VM/ND serie

Magnetic holding electromagnets; IP65

Round magnetic holders with neodymium magnets. Holders with a strong attraction force. Ideal for short disconnection pulses.

Type VM20/ND | Force up to 39 N

Nominal voltaje 20°C (W)	ED (%)	Minimum pulse time (ms)	Minimum standby time (ms)	Part thickness to maintain (mm)	Air gap (mm)							Dimensions (mm)
					0	0,1	0,2	0,3	0,4	0,5	1
					Magnetic force Fm (N)							øA(-0,3)	B	C±0,1	D	E
10	20	24	180	1	22	—	7	—	—	1,7	—	20	M-3	25	5	26
				3	39	—	7	—	—	1,7	—
				10	39	—	7	—	—	1,7	—

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3D model

Type VM30/ND | Force up to 181 N

Nominal voltaje 20°C (W)	ED (%)	Minimum pulse time (ms)	Minimum standby time (ms)	Part thickness to maintain (mm)	Air gap (mm)							Dimensions (mm)
					0	0,1	0,2	0,3	0,4	0,5	1
					Magnetic force Fm (N)							øA(-0,3)	B	C±0,1	D	E
25	20	110	825	1	46	—	34	—	—	22	—	30	M-4	32,5	6	35,2
				3	181	—	74	—	—	22	—
				10	181	—	74	—	—	22	—

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3D model

Type VM40/ND | Force up to 270 N

Nominal voltaje 20°C (W)	ED (%)	Minimum pulse time (ms)	Minimum standby time (ms)	Part thickness to maintain (mm)	Air gap (mm)							Dimensions (mm)
					0	0,1	0,2	0,3	0,4	0,5	1
					Magnetic force Fm (N)							øA(-0,3)	B	C±0,1	D	E
42	15	75	743	1	51	—	36	—	—	23	—	40	M-5	41,7	6	42,7
				3	205	—	89	—	—	38	—
				10	270	—	89	—	—	38	—

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3D model

Type VM50/ND | Force up to 607 N

Nominal voltaje 20°C (W)	ED (%)	Minimum pulse time (ms)	Minimum standby time (ms)	Part thickness to maintain (mm)	Air gap (mm)							Dimensions (mm)
					0	0,1	0,2	0,3	0,4	0,5	1
					Magnetic force Fm (N)							øA(-0,3)	B	C±0,1	D	E
48	15	120	1188	1	60	—	41	—	—	34	—	50	M-5	42,8	6	52,5
				3	304	—	200	—	—	95	—
				10	607	—	225	—	—	110	—

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3D model

Type VM65/ND | Force up to 1220 N

Nominal voltaje 20°C (W)	ED (%)	Minimum pulse time (ms)	Minimum standby time (ms)	Part thickness to maintain (mm)	Air gap (mm)							Dimensions (mm)
					0	0,1	0,2	0,3	0,4	0,5	1
					Magnetic force Fm (N)							øA(-0,3)	B	C±0,1	D	E
80	15	225	2228	1	70	—	50	—	—	40	—	65	M-8	45,5	8	67
				3	374	—	340	—	—	260	—
				10	1220	—	750	—	—	400	—

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3D model

Type VM100/ND | Force up to 2205 N

Nominal voltaje 20°C (W)	ED (%)	Minimum pulse time (ms)	Minimum standby time (ms)	Part thickness to maintain (mm)	Air gap (mm)							Dimensions (mm)
					0	0,1	0,2	0,3	0,4	0,5	1
					Magnetic force Fm (N)							øA(-0,3)	B	C±0,1	D	E
75	25	150	1500	1	83	—	61	—	—	49	—	100	M-10	67	10	102
				3	421	—	365	—	—	338	—
				10	2205	—	1254	—	—	686	—

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3D model

Type VM150/ND | Force up to 2254 N

Nominal voltaje 20°C (W)	ED (%)	Minimum pulse time (ms)	Minimum standby time (ms)	Part thickness to maintain (mm)	Air gap (mm)							Dimensions (mm)
					0	0,1	0,2	0,3	0,4	0,5	1
					Magnetic force Fm (N)							øA(-0,3)	B	C±0,1	D	E
77	40	285	1070	1	78	—	46	—	—	32	—	150	M-16	65	15	152
				3	615	—	475	—	—	401	—
				10	2254	—	1490	—	—	1100	—

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3D model

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Electromagnetic safety locks

C30

This bolt is locked without voltage, the locking is made by an incorporated spring. With an electrical signal the bolt turns to unlocked. The key has two positions, in the locked position the key cannot be removed. To remove it, it is necesary to
unlock the bolt.

Electromagnetic safety locks

ERB35-05/NDBCP

This locking bolt is double coil bistable solenoid, where the stroke movement from initial (unlocked) to final position (locked) is made by electromagnetic forces when coil 1 is feeded. The return to initial positions takes place by an inverse polarizing pulse (when coil 2 is feeded) combined with an incorporated spring.