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| Categories | Vane Pump |
|---|---|
| Brand Name: | Rexroth |
| Model Number: | PV7-1X/25-45RE01MC7-08WG PV7-1X/63-71RE07MC7-16 PV7-1X/100-150RE07MC3-08 |
| Certification: | ISO |
| Place of Origin: | German |
| MOQ: | 1 |
| Payment Terms: | MoneyGram,Western Union,T/T,D/A,D/P,L/C |
| Supply Ability: | 100 |
| Delivery Time: | 2 weeks |
| Packaging Details: | wooden box |
| Efficiency Optimization: | Temperature-Dependent Efficiency Calibration Point |
| Fluid Condition: | Filter Pressure Drop Clogging Alarm Threshold |
| Electrical Configuration: | Power Consumption Sampling Interval |
| Company Info. |
| Quanzhou Yisenneng Hydraulic Electromechanical Equipment Co., Ltd. |
| Verified Supplier |
| View Contact Details |
| Product List |
PV7-1X/25-45RE01MC7-08WG
PV7-1X/63-71RE07MC7-16
PV7-1X/100-150RE07MC3-08 Original blade pump PV7 German Rexroth
hydraulic pump oil pump spot import
| Parameter | Specification |
| Model Series | PV7-1X/10-14RE01MC0-16, PV7-1X/16-20RE01MC0-16, PV7-2X/20-25RE01MC0-16 (typical models) |
| Displacement per Revolution | 10–25 cm³/rev (varies by specific model) |
| Maximum Operating Pressure | 210 bar (continuous), 250 bar (peak) |
| Maximum Speed | 1800–3600 rpm (depends on displacement and fluid viscosity) |
| Minimum Speed | 600 rpm (ensures stable operation) |
| Fluid Medium | Mineral oil-based hydraulic fluid (ISO VG 32/46/68 recommended) |
| Fluid Temperature Range | -20 °C to +80 °C (operation); -40 °C to +90 °C (storage) |

| PV7-1X/10-14RE01MN0-16 |
| PV7-1X/40-45RE37MC5-16 |
| PV7-1X/100-118RE07MC5-16 |
| PV7-1X/25-30RE01KC3-16 |
| PV7-1X/10-20RE01MC5-10WG |
| PV7-1X/25-30RE01MW0-16 |
| PV7-1X/16-20RE01MD3-16 |
| PV7-1X/16-20RE01MC0-16-P110 |
| PV7-1X/40-45RE37KD0-16-C3.1 |
| PV7-1X/63-71RE07MC5-16WH |
| PV7-1X/16-30RE01KC0-08 |
| PV7-1X/10-14RE01MD5-16 |
| PV7-1X/63-71RE07MC6-16 |
| PV7-1X/16-20RE01KD0-16 |
| PV7-1X/10-14RE01MW0-16 |
| PV7-1X/63-71RE07MC0-16-C3.1 |
| PV7-1X/16-30RE01MW0-08WH |
| PV7-1X/100-150RE07MC0-08-A446 |
| PV7-1X/25-30RE01MC5-16WG |
| PV7-1X/10-20RE01MC0-10-A497 |
| PV7-1X/100-150RE07KC0-08 |
| PV7-1X/100-150RE07MD5-08 |
| PV7-1X/25-45RE01MC0-08-P25Q50 |
| PV7-1X/40-71RE37MC5-08 |
| PV7-1X/10-14RE01KD0-16 |
| PV7-1X/16-20RE01MC0-16-P120 |
| PV7-1X/100-150RE07MW0-08WH |
| PV7-1X/16-20RE01MC5-16WG |
| PV7-1X/10-20RE01MW0-10WH |
| PV7-1X/63-94RE07KD0-08 |
| PV7-1X/63-71RE07MW0-16WH |
| PV7-1X/63-71RE07MC7-16WH |
| PV7-1X/40-45RE37MC0-16 |
| PV7-1X/63-94RE07MC0-08-P80Q114 |
| PV7-1X/40-45RE37MC5-16WH |
| PV7-1X/10-14RE01KN0-16 |
| PV7-1X/25-30RE01MC5-16WH |
| PV7-1X/63-71RE07KC0-16 |
| PV7-1X/10-20RE01MC3-10 |
| PV7-1X/16-20RE01MN0-16 |
| PV7-1X/25-45RE01MW0-08WH |
| PV7-1X/63-71RE07MN0-16 |
| PV7-1X/63-71RE07KD0-16 |
| PV7-1X/16-20RE01MC8-16 |
| PV7-1X/40-71RE37MW0-08WH |
| PV7-1X/40-45RE37MD0-16-P50Q36 |
| PV7-1X/40-45RE37MC7-16WG |
| PV7-1X/100-118RE07MN5-16 |
| PV7-1X/25-45RE01MC7-08WG |
| PV7-1X/63-71RE07MC7-16 |
| PV7-1X/100-150RE07MC3-08 |
| PV7-1X/40-45RE37KC0-16 |
| PV7-1X/63-94RE07MC5-08 |
| PV7-1X/16-20RE01MC0-16-P60Q26 |
| PV7-1X/16-20RE01MC5-16 |
| PV7-1X/40-71RE37MC5-08WG |
| PV7-1X/25-45RE01MC7-08 |
| PV7-1X/25-30RE01MW5-16WH |
| PV7-1X/10-20RE01MD0-10 |
| PV7-1X/63-71RE07MD0-16-Q90 |
| PV7-1X/16-30RE01MC3-08 |
| PV7-1X/100-150RE07MC7-08 |
| PV7-1X/100-118RE07MN0-16 |
| PV7-1X/10-20RE01MC5-10 |
| PV7-1X/25-30RE01MC5-16WH-A234 |
| PV7-1X/100-150RE07MC5-08WH |
| PV7-1X/25-30RE01MW0-16WH |
| PV7-1X/10-20RE01MC7-10WH |
| PV7-1X/25-45RE01MC5-08 |
| PV7-1X/40-45RE37MC8-16 |
| PV7-1X/16-20RE01MW0-16WH |
| PV7-1X/16-20RE01MC3-16-P50Q25 |
| PV7-1X/100-118RE07KC0-16 |
| PV7-1X/40-71RE37MC5-08WH |
FAQ:
Forty-One
Q: How do I calibrate the Pressure Feedback Signal Linearization
Gain?
A: Set it to 0.1–5 bar/mA to match the output signal range of your
pressure sensor for accurate feedback.
Forty-Two
Q: What is the purpose of the Flow Feedback Signal Zero Offset
Correction?
A: It compensates for sensor drift, ensuring the flow feedback
signal reads zero when there is no fluid flow.
Forty-Three
Q: What is the recommended Temperature Feedback Sampling Frequency?
A: Set it to 1–10 Hz; higher frequencies are ideal for monitoring
rapid temperature changes.
Forty-Four
Q: How do I adjust the Displacement Feedback Sensor Calibration
Value?
A: Adjust it to ≤±2% of the nominal displacement to calibrate the
displacement sensor for accurate feedback.
Forty-Five
Q: How does the Efficiency Feedback Signal Smoothing Time Constant
work?
A: A longer time constant (10–1000 ms) reduces noise in efficiency
feedback data for more stable readings.
Maintenance Management
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