed the minimum efficiency levels stipulated by WIMES specifications
30
1:53 PM
Page 2
2
ELECTRIC MOTORS
230/400V - 50Hz
400/690V - 50Hz
Frame
Product
Frame
Size
Code
Material
Rated
Rated Current
Output 380V
400V 420V
Power
lu
lN
PN
A
A
lo
A
kW
Full
Full
Load
Load
Efficiency
Starting Starting
Pull
Sound
Moment
Load Current Torque
Full
Out
Pressure
of
Foot
Level
Inertia
Mounted
dB9(A)
J=1⁄4GD2
kg
ls/ln
η%
A
n full load
Factor
rpm
cos
η%
ϕ
Section
10/6/08
MN
Ms/Mn Torque
MK/MN
Nm
Weight
kgm2
# 71K
170C*604 Aluminium
0.18
0.65
0.62
0.59
915
0.67
65.4
63.9
1.88
3.8
2.3
3.1
45
0.00091
6.4
# 71G
170C*605 Aluminium
0.25
0.94
0.89
0.85
915
0.66
64.3
60.8
2.61
3.6
2.6
4.3
45
0.00110
6.5
# 80K
170D*606 Aluminium
0.37
1.28
1.22
1.16
915
0.71
65.7
63.5
3.87
3.6
2.1
2.8
46
0.00152
8.5
# 80G
170D*607 Aluminium
0.55
1.84
1.75
1.67
895
0.72
66.5
66.3
5.87
3.4
2.1
2.6
46
0.00194
9.2
# 90S
170E*608 Aluminium
0.75
2.47
2.35
2.24
920
0.69
70.0
68.9
7.79
3.9
2.3
2.7
48
0.00297
12.0
# 90L
170E*609 Aluminium
1.1
3.32
3.15
3.00
915
0.71
73.8
73.7
11.5
4.1
2.4
2.8
48
0.00392
14.0
# 100L
170F*612 Aluminium
1.5
4.15
3.94
3.75
925
0.72
78.4
79.0
15.5
4.8
2.3
2.7
52
0.00745
19.5
# 112M
170G*615 Aluminium
2.2
5.51
5.23
4.98
940
0.77
80.9
81.5
22.4
5.1
1.9
2.6
54
0.01324
28.0
# 132S
170H*616 Aluminium
3.0
7.51
7.13
6.79
960
0.76
81.8
81.2
29.9
6.2
1.9
3.4
57
0.02821
38.0
# 132M
170H*619 Aluminium
4.0
9.41
8.94
8.51
965
0.78
84.5
84.2
39.6
6.9
1.8
3.7
57
0.03716
45.0
# 132Mx 170H*620 Aluminium
5.5
12.9
12.2
11.6
965
0.78
85.0
84.5
54.4
7.4
1.9
3.8
57
0.04889
54.0
• 160M
173J*622 Cast Iron
7.5
16.3
15.5
14.8
970
0.79
89.0
88.7
73.9
6.6
1.7
3.0
59
0.12120
114
• 160L
173J*624 Cast Iron
11.0
22.6
21.5
20.5
970
0.83
89.0
88.7
109
6.6
1.7
2.7
59
0.14520
135
• 180L
173K*625 Cast Iron
15.0
30.4
28.9
27.5
975
0.83
90.0
89.7
147
6.9
2.4
2.7
59
0.22850
185
• 200L
173L*626 Cast Iron
18.5
37.3
35.4
33.7
980
0.84
90.0
89.7
181
6.8
2.1
2.8
63
0.34200
252
• 200Lx
173L*627 Cast Iron
22.0
43.2
41.0
39.0
980
0.85
91.5
91.2
215
6.8
1.9
2.7
63
0.38600
310
• 225M
173M*628 Cast Iron
30.0
58.9
56.0
53.3
980
0.84
92.0
91.7
293
6.7
1.8
2.5
63
0.62500
303
• 250M
173N*629 Cast Iron
37.0
68.7
65.3
62.2
980
0.88
93.0
92.7
361
6.9
2.0
2.8
64
0.98500
405
• 280S
173P*630 Cast Iron
45.0
83.4
79.2
75.4
985
0.88
93.4
93.1
437
6.6
1.8
2.6
66
1.73200
465
• 280M
173P*631 Cast Iron
55.0
100
95.2
90.7
985
0.89
93.8
93.5
534
6.7
1.9
2.6
66
1.96500
540
• 315S
173R*632 Cast Iron
75.0
141
134
128
985
0.86
94.3
94.0
728
6.2
1.6
2.5
68
3.72300
900
• 315M
173R*633 Cast Iron
90.0
172
163
155
985
0.85
94.5
94.2
873
6.3
1.8
2.5
68
4.52600
980
• 315L
173R*634 Cast Iron
110
203
193
184
985
0.87
94.8
94.5
1067
6.1
1.7
2.4
69
5.15700
1160
• 315Lx
173R*635 Cast Iron
132
242
230
219
985
0.87
95.0
94.7
1280
6.2
1.8
2.4
69
5.68500
1210
• 355M
173S*637 Cast Iron
160
283
269
256
990
0.90
95.5
95.2
1544
7.3
2.0
3.1
70
9.57000
1770
• 355Mx 173S*638 Cast Iron
180
315
299
285
990
0.91
95.6
95.3
1737
7.2
1.5
2.9
71
9.89000
1870
• 355My 173S*640 Cast Iron
200
354
336
320
990
0.90
95.5
95.2
1930
7.2
1.8
3.0
71
11.1000
1900
355L
173S*641 Cast Iron
225
397
377
359
990
0.90
95.7
95.4
2171
7.0
1.5
2.9
71
11.3000
1980
• 355Lx
173S*642 Cast Iron
250
441
419
399
990
0.90
95.9
95.6
2412
7.3
1.7
3.0
71
11.8000
2150
• 355Ly
173S*643 Cast Iron
280
504
479
456
990
0.88
96.0
95.7
2702
6.8
2.0
2.8
71
12.9000
2200
• 400M
173T*644 Cast Iron
315
566
538
512
990
0.88
96.1
95.8
3039
6.8
1.2
2.8
74
21.5500
3560
400Mx 173T*645 Cast Iron
355
637
605
576
995
0.88
96.2
95.9
3408
6.9
1.0
2.9
74
23.8500
3700
400L
173T*646 Cast Iron
400
718
682
650
995
0.88
96.3
96.0
3840
7.5
1.3
3.1
74
26.7500
3830
400Lx
173T*647 Cast Iron
450
806
766
730
995
0.88
96.4
96.1
4320
6.5
0.9
2.9
74
29.1500
3900
400Ly
173T*648 Cast Iron
500
895
850
810
995
0.88
96.5
96.2
4799
7.6
1.5
3.4
74
31.7500
3995
Motors from 5.5 to 315kW exceed efficiency levels stipulated by WIMES specifications
31
ELECTRIC MOTORS
30-31 FENNER MOTORS.qxd
2
10/6/08
2:29 PM
Page 1
ELECTRIC MOTORS
230/400V - 50Hz
400/690V - 50Hz
Frame
Product
Frame
Size
Code
Material
Rated
Rated Current
Output 380V
400V 420V
Power
lu
lN
PN
A
A
lo
A
kW
Full
Full
Load
Load
Efficiency
Starting Starting
Pull
Sound
Moment
Load Current Torque
Full
Out
Pressure
of
Foot
Level
Inertia
Mounted
dB9(A)
J=1⁄4GD2
kg
ls/ln
η%
A
n full load
Factor
rpm
cos
η%
ϕ
MN
Ms/Mn Torque
MK/MN
Nm
Weight
kgm2
# 80K
170D*804 Aluminium
0.18
0.91
0.86
0.82
700
0.58
56.9
52.8
2.46
3.0
2.6
3.2
42
0.00173
8.3
# 80G
170D*805 Aluminium
0.25
1.17
1.11
1.06
695
0.59
59.6
55.8
3.44
3.1
2.5
3.1
42
0.00204
9.0
# 90S
170E*806 Aluminium
0.37
1.60
1.52
1.45
695
0.58
64.5
61.1
5.09
3.4
2.6
3.1
44
0.00343
12.0
# 90L
170E*807 Aluminium
0.55
2.27
2.16
2.06
690
0.59
66.1
63.7
7.62
3.4
2.3
3.1
44
0.00425
15.0
# 100L
170F*808 Aluminium
0.75
2.53
2.40
2.29
700
0.67
70.4
67.3
10.2
3.9
2.3
2.9
45
0.00598
19.0
# 100Lx
170F*809 Aluminium
1.1
3.24
3.08
2.93
705
0.71
75.3
73.5
14.9
4.0
2.1
2.6
45
0.00745
22.0
# 112M
170G*812 Aluminium
1.5
4.57
4.34
4.13
700
0.68
76.0
75.1
20.5
4.2
2.2
2.7
48
0.01326
29.0
# 132S
170H*815 Aluminium
2.2
5.80
5.51
5.25
705
0.74
80.2
80.5
29.8
5.0
2.1
2.7
50
0.02903
39.0
# 132M
170H*816 Aluminium
3.0
7.38
7.01
6.68
710
0.77
82.3
83.3
40.4
5.2
1.9
2.8
51
0.03828
45.0
173J*819 Cast Iron
4.0
9.37
8.90
8.48
725
0.76
85.0
84.4
52.7
5.2
1.8
2.6
54
0.08890
106
• 160Mx 173J*820 Cast Iron
160M
5.5
13.1
12.4
11.8
730
0.75
86.0
85.4
72.0
6.4
2.3
3.2
54
0.09580
128
• 160L
173J*822 Cast Iron
7.5
16.5
15.7
15.0
730
0.78
89.0
88.3
98.2
6.1
2.0
2.8
55
0.10210
141
• 180L
173K*824 Cast Iron
11.0
24.4
23.2
22.1
725
0.77
89.0
88.3
145
6.6
2.2
2.6
57
0.22750
185
• 200L
173L*825 Cast Iron
15.0
33.4
31.7
30.2
735
0.76
90.0
89.3
195
6.5
2.0
2.6
58
0.39500
250
• 225S
173M*826 Cast Iron
18.5
41.1
39.0
37.1
730
0.76
90.0
89.3
243
6.9
2.1
2.7
60
0.60300
396
• 225M
173M*827 Cast Iron
22.0
45.8
43.5
41.4
730
0.80
91.5
90.8
288
7.1
2.0
2.7
60
0.69800
346
• 250M
173N*828 Cast Iron
30.0
61.6
58.5
55.7
735
0.81
92.0
91.3
390
6.1
1.9
2.7
62
0.98300
420
• 280S
173P*829 Cast Iron
37.0
74.2
70.5
67.1
735
0.81
93.0
92.3
481
5.8
1.9
2.4
63
1.85700
475
• 280M
173P*830 Cast Iron
45.0
91.7
87.1
83.0
735
0.80
93.4
92.7
585
6.0
2.0
2.5
63
1.99800
555
• 315S
173R*831 Cast Iron
55.0
111
105
100
740
0.81
93.8
93.1
710
5.3
1.5
2.4
64
4.95900
945
• 315M
173R*832 Cast Iron
75.0
147
140
133
740
0.82
94.3
93.6
968
6.3
1.8
2.5
64
5.82500
1025
• 315L
173R*833 Cast Iron
90.0
177
168
160
740
0.82
94.5
93.8
1162
6.4
1.9
2.6
65
6.75300
1100
• 315Lx
173R*834 Cast Iron
110
215
204
194
740
0.82
94.8
94.1
1420
6.1
1.8
2.5
65
7.35200
1200
• 355M
173S*835 Cast Iron
132
251
238
227
745
0.84
95.0
94.3
1693
6.8
1.7
2.9
70
12.9400
1890
355Mx 173S*837 Cast Iron
160
297
282
269
745
0.86
95.5
94.8
2052
5.8
1.4
2.6
70
13.3200
1970
• 355L
173S*838 Cast Iron
180
337
320
305
745
0.85
95.6
94.9
2308
6.2
1.5
2.8
71
14.0000
2040
• 355Lx
173S*840 Cast Iron
200
393
373
355
745
0.81
95.6
94.9
2564
6.1
1.9
2.4
71
14.9000
2150
• 400M
173T*842 Cast Iron
250
483
459
437
745
0.82
95.9
95.2
3205
7.1
1.2
3.2
71
27.7500
3000
• 400Mx 173T*843 Cast Iron
280
535
508
484
745
0.83
96.0
95.3
3590
6.7
1.2
3.1
71
29.2500
3100
• 400L
173T*844 Cast Iron
315
608
578
550
745
0.82
96.0
95.3
4038
6.7
1.1
3.0
73
30.9500
3250
400Lx
173T*845 Cast Iron
355
676
642
611
745
0.83
96.2
95.5
4551
6.0
1.0
2.8
73
32.7500
3400
400Ly
173T*846 Cast Iron
400
761
723
689
745
0.83
96.3
95.6
5128
5.9
0.9
2.8
73
34.5500
3600
Motors from 5.5 to 315kW exceed the efficiency levels stipulated by WIMES specifications
32
10/6/08
1:57 PM
Page 1
2
ELECTRIC MOTORS
Aluminium Series Dimensions: B3 Mounting
L
Section
33 FENNER MOTORS
Y
X
Z
LD
ELECTRIC MOTORS
H
ØD
AC
EA
HD
ØDA
E
K
CA
C
AA
B
HA
A
BB
AB
LC
Fenner FM:P Aluminium Series IM B3 Mounting
EN600034 (IEC-DIN)
Type
Poles
A
AA
AB
AC
B
BB
C
CA
D
DA
E
EA
H
HA
HD
K
L
LC
LD
Eye Bolt
X
Y
Z
56K/G
2-4
90
25
110
120
71
90
36
70
9 j6
9 j6
20
20
56
8
158
6
192
217
62
None
87
87
48
63K/G
2-4
100
30
120
120
80
105
40
77
11 j6 11 j6
23
23
63
8
161
7
215
243
62
None
87
87
48
71K/G
2-6
112
30
136
148
90
106
45
77
14 j6 14 j6
30
30
71
10
197
7
240
275
72
None
87
87
48
80K/G
2-8
125
41
150
170
100
130
50
110 19 j6 19 j6
40
40
80
10
222
10 295
340 81.5
None
105
105
65
90S
2-8
140
46
168
190
100
165
56
86
24 j6 24 j6
50
50
90
12
250
10 315
370 81.5
None
105
105
65
90L
2-8
140
46
168
190
125
165
56
111 24 j6 24 j6
50
50
90
12
250
10 340
395 81.5
None
105
105
65
100L/Lx
2-8
160
45
190
197
140
176
63
127 28 j6 28 j6
60
60
100
12
265
12 385
450 96,5
M8
105
105
65
112M
2-8
190
53
220
230
140
180
70
130 28 j6 28 j6
60
60
112
12
300
12 395
460
91
M8
120
120
75
132S/Sx
2-8
216
60
252
260
140
224
89
132 38 k6 38 k6 80
80
132
15
340
12 472
557 108
M8
120
125
75
132M/Mx 2 - 8
216
60
252
260
178
224
89
170 38 k6 38 k6 80
80
132
15
340
12 510
595 108
M8
120
120
75
Dimensions in mm
33
34 FENNER MOTORS
2:00 PM
Page 1
ELECTRIC MOTORS
L
LD
Y
AD
Z
X
EA
S
D
N
AC
M
DA
E
P
2
10/6/08
LA
T
LC
EN600034 (IEC-DIN)
Type
Poles
A
AD
D
DA
E
EA
L
LA
LC
LD
M
N
P
S
T
X
Y
Z
56K/G
2-4
90
98
9 j6
9j6
20
20
192
9
217
62
100
80
120
4x7
3.0
87
87
48
63K/G
2-4
100
98
11 j6
11 j6
23
23
215
9
243
62
115
95
140
4 x 10
3.0
87
87
48
71K/G
2-6
112
126
14 j6
14 j6
30
30
240
10
275
72
130
110
160
4 x 10
3.5
87
87
48
80K/G
2-8
125
142
19 j6
19 j6
40
40
295
12
340
81.5
165
130
200
4 x 12
3.5
105
105
65
90S
2-8
140
160
24 j6
24 j6
50
50
315
12
370
81.5
165
130
200
4 x 12
3.5
105
105
65
90L
2-8
140
160
24 j6
24 j6
50
50
340
12
395
81.5
165
130
200
4 x 12
3.5
105
105
65
100L/Lx
2-8
160
165
28 j6
28 j6
60
60
385
13
450
96,5
215
180
250
4 x 15
4.0
105
105
65
112M
2-8
190
188
28 j6
28 j6
60
60
395
14
460
91
215
180
250
4 x 15
4.0
120
125
75
132S/Sx
2-8
216
208
38 k6 38 k6
80
80
472
14
557
108
265
230
300
4 x 15
4.0
120
125
75
132M/Mx
2-8
216
208
38 k6 38 k6
80
80
510
14
595
108
265
230
300
4 x 15
4.0
120
125
75
Dimensions in mm
34
10/6/08
2:01 PM
Page 1
2
ELECTRIC MOTORS
L
Y
X
LD
Section
35 FENNER MOTORS
45˚
AD
Z
E
ELECTRIC MOTORS
EA
M
90˚
AC
N
D
P
DA
S
T
LC
Frame
AC
AD
56K/G
120
63K/G
120
71K/G
80K/G
EN600034 (IEC-DIN)
D
E
L
M
N
P
S
T
LD
X
Y
Z
Cable Entry
98
9 j6
20
192
65
50
80
4 x M5
2.5
18.5
87
87
48
2 x M20x1.5
98
11 j6
23
215
75
60
90
4 x M5
2.5
18.5
87
87
48
2 x M20x1.5
148
126
14 j6
30
240
85
70
105
4 x M6
2.5
28.5
87
87
48
2 x M20x1.5
170
142
19 j6
40
295
100
80
120
4 x M6
3.0
29
105
105
65
2 x M25x1.5
90S
190
160
24 j6
50
315
115
95
140
4 x M8
3.0
29
105
105
65
2 x M25x1.5
90L
190
160
24 j6
50
340
115
95
140
4 x M8
3.0
29
105
105
65
2 x M25x1.5
100L/Lx
197
165
28 j6
60
385
130
110
160
4 x M8
3.5
44
105
105
65
2 x M25x1.5
112M
230
188
28 j6
60
395
130
110
160
4 x M8
3.5
31
120
125
75
2 x M32x1.5
132S/Sx
260
208
38 k6
80
472
165
130
200
4 x M10
3.5
48
120
125
75
2 x M32x1.5
132M/Mx
260
208
38 k6
80
510
165
130
200
4 x M10
3.5
48
120
125
75
2 x M32x1.5
All Dimensions are in mm
35
36 FENNER MOTORS
2:04 PM
Page 1
ELECTRIC MOTORS
Cast Iron Series Dimensions: B3 Mounting
L
LD
X
Y
Z
X
B
K
AA
HA
C
H
ØDA
AC
HD
E
ØD
2
10/6/08
A
AB
BB
LC
Fenner FM:P Cast Iron Series 160 - 400 IM B3 Mounting
AA AB
AC
B
BB
C
CA
D
DA
E
EA
EN600034 (IEC-DIN)
Frame
A
HA
HD
K
L
Y
Z
Cable Entry
160M
254
65
314 314
210
260 108 177
42 k6
42 k6 110 110 160 20
H
412
15
600
713 71.5 147
LC
LD
128
83
2 x M40 x 1.5
160L
254
65
314 314
254
300 108 193
42 k6
42 k6 110 110 160 20
412
15
660
753 71.5 147
128
83
2 x M40 x 1.5
180M
279
70
350 358
241
310 121 221
48 k6
48 k6 110 110 180 22
453
15
688
801 86.5 147
128
83
2 x M40 x 1.5
180L
279
70
350 358
279
350 121 223
48 k6
48 k6 110 110 180 22
453
15
728
841 86.5 147
128
83
2 x M40 x 1.5
200L (2P)
318
70
390 397
305
369 133 217 55 m6 48 k6 110 110 200 25
505
19
760
873 112 188
208
95
2 x M50 x 1.5
200L
318
70
390 397
305
369 133 217 55 m6 55 m6 110 110 200 25
505
19
760
873 112 188
208
95
2 x M50 x 1.5
225S
356
75
431 446
286
368 149 237 60 m6 55 m6 140 110 225 28
549
19
807
920
208
95
2 x M50 x 1.5
91
X
188
225M (2P)
356
75
431 446
311
393 149 237 55 m6 48 k6 110 110 225 28
549
19
802
915 112 188
208
95
2 x M50 x 1.5
225M
356
75
431 446
311
393 149 237 60 m6 55 m6 140 110 225 28
549
19
832
945
208
95
2 x M50 x 1.5
91
188
250M (2P)
406
80
484 485
349
445 168 258 60 m6 55 m6 140 110 250 30
617
24
910 1023 98
216
252
116
2 x M63 x 1.5
250M
406
80
484 485
349
445 168 258 65 m6 55 m6 140 110 250 30
617
24
910 1023 98
216
252
116
2 x M63 x 1.5
280S (2P)
457
85
542 547
368
490 190 281 65 m6 55 m6 140 110 280 35
674
24
974 1090 107 216
252
116
2 x M63 x 1.5
280S
457
85
542 547
368
490 190 289 75 m6 60 m6 140 140 280 35
674
24
982 1127 107 216
252
116
2 x M63 x 1.5
280M (2P)
457
85
542 547
419
540 190 291 65 m6 55 m6 140 110 280 35
674
24 1035 1150 107 216
252
116
2 x M63 x 1.5
280M
457
85
542 547
419
540 190 291 75 m6 60 m6 140 140 280 35
674
24 1035 1180 107 216
252
116
2 x M63 x 1.5
315S (2P)
508 120 628 620
406
570 216 433 65 m6 65 m6 140 140 315 49
870
28 1190 1335 147 300
358
197
2 x M63 x 1.5
315S
508 120 628 620
406
570 216 433 80 m6 80 m6 170 170 315 49
870
28 1220 1395 147 300
358
197
2 x M63 x 1.5
315M (2P)
508 120 628 620
547
680 216 492 65 m6 65 m6 140 140 315 49
870
28 1300 1445 147 300
358
197
2 x M63 x 1.5
315M
508 120 628 620 457* 680 216 492 80 m6 80 m6 170 170 315 49
870
28 1330 1505 147 300
358
197
2 x M63 x 1.5
315L (2P)
508 120 628 620 457* 680 216 441 65 m6 65 m6 140 140 315 49
870
28 1300 1445 105 300
358
197
2 x M63 x 1.5
315L
508 120 628 620 457* 680 216 441 80 m6 80 m6 170 170 315 49
870
28 1330 1505 105 300
358
197
2 x M63 x 1.5
355M (2P)
610 116 726 710 500* 750 254
-
80 m6
-
170
-
355 52 1010
28 1525
-
327 360
487
200
2 x Ø70mm max
355M
610 116 726 710 500* 750 254
-
100 m6
-
210
-
355 52 1010
28 1565
-
327 360
487
200
2 x Ø70mm max
355L (2P)
610 116 726 710 560* 750 254
-
80 m6
-
170
-
355 52 1010
28 1525
-
327 360
487
200
2 x Ø70mm max
355L
610 116 726 710 560* 750 254
-
100 m6
-
210
-
355 52 1010
28 1565
-
327 360
487
200
2 x Ø70mm max
400M
686 120 806 810 630* 1090 280
-
110 m6
-
210
-
400 45 1075
35 1881
-
362 430
485
225 2 x Ø100mm max
400L
686 120 806 810 630* 1090 280
-
110 m6
-
210
-
400 45 1075
35 1881
-
362 430
485
225 2 x Ø100mm max
Additional footholes on NDE
315S/M frame at 508mm centres from front holes
355M frame at 560mm centres from front holes
355L frame at 630mm centres from front holes
400M/L frame at 710mm centres from front holes
*
36
10/6/08
2:06 PM
Page 1
2
ELECTRIC MOTORS
Section
37 FENNER MOTORS
L
LD
X
Y
LA
Z
E
HD
EA
ELECTRIC MOTORS
D
DA
M
AC
N
P
S
T
LC
EN600034 (IEC-DIN)
Frame
AC
D
E
HD
L
LA
LD
M
N
P
S
T
X
Y
Z
Cable Entry
160M
314
42k6
110
412
600
14.2
71.5
300
250 j6
350
4 x Ø19
5
147
128
83
2 x M40 x 1.5
160L
314
42k6
110
412
660
14.2
71.5
300
250 j6
350
4 x Ø19
5
147
128
83
2 x M40 x 1.5
180M
358
48k6
110
453
688
15.8
86.5
300
250 j6
350
4 x Ø19
5
147
128
83
2 x M40 x 1.5
180L
358
48k6
110
453
728
15.8
86.5
300
250 j6
350
4 x Ø19
5
147
128
83
2 x M40 x 1.5
200L (2P)
397
55m6
110
505
760
16.5
112
350
300 h6
400
4 x Ø19
5
188
208
95
2 x M50 x 1.5
200L
397
55m6
110
505
760
16.5
112
350
300 h6
400
4 x Ø19
5
188
208
95
2 x M50 x 1.5
225S
446
60m6
140
549
807
20.1
91
400
350 h6
450
8 x Ø19
5
188
208
95
2 x M50 x 1.5
225M (2P)
446
55m6
110
549
802
20.1
112
400
350 h6
450
8 x Ø19
5
188
208
95
2 x M50 x 1.5
225M
446
60m6
140
549
832
20.1
91
400
350 h6
450
8 x Ø19
5
188
208
95
2 x M50 x 1.5
250M (2P)
485
60m6
140
617
910
22.5
98
500
450 h6
550
8 x Ø19
5
216
252
116
2 x M63 x 1.5
250M
485
65m6
140
617
910
22.5
98
500
450 h6
550
8 x Ø19
5
216
252
116
2 x M63 x 1.5
280S (2P)
547
65m6
140
674
974
20.6
107
500
450 h6
550
8 x Ø19
5
216
252
116
2 x M63 x 1.5
280S
547
75m6
140
674
982
20.6
107
500
450 h6
550
8 x Ø19
5
216
252
116
2 x M63 x 1.5
280M (2P)
547
65m6
140
674
1035
20.6
107
500
450 h6
550
8 x Ø19
5
216
252
116
2 x M63 x 1.5
280M
547
75m6
140
674
1035
20.6
107
500
450 h6
550
8 x Ø19
5
216
252
116
2 x M63 x 1.5
315S (2P)
620
65m6
140
870
1190
22.6
147
600
550 h6
660
8 x Ø24
6
300
358
197
2 x M63 x 1.5
315S
620
80m6
170
870
1220
22.6
147
600
550 h6
660
8 x Ø24
6
300
358
197
2 x M63 x 1.5
315M (2P)
620
65m6
140
870
1300
22.6
147
600
550 h6
660
8 x Ø24
6
300
358
197
2 x M63 x 1.5
315M
620
80m6
170
870
1330
22.6
147
600
550 h6
660
8 x Ø24
6
300
358
197
2 x M63 x 1.5
315L (2P)
620
65m6
140
870
1300
22.6
105
600
550 h6
660
8 x Ø24
6
300
358
197
2 x M63 x 1.5
315L
620
80m6
170
870
1330
22.6
105
600
550 h6
660
8 x Ø24
6
300
358
197
2 x M63 x 1.5
355M (2P)
710
80m6
170
1010
1525
24.5
327
740
680 h6
800
8 x Ø24
6
360
487
200
2 x Ø70mm max
355M
710
100m6
210
1010
1565
24.5
327
740
680 h6
800
8 x Ø24
6
360
487
200
2 x Ø70mm max
355L (2P)
710
80m6
170
1010
1525
24.5
327
740
680 h6
800
8 x Ø24
6
360
487
200
2 x Ø70mm max
355L
710
100m6
210
1010
1565
24.5
327
740
680 h6
800
8 x Ø24
6
360
487
200
2 x Ø70mm max
400M
810
110m6
210
1075
1881
24.5
362
940
880 h6
1000
8 x Ø28
6
430
485
225
2 x Ø100mm max
400L
810
110m6
210
1075
1881
24.5
362
940
880 h6
1000
8 x Ø28
6
430
485
225
2 x Ø100mm max
*
37
38 FENNER MOTORS
2:07 PM
Page 1
ELECTRIC MOTORS
Y
X
LD
Z
2
10/6/08
C
D
E
H
EN600034 (IEC-DIN)
Frame
A
AA
AB
AC
B
BB
HA HD
K
160M
254
65
314
314
210
260
108 42 k6
110
160 20 412
15
600 14.2 71.5 300 250 j6 350 4 x Ø19 5
L
LA
LD
2 x M40 x 1.5
160L
254
65
314
314
254
300
108 42 k6
110
160 20 412
15
660 14.2 71.5 300 250 j6 350 4 x Ø19 5
2 x M40 x 1.5
180M
279
70
350
358
241
310
121 48 k6
110
180 22 453
15
688 15.8 86.5 300 250 j6 350 4 x Ø19 5
2 x M40 x 1.5
180L
279
70
350
358
279
350
121 48 k6
110
180 22 453
15
728 15.8 86.5 300 250 j6 350 4 x Ø19 5
2 x M40 x 1.5
200L (2P)
318
70
390
397
305
369
133 55 m6 110
200 25 505
19
760 16.5 112 350 300 h6 400 4 x Ø19 5
2 x M50 x 1.5
200L
318
70
390
397
305
369
133 55 m6 110
200 25 505
19
760 16.5 112 350 300 h6 400 4 x Ø19 5
2 x M50 x 1.5
225S
356
75
431
446
286
368
149 60 m6 140
225 28 549
19
807 20.1
2 x M50 x 1.5
91
M
N
P
S
T
400 350 h6 450 8 x Ø19 5
Cable Entry
225M (2P) 356
75
431
446
311
393
149 55 m6 110
225 28 549
19
802 20.1 112 400 350 h6 450 8 x Ø19 5
2 x M50 x 1.5
225M
75
431
446
311
393
149 60 m6 140
225 28 549
19
832 20.1
2 x M50 x 1.5
356
91
400 350 h6 450 8 x Ø19 5
250M (2P) 406
80
484
485
349
445
168 60 m6 140
250 30 617
24
910 22.5
98
500 450 h6 550 8 x Ø19 5
2 x M63 x 1.5
250M
80
484
485
349
445
168 65 m6 140
250 30 617
24
910 22.5
98
500 450 h6 550 8 x Ø19 5
2 x M63 x 1.5
406
280S (2P)
457
85
542
547
368
490
190 65 m6 140
280 35 674
24
974 20.6 107 500 450 h6 550 8 x Ø19 5
2 x M63 x 1.5
280S
457
85
542
547
368
490
190 75 m6 140
280 35 674
24
982 20.6 107 500 450 h6 550 8 x Ø19 5
2 x M63 x 1.5
280M (2P) 457
85
542
547
419
540
190 65 m6 140
280 35 674
24
1035 20.6 107 500 450 h6 550 8 x Ø19 5
2 x M63 x 1.5
280M
85
542
547
419
540
190 75 m6 140
280 35 674
24
1035 20.6 107 500 450 h6 550 8 x Ø19 5
2 x M63 x 1.5
457
315S (2P)
508
120
628
620
406
570
216 65 m6 140
315 49 870
28
1190 22.6 147 600 550 h6 660 8 x Ø24 6
2 x M63 x 1.5
315S
508
120
628
620
406
570
216 80 m6 170
315 49 870
28
1220 22.6 147 600 550 h6 660 8 x Ø24 6
2 x M63 x 1.5
315M (2P) 508
120
628
620
547
680
216 65 m6 140
315 49 870
28
1300 22.6 147 600 550 h6 660 8 x Ø24 6
2 x M63 x 1.5
315M
120
628
620
457*
680
216 80 m6 170
315 49 870
28
1330 22.6 147 600 550 h6 660 8 x Ø24 6
2 x M63 x 1.5
508
315L (2P)
508
120
628
620
457*
680
216 65 m6 140
315 49 870
28
1300 22.6 105 600 550 h6 660 8 x Ø24 6
2 x M63 x 1.5
315L
508
120
628
620
457*
680
216 80 m6 170
315 49 870
28
1330 22.6 105 600 550 h6 660 8 x Ø24 6
2 x M63 x 1.5
355M (2P) 610
116
726
710
500*
750
254 80 m6 170
355 52 1010 28
1525 24.5 327 740 680 h6 800 8 x Ø24 6
2 x Ø70mm max
355M
116
726
710
500*
750
254 100 m6 210
355 52 1010 28
1565 24.5 327 740 680 h6 800 8 x Ø24 6
2 x Ø70mm max
610
355L (2P)
610
116
726
710
560*
750
254 80 m6 170
355 52 1010 28
1525 24.5 327 740 680 h6 800 8 x Ø24 6
2 x Ø70mm max
355L
610
116
726
710
560*
750
254 100 m6 210
355 52 1010 28
1565 24.5 327 740 680 h6 800 8 x Ø24 6
2 x Ø70mm max
400M
686
120
806
810
630* 1090 280 110 m6 210
400 45 1075 35
1881 24.5 362 940 880 h6 1000 8 x Ø28 6 2 x Ø100mm max
400L
686
120
806
810
630* 1090 280 110 m6 210
400 45 1075 35
1881 24.5 362 940 880 h6 1000 8 x Ø28 6 2 x Ø100mm max
*
38
10/6/08
2:08 PM
Page 1
2
ELECTRIC MOTORS
Permissible Radial Loads
Section
39 FENNER MOTORS
Allowable Radial Loads for Horizontal and
Vertically Mounted Fenner FM:P & FM:S Motors
D=
Where:
D
P
n
k
FR(x)
=
=
=
=
=
diameter of the pulley (mm)
power of the motor (kW)
motor rated speed (Rev/min)
belt tension factor, k=2 - 2.5 for V-belts
permissible radial force (N)
1.9 x 107 x k x P
n * FR (X0 / X1/2 / Xmax)
* = standard motors with enforced bearing arrangement
** = in case FA and FR apply both contact your local Fenner
Permissible Radial Loads for Horizontal and Vertical
Maximum Radial Force (FR)
Maximum Radial Force (FR)
Pole
X0
mm
X1/2
mm
Xmax
mm
Frame
Size
56
2
4
250
250
180
180
100
100
63
2
4
360
360
300
300
230
230
71
2
4
6
470
470
470
400
400
400
320
320
320
80
2
4
6
8
670
730
830
920
610
650
750
820
550
590
680
750
90
2
4
6
8
740
800
920
1010
660
710
810
890
590
630
730
800
100
2
4
6
8
1030
1110
1270
1400
920
990
1130
1240
820
890
1020
1120
112
2
4
6
8
1490
1600
1840
2020
1330
1430
1640
1800
1200
1290
1480
1630
132
2
4
6
8
2160
2330
2670
2940
1900
2040
2340
2570
1690
1820
2080
2290
Frame
Size
Pole
X0
mm
X1/2
mm
Xmax
mm
160
2
4
6
8
4487
5653
6471
7123
3920
4939
5654
6223
3481
4385
5020
5525
180
2
4
6
8
6491
8178
9437
10386
5772
7272
8466
9318
5196
6547
7676
8448
200
2
4
6
8
7060
8896
10183
11208
6385
8045
9209
10136
5828
7342
8405
9251
225
2
4
6
8
8433
10623
12250
13384
7704
9355
10866
11786
7055
8357
9763
10530
250
2
4
6
8
9573
12061
13807
15196
8588
10821
12386
13633
7787
9811
11231
12361
280
2
4
6
8
9477
17403
19921
21926
8565
15738
18016
19829
7812
14365
16444
18099
315
2
4
6
8
14073
20399
23352
25702
13069
18664
21365
23515
12199
17200
19689
21671
355
2
4
6
8
13958
28301
32397
35657
13155
25862
29605
32584
12439
23810
27256
29999
400
2
4
6
8
–
37480
42903
47221
–
34605
39613
43600
–
32140
36791
40494
39
ELECTRIC MOTORS
The following tables give the permissible radial forces in Newton,
assuming zero axial force ** and standard ball bearings. In case
of higher radial force than given in the table, an enforced bearing
should be ordered. The values are based on normal conditions
at 50Hz and calculated at 20,000 working hours for the 2 pole
motors and 40,000 working hours for 4, 6 and 8 pole motors. For
60Hz the value must be reduced by 10%.
40 FENNER MOTORS
2:09 PM
Page 1
ELECTRIC MOTORS
Permissible Axial Loads
motor IM B3
motor IM V1
F pressure
Permissible Axial Loads for Horizontal
and Vertical Fenner Motors
The following table gives the permissible axial forces in
Newton, assuming zero radial force**. In this case the motor
should be ordered with standard ball bearings.
If the axial force is greater than that given in the table, an
angular contact bearing should be ordered. The values are
based on normal conditions at 50 Hz and calculated at 20.000
working hours for two pole motors and 40.000 hours for 4, 6
and 8 pole motors. At 60Hz the values must be reduced by
10%.
F pull
F pull
F pressure
2
10/6/08
Fpressure is calculated for a fixed bearing at the DE.
** If FR and FA both apply contact your local Fenner
Permissible Axial Loads for Horizontal and Vertical FM:P Motors
Maximum Axial Force (FA)
Frame
Size
Maximum Axial Force (FA)
B3
B3
V1
V1
Pole
Fpressure
Fpull
Fpressure
Fpull
56
2
4
200
240
200
240
230
260
180
200
63
2
4
250
280
250
280
260
300
230
260
71
2
4
6
270
350
440
270
350
440
290
370
460
255
320
420
80
2
4
6
8
380
470
590
620
380
470
590
620
400
490
620
650
360
450
560
595
80
2
4
6
8
440
550
620
640
440
550
620
640
470
600
680
700
410
510
460
580
100
2
4
6
8
610
750
880
895
610
750
880
895
670
840
970
970
570
710
820
845
112
2
4
6
8
1220
1440
1650
1780
1220
1440
1650
1780
1300
1520
1740
1880
1170
1370
1580
1710
132
2
4
6
8
1500
1780
1820
1920
1500
1780
1820
1920
1620
1970
2000
2100
1430
1610
1660
1760
Frame
Size
B3
B3
V1
V1
Pole
Fpressure
Fpull
Fpressure
Fpull
160
2
4
6
8
1650
2100
2450
2650
1650
2100
2450
2650
1950
2470
2800
3050
1350
1720
2050
2210
180
2
4
6
8
2100
2600
4890
5380
2100
2600
4390
4830
2450
3200
3980
4380
1720
200
2280
2550
200
2
4
6
8
2400
3120
3480
3950
2400
3120
3480
3950
2940
3850
4350
4810
1840
2390
2610
3090
225
2
4
6
8
2720
3480
3890
4330
2720
3480
3890
4330
3420
4370
5040
5330
2020
2590
2820
3330
250
2
4
6
8
3100
3900
4450
4950
3100
3900
4450
4950
3940
5000
5570
6380
2260
2800
3230
3580
280
2
4
6
8
5300
6300
6700
7100
3100
4400
4300
5020
6500
7800
7900
9100
2100
3000
2900
3520
315
2
4
6
8
5900
7100
7600
8100
3800
5100
5800
6300
8000
10700
11800
12500
2000
3150
3500
4400
355
2
4
6
8
6100
9800
10500
12500
1850
3900
4700
6000
14000
18300
20700
21500
800
2500*
3500*
3600*
400
2
4
6
8
–
11200
12500
12800
–
3900
4800
4950
–
18500
19500
21500
–
1600*
2200*
2900*
* Standard motors with enforced bearing arrangement
40
2:12 PM
Page 1
2
ELECTRIC MOTORS
Connection cables and earthing requirementnts should
conform to IEE regulations.
It is recommended that a suitable overload is fitted to protect
the motor windings. Line fuses only protect the cables from
short circuit not the motor.
Ensure that all terminals are tight and that the correct
terminal arrangements are observed.
All motors are capable of running with two voltages.
Smaller motors are suitable for a 230/400V supply and larger
motors are suitable for a 400/690V supply.
It is only possible to use a 400V Star/Delta starter on motors
that are wound 400/690V - for this type of start, links must be
removed.
STAR
CONNECTION
STAR CONNECTION
This is the higher of the two
This is theshown
higher of
voltages
onthe
thetwo
plate.
voltages sh own on the pl ate.
W2
U2
U1 V1
L1
400V
on aa 230/400V
230 / 400V
400V on
momotor
tor
690V
on aa 400/690V
400 / 690V
690V on
momotor
tor
W1
L2
L3
DELTA
CONNECTION
DELTA CONNECTION
This is the higher of the two
This is theshown
lower of
voltages
onthe
thetwo
plate.
voltages sh own on the pl ate.
V2
U2
W2
V2
230V
on aa 230/400V
230 / 400V
230V on
momotor
tor
400V
on aa 400/690V
400 / 690V
400V on
momotor
tor
U1 V1
L1
W1
L2
L3
Terminal Box Conduit Entry and Threads
Frame
Size
Number
of Entries
Entry
Pitch
56
2
M20 x 1.5
63
2
M20 x 1.5
71
2
M20 x 1.5
80
2
M25 x 1.5
90
2
M25 x 1.5
100
2
M25 x 1.5
112
2
M32 x 1.5
132
2
M32 x 1.5
160
2
M40 x 1.5
180
2
M40 x 1.5
200
2
M50 x 1.5
225
2
M50 x 1.5
250
2
M63 x 1.5
280
2
M63 x 1.5
315
2
M63 x 1.5
355
2
Ø70mm max
400
2
Ø100mm max
Frame
Size
Eye Bolt
Sizes
56
None
63
None
71
None
80
None
90
None
100
M8
112
M8
132
M8
160
M12
180
M12
200
M16
225
M16
250
M20
280
M20
315
M30
355
M36
400
2 x M36
Terminal Marking and Direction of Rotation
In accordance with the current standard, if the supply is
connected to the motor's stator terminals, which are marked
U1, V1 and W1 and the phase sequence of supply is 1, 2 & 3,
then the direction of rotation will be clockwise when viewed
from the drive-end.
Section
10/6/08
ELECTRIC MOTORS
41 FENNER MOTORS
41
42 FENNER MOTORS
2
10/6/08
2:13 PM
Page 1
ELECTRIC MOTORS
Replacement Parts
17
15
16
19
Parts List
001
002
003
004
005
006
007
008
009
Stator Body – Foot Mount*
Stator Body – Flange Mount*
Drive End – End Shield
B14 Flange
(Up to 132 frame)
B5 Flange
Drive End Oil Seal
Terminal Box Lid
Terminal Box Gasket
Terminal Block
010
011
012
013
014
015
016
017
018
019
Cable Glands*
Key*
Drive End Bearing
Non Drive End Bearing
Non Drive End – End Shield
Cooling Fan
Fan Clamping Bush*
Fan Cover
Left Foot*
Right Foot*
* For all alluminium multi mount motors
Replacement parts are stocked for motors up to 200 frame
To Order Spare Parts for the FM:P Range:
FIRST THREE DIGITS:
Motor material and efficiency
FIFTH DIGIT:
When ordering spare parts always use
9 as the fifth digit.
FOURTH DIGIT:
Frame size
Code
Range
Material
Code
Frame
170
Standard Efficiency
Aluminium
A
56
171
Standard Efficiency
Cast Iron
B
63
172
Premium Efficiency
Aluminium
C
71
173
Premium Efficiency
Cast Iron
D
80
42
E
90
F
100
G
112
H
132
J
160
K
180
L
200
M
225
N
250
P
280
R
315
S
355
T
400
U
450
V
500
W
560
SIXTH, SEVENTH & EIGHTH DIGIT:
Please select relevant item number
from the spare parts list above.
2:14 PM
Page 1
2
ELECTRIC MOTORS
Replacement Parts
Fenner FM:P Bearings
Driving End
Section
10/6/08
Non Driving End
Frame Size
Poles
Ball
Bearing
NU
Bearing
Ball
Bearing
Regreasable
Bearings
V1
Mounting
80
2 - 10
6204 2RZ
–
6204 2RZ
–
6204 2RZ
56
2-4
6201 2RZ
–
6201 2RZ
–
6201 2RZ
63
2-4
6201 2RZ
–
6201 2RZ
–
6201 2RZ
71
2-6
6202 2RZ
–
6202 2RZ
–
6202 2RZ
80
2-8
6204 2RZ
–
6204 2RZ
–
6204 2RZ
90
2-8
6205 2RZ
–
6205 2RZ
–
6205 2RZ
100
2-8
6206 2RZ
–
6206 2RZ
–
6206 2RZ
112
2-8
6206 2RZ
–
6206 2RZ
–
6206 2RZ
132
2-8
6208 2RZ
–
6208 2RZ
–
6208 2RZ
160
2 - 12
6309 ZZ C3
NU 309
6309 ZZ C3
6309 C3
6309 ZZ C3
180
2 - 12
6311 ZZ C3
NU 311
6311 ZZ C3
6311 C3
6311 ZZ C3
200
2 - 12
6312 ZZ C3
NU 312
6312 ZZ C3
6312 C3
6312 ZZ C3
225
2 - 12
6313 ZZ C3
NU 313
6313 ZZ C3
6313 C3
6313 ZZ C3
250
2 - 12
6314 ZZ C3
NU 314
6314 ZZ C3
6314 C3
6314 ZZ C3
280
280
2
4 - 12
–
–
NU 314
NU 317
–
–
6314 C3
6317 C3
6314 C3-EQ*
6317 C3-EQ*
315
315
2
4 - 12
–
–
NU 317
NU 319
–
–
6317 C3
6319 C3
6317 C3-EQ*
6319 C3-EQ*
355
355
2
4 - 12
–
–
NU 317
NU 322
–
–
6317 C3
6320 C3
7317 B
7320 B
400
400
2
4 - 12
–
–
NU 317
NU 326
–
–
6317 C3
6326 C3
7317 B
7326 B
450
450
2
4 - 12
–
–
NU 319
NU 328
–
–
6319 C3
6328 C3
7319 B
7328 B
500
4 - 12
–
NU 330
–
6330 C3
7330 B
560
4 - 12
–
NU 334
–
6330 C3
7330 B
ELECTRIC MOTORS
43 FENNER MOTORS
*EQ = SKF Explorer Quality
Bold type indicates standard bearings.
43
44 FENNER MOTORS
2
10/6/08
2:15 PM
Page 1
ELECTRIC MOTORS
Base Plates and Slide Rails
MOTOR SLIDE BASES
errors, time savings in production
and thus cost savings over the whole
manufacturing process.
Both ranges are specifically designed
for extreme drive loads and are
manufactured without welding in heavy
gauge pre-slotted galvanised steel for
maximum resistance to corrosion.
Fenner motor slide bases cover the full
range of motors up to frame size 280.
Slide Bases are available in two
versions:
• The MPB is a heavy duty single plate
base available for motors from 90 to
280 frame.
• The MB is a lightweight and easy to
mount dual-plate base available for
motors from 56 to 132 frame.
For Offshore and special process
applications all bases can be supplied
to special order coated or manufactured
in Stainless Steel.
Unlike slide rails the development of
the Motor Slide Base has been market
led. A new technology offering the
manufacturer reductions in design
Compare the features and benefits
of Fenner bases with your current
method!
Features
■ Large range accommodating
motor frames from 56 - 280
■ Fully adjustable operation
■ Compact design
■ Robust and plated screw adjustment
■ Pre slotting for precision adjustment
■ No welding points
■ Availability in Galvanised or
Stainless Steel
■ Usage for friction drives, pumps,
chain drives
■ Usage with all types and makes
of motors
Benefits: Original Equipment
■ Competitive Price
■ Reduces design errors
■ Reduces design time
■ Reduces fitting time
■ Reduces positioning time
■ No drilling required to fit
■ Accurate and positive alignment
every time
■ Ex-stock deliveries Nation-wide
Maintenance and production engineers
now have the ability to maintain
absolute belt alignment throughout
the drive tensioning process meaning
fast in situ belt tensioning without the
removal of guards and thus no plant
down time.
Benefits: Maintenance
■ No plant down-time
■ Institute drive adjustment
■ Drive tensioning without removal
of guards
■ Corrosion resistant finish
■ Rapid adjustment feature (optional)
■ Totally maintenance free
Mono
Plate Base
(MPB)
Dimensional Table
Product
Code
Type
Motor
Frame Size
A
B
C
Ch
E
E3
E2
E1
G
H
L
M
N
O
P
R
Weight
Kg
047A9012
MPB 90/112
90-100-112
307
213
33
19
255
140
160
190
28
50
50.0
10.5
25.5
162
108
30
4.1
047B1322
MPB 100/132-2
100-112-132
340
290
40
22
286
160
190
216
28
63
47.5
12.5
37.5
215
165
30
7.9
047C1032
MPB 100/132
100-112-132
430
290
40
22
286
160
190
216
28
63
47.5
12.5
37.5
215
165
30
8.9
047D1682
MPB 160/180-2
160-180
430
370
40
22
380
254
279
30
62
62.0
12.5
41.5
287
248
30
12.0
047P1618
MPB 160/180
160-180
490
370
40
22
380
254
279
30
62
62.0
12.5
41.5
287
248
30
12.7
047E2022
MPB 200/225
200-225
585
450
50
22
468
318
356
30
60
52.0
17.0
49.0
352
300
30
23.7
047F0250
MPB 250*
250
600
470
65
22
515
406
30
60
70.0
22.0
50.5
369
320
30
28.1
047G0280
MPB 280*
280
735
570
65
22
585
457
30
70
70.0
22.0
55.0
460
420
30
38.2
44
10/6/08
2:17 PM
Page 1
2
ELECTRIC MOTORS
Base Plates & Slide Rails
ELECTRIC MOTORS
Twin Plate Base (MB)
Section
45 FENNER MOTORS
Dimensional Table
Product
Code
Motor
Frame Size
Type
A
B
C
D
E
F
G
H
J
K
L
M
N
O
P
Q
R
Weight
Kg
047K6380
MB 63/80
63 - 80
210
195
33
27
100
70
70
20
25
50.0
43
10.5
10.5
19
98
3
30
2.3
047L6310
MB 63/100
63 - 100
270
195
33
27
100
130
70
20
25
50.0
43
10.5
10.5
19
98
3
30
2.7
047M9012
MB 90/112
90 - 112
307
213
33
27
100
165
70
20
29
50.0
62
10.5
10.5
19
108
3
30
3.5
047M9032
MB 90/132
90 – 132
430
290
40
32
140
240
95
27
29
62.5
90
13.0
13.0
22
165
4
30
7.4
047N9322
MB 90/132-2
90 - 132
340
290
40
32
140
150
95
27
29
62.5
90
13.0
13.0
22
165
4
30
6.3
SITE ADJUSTMENT KNOB – for types 63/80 + 63/100 with 19mm hexagon - for types 90/132 with 22mm hexagon.
Table of Adjustments – Motor Sizes
Adjustments
63
M
71
M
80
M
MB 63/80
E
100
112
125
MB 63/100
E
100
112
125
F
130
118
105
90
90
70
MB90/112
E
140
140
160
F
127
127
107
77
MB 90/132
E
140
140
160
190
216
216
F
240
240
220
190
164
164
E
140
140
160
190
216
216
F
240
240
220
190
164
164
Type
MB 90/132-2
90
S
90
L
100
L
112
M
132
S
140
F
70
58
45
140
160
132
M
Additional adjustments
with slots
F+50
190
F+62.5
Dimensions, form and technical data are not binding.
FENNER SLIDE RAILS
P Diameter Feet Bolts
Are made from fabricated steel to provide
a simple and accurate method of mounting
electric motors to machine bed plates.
Each product code refers to one complete
set for one motor and includes slide rails,
tensioning bolts and motor mounting bolts.
2 Holes B Diameter
Dimensional Table
Product
Code
Frame
Size
A
B
C
D
E
F
G
H
J
K
L
M
N
P
076K0000
63-90
355
10
30
10
95
45
35
8
6
325
20
2.00
M10
4xM8x40
076L0000
100-132
470
12
44
12
160
50
50
10
6
430
20
3.00
M10
4xM10x65
076M0000
160-180
615
15
64
14
190
60
65
12
10
565
25
3.15
M12
4xM12x90
076N0000
200-225
785
19
82
30
230
70
80
20
12
725
35
4.00
M16
4xM16x110
076P0000
250-280
945
24
82
20
300
58
110
20
16
885
30
3.15
M20
6xM20x130
076R0000
315-355
1215
28
100
25
375
70
110
24
20
1115
50
5.00
M24
6xM24x150
45
46 FENNER MOTORS
2
10/6/08
2:18 PM
Page 1
ELECTRIC MOTORS
Supporting you to become
more energy efficient
The support provided by your local
Fenner® Authorised Distributor extends
far beyond thesupply of Fenner®
products. They can also help
companies gain maximum financial
benefit by helping qualifying companies
to claim back tax relief from the
government’s Enhanced Capital
Allowance (ECA) scheme.
What does the ECA Energy scheme
involve?
The scheme provides a tax incentive to
businesses that invest in equipment that
meets certain energy-saving criteria
(including Fenner® Motors and Invertors).
The scheme is open to all businesses
that pay UK corporation or income tax,
regardless of size, sector or location
and it provides 100% first-year capital
allowances on investments in energysaving equipment against taxable
profits of the period of investment.
Capital allowances are available for
spending “on the provision of” plant
and machinery. This can include certain
costs arising as a direct result of the
installation of qualifying plant and
machinery such as; transport of the
equipment to the site, and some direct
installation costs.
Reducing energy costs with Fenner®
Significant reductions in energy costs
can also be achieved by replacing old
motors and gearboxes by modern
energy efficient Fenner® designs.
■
A Fenner® energy efficient electric
motor will typically save between
1% and 5% of its running costs
■
Energy efficient Fenner
gearboxes can save up to 40%
on running costs if a worm drive
is replaced with an energy
efficient helical-bevel unit.
All motors now fall into one of three
categories depending on their
efficiency: EFF1, EFF2 and EFF3.
The EFF1 category includes motors
that operate at the highest
efficiency and qualify for ECA
support such as the Fenner FM:P.
But most motors in operation today
are still likley to be EFF2.
Replacing an existing EFF2 category
motor by the Fenner® FM:P will result
in typical energy savings of 5% at low
powers falling to 1% at higher powers.
For further information on the ECA
scheme please contact your Fenner®
46
Cost and energy savings can be
gained by replacing worm geared
motors that typically run with an
efficiency of only 50-60% with more
efficient Fenner® designs, for example:
■ Fenner® Series K - right angle
helical bevel geared motors with
powers up to 75kW and
efficiency of 96%.
■
Fenner® Series C - helical right
angle bevel range – right angle
geared motors with powers up
to 45kW and efficiency about
94%.
■ Fenner® Series M - in line geared
motors for powers up to 90kW
and efficiency about 96%
For more information on how
Fenner products can save you
money please contact you local
authorised distributor.
47 FENNER MOTORS
10/6/08
2:19 PM
Page 1
TERMS AND CONDITIONS OF SALE
1.
1.1
1.2
2.
2.1
2.2
3.
3.1
3.2
3.3
3.4
4.
4.1
4.2
4.3
4.4
4.5
4.6
4.7
4.8
4.9
INTERPRETATION
In these Terms:
“the Company”
means trading divisions of ERIKS Industrial Services Ltd
(registered in England and Wales)
“Contract”
means the contract for the sale and purchase of the Goods
and the supply and acquisition of the Services.
“Delivery Address” means the address stated on the Order.
“Goods”
means the goods (including any instalment of the goods or
any part of them and any replacement parts supplied as part
of the Services) described in the Order.
“Order”
means the Customer’s purchase order.
“Price”
means the price of the Goods and/or the charge for the
Services.
“Quotation”
means the invitation to treat delivered to the Customer in
response to an inquiry.
“Customer”
means the person so described in the Order.
“Services”
means the services (if any) described in the Order.
“Specification”
includes any plans, drawings, data or other information
relating to the Goods or Services.
“Terms”
means the standard terms and conditions of sale set out in
this document and (unless the context otherwise requires)
includes any special terms agreed in Writing between the
Company and the Customer.
“Writing”
and any similar expression, includes facsimile transmission
and comparable means of communication, but not electronic
mail.
Any reference in these Terms to a statute or a provision of statute will be
construed as a reference to that statute or provision as amended, re-enacted or
extended at the relevant time.
QUOTATIONS
The Quotation issued by the Company, if any, will not be valid unless it is signed
by an authorised representative of the Company. The Quotation will be valid for
the period stated and may be amended, withdrawn or cancelled by the Company
at any time by written or oral notice.
The Quotation is for all of the goods and/or Services for which quotations are
given by the Company. Any order for only part of the Goods and/or Services
forming the subject of the Quotation may, at the Company’s discretion, be subject
to a revised quotation.
FORMATION OF CONTRACT
All Goods and Services are offered and all contracts are entered into subject to
these Terms. All other terms, conditions or warranties whatsoever are excluded
from the Contract or any variation thereof unless accepted by the Company in
writing.
These Terms will be incorporated into any Contract between the Company and the
Customer to the exclusion of any terms or conditions stipulated or referred to by
the Customer. Any dealings with the Company following receipt by the Customer
of notice of these Terms will automatically be deemed acceptance thereof and the
basis for all future contracts unless expressly otherwise stated in writing.
The Order constitutes an offer to purchase the Goods and/or Services from the
Company subject to the Terms and incorporation of the Quotation, if any.
The Order cannot be cancelled or varied after being accepted by the company
except with its written consent and the agreement of the Customer to pay all the
costs incurred by the Company in connection with the cancellation or variation.
PERFORMANCE AND DELIVERY
The Company will perform the Services using reasonable skill and care.
Delivery of the Goods will be made by the Customer collecting them at the
Company’s premises or, if some other place for delivery is agreed by the
Company, by the Company delivering the same to that place.
All times quoted for performance or delivery will not be of the essence and are not
guaranteed. The Customer will have no right to damages or to cancel the Order
for failure by the Company for any cause to meet any performance or delivery
time stated.
Performance of the contract will proceed upon acceptance by the Company but
will in ever case be dependant upon prompt delivery of all necessary information,
drawings, final instructions and approvals by the customer to the Company.
Subject to safe and adequate access, the Company will deliver as near as
possible to the place of delivery agreed in writing by the Company. Unless agreed
in writing, the Customer is responsible for providing suitable facilities for
unloading the delivery vehicle and will be responsible for all loss of or damage to
the Goods during the course of such unloading as a result of unsuitable facilities.
Where the Customer collects or arranges collection of the Goods from the
Company’s premises will be at the sole risk of the Customer or its agent save to
the extent that any claim arises from the Company’s negligence resulting in
personal injury or death.
Where delivery or performance is postponed otherwise than due to default by the
Company or if the Customer fails to take delivery on the agreed delivery date or, if
no specific delivery date has been agreed, when the Goods are ready for
despatch, the Customer will pay all costs and expenses including a reasonable
charge for storage, insurance and transportation costs and all necessary work
undertaken by the Company on the Goods incurred in connection with the delay.
Payment for the Goods and/or the Services will be made in accordance with these
Terms.
The Company may postpone or cancel any delivery or performance either in whole
or in part pending payment of any sum not paid in accordance with these Terms
and due from the Customer to the Company either under the Contract or any
other contract between the Company and the Customer, but without prejudice to
any other rights or remedies which the Company may have against the Customer.
Failure by the Customer to take delivery of or to make payment by the due date in
respect of any one or more instalments of Goods will entitle the Company to treat
the Contract as repudiated by the Customer.
5.
5.1
PRICE
The Price of the Goods and the Services shall be stated in the Quotation unless
otherwise stated and is subject to fluctuation at the Company’s sole discretion in
the event of any increase in the cost of labour, materials, overheads, transport,
taxes, duties or any other costs whatsoever affecting the manufacture or delivery
of the Goods or the performance of the Services and any fluctuations in exchange
rates affecting the cost of imported goods or prices quoted other than in sterling.
Any increase in such costs during the period of the contract will be added to the
Price.
5.2 In the event of any variation to the Order being requested by the Customer and
agreed by the Company, the Company will be entitled to make an adjustment of
the Price corresponding to such variation.
5.3 The Company will be entitled to make an adjustment to the Price in the event
that:
5.3.1 the Order is not accompanied by sufficient information or drawings to enable work
to commence forthwith;
5.3.2 the information accompanying the Order does not provide a full and accurate
description of the work involved; or
5.3.3 delay is caused by the Customer’s instructions or lack of instructions.
5.4 The cost of delivery, carriage and packaging will unless otherwise stated be
charged extra and is not refundable.
5.5 Where the Price includes the whole or part of the cost of any tooling the Customer
acknowledges that unencumbered the exclusive title in such tooling will have
vested in the Company and that the Customer has no claim to or rights therein.
6.
6.1
6.2
6.3
TERMS OF PAYMENT
The Company will be entitled to submit its invoice on or at any time after the
despatch of the Goods from the Company’s premises or the substantial
performance of the Services save that where delivery or performance has been
postponed as the request or by the default of the customer then the Company
may submit its invoice for the Goods at any time after the Goods are ready for
delivery or would have been ready in the ordinary course but for the Customer’s
request or default and may forthwith upon any such postponement invoice the
Customer for all Services performed up to that date without prejudice to any other
right or remedy of the Company.
Unless otherwise agreed by the Company in writing the Customer will pay the
Price or part thereof within 30 days of the date of the Company’s invoice
notwithstanding that delivery may not have taken place.
All payments made to the Company must be in sterling (unless another currency
has been otherwise agreed) at the address shown on the Company’s invoice or
direct to the Company’s bank account. Payment will not have been received by
the Company until the full amount is credited to the Company’s bank account.
6.4
6.5
6.6
Where Goods are delivered by instalments the Company may invoice each
instalment separately for part of the Price and the Customer will pay such invoices
in accordance with these Terms.
The Customer will pay all amounts owing to the Company in full and will not
exercise any rights of set off or counterclaim against invoices submitted.
In the event of default in payment by the Customer the Company will be entitled
without prejudice to any other right or remedy to charge the Customer interest (on
a daily basis) on the amount unpaid, at the rate of 4% per annum above the base
rate of the Bank of England from time to time.
7.
7.1
RISK AND TITLE IN GOODS
Risk will pass to the Customer, so that the Customer is responsible for all loss,
damage or deterioration to the Goods when the Goods leave the premises of the
Company. If the Company undertakes to deliver the Goods, risk will pass to the
Customer after the time of delivery at the agreed place of delivery.
7.2 Notwithstanding delivery and the passing of risk in the Goods, or any other
provision of these Terms, title to the Goods will only pass to the Customer upon
the happening of any one of the following events:
7.2.1 the Customer has paid to the Company all sums due and payable by it to the
Company for all Goods whatsoever supplied under the Contract; or
7.2.2 when the Company serves on the Customer notice in writing specifying that title in
the Goods has passed.
7.3 Until such time as the property in the Goods passes to the Customer, the
Customer will hold the Goods as the Company’s bailee, and will keep the Goods
separate from those of the Customer and third parties and properly stored,
protected and insured and identified as the Company’s property and the Customer
hereby irrevocably authorises the Company to enter upon the premises of the
Customer or of any third party where the Goods are stored for the purpose of
ensuring that the provisions of this clause are being complied with.
7.4 Until such time as the title in the Goods passes to the Customer, the Customer will
be entitled to resell or use the Goods in the ordinary course of its business but
such right may be terminated immediately upon notice by the Company to the
Customer and if the Customer is then in possession of the Goods the Customer
will forthwith return the same to the Company free of charge and in any event will
cease to be in possession of the same with the consent of the Company.
7.5 The Company may recover Goods in respect of which title has not passed to the
Customer at any time and the Customer hereby irrevocably authorises the
Company to enter upon any premises of the Customer or of any third party, to the
extent that the Customer is able to grant such authorisation, where the Goods are
stored, with or without vehicles, for the purpose of repossessing any Goods in
respect of which title has not passed to the Customer.
7.6 The Customer will not be entitled to pledge or in any way charge by way of
security for any indebtedness any of the Goods which remain the property of the
Company, but if the Customer does so, all monies owing by the Customer to the
Company will (without prejudice to any other right or remedy of the Company)
immediately become due and payable.
8.
8.1
8.2
9.
9.1
SAMPLES AND DESCRIPTIONS
The provision by the Company of samples for analysis by the Customer or the
inspection of samples by the Customer will not render any sale a sale by sample.
No guarantee or warranty is given that supplies will correspond exactly to the
description or sample and the use of any description or sample will not constitute
the Contract a sale by description or sample or a sale by sample and description.
PRE-DELIVERY TESTING AND INSPECTION
To the extent required or permitted by the Contract the Customer or its authorised
agent will be entitled to test or inspect the Goods prior to their delivery. If this
right is not exercised within 7 days of notification to the Customer of readiness for
inspection or testing or where the Customer does not within 3 days after
inspection or testing notify the Company in writing of its lack of satisfaction then
the Customer will be conclusively deemed to have accepted the Goods and to
have agreed that the Goods are fully in conformity with the Contract. Any costs
incurred in carrying out such testing or inspection including the provision of
consumable items will be charged extra to the Customer.
10. SHORT DELIVERY AND DEFECTS APPARENT ON INSPECTION AT DELIVERY
10.1 Without prejudice to clause 9, the Customer will have no claim for shortages,
defects or other damage apparent on visual inspection unless:
10.1.1 the Customer inspects the Goods within 3 working days of delivery and notifies
the Company of the claim orally within such period; and
10.1.2 a written complaint is made to the Company; and
10.1.3 the Company is given an opportunity to inspect the Goods and investigate any
complaint before any use of, or alteration to, or interference with the Goods.
10.2 Failure to comply with clause 10.1 will mean the Goods will be deemed to be in
all respects in accordance with the Contract. If short delivery does take place, the
Customer will not reject the Goods but accept the Goods delivered as part
performance of the Contract.
10.3 The Customer will have no claim for non-delivery unless a written complaint is
made to the Company within 14 days of the date of the Company’s invoice.
10.4 Subject to compliance by the Customer with the requirements of clause 10, the
Company will at its option be entitled to repair or replace free of cost and within a
reasonable time any Goods lost in transit or found to be defective or damaged on
visual inspection. If the Company does so repair or replace the Goods the
Customer will be bound to accept such repaired or replacement Goods and the
Company will be under no further liability in respect of any loss or damage
whatsoever arising from the delivery, or lack of delivery, or from any delay before
the defective Goods are repaired or the replacement Goods are delivered.
10.5 The Customer cannot reject the Goods or the Services without giving the
Company a reasonable time and opportunity to rectify any defects in the Goods or
the Services. If the Company rectifies the defects in the Goods or the Services
they shall be deemed to be in all respects in accordance with the Contract. If the
Customer does become entitled to reject the Goods or the Services the Company
will repay to the Customer any sums paid by the Customer in respect thereof but
will be under no further liability in respect of its failure to perform or the
consequences thereof. The Customer will in any event have no right to reject the
Goods or the Services, or any part of them, on account of minor omissions or
defects which do not materially affect the commercial use of the Goods.
11. WARRANTIES AND GUARANTEE
11.1 The Company warrants that the Goods will comply with any specification
specifically agreed by the Company in writing. All other terms, warranties or
conditions as to quality, description, fitness for purpose or otherwise (whether
express or implied, statutory or otherwise) are excluded to the fullest extent
permitted by law save as set out in clauses 11.2 and 11.3.
11.2 Without prejudice to clause 10, if the Customer shall, within 14 days of a defect
being discovered and in any event within 12 months of the Goods being put into
service or within 12 months of delivery (whichever is the earlier), give written
notice to the Company that a defect exists in the Goods the Company will upon
being satisfied by examination that the Goods are defective solely due to faulty
materials or workmanship at its sole discretion either repair the defective Goods
or take back the defective Goods and supply satisfactory substitute goods free of
cost and within a reasonable time.
11.3 The Company gives no guarantee and the Customer will not be entitled to any
claim in respect of any repairs or alterations undertaken by the Customer without
the prior specific written consent of the Company nor in respect of any defect
arising by reason of fair wear and tear or damage due to accident, neglect or
misuse nor in respect of any defect in the design of the Goods or the performance
of the Services in either case to the Customer’s specification.
11.4 The Company will not be liable for loss or damage suffered by reason of use of
the Goods after the Customer becomes aware of a defect or after circumstances
arising which should reasonably have indicated to the Customer the existence of a
defect.
11.5 The Company gives no guarantee and the Customer will not be entitled to any
claiming respect of any defect arising by reason of:
11.5.1 any failure to install, operate or maintain the Goods in strict accordance with the
Company’s instructions and/or any operational manuals supplied by the Company;
11.5.2 any failure to operate or maintain the Goods using competent personnel;
11.5.3 unsuitable lubricant, defective mounting or connection or any other factor causing
a defect beyond the reasonable control of the Company.
11.6 The Company gives no guarantee in respect of Goods not of the Company’s
manufacture but will assign to the Customer its rights (if any) against its supplier
and these rights will be taken i extinction of and in substitution for any rights
which the Customer would otherwise have had against the Company. further in
respect of any such Goods or component parts of the Goods the Company gives
no assurance or guarantee whatsoever that the sale or use thereof will not
infringe patent, copyright or other intellectual property rights of any other person,
firm or company.
11.7 All information and details contained in the Company’s advertising, sales and
technical literature are provided for guidance only and their accuracy is not
guaranteed. No such data or information will form pat of the Contract and the
Company will not in any event be liable for any inaccuracies or omissions. Unless
agreed by the Company in writing the Company will be under no liability
whatsoever in respect of any failure of the Goods to achieve indicative
performance targets.
11.8 Any advice of the Company relating to the use of the Goods cannot be relied upon
by the Customer and therefore at all times it is for the Customer to satisfy itself of
the suitability of the Goods for its own particular purpose. Unless expressly
agreed by the Company in writing, the Company does not warrant that the Goods
are suitable for any particular purpose whether or not such purpose has been
notified to the Company and any implied warranty or condition (statutory or
otherwise) to that effect is excluded.
12. LIMIT OF LIABILITY
12.1 The Company will not be liable for economic or consequential loss including loss
of profits, contribution to overheads,business opportunities, loss of contracts,
finance charges, goodwill, loss of production, increased costs of labour and/or
materials, or damage to property howsoever caused by any defect in the Goods or
a breach of the duty to exercise reasonable skill and care in performing the
Services but subject to the exception where any defect in the Goods or breach of
the duty to exercise reasonable skill and care in providing the Services gives rise
to a claim by reason of death or personal injury.
13. DIMENSIONS
13.1 The Company reserves the right to alter or change the specification of the Goods
within reasonable limits having regard to the type and nature of the Goods.
Dimensions stated by the Company are approximate unless the Customer has set
out in the Order that the dimensions should comply with precise tolerance.s
14. TERMINATION
14.1 The Company reserves the right at any time by notice in writing to the Customer
to cancel the Contract for the supply of the Goods or the provision of the Services
the subject of any quotation in the event of the customer failing to approve
forthwith any plans, specifications or other matter submitted to the Customer for
such approval, but without prejudice to any other rights or remedies which the
Company may have against the Customer.
14.2 If the Customer fails to take delivery of the Goods when required, or makes
default or commits a breach of any of its obligations under the Contract, or any
other contract with the Company, or if the Customer commits any act of
bankruptcy or under the provisions of Section 123 of the Insolvency Act 1986 is
deemed to be unable to pay its debts or makes or offers to make any
arrangement or composition with creditors of if any distress or execution or other
legal process is levied upon any of the Customer’s property or assets or in the
event of a resolution being passed or proceedings commenced for the
administration or liquidation of the customer (other than for a voluntary winding up
for the purpose of bona fide solvent reconstruction or amalgamation) or if a
Receiver or Manager or Administrator is appointed of all or any part of its assets
or undertaking, the Company will be entitled without prejudice to any other right or
remedy accrued or accruing to the Company to terminate the Contract in whole or
in part by notice in writing and to recover from the Customer any loss on sale of
the Goods or supply of the Services comprised in the Contract.
14.3 In the event of the performance of any obligation accepted by the Company being
prevented, delayed, or in any way interfered with by:
14.3.1 act of God, explosion, flood, tempest, fire or accident;
14.3.2 war or threat of war, sabotage, insurrection, civil disturbance or requisition;
14.3.3 acts, restrictions, regulations, bye-laws, prohibitions or measure of any kind on the
part of any governmental parliamentary or local authority;
14.3.4 import or export regulations or embargoes;
14.3.5 strikes, lock-outs, or other industrial actions or trade disputes (whether involving
employees or either the Company or the Customer or of a third party);
14.3.6 difficulties in obtaining raw materials, labour, fuel, parts or machinery;
14.3.7 power failure or breakdown in machinery;
14.3.8 non-delivery by the Company’s suppliers or damage to or destruction of the whole
or part of the Goods;
or by any other cause beyond the Company’s control the Company may at its
option suspend performance or terminate the Contract without liability for any
damage or losses resulting from such suspension or termination being without
prejudice to the Company’s right to recover all sums owing to it in respect of
Goods delivered, Services performed and costs incurred to date.
15. STATUTORY REQUIREMENTS
15.1 The Customer will observe and comply with all statutes, regulations, enactments,
bylaws, prohibitions or directions of any governmental, parliamentary or local
authority in the United Kingdom or any other country or state in which the Goods
are to be used. The Customer will indemnify the Company in full against any
liability to which the Company may be under and the consequence thereof in
respect of a breach of this clause.
16. LICENCES AND CONSENTS
16.1 The Customer will be responsible for all consents, approvals, import or other
licences, permissions or authorities required by any legislation or regulations
whether in the United Kingdom or elsewhere and for any failure to obtain the
same unless the Contract specifically provides otherwise. The Order will
constitute a warranty and representation by the Customer that it has obtained
every necessary consent, approval, licence, permit or authority that may be
required in connection with the Goods and their supply to the Customer.
17. PRODUCT LIABILITY
17.1 In respect of Goods supplied to the Customer for incorporation with, or use
ancillary to, any composite products to be produced, manufactured, processed or
supplied by the Customer or otherwise the Customer will indemnify the Company
for all losses and damages (including all legal costs) that the Company may incur
in the event that any claim or claims are made against the Company pursuant to
the Consumer Protection Act 1987 relating to the said composite product or
products of the Customer or other Goods supplied by the Company in
circumstances in which the Goods supplied by the Company were either:
17.1.1 not the defective part of the said composite product, or
17.1.2 were only rendered the defective part or became a defective product by reason of
actions or omissions of the Customer, or
17.1.3 were only rendered the defective part or became a defective product by reason of
instructions or warnings given by the Customer or another supplier of the said
composite product or products.
17.2 For the purposes of this term the word “defective” will be interpreted in
accordance with the definition in the Consumer Protection Act 1987.
17.3 The Customer acknowledges that it is under a duty to pass on to its customers
(where appropriate) all instruction, information and warnings supplied to it by the
Company with the Goods.
18. GENERAL
18.1 The Customer shall not assign or transfer to any other person any of its rights
without the express consent of the Company, nor sub-contract any of its
obligations under the Contract.
18.2 A notice under these Terms must be in Writing addressed to that other party at its
registered office or principal place of business or such other address as may at
the relevant time have been notified under this provision to the party giving the
notice.
18.3 No waiver by the Company of any breach of the contract by the Customer will be
considered as a waiver of any prior or subsequent breach of the same or any
other provision.
18.4 The parties acknowledge and agree that the Contract confers no rights on any
third party and the provisions of the Contracts (Rights of Third Parties) Act 1999 is
excluded in its entirety.
18.5 If any provision of these Terms is held to be invalid or unenforceable in whole or in
part the validity of the other provisions of these Terms and the remainder of the
provision in question shall not be affected.
18.6 The Contract shall be governed by the laws of England and Wales, and the
Customer agrees to submit to the non-exclusive jurisdiction of the English courts.
FENNER F&B COVER
10/6/08
2:20 PM
Page 1
MOTORS & INVERTERS
DRIVE DESIGN
FRICTION BELT DRIVES
COUPLINGS
CHAINS AND SPROCKETS
SYNCHRONOUS BELT DRIVES
GEARED DRIVES
SHAFT FIXINGS
& MAINTENANCE
MANUAL
One Range, One Result, One Name ...
Authorised Distributor
DRIVES | INVERTERS | MOTORS | BELTS | PULLEYS | CHAINS | SPROCKETS | SHAFT FIXINGS | COUPLINGS | GEARED DRIVES | INVERTERS | MOTORS | BELTS | PULLEYS | CHAINS | SPROCKETS | SHAFT FIXINGS | COUPLINGS | GEARED DRIVES | INVERTERS | MOTORS | BELTS | PULLEYS | CHAINS | SPROCKETS | SHAFT FIXINGS | COUP
0845 006 6000
ERIKS UK, Amber Way
Halesowen, West Midlands, B62 8WG
Tel:0121 508 6000 Fax:0121 508 6255
www.eriks.co.uk
Fenner, Fenaflex, Fenner Power Plus, Fenner Torque Drive Plus, PowerTwist, FenLock and Trantorque are registered trade marks of J. H. Fenner & Co.
Taper Lock, Power Plus, PB, and Bi-Loc are registered trade marks of ERIKS Industrial Services Ltd

Fenner QD Series Inverters

Transcription

Similar documents

W-12 view

Interia Screen Separators

2013 - 2014 Colorado Contractors Association New Car Buying

Hostile Duty Motors - Kaman Industrial Technologies

Marathon UK Electric Motors Brochure

Jetix FHP catalog

VELTIA HAND DRYER Data Sheet

Timberhead-TH24F- front

10-15-20L jacketed systems

WISCONSIN - Main Office www.RPMIndustrialSales.com Reuland