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Permagnet Synchronous Motor

  • HMTYP5

  • HUIMA

Efficiency:
Power:
Poles:
Frame:
Availability:

HUIMA TECHNOLOGY proudly presents the HMTYP5 Series Variable Frequency Drive Three-Phase Permanent Magnet Synchronous Motor, a cutting-edge power solution meticulously engineered for modern industrial gearbox applications. This innovative motor integrates advanced permanent magnet technology with variable frequency control to deliver stable, high-efficiency power for diverse industrial equipment. Compared to conventional induction motors, the HMTYP5 Series offers remarkable advantages in energy efficiency, compact design, and cost-effectiveness, while maintaining an IP55 protection rating and compliance with the highest global energy efficiency standards. It represents the ideal choice for industrial upgrades and energy-saving retrofits.

Core Technical Advantages

1. Exceptional Energy Efficiency, Reduced Operational Costs

  • Significant Energy Savings: Reduces energy consumption by 15-30% compared to equivalent induction motors, substantially lowering operational costs

  • Eco-Certified Performance: Complies with international premium efficiency standards, supporting enterprises in achieving sustainable production goals

2. Optimized Engineering, Hassle-Free Installation

  • Modular Architecture: Interchangeable mounting flanges within the same frame size, flexibly adapting to diverse equipment layout requirements

  • Space-Saving Design: One frame size smaller than equivalent induction motors, conserving valuable installation space

  • Seamless Replacement: Identical mounting dimensions to standard induction motors, enabling direct upgrades without mechanical modifications


Map

As shown in the figure, taking the IE5-1.5kW-1500rpm-416 motor as an example, its rated operating point efficiency reaches 90.8%, significantly exceeding the national Grade 1 energy efficiency standards and achieving the exploration criteria of IE6 energy efficiency. Moreover, the maximum efficiency surpasses 91%. In the efficiency Map diagram, within the speed range of 200 to 2000 rpm, the proportion of high-efficiency areas is notably large, demonstrating excellent full-condition energy efficiency characteristics.


Specification
Model Frame Voltage  Rated Power Rate speed Poles Rated Frequency Rated Torque Power Factor Rated Efficiency Rated current Noise Vibration
(V) (kW) (hp) (rpm) 2p (Hz) (N.m) (cosø) (η) (A) (dB(A)) (mm/s)
HMTYP5-80M-55A10B 80M 380 0.55 0.74 1000 8 66.667 5.25 0.97 84.5% 1.06 54 1.6
HMTYP5-90S-75A10B 90S 380 0.75 1.01 1000 8 66.667 7.16 0.97 86.0% 1.42 57 1.6
HMTYP5-90S-11B10B 90S 380 1.1 1.48 1000 8 66.667 10.51 0.97 87.5% 2.05 57 1.6
HMTYP5-100L-15B10B 100L 380 1.5 2.01 1000 8 66.667 14.33 0.97 88.6% 2.76 61 1.6
HMTYP5-112M-22B10B 112M 380 2.2 2.95 1000 8 66.667 21.01 0.97 89.9% 3.99 65 1.6
HMTYP5-132S-30B10B 132S 380 3 4.02 1000 8 66.667 28.65 0.97 90.8% 5.39 69 1.6
HMTYP5-132S-40B10B 132S 380 4 5.36 1000 8 66.667 38.20 0.97 91.6% 7.12 69 1.6
HMTYP5-132M-55B10B 132M 380 5.5 7.38 1000 8 66.667 52.53 0.97 92.4% 9.71 69 1.6
HMTYP5-160M-75B10B 160M 380 7.5 10.06 1000 8 66.667 71.63 0.97 93.0% 13.15 71 2.2
HMTYP5-160M-11C10B 160M 380 11 14.75 1000 8 66.667 105.05 0.97 93.8% 19.12 73 2.2
HMTYP5-180M-15C10B 180M 380 15 20.12 1000 8 66.667 143.25 0.97 94.4% 25.91 73 2.2
HMTYP5-200L-185B10B 200L 380 18.5 24.81 1000 8 66.667 176.68 0.97 94.7% 31.86 73 2.2
HMTYP5-200L-22C10B 200L 380 22 29.50 1000 8 66.667 210.10 0.97 95.0% 37.76 73 2.2
HMTYP5-225S-30C10B 225S 380 30 40.23 1000 8 66.667 286.50 0.97 95.4% 51.28 74 2.2
HMTYP5-250M-37C10B 250M 380 37 49.62 1000 8 66.667 353.35 0.97 95.7% 63.05 76 2.2
HMTYP5-280S-45C10B 280S 380 45 60.35 1000 8 66.667 429.75 0.97 95.9% 76.52 78 2.2
HMTYP5-280S-55C10B 280S 380 55 73.76 1000 8 66.667 525.25 0.97 96.1% 93.33 78 2.2
HMTYP5-315S-75C10B 315S 380 75 100.58 1000 8 66.667 716.25 0.97 96.4% 126.87 83 2.8
HMTYP5-315S-90C10B 315S 380 90 120.69 1000 8 66.667 859.50 0.97 96.6% 151.93 83 2.8



Remarks:

1)For the power range of 0.55 kW to 22 kW (IC411): When using a gearbox with a variable frequency drive for long-term operation, the running frequency should not be lower than 25Hz, adopting a self-cooling method. This replaces the traditional solution of 'standard asynchronous motor + variable frequency drive'.

2)For the power range of 0.55 kW to 22 kW (IC416):

Capable of meeting all operating conditions, this solution employs a forced cooling fan design that directly replaces the traditional "variable frequency motor + inverter" configuration.


Cooling Methods
IC411
IC416
Explanation
Totally Enclosed Self-Ventilated Cooling
Forced Ventilation Cooling
Cooling Principle
The fan is coaxial with the motor rotor, and its speed changes with the motor's rotational speed. Cooling efficiency decreases as the motor slows down.
An independent power supply drives a dedicated cooling fan, ensuring stable cooling performance regardless of the motor's rotational speed.
Wiring Method
Single set of motor leads (no separate wiring for the fan).
Two sets of motor leads: one for the main motor and another for the cooling fan.
Application Scenarios
Ideal for variable torque loads where power demand decreases with motor speed (e.g., centrifugal pumps, fans).
Suited for constant torque applications requiring high power output at low speeds (e.g., conveyors, crushers).

Flange Size


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