ER serie

(Push / Pull; IP00)

Linear solenoids. Optional spring return

Type ER-15/C | Stroke 5mm ; Force 0,3 - 16,5 N

Standard: Cables		Magnetic Force (N)		Response time (ms)
Duty cycle ED%	Power 20°C (W)	Stroke start	End of stroke	Attraction T	Repulsion T
100	3	0,3	4,9	30	31
40	7,5	0,5	7,9	28	26
25	12	0,8	9,8	26	25
15	20	1	12,2	26	25
5	60	2,5	16,5	25	25

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3D Model

Type ER-20/C | Stroke 5mm ; Force 0,8 - 11,2 N

Standard: Terminals	Optional: Cables	Magnetic Force (N)		Response time (ms)
Duty cycle ED%	Power 20°C (W)	Stroke start	End of stroke	Attraction T	Repulsion T
100	5,5	0,8	2,6	36	25
40	11	2,1	4,9	30	22
25	16	2,8	6,2	27	21
15	24	4,1	7,7	27	21
5	60	6,8	11,2	25	19

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Type ER-21/C | Stroke 10mm ; Force 1,3 - 7,4 N

Standard: Terminals	Optional: Cables	Magnetic Force (N)		Response time (ms)
Duty cycle ED%	Power 20°C (W)	Stroke start	End of stroke	Attraction T	Repulsion T
100	6	1,3	1,8	47	35
40	14	2,3	2,9	39	31
25	24	3,1	3,8	39	31
15	35	4,1	5	36	29
5	100	6,2	7,4	36	29

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3D Model

Type ER-25/C | Stroke 5mm ; Force 2,5 - 32 N

Standard: Terminals	Optional: Cables	Magnetic Force (N)		Response time (ms)
Duty cycle ED%	Power 20°C (W)	Stroke start	End of stroke	Attraction T	Repulsion T
100	7,5	2,5	7	50	34
40	17	5,4	17	40	28
25	25	7,5	21	37	26
15	38	10	24	37	26
5	95	17	32	35	25

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3D Model

Type ER-30/C | Stroke 8mm ; Force 2,9 - 35 N

Standard: Terminals	Optional: Cables	Magnetic Force (N)		Response time (ms)
Duty cycle ED%	Power 20°C (W)	Stroke start	End of stroke	Attraction T	Repulsion T
100	8	2,9	7,7	64	41
40	20	5,6	12	51	33
25	30	7,8	13,8	49	32
15	50	11,4	21,5	46	30
5	120	19,7	35	46	30

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3D Model

Type ER-30/CT | Stroke 8mm ; Force 2,9 - 34,9 N

Standard: Terminals	Optional: Cables	Magnetic Force (N)		Response time (ms)
Duty cycle ED%	Power 20°C (W)	Stroke start	End of stroke	Attraction T	Repulsion T
100	8	2,9	7,6	65	42
40	20	5,6	11,9	42	35
25	30	7,8	13,7	49	33
15	50	11,4	21,4	46	32
5	120	19,7	34,9	46	32

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3D Model

Type ER-35/C | Stroke 12mm ; Force 1,5 - 31 N

Standard: Terminals	Optional: Cables	Magnetic Force (N)		Response time (ms)
Duty cycle ED%	Power 20°C (W)	Stroke start	End of stroke	Attraction T	Repulsion T
100	9	1,5	4,5	71	40
40	20	4,3	10,9	56	40
25	35	7,5	14,7	55	40
15	60	10,6	16,6	50	37
5	150	17,3	31	48	36

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3D Model

Type ER-40/CT | Stroke 15mm ; Force 2,9 - 121,8 N

Standard: Cables		Magnetic Force (N)		Response time (ms)
Duty cycle ED%	Power 20°C (W)	Stroke start	End of stroke	Attraction T	Repulsion T
100	13	2,9	26,1	156	103
40	27	6,5	41,5	11	81
25	44	13	68,4	109	76
15	76	16,5	74,5	106	75
5	218	43	121,8	101	72

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3D Model

Type ER-45-05/C | Stroke 5mm ; Force 0,1 - 230 N

Standard: Terminals	Optional: Cables	Magnetic Force (N)		Response time (ms)
Duty cycle ED%	Power 20°C (W)	Stroke start	End of stroke	Attraction T	Repulsion T
100	12	0,1	60	127	59
40	30	6,3	110	75	45
25	48	10,6	160	72	44
15	80	14,4	190	70	42
5	240	35	230	70	42

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3D Model

Type ER-45-15/C | Stroke 15mm ; Force 3,3 - 71,3 N

Standard: Terminals	Optional: Cables	Magnetic Force (N)		Response time (ms)
Duty cycle ED%	Power 20°C (W)	Stroke start	End of stroke	Attraction T	Repulsion T
100	12	3,3	9,3	111	68
40	30	7,3	20,8	87	54
25	48	10	31,9	83	53
15	80	15,5	45,3	81	51
5	240	27	71,3	81	51

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3D Model

Type ER-48/T | Stroke 8mm ; Force 9,1 - 65,4 N

Standard: Cables-Connector		Magnetic Force (N)		Response time (ms)
Duty cycle ED%	Power 20°C (W)	Stroke start	End of stroke	Attraction T	Repulsion T
100	15	9,1	36,2	125	83
40	35	19,5	42,8	102	69
25	54	26,7	48,4	90	62
15	89	32,5	50,4	82	57
5	271	45,1	65,4	76	53

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3D Model

Type ER-50-15/C | Stroke 15mm ; Force 6,7 - 99 N

Standard: Terminals	Optional: Cables	Magnetic Force (N)		Response time (ms)
Duty cycle ED%	Power 20°C (W)	Stroke start	End of stroke	Attraction T	Repulsion T
100	14	6,7	22,5	127	82
40	35	13	41	96	62
25	56	16	52,7	81	53
15	93	23	68	81	53
5	280	37	99	80	53

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3D Model

Type ER-50-15/CT | Stroke 15mm ; Force 6,5 - 99 N

Standard: Terminals	Optional: Cables	Magnetic Force (N)		Response time (ms)
Duty cycle ED%	Power 20°C (W)	Stroke start	End of stroke	Attraction T	Repulsion T
100	14	6,5	22,5	127	82
40	35	12,8	40,8	96	62
25	56	15,8	52,5	81	53
15	93	22,8	67,7	81	53
5	280	36,8	99	80	53

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3D Model

Type ER-60-05/C | Stroke 5mm ; Force 7 - 382 N

Standard: Terminals	Optional: Cables	Magnetic Force (N)		Response time (ms)
Duty cycle ED%	Power 20°C (W)	Stroke start	End of stroke	Attraction T	Repulsion T
100	18	7	155	181	111
40	45	18	192	128	80
25	70	28	296	120	75
15	110	47	346	105	66
5	280	96	382	102	65

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3D Model

Type ER-60-10/C | Stroke 10mm ; Force 12 - 200,8 N

Standard: Terminals	Optional: Cables	Magnetic Force (N)		Response time (ms)
Duty cycle ED%	Power 20°C (W)	Stroke start	End of stroke	Attraction T	Repulsion T
100	18	12	55,6	187	117
40	45	24	95,5	134	85
25	70	32	121,7	126	81
15	110	44	152,5	111	72
5	280	80	200,8	108	70

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3D Model

Type ER-60-10/CT | Stroke 10mm ; Force 11,6 - 200,4 N

Standard: Terminals	Optional: Cables	Magnetic Force (N)		Response time (ms)
Duty cycle ED%	Power 20°C (W)	Stroke start	End of stroke	Attraction T	Repulsion T
100	18	11,6	55,1	187	119
40	45	23,6	95,1	134	87
25	70	31,6	121,3	126	83
15	110	43,6	152,1	111	74
5	280	79,6	200,4	108	72

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3D Model

Tipo ER-60-20/C | Stroke 20mm ; Force 9,2 - 150 N

Standard: Terminals	Optional: Cables	Magnetic Force (N)		Response time (ms)
Duty cycle ED%	Power 20°C (W)	Stroke start	End of stroke	Attraction T	Repulsion T
100	18	9,2	27	196	126
40	45	16,7	60	143	95
25	70	21,5	87	135	90
15	110	28,5	103	120	81
5	280	50	150	117	80

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3D model

Related products

High-performance linear solenoids

ERC serie

High mechanical performance open-frame linear solenoids. Optional spring return.

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.

Electromagnetic safety locks

CU20/CPB

Derived from the CU20CP range. On bistable linear locks, the travel from initial (unlocked) to end (locked) position is made on energisation and the return to initial position is made via a reverse polarity pulse combined with external forces or via a spring incorporated to the solenoid.

When there is no voltage, the two positions are held by means of permanent magnets.