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PMAC Motor
_20251126105651_1143_170(1)

PMAC Motor

We supply PMAC motors high-precision, designed for high-performance mobile robots and industrial automation applications. As an industry-leading manufacturer of PMAC motors, we are dedicated to providing efficient and reliable motor solutions to our clients.

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Product Introduction

Introduction

PMAC motors are renowned for their high efficiency and precise speed control, making them especially suitable for applications requiring fast response and high accuracy. The internal permanent magnet design enables the servo motor to maintain stable performance while delivering strong output and reducing energy consumption. Its excellent dynamic response characteristics make it perform exceptionally well in complex motion control systems.

1.High overload capacity, high rotational speed, low torque fluctuation, low temperature rise, customizable, with a temperature range of -40°C to 50°C.

2.Design standards: IEC 60072-1:1991, GB/T 4772.1-1999, insulation class (IEC 60034-1), cooling method (IEC 60034-6), vibration level (IEC 60034-14).

3.Motor flange sizes (mm): 40, 60, 80, 110, 130, 180, and other customized flange sizes.

4.Input voltage range: 12V-96V.

5.Motor power range: 100W to 12KW.

6.Optional components: incremental/absolute encoders, brakes, etc.

7.Customizable series: explosion-proof motors, low-temperature motors, high IP protection rating.

8.OEM customer customization available.

Parameter (Specification)

Motor Model	Operating Voltage (U)	Rated Power (W)	Rated Torque Mn (Nm)	Rated Speed Nn (rpm)	Maximum Speed Nn (rpm)	Rated Current L (A)	Maximum Current Torque M_(Nm)	Maximum Number L (A)	of Pole Pairs	Inertia I_(kgcm²)	Torque Constant K (Nm/A)	Back electromotive force Ke (V/Krpm)
PLT40	48VDC	50	0.16	3000	3850	1.5	0.55	5.75	5	0.044 (0.05)	0.132	8
PLT40	48VDC	100	0.32	3000	3850	2.9	1.1	11.5	5	0.074 (0.08)	0.132	8
PLT60	48VDC	200	0.64	3000	3850	5.8	1.92	18.2	5	0.26 (0.28)	0.132	8
	48VDC	400	1.28	3000	3850	11.6	3.84	36.4	5	0.52 (0.54)	0.132	8
	48VDC	600	1.91	3000	3850	17.4	5.73	54.5	5	0.72 (0.74)	0.132	8
PLT80	48VDC	750	2.4	3000	3850	19.6	7.2	62	5	1.33 (1.42)	0.132	8
PLT80	48VDC	1000	3.18	3000	3850	27.5	9.55	83	5	1.81 (1.9)	0.132	8
PLT130	48VDC	1500	4.78	3000	3350	38.5	14.33	120	5	10 (11.3)	0.14	8.6
	48VDC	2000	6.37	3000	3500	53	19.1	170	5	13.8 (15.1)	0.136	8.2
	48VDC	2500	8	3000	3300	60	24	190	5	17.5 (18.8)	0.147	8.9
	48VDC	3000	9.55	3000	3400	75	28.65	230	5	19.7 (21)	0.141	8.5
PLT180	48VDC	3000	14.33	2000	2150	74	43	230	5	42.5	0.227	13.71
	48VDC	4000	19.1	2000	2150	99	57.3	306	5	55	0.227	13.77
	48VDC	5000	23.88	2000	2150	125	71.64	383	5	63	0.22	13.33
	48VDC	6000	28.65	2000	2150	152	57.3	304	5	83	0.21	12.67
	48VDC	7500	35.81	2000	2150	180	71.62	360	5	115	0.223	13.5

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Applications

Autonomous Mobile Robots (AMR)

PMAC motors are widely used in AMRs, providing fast-responsive power output and efficient energy use, ensuring flexible operation in complex environments.

Industrial Robotic Arms

PMAC motors offer high-precision position and speed control in robotic joint systems, suitable for high-precision applications like welding and assembly.

Collaborative Robots (Cobots)

In collaborative robots, PMAC motors excel by maintaining low noise and high efficiency during complex tasks, making them ideal for human-robot interaction scenarios.

Six Key Quality Assurances

Professional Technical Team

Skilled Technicians

Advanced Production Equipment

Experienced Production Personnel

Strict Testing Procedures

Company Factory

FAQ

Q: What are the advantages of PMAC motors in mobile robots?

A: PMAC motors offer fast dynamic response and precise motion control, making them particularly suitable for mobile robots that require frequent acceleration, deceleration, and directional changes.

Q: Do PMAC motors require frequent maintenance?

A: Due to their brushless design, PMAC motors require less maintenance. However, regular checks on the bearings and cooling system are recommended to ensure long-term stability.

Q: How does a PMAC motor achieve precise control in industrial robots?

A: By integrating with high-precision sensors and controllers, PMAC motors can achieve micron-level accuracy in motion control, making them ideal for high-precision tasks in industrial applications.

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