Our industrial pump motor solutions are engineered for demanding applications such as liquid transfer, chemical fluid handling, deep-well pumping, and pressure boosting in construction. Designed to perform reliably under extreme conditions—high temperature, corrosive environments, and high pressure—these motors ensure continuous operation with maximum safety.
Supply:400V 50Hz / 460V 60Hz
Duty: S1 continuous, torque reserve designed
Notes: stable, widely adopted for process pumps and skids
Supply: 230V 50/60Hz or custom regional standards
Notes: reduces variants, helps global pump OEMs simplify BOM
Type: BLDC/PMSM + controller
Notes: preferred when flow control, efficiency, or quiet operation matters
Platform Shortlist + Option Spec + Validation Plan + Risk Checklist
Industrial Pump motors are often continuous-duty and operate in humid, sometimes chlorinated environments. The most common risk is not “motor quality”—it is mis-specified duty and insufficient validation.
These platform families help us optimize within proven boundaries rather than forcing you into a fixed off-the-shelf model.
| Product Model | Rated power (HP) | Rated speed (r/min) | Rated torque (n· m) | frame size | Rated voltage (V) | Frequency (Hz) | Constant current (A) | Efficiency (η%) | Protection level |
|---|---|---|---|---|---|---|---|---|---|
|
BT16058LC1 |
0.5/0.75 |
2930/3470 |
2.0/2.5 |
56Y |
115 |
50/60 |
6.8/10.0 |
80.0/81.2 |
ODP |
|
BT16065LC1 |
0.66/1 |
2920/3470 |
2.7/3.4 |
56Y |
230 |
50/60 |
9.5/13.0 |
78.5/81.6 |
ODP |
|
BT16075EC1 |
1.1/1.5 |
2930/3490 |
4.0/4.5 |
56Y |
230 |
50/60 |
6.6/8.6 |
80.8/83.8 |
ODP |
|
VEV14075LCb |
1 |
3450 |
2.8 |
56J |
115/230 |
60 |
9.8/4.9 |
75.0 |
ODP |
|
VEV14095LCb |
1.5 |
3450 |
4.0 |
56J |
115/230 |
60 |
13.6/6.8 |
75.0 |
ODP |
Built Around Your Pump System — We are an application-custom partner.
Torque reserve, target speed, duty cycle matched to your curve.
Electrical design for 50/60Hz regions and diverse market standards.
Custom shaft, flange, and mounting for seamless integration.
Engineered for humidity, splash, and condensation management.
We verify these risks before mass production.
Verification under your ventilation and duty pattern.
Direction check against residential targets.
Life simulation based on project definition.
Splash/Condensation strategy verification.
Get Template
too many variants for different regions; overheating risk in high ambient
platform family planning + global voltage strategy + validation plan
fewer variants, faster qualification, more predictable field performance
Early failure under continuous duty is prevented by designing margin, not just meeting rated power. This includes matching the motor to the real thermal load profile, selecting insulation and bearings suitable for long-duration operation, and validating temperature rise under worst-case airflow and load conditions. Continuous-duty motors must be validated for heat accumulation, not short-cycle performance.
The main difference lies in motor speed, torque characteristics, and thermal behavior. At 60Hz, motors run at higher speed, which affects pump curves, power draw, and bearing load. Selection must account for system flow requirements, voltage compatibility, and whether the motor is designed for dual-frequency operation without overheating or efficiency loss.
Freezing mechanical interfaces requires early confirmation of mounting points, shaft dimensions, tolerances, and load direction. This includes defining installation orientation, coupling method, and allowable misalignment. Locking these parameters before DVT prevents late-stage vibration issues, noise complaints, and costly housing or tooling changes.
Address:No.121,Xinlong Road，Zhonglou Xinzha Subdistrict，Changzhou City, Jiangsu Province, China
Phone: +86-18261152679
Whatsapp: +86-18261152679
Email: sales@honestmotor.cn
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