ERM serie

Holding electromagnets; IP65

Rectangular holding electromagnets. The part is attracted when the device is energised. When the voltage is removed, the part is released.

Type ERM100/35 | Force up to 752 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	Dimensions (mm)
					Magnetische Kraft Fm (N)							A	B	C	D	E	F	H
10	100	—	—	1	32	22	12	—	—	8	6	125	35±0,3	34±0,1	25	50	10	M-6
		—	—	3	396	308	120	—	—	45	8
		—	—	6	604	320	190	—	—	52	12
		—	—	10	752	468	238	—	—	60	18

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3D model

Type ERM150/35 | Force up to 1450 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	Dimensions (mm)
					Magnetische Kraft Fm (N)							A	B	C	D	E	F	H
14	100	—	—	1	65	50	30	—	—	21	14	175	35±0,3	34±0,1	25	50	10	M-6
		—	—	3	769	580	220	—	—	82	17
		—	—	6	1090	657	368	—	—	90	21
		—	—	10	1450	904	490	—	—	116	35

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3D model

Type ERM200/35 | Force up to 1758 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	Dimensions (mm)
					Magnetische Kraft Fm (N)							A	B	C	D	E	F	H
18	100	—	—	1	80	60	42	—	—	28	14	225	35±0,3	34±0,1	25	50	10	M-6
		—	—	3	928	720	260	—	—	94	20
		—	—	6	1400	810	460	—	—	121	27
		—	—	10	1758	1108	690	—	—	137	46

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3D model

Type ERM400/35 | Force up to 3810 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	Dimensions (mm)
					Magnetische Kraft Fm (N)							A	B	C	D	E	F	H
30	100	—	—	1	172	131	91	—	—	60	35	425	35±0,3	34±0,1	25	50	12	M-6
		—	—	3	2100	1460	537	—	—	210	45
		—	—	6	3060	1722	962	—	—	263	60
		—	—	10	3810	2371	1297	—	—	304	93

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3D model

Type ERM500/35 | Force up to 4423 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	Dimensions (mm)
					Magnetische Kraft Fm (N)							A	B	C	D	E	F	H
45	100	—	—	1	210	150	100	—	—	60	36	525	35±0,3	34±0,1	25	50	12	M-6
		—	—	3	2323	1806	674	—	—	234	56
		—	—	6	3540	2100	1114	—	—	295	70
		—	—	10	4423	2745	1501	—	—	330	117

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3D model

Type ERM600/35 | Force up to 5026 N

Potencia a 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	Dimensions (mm)
					Magnetische Kraft Fm (N)							A	B	C	D	E	F	H
53	100	—	—	1	226	173	90	—	—	66	40	625	35±0,3	34±0,1	25	50	12	M-6
		—	—	3	2653	2053	706	—	—	266	66
		—	—	6	4053	2266	1286	—	—	346	80
		—	—	10	5026	3120	1806	—	—	400	120

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3D model

Type ERM150/60 | Force up to 1900 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	Dimensions (mm)
					Magnetische Kraft Fm (N)							A	B	C	D	E	F	H
25	100	—	—	1	140	112	102	—	—	75	50	180	60±0,1	49,5±0,2	40	70	12	M-8
		—	—	3	780	680	600	—	—	445	180
		—	—	6	1800	1490	1100	—	—	610	200
		—	—	10	1900	1500	1250	—	—	650	210

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3D model

Type ERM200/60 | Force up to 2760 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	Dimensions (mm)
					Magnetische Kraft Fm (N)							A	B	C	D	E	F	H
40	100	—	—	1	205	165	155	—	—	116	72	230	60±0,1	49,5±0,2	40	120	12	M-8
		—	—	3	1130	990	890	—	—	680	250
		—	—	6	2550	2160	1800	—	—	884	280
		—	—	10	2760	2300	1870	—	—	900	300

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3D model

Type ERM500/60 | Force up to 7450 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	Dimensions (mm)
					Magnetische Kraft Fm (N)							A	B	C	D	E	F	H
75	100	—	—	1	553	440	397	—	—	310	190	530	60±0,1	49,5±0,2	70	120	12	M-8
		—	—	3	3150	2630	2320	—	—	1800	780
		—	—	6	7250	5870	4650	—	—	2380	850
		—	—	10	7450	5950	4820	—	—	2410	910

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3D model

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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.