Electromagnetic Brake, DC 24V, 25Nm/400Nm

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$179.69

Ex Tax: $179.69

Stock: In Stock
Model: RDDLZ-EB-FBD2
Weight: 1.00
SKU: RDDLZ-EB-FBD2

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Static Torque

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DC 24V electromagnetic brake having features quick response, high heat dissipation, max speed 1800r/min, static torque 6Nm, 15Nm, 25Nm, 50Nm, 100Nm, 200Nm, 400Nm is optional.

Specification:

Model	RDDLZ-FBD-2-006	RDDLZ-FBD-2-015	RDDLZ-FBD-2-025	RDDLZ-FBD-2-050	RDDLZ-FBD-2-100	RDDLZ-FBD-2-200	RDDLZ-FBD-2-400
Static Torque[kgf-m](N-m)	0.6 (6)	1.5 (15)	2.5 (25)	5.0 (50)	10 (100)	20 (200)	40 (400)
Dynamic Torque[kgf-m](N-m)	0.5 (5)	1.0 (10)	2.0 (20)	4.0 (40)	8 (80)	16 (160)	32 (320)
Rated Voltage	DC 24V
Power (W) at DC 24V, 20℃, no load	11	15	20	25	35	45	60
Weight	0.32	0.58	1.07	1.97	3.45	7.1	12.2
Maximum Speed (r/min)	1800
Document	Download Electromagnetic Brake Installation Manual

Electromagnetic Brake Dimension (Unit=mm)

Model		RDDLZ-FBD2-006	RDDLZ-FBD2-015	RDDLZ-FBD2-025	RDDLZ-FBD2-050	RDDLZ-FBD2-100	RDDLZ-FBD2-200	RDDLZ-FBD2-400
Radius	A1	63	80	100	125	160	200	250
	A2	46	60	76	95	120	158	210
	A3	34.5	41.5	51.5	61.5	79.5	99.5	124.5
	C1	80	100	125	150	190	230	290
	C2	72	90	112	137	175	215	270
	C3	35	42	52	62	80	100	125
	V1	3-3.1	3-4.1	3-5.1	3-6.1	3-8.1	3-10.2	3-12.2
	V2	3-6.3	3-8	3-10.5	3-12	3-15	3-18	4-22
	V3	3-6	3-7	3-9	3-10.5	3-14	3-17	4-19
	D (Hole Dimension)	15	20	25	30	40	50	60
	E	26	31	41	49	65	83	105
Shaft	Y	5	6	7	7	9.5	9.5	11.5
	H	18	20	22	24	26	30	35
	J	3.5	4.3	5	5.5	6	7	8
	K	2	2.5	3	3.5	4	5	6
	L	22	24.5	28	31	35	41.5	48
	L1	37	44.5	53	61	73	86.5	102
	L2	25.5	28.5	33	37	42	50.5	59
	M	15	20	25	30	38	45	54
	P	7.5	8	9	9	11.5	13	15.5
	T	6	8	10	12	15	18	22
	X	1.5	1.8	2.1	2.8	3.4	4.5	5.1
	Z	6-60°						8-45°
	m	2-M4	2-M5		2-M6	2-M8		2-M10
	a	0.2(±0.05)			0.3^+0.05_-0.1		0.5^-0_-0.2
	b	5	5	7	7	10	12	15
	t	2.3	2.3	3.3	3.3	3.8	3.8	5

Electromagnetic brake applications

Tips: Stepper motor brake selection requirements

The braking speed is determined based on the ratio of the speed of the motor to the final required output speed and the ratio of the torque to motor torque that ultimately needs to be output and the ratio of the mechanical moment of inertia to the moment of inertia of the motor.

Torque, the torque required to be output by the servo motor is calculated according to the load structure and weight and the rotational speed.
Moment of inertia, this parameter is related to the running precision of the servo on the mechanical structure. Generally, there is a certain margin, that is, the safety factor, calculated by the weight of the load structure.
Rated load capacity, the final output torque should not be greater than the rated torque of the servo motor brake, otherwise the wear and tear on the servo motor brake will increase, and even affect the normal operation of the servo motor brake.
Accuracy, the accuracy of servo motor brakes is not equal in different machinery industries. In this case, you need to understand the product model you need, and select the appropriate accuracy requirements according to the company's selection list and selection parameters.

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