The supporting bearings for new energy vehicles are crucial components in automobiles.
Technical requirements:
High precision: In order to ensure the precise assembly and operation accuracy of automotive components, automotive supporting bearings usually need to have high dimensional accuracy and rotational accuracy to ensure the concentricity and perpendicularity of rotating parts, reduce vibration and noise.
High reliability: When driving in various complex road conditions and environments, bearings need to be able to maintain stable performance under long-term high loads, high-speed operation, as well as harsh temperature, humidity, and other conditions, with a long service life and low failure rate.
Low friction: Reducing the friction coefficient of bearings can improve the fuel economy of cars and reduce energy loss. Meanwhile, low friction can also lower the operating temperature of bearings and extend their service life.
Technical Parameter
Rated power (KW): 60
Rated speed (rpm): 1800
Rated torque (N.m): 318
Rated voltage AC (V): 382
Rated DC bus voltage DC (V): 540
Minimum bus voltage for full power operation (V): 400
Most efficient zone (%): ≥ 96.5%
High efficiency zone (%): ≥ 90.0%
Insulation level: H
Protection level: IP68
Working noise (dB): ≤ 78
Outer diameter size of water nozzle (mm): 25
Peak power (KW): 70
Peak speed (rpm): 2500
Peak torque (N.m): 500
Rated current (Arms): 132
Maximum phase current (Arms): 300
Maximum speed corresponding to no-load back electromotive force (V): 500
Peak power duration (s): 60
Peak torque duration (s): 30
Motor dimensions (mm): φ 326 * 304
Weight (kg): ≤ 90
Cooling water inlet temperature (℃): ≤ sixty-five
Cooling water flow rate (L/min): ≥ 15
Working environment temperature (℃):- 40/+85
scope of application
Install the motor