0102030405
Metering Progressive Cavity Pump
Structural features
Rotor
We can design and process the rotor with various dimensions according to your requirements. The metal materials can be treated to increase hardness to HRC 65-67.
Stator
Material: NBR, NBRH, HNBR, EPDM and FKM are optional.
Various materials feature different levels of abrasion and temperature resistance.
Universal joint
Many universal joint types are available for selection such as pin, hygienic, flexible, ball tooth and cross pin to deal with multiple torque transfers and axial loads.
Seal
According to the working condition, packing seal and mechanical seals are optional. In order to prolong the shaft seal life, a cooling and flushing system can be added.
Driving system
SEW, NORD, ABB and more high quality driving systems are optional.
Weifang Subtor as a German Subtor invested company in China, offers wide range of progressive cavity pumps and components. The T class trolley progressive cavity pump has typical applications as water pumping, sand and slurry pumping, chemical pumping, viscous fluid pumping, etc. A progressive cavity pump is a type of positive displacement pump, also known as eccentric screw pump. With German supported technology and rich marketing resources, Subtor provides quality PCP pumps with custom solutions for global clients.
Product label
Performance
Equipped with NORD geared motor, the metering progressive cavity pump operates in a stable, reliable manner.
Metering accuracy: ±1% (speed is strictly proportional to flow rate)
Operating performance: When running, there is only a pulsation but no vibration, which ensures a continuous conveyance performance.
Rubber parts: Each rubber part is suitable for different types of mediums, such as oil, acid, alkaline and more.
Flow passage components: After surface-hardening treatment, the flow passage components will have an outstanding resistance to erosion and corrosion.
Applicable temperature: -20 ℃～180℃
Working pressure: 0 ～2.4MPa
Maintenance: Simple structure and easy replacement.
Metering Progressive Cavity Pump
Product details
Specifications
Pump Model |
Max pressure (Bar) |
Rated flow (L/h) |
Flow rate |
Rated speed |
Speed range |
Input and output flange dimensions |
Gear motor model |
Gear motor installation |
Motor power |
Length |
Wide |
High |
12 |
30 |
15-36 |
375 |
180~450 |
G 1/2" |
SK0XF-80S/4 |
B35 |
0.55 |
625 |
196 |
158 |
|
12 |
70 |
35-85 |
375 |
180~450 |
G 1/2" |
SK0XF-80S/4 |
B35 |
0.55 |
625 |
196 |
158 |
|
6 |
350 |
170-420 |
375 |
180~450 |
G1 1/4" or DN32 |
SK0XF-80S/4 |
B35 |
0.55 |
764 |
196 |
158 |
|
12 |
175 |
80-210 |
375 |
180~450 |
G1 1/4" or DN32 |
SK0XF-80S/4 |
B35 |
0.55 |
764 |
196 |
158 |
|
6 |
1000 |
500-1200 |
375 |
180~450 |
G1 1/4" or DN32 |
SK0XF-80L/4 |
B35 |
0.75 |
845 |
224 |
168 |
|
12 |
500 |
250-600 |
375 |
180~450 |
G1 1/4" or DN32 |
SK0XF-80L/4 |
B35 |
0.75 |
845 |
224 |
168 |
|
6 |
3000 |
1500~3600 |
360 |
180~430 |
DN50/PN16 |
SK01F-AL-90L/4 |
B5 |
1.5 |
1074 |
287 |
315 |
|
12 |
1500 |
750~1800 |
360 |
180~430 |
DN50/PN16 |
SK01F-AL-90L/4 |
B5 |
1.5 |
1074 |
287 |
315 |
|
6 |
6000 |
3370~7500 |
320 |
180~400 |
DN65/PN16 |
SK25F-AL-100L/4 |
B5 |
2.2 |
1349 |
309 |
350 |
|
6 |
6000 |
3370~7500 |
320 |
180~400 |
DN65/PN16 |
SK25F-AL-100LA/4 |
B5 |
3 |
1349 |
309 |
350 |
|
12 |
3000 |
1685~3750 |
320 |
180~400 |
DN65/PN16 |
SK25F-AL-100L/4 |
B5 |
2.2 |
1349 |
309 |
350 |
|
12 |
3000 |
1685~3750 |
320 |
180~400 |
DN65/PN16 |
SK25F-AL-100LA/4 |
B5 |
3 |
1349 |
309 |
350 |
|
6 |
8000 |
4800~12000 |
300 |
180~400 |
DN80/PN16 |
SK25F-AL-112M/4 |
B5 |
4 |
1462 |
319 |
394 |
|
12 |
4000 |
2400~6000 |
300 |
180~400 |
DN80/PN16 |
SK25F-AL-112M/4 |
B5 |
4 |
1462 |
319 |
394 |
Product Applications
Metering progressive cavity pumps can be used for automatic, accurate metering applications and gelatinizing systems, including:
• Lithium battery coating
• Automobile seal coating
• Industrial electronic component gluing
• Solar panel conducting paint
• Chemical agent conveyance, medical materials in a lab
• Conveyance of pulpiness, jam[GF1]
• Quantitative dosing in sewage disposal plant
• Accurate dosing in papermaking plant
Alternative media (viscosity ranges from 1mPa to 1,000,000mPa)
• Organic solvents: Ethyl alcohol, ammonium hydroxide and more
• Additives: Gum, diatomite filter aid and more
• Sizing materials: Glue, elargol,[GF2] adhesives
• Macromolecular compound: Polyacrylamide, starch, protein
• Food stuffing: Butter sauce, tomato sauce, meat stuffing
Quality control
The company has passed ISO9001 quality management system certification, ISO14001 environmental management system certification, IS045001 occupational health and safety management system certification, to ensure that all aspects of production and processing are strictly controlled by the three management systems, strict requirements, is the basis for Sabert product quality assurance.
Product advantage
1. We have more than 20 years of experience in the research and application of Mono principle technology;
2. The core technology is introduced from Germany, tailored according to customer requirements and industry characteristics, and specially designed to meet different use needs;
3. The core parts of the product stator rubber, universal joint sheath imported from Germany;
4. Rotor as one of the core components of the product, its processing accuracy directly affects the overall quality and service life of the product, we imported the most advanced rotor machining center PS1000 from Germany, the equipment is currently the largest specification in Asia, the highest processing accuracy of the rotor processing equipment, can process single head, double head and multi-head spiral surface. The maximum machining length is 10000mm, the maximum workpiece diameter is 300mm;
5. We have our own rubber formula and manufacturing know-how, and continue to innovate to provide customers with better products and services;
6. Our product sales network all over the world, with strong technical and after-sales support;
7. Professional after-sales service team, the first time to guide customers to solve the problems encountered in the process of use.