CATALOGUE - kana energy inc

Transcription

RO N G S H E N G
MACHINERY MANUFACTURE
C ATA L O G U E
Renqiu Hebei 062552,P.R China
Tel：86-317-2787847 2785012 2723322
Fax：86-317-2723183 2722347
Http://www.hbrs.Com.cn
E-mail:[email protected]
[email protected]
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RONGSHENG
MACHINERY MANUFACTURE
CATALOGUE
RONGSHENG MACHINERY MANUFACTURE
LTD OF HUABEI OILFIELD,HEBEI,CHINA
RONGSHENG’S PROSPECT
BECOME
ON
A FAMOUS
PETROLEUM
MANUFACTURE
IN
THE
COMPANY
MACHINERY
INDUSTRY
WORLD
HUMAN-ORIENTED
HONESTY AND CREDIT-KEEPING
HELPING EACH OTHER
ENTERPRISING
FACE ON THE GLOBAL PETROLEUM EXPLORATION
AND EXPLOITATION FIELD, PROVIDE SATISFIED
PRODUCT AND SERVICE TO CUSTOMER,BECOME A
COMPETITIVE NATIONAL BRAND IN PETROLEUM
MACHINERY.
Being the major factory of “China Petroleum Well Control Equipment Manufacturing and Assembling Center” appointed by Rongsheng Machinery Manufacture Ltd.
Co. of Huabei Oilfield, Hebei is an integrated machinery factory for manufacturing petroleum drilling and production equipment and oil country tubular (OCTG). It is a
provincial high technology company with power to engage in import & export trade.
The company has abundant technical strength. And it has strong research and development ability. The company has got 38 Technological Fruit Awards of Huabei
Oilfield Bureau, 7 Technological Fruit Awards of Province and Ministry & 14 National Patents. The Develop and Research Center of Rongsheng Company embark
on product design and development preparation, being equipped with advanced Auto-CAD system and powerful Pro/E software can perform three-dimension
physical modal, dynamic emulation and finite element analysis. Hence, it can design high quality products and process efficiently to meet the requirement of market
and production.
The company has perfect quality management system with ISO 9001 certificate and API certificate for BOP, pumping unit, tool joint, tubing, wellhead, kill & choke
manifold, and mud pump. We already set up HSE system and get ISO 14001-environment system certificate.
The company has developed its unique sales net. The above-mentioned products have been marketed to almost all domestic oilfields (such as Huabei Oilfield,
Daqing Oilfield, Tuha Oilfield, Talimu Oilfield, Xinjiang Oilfield, Shengli Oilfield, Dagang Oilfield, Zhongyuan Oilfield, Liaohe Oilfield, Jiangsu Oilfield, Yumen Oilfield,
Sichuan Oilfield) and to international market, including USA, Canada, Mexico, Australia, Venezuela, Ukraine, Thailand, Indonesia, Syria, Kazakhstan, Turkmenistan,
Egypt, Sudan, Chad, Algeria, Iran and Philippine.
DAQING OILFIELD
JILIN OILFIELD
UKRAINE
XINJIANG OILFIELD
LIAOHE OILFIELD
KAZAKHSTAN
TUHA OILFIELD
TALIMU OILFIELD
YUMEN OILFIELD
GREAT WALL COMPANY
NEW STAR COMPANY
JIDONG OILFIELD
BOHAI OILFIELD
DAGANG OILFIELD
QINGHAI OILFIELD
LINPAN OILFIELD
SHENGLI OILFIELD
CHANGQING OILFIELD
ZHONGYUAN OILFIELD
NANYANG OILFIELD
JIANGSU OILFIELD
JIANGHAN OILFIELD
SICHUAN OILFIELD
DIANQIANGUI OILFIELD
NANHAI OILFIELD
CANADA
SYRIA
EGYPT
SUDAN
TURKMENISTAN
IRAN
USA
PAKISTAN
THAILAND
INDONESIA
MEXICO
PHILLIPINES
VENEZUELA
Q UA L I T Y I D E A L
Improve sustaining,pursue excellence,
Provide satisfied product and service to customer.
ENVIRONMENT IDEAL
Abide by laws and regulations,care environment,
Keep improving,to create harmony between Rongsheng and nature.
Blowout preventer
01
Annular BOP
10
Ram BOP
14
Well-control device for downhole
servicing operation
24
Non-kill BOP
28
Mill bearing capacity BOP stack
29
FFZ75-3..5 diverter
30
Ram Assembly
31
Sealing rubber parts
32
Drilling spool and adapter flange
34
Mud pump
35
RS-3NB Series mud pump
38
RS-F Series mud pump
41
W-440 Single-action triplex pump
45
Pumping unit
49
Conventional and out of phase
Walking beam pumping unit
52
Energy-efficient compound balance
Pumping unit
55
Tubing
56
Joint
Multi-funcional filter
Lnspecting facility
61
64
69
Scope of products
Electric
Pertecf model: It can meet the requirement of drilling, under-balance drilling, workover,
non-kill opertion etc.
Complete size: Bore is 4 1/16″to 29 1/2″, pressure is 500psi to 15000psi.
Various function: It matched with shear ram, variable ram, eccentric ram etc. they can be
used in specilized condition. Series shear ram can shear 5″S-135 drilling pipe, realize the full
sealing and ensure safety.
The anti-H2S performance meet the NACE MR-01-75 standard, suitable for developing the
deep well, high pressure well, high H2S well.
Heat treatment
Scenery of workshop
Main processing equipments
Pressure testing pool for BOP
Control equipment for BOP pressure testing
Verticle machining center
Boring and milling machining center
Vertical boring and milling machine
Vertical boring and milling machine
Modern painting room
MODEL INDICATION
×××
××
——
××
Rated working pressure (MPa)
Bore size code
Product code
PRODUCT CODE
FH
FHZ
FZ
2FZ
3FZ
SFZ
TEMPERATURE GRADES OF NON-METAL SEALING
CONTACTING WELL LIQUID
Use the combination of two letters to represent upper limit and lower
limit as the following description
Annular BOP with spherical rubber
Annular BOP with tapered rubber
Single ram BOP
Double ram BOP
Three ram BOP
BOP by manual control
RATED WORKING PRESSURE
Mainly five grades in following table
Table 1: Grades Of Rated Working Pressure
14MPa (2,000psi)
21MPa (3,000psi)
35MPa (5,000psi)
70MPa (10,000psi)
105MPa (15,000psi)
Lower limit
(1st letter)
A
15°F (-26℃)
B
0°F (-17.8℃)
C
10°F (-12.2℃)
D
20°F (-6.7℃)
Upper limit
(2nd letter)
A
180°F (82℃)
B
上
C
200°F (93℃)
220°F (104℃)
D
250°F (121℃)
Such as BB represents the temperature level of -17.8℃~93℃, and the specific
temperature grade is marked with code on sealing part.
TEMPERATURE GRADES OF METAL MATERIALS
BORE SIZE CODES REFER TO FOLLOWING TABLE
Table 2: Bore Size Codes
Bore size code
Bore size specification
Bore size code
Bore size specification
18
71/16〃
48
183/4〃
Code of temperature grade
API code
Scope of working temperature
23
9〃
53
203/4〃
T75
75
-59～121℃ (-75～250 °F )
28
11〃
54
211/4〃
T20
20
-29～121℃ (-20～250 °F )
35
135/8
68
263/4〃
T0
00
-18～121℃ (0～250°F )
43
163/4
76
30〃
PARTS
Table 3: Temperature Grades Of Metal Materials
F18-70 BOP Stack
F35-105 Double Ram BOP
2FZ18-21 Double Ram BOP
F35-70 BOP Stack
F35-105 BOP Stack
2SFZ18-21 Double Ram BOP
DYZY18-14/21
3FZ18-35 Three Ram Hydraulic Control BOP
FHZ54-14 Annular BOP
ANNULAR BOP
There are two structure model of annular BOP, model A: tappered rubber; model D: spherical rubber.
Upper housing and the body have two connection forms as connection by bolts and connection by claw chuck.
Annular BOP with spherical rubber is composed of five parts as upper housing, body, piston, spherical rubber
and anti-dust ring.
Annular BOP with tapered rubber is composed of seven parts as upper housing, wear plate, body, piston,
tapered rubber, anti-dust ring and supporting cylinder.
The dynamic seal of annular BOP adopts the sealing ring of lip structure, which reduces the wearing of sealing
ring to the maximum, and the sealing is reliable; the rubber is not easy to fold back, and there is the effect of
funnel; and the well pressure has the function of assisting sealing, etc.
ANNULAR BOP (MODEL A)
Table 4: Specifications And Technical Parameters Of Annular Bop (Model A)
Model
Bore(mm)
WorkingPressure (MPa/psi)
Close Volume (L)
Open Volume (L)
Dimensions (mm)
A
B
TotalWeight(Forreference)(kg)
Product Code
FHZ18-70
179.4
70/10000
36
27
1200
1250
6293
RJ11185.00
FHZ28-70
279.4
70/10000
67
66
1465
1653
12290
RS11831.00
FHZ35-70
346.1
70/10000
116
117
1554
1742
15190
RJ11189.00A
FHZ43-35
425.4
35/5000
134
134
1680
1590
14100
FHZ54-14
539.7
14/2000
95.3
94.5
1380
1437
7660
FHZ54-14.00
ANNULAR BOP (MODEL D)
Table 5: Specifications And Technical Parameters Of Model Ram Bop
Model
FH18-21
Bore(mm)
179.4
FH18-35
FH23-21
228.6
FH23-35
FH28-21
279.4
FH28-35
FH35-21
346.1
FH35-21
WorkingPressure(MPa/psi)
Close Volume (L)
Open Volume (L)
Dimensions (mm)
A
B
C
D
E
F
Total Weight (For reference)
(kg)
Product Code
21/3000
21
15
745
769
141
309
37
225
1433
RS11827.00
35/5000
21
15
745
797
169
309
31
231
1520
RS11168.00
21/3000
34
22.8
902
838
128
494
48
260
2398
RS11143.00
35/5000
42
33
1016
860
110
500
72
262
2986
F9303.00
21/3000
50
39
1014
870
152
529
52
29
2950
RS11150.00
35/5000
6
72
1146
1110
242
676
74
313
4675
RS11135.00
21/3000
94
69
1271
1105
170
470
80
345
5738
RS11186.00
35/5000
94
69
1271
1150
200
670
85
340
6415
F35.00
FH48-35
425.3
35/5000
220
171
1683
1558
296
1410
428
534
16000
RS1184.00
FH53-21
527.0
21/3000
173
110
1375
1293
260
569
74
414
6994
RS111100.00
FH54-35
539.7
35/5000
241
181
2240
1718
315
1201
140
564
20230
RS11801.00
Note: The technical parameters above are basic mode.
RAM BOP
According to the number of ram installed in each set, ram BOP can be divided into: Single ram,
double ram and three ram BOP, which are respectively installed with one ram, two rams or three
rams.
According to the ram opening and closing method, ram BOP can be divided into BOP by hydraulic
control and BOP by manual control.
According to the ram locking method, ram BOP can be divided into manual locking and hydraulic
locking.
According to the different opening and closing method of bonnet, ram BOP can be divided into two
forms: Rotating bonnet ram BOP and linear bonnet ram BOP. For the rotating bonnet ram BOP, when
opening or closing bonnet, the bonnet rotates on the hinge sear fastened on the body, the ram cavity
shape of such BOP is rectangle.
For the linear bonnet ram BOP, when opening or closing bonnet, the bonnet makes linear motion
along the two bonnet opening and closing plunger rods fastened on the body, the ram cavity shape of
such BOP is elliptic.
Model RSC BOP (Casting structure)
Model RSF BOP (Forging structure)
Model RSH BOP (Manual control)
Table 5: Specifications And Technical Parameters Of Model Ram Bop
Model
FZ18-21
Bore(in)
71/16
Workingpressure
(MPa/psi)
Whether
shear
Open volume (L)
21/3000
N
2x1.6
2x2
4x1.6
2x1.6
2 FZ18-21
FZ18-35
71/16
35/5000
N
FZ18-35
Close volume (L)
Locking
type
Total weight(kg)(reference)
Dimensions(mm)
Connection
L
W
H
TOP
Bottom
Product
code
798
1520
540
280
Studded
Studded
F9404.00
4x2
1660
1520
540
566
Studded
Studded
F9606.00
2x2
798
1520
540
280
Studded
Flanged
RJ11137.00
900
1520
540
450
Studded
Flanged
RJ11137.00A
1660
1520
540
556
Studded
Studded
RJ11138.00
1240
2054
480
595
Studded
Flanged
4x1.6
4x2
2x2.75
2x2.75
4x2.75
4x2.75
2335
2054
480
910
Studded
Flanged
2x1.96
2x2.36
792
1726
595
280
Studded
Studded
RJ11144.00A
4x1.96
4x2.36
1800
1726
595
710
Studded
Flanged
RJ11165.00
2x4.4
2x5
1735
2032
735
625
Studded
Flanged
RJ11163.00
4x4.4
4x5
3980
2032
865
830
Studded
Studded
RJ11160.00
2x5.7
2x6.3
3025
2046
915
925
Flanged
Flanged
RS11837.00
2 FZ23-70
4x5.7
4x6.3
5480
2046
915
1130
Studded
Flanged
RS11838.00
FZ23-70
2x5.38
2x6.08
3350
1958
915
925
Flanged
Flanged
F9302.00
6080
1958
915
1345
Flanged
Flanged
F9301.00
FZ18-70
71/16
70/10000
N
2 FZ18-70
FZ23-21
9
21/3000
N
2 FZ23-21
FZ23-35
9
35/5000
N
2 FZ23-35
FZ23-70
9
70/10000
N
2 FZ23-70
FZ28-21
11
21/3000
N
2 FZ28-21
FZ28-21
Y
2 FZ28-21
FZ28-35
11
35/5000
2FZ28-35
N
Manual
Hydraulic
4x5.38
4x6.08
2x5.2
2x6
1840
2070
675
690
Flanged
Flanged
RJ11161.00
4x5.2
4x6
3650
2070
875
800
Studded
Studded
RJ11162.00
2x13
2x12.1
2155
2448
675
690
Flanged
RJ11161.00
2 × 5.2(Top cavity)
2×13 (Top cavity)
2×6 (Top cavity)
2×12.1(Top cavity)
3865
2448
875
800
Studded
Studded
RJ11162.00
2x5.15
2x5.9
2260
2110
780
660
Studded
Flanged
RJ11153.00A
4x5.15
4x5.9
4255
2110
865
830
Studded
Studded
F9403.00
Manual
FZ28-35
11
35/5000
Y
2X11
2X12
2660
2510
780
660
Studded
Flanged
RJ11182.00
4X11
4X5.9
4935
2510
880
1300
Flanged
Flanged
RJ11183.00
2X15
2X16.5
3955
2445
920
803
Flanged
Flanged
RS11820.00
4X15
4X16.5
7500
2445
1020
1233
Studded
Flanged
RS11174.00
N
2X2.8
2X3.55
1360
2400
720
335
Studded
Flanged
RJ11120.00
N
2X5.85
2X6.65
2020
2340
750
555
Studded
Flanged
F764.02.00B
4X5.85
4X6.65
3516
2340
844
790
Studded
Studded
F751.14.00
2X17.5
2X20
2865
2564
830
593
Studded
Flanged
RS11824.00
4X17.5
4X20
5481
2564
830
994
Studded
Flanged
RS11825.00
2X24
2X27
5908
3818
1180
705
Studded
Flanged
RJ11154.00A
4X24
4X27
10098
3818
1180
1155
Studded
Flanged
RJ11139.00A
2X8.25
2X8.95
3300
2400
920
710
Studded
Flanged
FZ897.1.0
4X8.25
4X8.25
6150
2400
920
1360
Flanged
Flanged
FZ902.00A
2X17.9
2X19.6
3620
2693
920
710
Studded
Flanged
RJ11173.00
4X17.9
4X19.6
6420
2693
920
1145
Studded
Flanged
RJ11172.00
2X14.7
2X16.6
6445
2670
1240
960
Studded
Flanged
RJ11149.00
4X14.7
4X16.6
11950
2670
1240
1485
Studded
Flanged
RJ11148.00
2X18.3
2X20.9
6450
2795
1240
966
Studded
Flanged
RS11814.00
4X18.3
4X20.9
11660
2795
1238
1491
Studded
Studded
RS11815.00
2X20
2X23
6600
3155
1238
850
Studded
Flanged
RJ11175.00
4X20
4X23
11800
3155
1215
1400
Studded
Flanged
2X11.65
2X13.65
5365
3206
1215
1100
Flanged
Flanged
RJ11164.00
4X11.65
4X13.65
9530
3206
1180
1280
Studded
Flanged
RJ11132.00B
2X26.5
2X31
9420
3420
1180
1242
Flanged
Flanged
RS11843.00
4X26.5
4X31
17020
3420
1325
1797
Flanged
Flanged
RS11844.00
2X11.65
2X13.65
4725
3206
1325
705
Studded
Flanged
RJ11154.00
4X11.65
4X13.65
8980
3206
1180
1155
Studded
Flanged
RJ11139.00
2X24
2X27
5268
3818
1180
705
Studded
Flanged
RJ11154.00A
4X24
4X27
10116
3818
1180
1155
Studded
Flanged
RJ11139.00A
2X29.7
2X31.1
9730
3494
1387
1071
Studded
Flanged
RS11809.00
4X29.7
4X31.1
17625
3494
1387
1656
Studded
Studded
RS11810.00
2X28
2X29
17873
3880
1845
1660
Flanged
Flanged
RS11802.00
4X28
4X29
28075
3880
1845
2225
Studded
Flanged
RS11803.00
10520
4154
1800
980
Studded
Flanged
RS11822.00
19841
4154
1800
1612
Studded
Flanged
RS11804.00
2 FZ28-35
FZ28-70
11
70/10000
Y
2 FZ28-70
FZ35-14
13 5/8
FZ35-21
13 5/8
14/2000
2 FZ 35-21
21/3000
FZ 35-21
Y
2 FZ 35-21
FZ 35-21
20 3/4
21/3000
Y
2 FZ 53-21
FZ35-35
13 5/8
N
2 FZ35-35
35/5000
FZ35-35
Y
2 FZ35-35
FZ35-70
13 5/8
Y
2 FZ35-70
70/10000
FZ35-70
2 FZ35-70
FZ43-35
16 3/4
35/5000
Y
2 FZ43-35
FZ35-21
20 3/4
21/3000
N
2 FZ35-21
FZ48-35
18 3/4
35/5000
Y
2 FZ48-35
FZ54-14
21 1/4
N
2 FZ54-14
14/2000
FZ54-14
Y
2 FZ54-14
FZ54-35
21 1/4
35/5000
Y
2V54-35
FZ54-70
21 1/4
70/10000
Y
2V54-70
FZ68-21
26 3/4
21/3000
2 FZ68-21
Y
2X33.5
2X35
4X33.5
4X35
Manual
`
Hydraulic
RSF RAM BOP (Forging struclure)
Table 7: Specifications And Technical Parameters Of Model Rsf Ram Bop
Model
FZ18-21
Bore (in.)
7 1/16
Working(MPa/psi)
Whether shear
21/3000
2 FZ18-21
FZ18-35
7 1/16
35/5000
N
2 FZ18-35
FZ18-70
7 1/16
70/10000
Open volume (l)
Closeolume (l)
Locking
type
Locking type Total weight
(kg)(reference)
Dimensions (mm)
Connection
L
W
H
Top
Bottom
Product code
2X2.9
2X3.3
420
1400
385
450
Flanged
Flanged
RS11839.00
4X2.9
4X3.3
770
1400
385
642
Studded
Flanged
RS11179.00
2X2.9
2X3.3
493
1400
400
566
Flanged
Flanged
RS11183.00
4X2.9
4X3.3
885
1400
400
778
Flanged
Flanged
RS11178.00
1179
2054
480
520
Flanged
Flanged
RJ11157.00
Manual
2X2.75
2X2.75
4X2.75
4X2.75
2175
2054
480
840
Studded
Flanged
RJ11158.00
2X7
2X7.5
2520
1976
690
858
Studded
Flanged
RJ11181.00
2 FZ18-105
4X7
4X7.5
4590
1976
690
1278
Flanged
Flanged
RJ11184.00
FZ28-105
38
33.4
7815
2718
1157
1265
Flanged
Flanged
RS11805.00B
2 FZ28-105
2X38
2X33.4
13990
2718
1157
1910
Flanged
Flanged
RS11806.00B
30
32
6450
3314
1001
955
Flanged
Flanged
RS11805.00
12283
3314
1001
1600
Studded
Flanged
RS11806.00
2 FZ18-70
FZ18-105
FZ28-105
7 1/16
105/15000
11
2 FZ 28-105
FZ35-35
2 FZ35-35
35/5000
13 5/8
FZ35-70
2 FZ35-70
70/10000
13 5/8
FZ35-70
2 FZ35-70
70/10000
13 5/8
FZ35-70
2 FZ35-70
70/10000
13 5/8
FZ35-105
2 FZ35-105
13 5/8
Y
Hydraulic
Manual
2X30
2X32
2X19.8
2X20.6
5325
3350
928
750
Studded
Flanged
RS11816.00
4X19.8
4X20.6
10155
3350
928
1260
Studded
Flanged
RS11817.00
2X19.8
2X20.6
6265
3400
1030
850
Studded
Flanged
RS11818.00
11905
3400
1030
1415
Studded
Flanged
RS11818.00
Hydraulic
4X19.8
4X20.6
2X21
2X21
6855
2811
1190
895
Studded
Flanged
RS11811.00
4X21
4X21
12640
2811
1190
1430
Studded
Flanged
RS11812.00
2X18.5
2X21
6425
2795
1190
895
Studded
Flanged
RS11811.00A
4X18.5
4X21
11780
2795
1190
1430
Studded
Flanged
RS11812.00A
8400
3748
1115
1053
Studded
Flanged
RS11187.00B
14930
3748
1115
1700
Studded
Flanged
RS11188.00B
37
42
2X37
2X42
Manual
RSH RAM BOP(Manual control)
Table 8: Specifications And Technical Parameters Of Model Rsh Ram Bop (Manual)
Model
Bore (in.)
WorkingMPa/psi)
Locking type
SFZ16-21
2 SFZ16-21
21/3000
SFZ18-21
2 SFZ18-21
7 1/16
Manual
SFZ18-35
2 SFZ18-35
35/5000
Total weight (kg) (reference)
Dimensions (mm)
Connection
Product code
L
W
H
Top
Bottom
310
1190
335
450
Flanged
Flanged
RS11835.00
550
1190
364
632
Flanged
Flanged
RS11834.00
344
1190
380
450
Flanged
Flanged
RS11170.00A
552
1190
380
642
Flanged
Flanged
RS11808.00
403
1190
395
566
Flanged
Flanged
RS11169.00A
720
1190
395
778
Flanged
Flanged
RS11829.00
WELL-CONTROL EQUIPMENT FOR DOWNHOLE
It is forged by alloy steel, compact, light, high strength, easy for dismounting and
transportation, the surface is coated by nickel and phosphorus, it has good performance for
anti-corrosion.
The workover BOP are mainly as follows:：
Workover BOP series
Cable BOP
It is mainly used for sealing cable when operate in drilling, formation testing, perforating,
checkout in oil production. It adopts elliptic ram, there are two kind opening and closing
methods of manual and hydraulic, the structures are single ram, double ram, three ram,
manual and hydraulic. The upper and bottom connection method are union, it can connect to
wellhead and other BOPs through adapter flange.
DF Series Cable BOP
Table 10: Specifications And Technical Parameters Of Df Series Cable Bop
Model
Bore(mm)
WorkingPressure(MPa)
Strength pressure testingMPa)
DF65-35
65
35
70
DF65-70
65
70
105
DF76-35
76
35
70
DF76-70
76
70
105
DF118-35
118
35
70
DF118-70
118
70
105
Ram BOP
It is mainly used for the operation of slim-hole drilling, slot sidetrack drilling, oil well and water
well overhaul, repair, formation testing etc. It adopts elliptic ram, so the forc bearing is reasonable,
the structure is compact. The structure styles are manual and hydraulic. Top and bottom connection
methods are: double flanged, upper studded and bottom flanged, double studded. You can choose
them according to your requirements.
Single Ram Manual Control BOP (Double Flange)
Single Ram Manual Control Bop (Single Flange)
Lylindrical Rubber Annular BOP
Three ram hydraulic control BOP
Table 11: Specifications And Technical Parameters Of FZ Series Ram Bop
Model
Bore(mm)
Working
Pressure(MPa)
Strength pressure
testingMPa)
SFZ18-07
179.4
7
14
SFZ18-14
179.4
14
28
SFZ18-21
179.4
21
42
Single Ram-Spherical Rubber annular BOP Stack
Locking Type
Table 12:Specifications And Technical Parameters Of Annular Bop
Manual
SFZ18-35
Notes: The models above are basic mode. Bore can be made by 186mm according to reguirements
fortubing getting through tubing 350 well head.
Model
Bore (in)
Workingpressure(MPa/psi)
Strength pressure
testing (MPa/psi)
Rubber
structure
Hydraulic control
pressure (MPa/psi)
FH12-14
125
14
28
Cylindrical
≤10.5
FH12-21
125
21
42
Spherical
≤10.5
FH18-35
179.4
35
70
Combined
≤10.5
Note: FH12-14 is used in Non-kill BOP only.
DYZY18-14/21 AND DYZY18-21/35 NON-KILL BOP
Non-kill operation means the type of operation in which operation is made without open flow and
well kill when there is pressure inside well. DYZY18 -14 /21 and DYZY18-21/35 non-kill BOP is a
set of device for non-kill operation, and its main function is to control pressure of well head during
operation, effectively prevent the accident of blowout, and realize the safe operation.
MODEL
DYZY
×××
××
××
Highest static seal pressure (MPa)
Highest working pressure (MPa)
Bore size code
Product code
Technical Parameters
Item
Technical Parameter
DYZY18-14/21
DYZY18-21/35
Stroke length of rising and falling cylinder
3.5m
Pushingupforceofrisingandfallingcylinder(Maximum)
500KN
600KN
Pulling down force of rising and
falling cylinder (Maximum)
350KN
420KN
Maximum working pressure
14MPa
21MPa
Maximum bearing pressure
21MPa
35MPa
Strength testing pressure for pressure containing parts
42MPa
70MPa
Bore size
φ186mm
Size of ram equipped for ram BOP
Full sealing、2 7/8＂、1 1/2＂
Recommended control pressure for ram BOP
8.4-10.5MPa
Size of slip element for slips
2 7/8＂、1 1/2＂
Dimension (L×W×H) mm
1780X1400X5720
Temperature grade for metal pressurecontaining parts
T20（-29～121℃）
Temperature gradeforcommonnon-metal sealing parts
BB（-18～93℃）
Temperature grade of cold-resistant
non-metal sealing parts
AB（-26～93℃）
Working media
Water, crude oil, drilling liquid (Not suitable to the
environmental with sulfureted hydrogen)
Mill bearing capacity BOP stack
Features
The pressure grade is lower (14MPa), but the bore is bigger (φ325mm). The mill pipe is mounted on the sealing ram
of bearing capacity BOP, the weight can reach to 80 tons. The BOP can close its dealing ram at anytime. At the
same time, there is a spool which is connected to 13 3/8″surface csing, the small flanges on two sides and collar
clamp are used for kill manifold, injecting cement and relief. The total height is 1000mm, it is convinient for
mounting. We adopt new model structure for convinient exchanging the rams, and the oil line will not have leakage.
It not only bears weight and seals mill pipe, but also seals drilling pipe.
Main technical parameters
* Working pressure : 14MPa
* Bore : φ325mm
* Control pressure : 8.5-10.5MPa
* Dinensions : 2380×620×1062mm
RAM ASSEMBLY
FFZ75-3.5 DIVERTER
It is mainly used for well control when surfce layer drilling is operating. It is used together with
hydraulic control system, spool, valve etc., so as to transport the low pressure fluid (liquid, gas) in
well to the apointed safe place in a regular way, ensure the safety for operators and equipments. It
can seal all shapes and sizes of kelly, drilling pipe, drilling pipe sub, drilling collar, casing etc., at
the same time, it can divert and relief the fluid in well.
We have developped all models and sizes rams, including integal pipe ram, two-piece pipe ram, elliptic ram,
blind shear ram, variable ram, weight-bearing ram, H2S-resistant ram etc.
FFZ75-3.5 Diverter stack (Technical parameters)
* Bore : Φ749.3mm
* Rated working pressure : 3.5MPa
* Control pressure: ≤12MPa (Recommanded≤10.5MPa)
* Stroke length of piston: 355mm
* Scope of capping: Φ127mm~Φ749.3mm
* Max. oil volume for closing: 238L
VANABLE RAM
INTEGAL BLIND SHEAR RAM
FFZ75-3.5 DIVERTER
FFZ75-3.5 Diverter stack (Product features)
* It adopts the connection method of claw chuck between body and upper housing. So it is convinient for
assembling and removing, it is compact and has a high bearing capacity.
*The hydro-cylinder is single-acting, closed by hydraulic, opened by piston gravity and rubber element elasticity.
*The anti-corrosion measures are taken for all the moving surface, so as to prevent fromdrilling fluid corrosion
and electrochemical corrosion, improve the performance and prolong the using life.
*The wear plate is mounted on upper housing, so as to prevent the fiction wear between support plate of rubber element and upper housing.
* Body is integrated and totally enclosed.
PIPE RAM
SEALING RUBBER PARTS
We can produce all kinds of sealing parts, including packing element, ram sealing parts, sealing
rings etc.. We have advanced inspecting instruments and method for rubber performance testing.
We can develop rubber sealing parts which are suitable for different working conditions.
Spherical Rubber
Ram Face Seal
O-ring
Ram Face Seal
Ram Top Seal
Ram Top Seal
Piston Sealing Ring
DRILLING SPOOL AND ADAPTER FLANGE
Spool and adapter can be disigned according to customer's all kinds of models and sizes to meet the
requirements in work site. There are three kinds of connecting models for BOP connection and outlets,
including flanged, studded and clamped-in style. Gasket groove is line welded by stainless steel
according to API Spec 6A, so as to prolong the using period and decrease the maintaining cost.
Spool
Adapter Flange
Scope of products
Testing platform for mud pump
Mud pump -"Heart" of drilling operation. The series Mud pumps produced by Rongsheng Machinery Manufacture Ltd.
digest and absorb the advantages of domestic and foreign single-action triplex pumps in design, and use the modern
design method and the optimum design theory to optimize the structure and parameters of traditional pumps to make
them more reasonable and advanced. The processing and manufacturing inherit the long suit of the domestic pump
manufacturers, combine the advantages of processing and manufacturing of our factory, and use the modern processing
and manufacturing method to produce the mud pumps reliable for work and assuring to customers.
Crank shaft processing
Herringbone gear processing
Finished gears
Mud pump assembling
NC. Lathe
Body processing
RS-3NB
系列钻井泵
RS-3NB
SERIES MUD PUMP RS-3NB SERIES MUD PUMP
STRUCTURAL FEATURES OF RS-3NB1600/1300
Frame It is in structure of steel plate welding, the bearing block of transmission shaft and upper and bottom bases of
crank shaft are cast steel, the bearing block of crank adopts the structure of width plate and stiffened plate
reinforcement, and the rigidity is good and strength is high.
Crank shaft Casted by alloy steel.
Wheel set of transmission gear It is in involute herringbone gear, adopts medium hard tooth flank, and the drive
torque is high and the operation is smooth.
Pinion It is the forged by alloy steel, and either of two ends of transmission shaft can be installed with pulley.
Crosshead It adopts ductile iron cast and has the good antifriction performance. The guide plate adopts the structure
of upper and lower guide plates, which can adjust concentricity through adding washer at the lower guide plate.
Hydraulic cylinder It is the forged by alloy steel. It is in the form of straight-way type cylinder. The size of cylinder is
small, the volumetric efficiency is high, and the taper of valve seat hole is 1:6 and has steps. It is suitable for
operation under high pressure. The gland and flange on cylinder adopt the connection of saw tooth thread, and
flange is fastened on cylinder by bolts, which is convenient for speeding disassembly during service. The surface of
cylinder is treated by chemical nickel and phosphorus plating to enhance the performance of anti-corrosion.
Valve assembly NB1300 and NB1600 mud pumps adopt API 7# valve. The parts of hydraulic cylinder, cylinder,
plunger, valve, valve seat, valve spring, sealing part, valve cap and cylinder cap, etc. at the fluid end can be
interchanged.
Lubrication system Oil wiper and oil channel are installed at the position of pinion. The lube is delivered through oil
channel to the two bearings of transmission shaft and crank shaft and lubricating point on the top of guide plate. The
`
forced lubrication device can be matched on the outside of machine frame.
TECHNICAL SPECIFICATION
TABLE OF PERFORMANCE PARAMETERS
Pump Model
RS-3NB1300
RS-3NB1600
Rated input power
956kw(1300HP)
1176kw(1600HP)
Stroke
120 min-1 (120SPM)
120 min-1 (120SPM)
Stroke Length
305mm(12″)
305mm(12″)
Cylinder Diameter
mm
φ180
φ170
φ160
φ150
φ140
φ130
Gear ratio
3.81：1
3.81：1
Discharge pressure
MPa
18.4
20.7
23.4
26.6
30.5
34.5
Max. working pressure
34.5MPa
34.5MPa
Stroke
Input power
Output power
Discharge capacity (L/s)
Valve
API #7
API #7
min-1
KW
Horsepower
KW
Horsepower
Max. cylinder diameter
180mm
190mm
120
956
1300
860
1170
46.6
41.5
36.8
32.3
28.2
24.3
Max. cylinder pressure
18.4MPa
20.4MPa
110
876
1191
789
1073
42.7
38.0
33.7
29.6
25.9
22.3
Suction pipe diameter
305mm(12″)
305mm(12″)
100
797
1083
717
975
38.8
34.5
30.6
26.9
23.5
2025
Discharge pipe diameter
100mm
100mm
90
717
975
645
878
35.0
31.1
27.6
24.2
21.2
18.2
Pinion diameter
215.9mm
215.9mm
50
398.4
542
359
487.5
19.4
17.25
15.3
13.45
11.75
10.1
Key
44.45×38.1×381mm
44.45×38.1×381mm
1
7.96
10.80
7.171
9.75
0.466
0.345
0.306
0.269
0.235
0.2025
Dimensions
4500×2780×1990mm
4600×2820×2000mm
Weight of main machine
21700kg
23625kg
Table of Relation between Discharge and Pressure of 3NB-1300 mud Pump
( Mechanical efficiency 90%, coefficient of fullness α=100%, and volumetric efficiency 100% )
RS-F SERIES MUD PUMP
Table of Relation between Discharge and Pressure of 3NB-1600 mud Pump
Cylinder Diameter
mm
φ190
φ180
φ170
φ160
φ150
φ140
Discharge pressure
MPa
20.4
22.8
25.5
28.8
32.8
35
Stroke
Input power
Output power
min-1
KW
Horsepower
KW
Horsepower
120
1176
1600
1058
1440
51.9
46.6
41.5
36.8
32.3
28.2
110
1078
1467
970
1300
47.6
42.7
38.0
33.7
29.6
25.9
100
980
1333
882
1200
43.3
38.8
34.5
30.6
26.9
23.5
90
882
1200
793
1080
39.9
35.0
31.1
27.6
24.2
21.2
50
490
666.7
529
600
21.6
19.4
17.25
15.3
13.45
11.75
1
9.8
13.3
8.82
12
0.433
0.388
0.345
0.306
0.269
0.235
STRUCTURAL FEATURES OF RS-F800/1000/1300/1600/2200 MUD PUMPS
Wheel set of transmission gear It is in integrated herringbone gear transmission, the drive torque is high and the operation is
smooth.
Frame It is in structure of steel plate welding, the main bearing base and upper and lower seats for crank shaft adopt cast
steel, and they have the stress relieving treatment after welding. The lower seat of crank shaft adopts the stiffened reinforcing
structure, the rigidity is good and strength is high. The necessary system of oil sump and oil channel have been matched on
the frame for the cooling and lubrication.
Crank shaft It is casted by alloy steel. The large gear ring is the integrated herringbone gear, the inner hole and crank shaft is
in tight fit, and are fastened by bolts and blocking nuts.
Pinion It is the forged by alloy steel. The herringbone teeth are machined on the shaft. It adopts the medium hard tooth flank.
Crosshead It adopts ductile iron cast and has the good antifriction performance. The guide plate adopts the structure of upper
and lower guide plates, which can adjust concentricity through adding washer at the lower guide plate.
Hydraulic cylinder It is the forged by alloy steel. It is in the form of straight-way type cylinder. There are saw tooth threads on
the top. The surface of hydraulic cylinder can be treated by chemical nickel and phosphorus plating to enhance the
performance of anti-corrosion.
Valve assembly F-800 and F-1000 mud pumps adopt API 7# valve. The parts of hydraulic cylinder, cylinder, plunger, valve,
valve seat, valve spring, sealing part, valve cap and cylinder cap, etc. at the fluid end of F-800 and F-1000 mud pumps can be
interchanged. The parts at fluid end of F-1300 and F-1600 mud pumps can be interchangeable.
Lubrication system It adopts the method of forced lubrication and splash lubrication.
RS-F800/1000/1300/1600/2200 TECHNICAL SPECIFICATION
Pump model
RS-F800
RS-F1000
RS-F1300
RS-F1600
RS-F2200
Rated input power
956kw(1300HP)
735kw(1000HP)
956kw(1300HP)
1180kw(1600HP)
1640kw(2200HP)
Stroke
150 min-1 (150SPM)
140 min-1 (140SPM)
120 min-1 (120SPM)
120 min-1 (120SPM)
105 min-1 (105SPM)
Stroke Length
229mm(9″)
254mm(10″)
304.8mm(12″)
304.8mm(12″)
356mm(14″)
Gear ratio
4.185：1
4.207：1
4.206：1
4.206：1
3.512:1
34.5MPa
34.5MPa
34.5MPa
34.5MPa
Valve
API #6
API #6
API #7
API #7
API #8
6 1/2″
6 3/4″
7″
7 1/4″
9″
14.4MPa
16.4MPa
18.5MPa
23.3MPa
254mm(10″)
305mm(12″)
305mm(12″)
305mm(12″)
305mm(12″)
5 1/8″Flange (5000psi)
5 1/8″Flange (10000psi)
Pinion diameter
177.8mm(7″)
196.9mm(7 3/4″)
215.9mm(8.5″)
215.9mm(8.5″)
254mm(10″)
Key
44.45×44.45mm(1 3/4″×1 3/4″)
50.8×50.8mm(2″×2″)
50.8×50.8mm(2″×2″)
50.8×50.8mm(2″×2″)
63.5×44.45mm(2-1/2″×1-3/4″) ″
Dimensions（mm）
3963×2005×1694
4267×2350×1862
4426×2413×2004
4684×2413×2063
——
`14000kg
18642kg
24572kg
24751kg
38460kg
Table of Relation between Discharge and Pressure of RS-F800 mud Pump
Cylinder diameter
in
6 1/2
6 1/4
6
5 1/2
5
4 1/2
4
Cylinder diameter
in
6 3/4
6 1/2
6 1/4
6
5 1/2
5
4 1/2
Discharge pressure
MPa
14.4
15.6
16.9
20.1
24.3
30.0
34.3
Discharge pressure
MPa
16.4
17.6
19.1
20.7
24.6
29.8
34.5
psi
2000
2260
2570
2950
3420
4015
4780
psi
2410
2725
3100
3555
4125
4840
5000
Stroke
Input power
min-1
KW
Horsepower
13.92
140
735
1000
41
38
35.2
32.4
27.2
22.5
18.2
16.45
12.99
130
683
929
38.07
35.28
32.68
30.1
25.26
20.89
16.9
18.85
15.27
12.06
120
630
857
35.14
32.57
27.86
27.77
23.3
19.28
15.6
21.06
17.4
14.1
11.14
110
578
786
32.21
29.85
27.66
25.46
21.37
17.68
14.3
22.97
19.3
15.95
12.92
10.21
100
525
714
29.28
27.14
25.14
23.14
19.43
16.07
13
0.209
0.175
0.145
0.117
0.093
1
5.25
7.14
0.293
0.271
0.251
0.231
0.194
0.161
0.130
Stroke
Input power
min-1
KW
Horsepower
150
588
800
36.76
34
31.32
26.32
21.75
17.62
140
548.8
746.7
34.3
31.73
29.23
24.57
20.3
130
509.6
693.3
31.85
29.47
27.14
22.81
120
470.4
640
29.4
27.2
25.06
110
431.2
586.7
26.95
24.93
1
3.92
5.33
0.245
0.227
Cylinder diameter
in
7
6 3/4
6 1/2
6 1/4
6
5 1/2
5
Cylinderdiameter
in
9
8 5/8
8 1/4
7 7/8
7 1/2
7
6 3/4
6 1/2
6
5 1/2
Discharge pressure
MPa
18.9
20.4
22.0
23.8
25.8
30. 7
34.5
Dischargepressure
MPa
19.0
20.8
22.8
25.1
27.9
31.0
34.5
34.5
34.5
34.5
psi
2720
3050
3188
3440
3915
4495
5000
psi
2760
3015
3310
3645
4040
4505
5000
5000
5000
5000
Stroke
Input power
min-1
KW
Horsepower
120
956
1300
45.41
42.22
39.15
36.20
33.36
28.03
110
874
1188
41.63
38.7
35.89
33.18
30.58
100
795
1081
37.84
35.18
32.63
30.17
90
715
972
34.06
31.67
29.36
50
397
540
18.92
17.59
1
79
107
0.3784
0.3517
Stroke
Input power
min-1
KW
Horsepower
23.17
105
1640
2200
77.65
71.05
64.73
58.72
52.99
47.56
42.42
37.58
33.03
28.77
25.69
21.24
90
1406
1886
66.56
60.90
55.49
50.33
45.42
40.77
36.36
32.21
28.31
24.66
27.8
23.36
19.31
80
1250
1676
59.16
54.13
49.32
44.74
40.37
36.24
32.32
28.63
25.16
21.92
27.15
25.02
21.02
13.38
70
1094
1467
51.76
48.36
43.16
39.14
35.33
31.71
28.28
25.05
22.02
19.18
16.31
15.08
13.9
11.68
9.65
60
937
1257
44.37
40.60
36.99
33.55
30.28
27.18
24.24
21.47
18.87
16.44
0.3263
0.3017
0.278
0.2336
0.1931
50
781
1048
36.97
33.83
30.83
27.96
25.23
22.65
20.20
17.89
15.73
13.70
0.7395
0.6766
0.6165
0.5592
0.5047
0.4530
0.4040
0.3579
0.3146
0.2740
1
W-440 SINGLE-ACTION TRIPLEX PUMP
Cylinder diameter
in
7 1/4
7
6 3/4
6 1/2
6 1/4
6
5 1/2
5
Discharge
pressure
MPa
21.7
23.3
25.1
27.10
29.2
31.7
34.5
34.5
psi
3146
3345
3750
3930
4235
4820
5000
5000
Stroke
Input power
min-1
KW
Horsepower
120
1180
1600
48.71
45.41
42.22
39.15
36.20
33.36
28.03
23.17
110
1078
1462
44.65
41.63
38.7
35.89
33.18
30.58
25.69
21.24
100
980
1329
40.59
37.84
35.18
32.63
30.17
27.8
23.36
19.31
90
882
1196
36.53
34.06
31.67
29.36
27.15
25.02
21.02
13.38
50
490
664
20.29
18.92
17.59
16.31
15.08
13.9
11.68
9.65
1
98
133
0.406
0.3784
0.3518
0.3263
0.3017
0.278
0.2336
0.1931
Pump model
W-440
W-446
Rated input power
324kw(440HP)
328kw(446HP)
Stroke
320min-1 (400SPM)
300min-1 (300SPM)
Stroke Length
152.4mm(6″)
152.4mm(6″)
Gear ratio
4.578：1 1
4.578：
35MPa(5000psi)
Valve
W-440PumpParameters
Stroke,min-1
320
270
220
170
120
70
Inputpower(horsepower)
440
380
320
260
200
200
Cylinder
diameter
Pressure
Gallon,run-1
Gallon,run-1
4-1/2
1710
1.239
397
335
273
211
149
87
21MPa(3000psi)
4-1/4
1917
10105
354
299
243
188
133
77
API #4
API #4
4
2169
0.979
313
264
215
167
118
69
Plunger rod
API #SA-2
API #SA-4
3-3/4
2468
0.861
275
232
189
146
103
60
4 1/2″
6″
3-1/2
2816
0.750
240
202
165
127
90
52
12MPa(1710psi)
7.35MPa(1050psi)
3
3327
0.551
204
149
121
94
66
39
6″ (150#)Flange
6″ (150#)Flange
3″(900#)Flange
3″(900#)Flange
Pinion diameter
95.25 mm(3.75″)
95.25 mm(3.75″)
Key
22.174ⅹ15.9mm 2
2.174ⅹ15.9mm
Dimensions（mm
2479×1219×1103mm
2479×1219×1103mm
4463kg
4470kg
W-446PumpParameters
Stroke,min-1
300
250
200
175
50
100
50
Inputpower(horsepower)
446
355
285
250
213
142
71
Cylinder diameter
Pressure
Gallon,run-1
Gallon,run-1
6
1050
2.203
661
550
440
386
330
220
110
5-1/2
1248
1.851
555
463x
370
324
278
185
63
5
1508
1.530
459
310
306
268
230
153
76
4-1/2
1863
1.239
372
245
248
217
186
124
62
4
2357
0.979
294
188
196
171
147
98
49
3-1/2
3000
0.750
225
188
150
131
113
75
38
Scope of products
Model of products : Conventional walking beam, Compound balance Walking beam
Size of products : Seven sizes of 5,6,8,10,12,14,16,more than 50 models
Main equipments : Milling planer, boring machine, Nc Lathe, flattening machime, plate Shearing machine,
Automatcc cutting machine, steel pre-treatment line, Automatuic Welding Machine
Production capacity : 600 units/year
Automatic cutting Machine
Automatic welding Machine
Control panel for steel pre-treatment line
Steel pre-treatment Line
CONVENTIONAL AND OUT OF PHASE WALKING-BEAM PUMPING UNIT
The productis is used foroil production as the surface equipment of a rod pump. The design and
manufacture of the product completely conform to API spec 11E. and industry standard SY/T5044
of china petrdeam the plant has gotten the authority to use API monogram on the product.
STRUCTURE FEATURE
Simple structure, high reliability
1. Brake system
5. Belt
9. Gear Reducer
13. Pitman
17. Frant samson Post
21. Horsehead
24. Pin shaft
28. Sub-base
2. Base
6. Sub-base platform
10. Crank
14. Rear samson Post
18. Ladder
22. Wire line guard
25. Equalizer Beam
3. Prime Mover
4. Belt guard
7. Belt sheave of reducer
8. Safety bralee device
11. Crank Pin
12. Counterweight
15. Tail Bearing
16. Walking Beam
19. Samson platform
20. Center Bearing
23. Connecting plate between walking-beam and horsehead
26. Wireline
27. Carrier Bar
Table 11:Technical Specification for Out of Phase Pumping Unit
No.
1
2
3
4
5
6
Model
CYJ5-2.5-13B
CYJY6-1.6-13HB
CYJY6-2.5-13HB
CYJY8-2.1-18HB
CYJY8-2.5-26HB
CYJY10-3-26HB
Capacity
50
60
60
80
80
100
maximum stroke
Length m
2.5
1.6
2.5
2.1
2.5
3
Rated torque of
gear box, kN.m
13
13
13
18
26
26
Stroke min-1
6,10,14
5,6.5,8
5,7.5,10
4,5,6
4,5,6
5,6,7
Power of motor, kw
15
15
15
18.5
30
22
Total weight, kg
10033
11106
10033
13430
14787
15322
No.
7
8
9
10
11
12
Model
CYJY10-3-37HB
CYJY10-3-53HB
CYJY10-4.2-53HB
CYJY12-2.5-37HB
CYJY12-3-73HB
CYJY12-4.8-73HB
Capacity
100
100
100
120
120
120
maximum stroke
Length m
3
3
4.2
2.5
3
4.8
Rated torque of
gear box, kN.m
37
53
53
37
73
73
Stroke min-1
6,9,12
6,9,12
3,5,7
6,9,12
4,6,8
4,5,6
Power of motor, kw
30
37
37
37
45
45
Total weight, kg
18000
19043
24707
19260
23108
27957
No
13
14
15
16
17
18
Model
CYJY14-3.6-53HB
CYJY14-3.6-73HB
CYJY14-4.8-73HB
CYJY14-5.5-105HB
CYJY16-3.6-105HB
CYJY16-4.8-105HB
Capacity
140
140
140
140
160
160
maximum stroke
Length m
3.6
3.6
4.8
5.5
3.6
4.8
Rated torque of
gear box, kN.m
53
73
73
105
105
105
Stroke min-1
4,6,9
4,5,6
4,5,6
4,5,6
4,5,8
3,4,6
Power of motor, kw
45
55
55
73
75
75
Total weight, kg
24133
29352
32500
33530
34041
34435
下偏杠铃节能抽油机
ENERGY-EFFICIENT COMPOUND BALANCE PUMPING UNIT
STRUCTURE FEATURE
Based on the original four bar mechanism of walking beam pumping unit,we mount the equalizer on the upwards
of walking beam,the rear end of walking beam is bent and adding a barbell at the downwards of walking
beam,combined with crank balance to becone a compound balance, so the balance effect is better than before, the
usage life of reducer is prolonged, the power of electric motor is smaller than before, The waving scope of
electric current becomes small, It can save about 30% energy.
Table 12 : Technical specification compound balance Pumping Unit
No.
1
2
3
4
5
Model
CYJY5-2.5-13HF
CYJY6-3-26HF
CYJY8-3-26HF
CYJY8-3-37HF
CYJY10-4.2-53HF
Capacity
50
60
80
80
100
maximum stroke
Length m
2.5,2,1.5
3 2.4, 1.8
3, 2.4, 1.8
3, 2.4, 1.8
4,5,6
Stroke min-1
6,8,10
6,8,10
4,5,7
4,5,7
4,5,6
Power of motor, kw
15
18.5
22
22
30
Total weight, kg
13140
16500
18980
19923
24900
No
1
2
3
4
5
Model
CYJY10-4.8-53HF
CYJY12-4.8-53HF
CYJY14-4.8-73HF
CYJY14-5.5-73HF
CYJY16-4.8-105HF
Capacity
100
120
140
140
160
maximum stroke
Length m
4.8, 4, 3.2
4.8, 3.8, 2.8
4.8, 3.8, 2.8
5.5, 4.5, 3.5
4.8, 3.8, 2.8
Stroke min-1
4, 5, 6
4, 5, 6
4, 5, 6
4, 5, 6
4, 5, 6
Power of motor, kw
30
37
37
45
55
Total weight, kg
25300
29200
33071
32173
36438
Scope Of Products
Tighting
Mechanical preformance, test method & inspecting method, thread processing and inspecting
completely conform to API Spec 5CT/API std 5B and china petroleum industry standard SY/T6194.
We can produce EUE and NUE tubing, including 2 -3/8″, 2 -7/8″ and 3 -1/2″ etc. We can produce
various glass reinforced plastic inside surface tubing and inside plating anti-corrosive tubing according
to the consumer' s requirements.
QUALITY
* A four funcition magnet leak inspecting machine produced by ICO company of U.S.A. is usd in nondestructive inspection. It can
ICO Electro-Magnetic inspection unit
inspect steel grade, longitudinal and transverse defects and wall thickness.
* After the tubing ends are thickened, the tubing is heat-treated for full length. The procedure of heat-treatment is controlled by a
computer automatically. Fluorescent magnetic powder test is carried after heat-treatment.
* Numerically controlled pipe lathe are used in thread processing.
Tubing
* For every item of thread inspecting, a complete set of inspecting machines produced by Arem Co. of USA. is used.
* Hydrostatic pressure test is controlled automatically. Tubings are 100% pressure-tested and the results are recorded automalically.
* For ensuring the each capacity of the tubings and avoiding thread gluing, the thread technical parameter are above the API standard.
Pressure testing system for tubing
Numerically controlled pipe lathes for thread processing
Normalization line equipment
Table 14: Size and Steel Grade of NUE, EUE tubing and pub-joint
Size(in)
Weight(lb/ft)
NUE
EUE
4.00
2 3/8
3 1/2
Inner diameter
(mm)
4.24
51.84
4.60
4.70
4.83
50.67
5.80
5.95
6.45
47.42
7.49
45.34
6.60
2 7/8
Wall thickness
(mm)
7.35
7.45
8.35
43.26
6.40
6.50
5.51
62.00
7.80
7.90
7.01
59.00
8.60
8.70
7.82
57.38
9.35
9.45
8.64
55.75
10.50
9.96
53.11
11.50
11.18
50.67
7.70
5.49
77.93
9.20
6.45
76.00
10.20
7.34
74.22
12.70
9.53
69.85
14.30
10.92
67.06
15.50
12.09
64.72
17.00
13.46
61.98
Outer diameter
(mm)
Steel grade
60.32
73.02
J55
K55
N80
L80 etc
88.9
Note: The length of tubing or adapter flange can be determined by requirement of consumer.
It can be made according to special needs.
Table 15: Mechanical Property of Tubing
Group
Steel grade
Model
Yield strength(N/mm2)
min
max
Tensile
strength(N/mm2)
Hardness (max)
HRC
HBW / HBS
1
H40
276
552
414
1
H40
379
552
517
1
K55
379
552
655
1
N80
552
758
689
2
L80
1
552
655
655
23.0
241
2
L80
9Cr
552
655
655
23.0
241
2
L80
13Cr
552
655
655
23.0
241
PERFORMANCE INDEX
Scope of products
The chemical composition and mechanical capacity are higher than the standard of API and industry
standard. The joint has high mechanical strength and high fatigue strength.
INSPECTING APPARATUS
＊Inspect material in direct-reading spectrograph manufactured by British.
＊Inspect performance on Advanced numerical mechanical testing machine.
＊Single direction meter manufactured by Alon Co., America, is used to inspect thread parameters.
＊Advanced ultrosonic flaw detector and magnetic-particle detector inspect corss section of joint.
The company developed the serial of joint in 1984. The products have been the world level after studying
and manufacturing about 20 years. The products can mest the requirement of domestic consumers, also
have been exported to all around the world. It got the certificate of API in 1994, the certificate of ISO9001
in 1996. And it passed the auditing of the OTC(Oilwell Tubular Consulta) in 2000. We carry on standard of
Grant JSG-107 now.
MACHINING EQUIPMENT
＊Advanced semi-automatic laster marking machine is used to mark permanent mark on products.
＊Controllable gas heat-treatemnt furnace, ensure the performance index of joints.
＊Advanced NC. machine and specilized equipment is used to ensure that the thread parameters meet the technical
requirements.
＊Now it has realized automatic production and manufactured 50,000 pairs of joints annually.
Control room for controllable gas heat-treatment furnace
Numerically controlled pipe lathes for thread processing
Controllable gas heat-treatment furnace
Finished products of drilling pipe joints
It is a new pattern and high efficient sewage treatment system. it is used for treating produced water in oifield high
precisely. after filtration the water can be used for injection from earth or ocean oilfield or drain. the features are: small
in size, large capacity of treatment, high filtration precision, extract oil and sewage when operation, good to
CAPACITY FEATURES
regenerate, easy to operate & safe and reliable, it can realize to separate oil and solid from water to satisfied
It adopts the walunts in shell, which has strong absorb ability and is filtered after special treatment, as filter medium. Filter material
requirement of injection or drainage water.
can be rewash and refresh. The ability of resistance to pressure(2.34MPa) is strong.The chemical proprety is steady(not easy to
The design and manufacture of the multi-functional filter carry out the standard of SY/T 0523《Oilfield Water
dissolve in the acid-base solution). Hardness is high. Abrasion resistance is good. Usage life is long (add 10% filter material every
Treatment Filter》
year). Absorptive poweris strong(absorption is 27-50%). Hydrophilic nature is good. Oil immersion is good. Specific
weight(1.226g/cm3) of filter material is little larger than that of water and it is easy to rewash and refresh.The most importent feature
is that rewash is used the water before or after filtering & kneading and swirl refreshing outside tank by filter material recycle pump
without gas and chemical medicament. The cost is low and the service life is long. It can adopt single-stage parallel connection or
two-stage in series according to water quality.
STRUCTURAL COMPOSITION
* Water quality after treatment should be:
* Rated capaciy (m3/h): 30, 60, 100, 150
Content of oil (mg/l) = < 5.0
* Highest working pressure (MPa): 0.6
* Content of suspended matter in feed water (mg/l) <100
* Content of oil in feed water (mg/1) <100
* Particle removal ratio (particle diameter >2μm) >90%
content of suspended solid (mg/l) = < 3.0
* Backwash period (hour) > 24
* Backwash strength (L/s.m2) <10
* Filtration ratio (m/h): 20-26
* Working temperature < 80℃
FLOW DIAGRAM
I series two-stage in series filter (manual)
II series single-stage parallel connection filter (Automatic)
1.Water meter
2.To degreaser
6.Clear water pool 7.Wasted water pool
3.Charging pool
8.Refined filter
4.Sand pump
9.Coarse filter
5.Outer for water
10.To drying pool
STRUCTURAL COMPOSITION
The apparatus is skid mounted type. It is easy to installation and removal. The filter tank is used of thick and thin
tanks two-stage connection in series or connection in parallel or single. The whole apparatus is composed of:主机
Main filter tank
two
Backwash pump (Lift pump)
one
Changing circulating pump
one
Charging pool
one
Outlet etectrie flow meter
one
Electric control panel
one
Two bases and pipe line
OPERATION STYLE
The two series all can be operated by manuallgor alltomatielly method.。
TABLE 22: Size And Technical Parameter
Series Model
I
II
Amount of
Diameter
Lifting(Backwash)pump
working(m3/h) of filter Model
Power(kw)
tank(mm)
Hoisting Model
height(m)
Power(kw)
Hoisting
height(m)
DL-60/0.6I
60
1600
IS100-65-200
22
54
80WG
22
45
DL-100/0.6I
100
1800
IS100-65-200
22
50
100WG
30
31
DL-150/0.6I
150
2200
IS125-80-200
37
50
100WG
30
29
DL-30/0.6II
30
1200
IS80-50-200
15
53
80WG
11
32
DL-60/0.6II
60
1800
IS100-65-200
22
54
80WG
22
45
DL-100/0.6II
100
2200
IS100-65-200
22
50
100WG
30
31
DL-150/0.6II
150
2600
IS125-80-200
37
50
100WG
30
29
DL-200/0.6II
200
3000
100KZ-50
45
39.6
100KZ-50 45
Note: I series is transversal filtering style; II series is longitudinal filtering slyle.
Charging pump
39.6
Universal oplical index head
Inspecting instrument for involute
Testing machine for rubber
Projector
Testing machine for rubber
Calibrating device for dial indicator
Hilger chemical composition analysis instrument for metal
Digital ultrosonic NDT inspecting instrument
Checking device for pressure meter
Universal material testing machine
Mechanics testing machine for rubber

CATALOGUE - kana energy inc

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