5IK 90mm 40W

AC Induction Motor

Motor Type: 5IK

Power: 40W

Voltage: 110-380V

Gearbox Ratio: 3-200K

Motor Parameter Table

Model •Type Upper: Pinion Shaft Below: Round Shaft		Output power W	Voltage V	Frequency Hz	Current A	Starting Torque mN.m	Rated Torque mN.m	Rated Speed r/min	Capacitor μF
Lead Wire Type Dimensions ①	Terminal Box Type Dimensions ②
5IK40GN-A (5IK40A-A )	5IK40GN-AT (5IK40A-AT )	40	1ph 100	50	0.65	220	315	1250	12.0
				60	0.70		260	1550
5IK40GN-E (5IK40A-E)	5IK40GN-ET (5IK40A-ET)	40	1ph 110	60	0.55	200	260	1550	8.0
			1ph120		0.60
5IK40GN-C (5IK40A-C )	5IK40GN-CT (5IK40A-CT)	40	1ph 220	50	0.35	220	315	1250	2.5
			1ph 230		0.40
5IK40GN-H (5IK40A-H)	5IK40GN-HT (5IK40A-HT)	40	1ph 220	60	0.35	200	260	1550
			1ph 230		0.40
5IK40GN-S (5IK40A-S )	5IK40GN-ST (5IK40A-ST)	40	3ph 220	50	0.30	800	315	1250	-
				60	0.25	660	250	1550
5IK40GN-S3 (5IK40A-S3)	5IK40GN-S3T (5IK40A-S3T)	40	3ph 380	50	0.17	800	315	1250	-
				60	0.14	660	250	1550

Allowance Torque

Type Motor/Gearhead	Gear Ratio		3	3.6	5	6	7.5	9	12.5	15	18	25	30	36	50	60	75	90	100	120	150	180	200
	Speed r/min	50Hz	500	417	300	250	200	166	120	100	83	60	50	41	30	25	20	16	15	12.5	10	8.3	7.5
	Speed r/min	60Hz	600	500	360	300	240	200	144	120	100	72	60	50	36	30	24	20	18	15	12	10	9
5IK40GN-A□ 5IK40GN-E□ 5IK40GN-C□ 5IK40GN-H□ 5IK40GN-S□ 5IK40GN-S3□	5GN□K	50Hz	0.77	0.92	1.3	1.5	1.9	2.3	3.2	3.8	4.6	5.7	6.9	8.3	10	10	10	10	10	10	10	10	10
		50Hz	7.85	9.38	13.2	15.3	19.4	23.4	32.6	38.7	46.9	58.1	70.4	84.7	100	100	100	100	100	100	100	100	100
		60Hz	0.63	0.76	1.1	1.3	1.6	1.9	2.6	3.2	3.8	4.7	5.7	6.8	8.6	10	10	10	10	10	10	10	10
		60Hz	6.42	7.75	11.2	13.2	16.3	19.3	26.5	32.6	38.7	47.9	58.1	69.3	87.7	100	100	100	100	100	100	100	100

Lead Wiring Type

Description

The precision micro induction motor features a 5IK structure design with a rated power of 40W. Its compact design allows it to maintain high output capacity while remaining suitable for space-constrained automation equipment. The motor supports a wide voltage range of 110–380V, adapting to various industrial power supply environments and reducing selection difficulties caused by voltage differences. When paired with a gearbox ranging from 3–200K, its output characteristics are more stable in the low-speed range, ensuring smooth power transmission during low-speed operation, light load adjustment, continuous rotation, and repetitive motion. The internal induction structure minimizes operational shock, contributing to improved overall transmission stability. The coils are rationally arranged for easier temperature control, enhancing reliability over extended periods. The compact housing layout and multi-directional mounting points facilitate rapid integration into different mechanical devices. The gearbox is meticulously machined for smooth tooth meshing, maintaining optimal efficiency at different gear ratios. The overall design balances equipment integration and operational balance, providing users with a reliable power solution for automation systems, micro-mechanical devices, or devices requiring stable low-speed output.