5IK 90mm 40W

AC Speed Control Motor

Motor Type: 5IK

Power: 40W

Voltage: 110-380V

Gearbox Ratio: 3-200K

Motor Parameter Table

Model ·Type Lead Wire Type		Output Power W	Voltage V	Frequency Hz	Speed Control Range r/min	Allowance Torque		Starting Torque mN.m	Current A	Capacitor μF
Pinion Shaft	Round Shaft					1200r/min mN.m	90r/min mN.m
5IK40RGN-A	5IK40RA-A	40	1ph 100	50	90~1350	260	70	180	0.65	12.0
				60	90~1650				0.70
5IK40RGN-E	5IK40RA-E	40	1ph 110	60	90~1650	260	65	180	0.55	8.0
			1ph 120						0.60
5IK40RGN-C	5IK40RA-C	40	1ph 220	50	90~1350	300	75	160	0.35	2.5
			1ph 230						0.40
5IK40RGN-H	5IK40RA-H	40	1ph 220	60	90~1650	230	70	145	0.35	2.5
			1ph 230						0.40

Allowance Torque

Type Motor/Gearhead	Gear Ratio		3	3.6	5	6	7.5	9	10	12.5	15	18	20	25	30	36	40	50	60	75	90	100	120	150	180	200
	Speed r/min	50Hz	500	417	300	250	200	166	150	120	100	83	75	60	50	41	37	30	25	20	16	15	12.5	10	8.3	7.5
	Speed r/min	60Hz	600	500	360	300	240	200	180	144	120	100	90	72	60	50	45	36	30	24	20	18	15	12	10	9
5IK40RGN-A 5IK40RGN-E 5IK40RGN-C 5IK40RGN-H	5GN□K	50Hz	0.77	0.92	1.30	1.50	1.90	2.30	2.38	3.20	3.80	4.60	4.88	5.70	6.90	8.30	8.57	10.0	10.0	10.0	10.0	10.0	10.0	10.0	10.0	10.0
		50Hz	7.85	9.38	13.2	15.3	19.4	23.4	24.3	32.6	38.7	46.9	49.8	58.1	70.4	84.7	87.4	100	100	100	100	100	100	100	100	100
		60Hz	0.63	0.76	1.10	1.30	1.60	1.90	2.00	2.60	3.20	3.80	4.07	4.70	5.70	6.80	7.19	8.60	10.0	10.0	10.0	10.0	10.0	10.0	10.0	10.0
		60Hz	6.42	7.75	11.2	13.2	16.3	19.3	20.4	26.5	32.6	38.7	41.5	47.9	58.1	69.3	73.4	87.7	100	100	100	100	100	100	100	100

Lead Wiring Type

Description

The low-vibration AC speed modulation motor is a power unit designed for stable operation and controllable speed. Structurally, optimized electromagnetic ratios and rotor dynamic balance parameters maintain low vibration amplitude across high, medium, and low speed ranges. The motor's internal stator slot design improves magnetic field distribution, reducing mechanical vibration caused by electromagnetic pulsation at its source. The rotor surface undergoes fine machining, reducing eccentricity and improving overall balance during rotation, resulting in stable dynamic performance during continuous operation.
The motor housing is made of high-density cast material or aluminum alloy, with an internal heat dissipation structure to facilitate efficient heat dissipation. Combined with a high-temperature resistant insulation system and reinforced bearings, the motor maintains stable mechanical support and low noise levels even under prolonged speed regulation. Effective vibration control slows bearing wear, further extending the overall lifespan of the machine and making it easier to maintain process precision even at high speeds.