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Electromagnetic Brake, DC 24V, 6Nm/200Nm

5 out of 5 based on 4 reviews | Write a review

$110.69

Cheap price electromagnetic brake for sale, static torque can select 400Nm, 200Nm, 100Nm, 50Nm, 25Nm, 15Nm, 6Nm, rated voltage DC 24V, max speed of 1800rpm, fast speed, easy installation and easy maintenance, manufacturer direct sales.

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SKU: ATO-EB-FBD

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Delivery date: 6-12 days

Overview

24V DC electromagnetic disc brake for crane, static torque 400Nm, 200Nm, 100Nm, 6Nm is available, it has the advantages of compact structure, simple operation, responsiveness, reliable use and easy remote control.

Specification:

Model	ATO-FBD-006	ATO-FBD-015	ATO-FBD-025	ATO-FBD-050	ATO-FBD-100	ATO-FBD-200	ATO-FBD-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 (kg)	0.28	0.5	0.91	1.68	3.15	5.9	10.5
Maximum Speed (r/min)	1800
Document	Download Electromagnetic Brake Installation Manual

Electromagnetic Brake Dimension (Unit=mm)

Model		ATO-FBD-006	ATO-FBD-015	ATO-FBD-025	ATO-FBD-050	ATO-FBD-100	ATO-FBD-200	ATO-FBD-400
Radius	A1	63	80	100	125	160	200	250
	A2	46	60	76	95	120	158	210
	A3 (Hole Dimension)	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
	E	26	31	41	49	65	83	105
	Y	5	6	7	7	9.5	9.5	11.5
Shaft	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

Tips: Electromagnetic brake applications

1. Packaging and packaging machinery: such as packaging machines, strapping machines, packaging machinery, etc.
2. Metal processing machinery: such as calender, wire drawing machine, punching machine, welding machine, copper wall iron wall returning machine, cutting machine, pipe making machine, winding machine, etc.
3. Mechanical work: lathe, milling machine, automatic CNC bed, special machine, etc.
4. Handling machinery: cranes, feeders, conveyors, coilers, winches, etc.
5. Paper machinery: bag making machine, carton machine, breaker, book machine, cutting machine, paper machine, etc.
6. Printing machinery: rotary machine, feed printing machine, etc.
Electromagnetic brake applications
Tips: The difference between magnetic powder clutch and electromagnetic clutch

Both the magnetic powder clutch and the electromagnetic clutch can be used to transmit torque. They all operate with a DC 24V current. They have many similarities, but they are different. They work differently and the working environment is different. Let's take a look at what they have.

The magnetic powder clutch uses the magnetic powder in the working chamber as the working medium, and the magnetic powder gradually fails with the use time. After the magnetic powder performance is greatly reduced, a new magnetic powder needs to be replaced, the small hole above the magnetic powder clutch is opened, the magnetic powder in the working chamber is poured out, and a new magnetic powder is added. Magnetic powder replacement needs to be handled by professionals, it is not very simple, otherwise it is easy to go wrong.

The electromagnetic clutch relies on the energization and power-off of the coil to control the combination and separation. The starting torque is large, the clutch speed is fast, and the action response is fast. It is convenient to realize automatic control and remote control, and adjust the magnitude of the transmission torque by changing the excitation current. The magnetic powder clutch transmits torque by the bonding force between the magnetic powder and the friction between the magnetic powder and the working surface. Mainly used for smooth joint, high frequency, need to adjust the starting time, automatically adjust the torque, speed or maintain constant torque transfer, need overload protection system.

Existing reviews of Electromagnetic Brake, DC 24V, 6Nm/200Nm

More details about electromagnetic brake I need

I’m looking at your electromagnetic brakes for a test. I’m currently planning. I have a few questions about the brakes:
Are electromagnetic brakes active, meaning that I can control how much torque they exert on my system?
Do the electromagnetic brakes apply braking torque when power is applied, or does applying power turn braking off?
Will one of the electromagnetic brakes be able to fulfill the following requirements:
Handle a 55℃ environment for more than 8 hours
Hold a particular torque level for more than 8 hours, while being driven at various speeds
Speeds will range from about 5 rpm to 191rpm
Required torque levels:
100Nm at speeds ranging from 5-39rpm
70Nm at speeds ranging from 5-191rpm
Apply a torque up to 200Nm to the system I’m testing
My system will be powered when 200Nm needs to be applied, but my system will not be spinning
Please let me know if you need more details.

From: lian | Date: 13/06/2023

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ATO Responded

1. Electromagnetic brakes will not be active all the time, it cannot control how much torque they exert on your system.
2. Our electromagnetic brakes apply braking torque when power is applied.
3. If the working environment does not exceed 60℃, it can work for more than 8 hours.
Our electromagnetic brakes can run at speeds will range from about 5 rpm to 191 rpm, but they only have a braking function (instantaneous locking), and can not output torque according to the speed range adjustment.

Suggestion about raising and lowering a radiation shielding door

Thank you for your reply and hence I should describe my needs for you in some detail for your advice.  The issue is to raise and lower a radiation shielding door using coupled ball screws making one input axis.
The weight applies torque always for the down direction. The intended motor is dc Hypoid Bodine motor with its control which has CCW – STOP – CW with accel and decel and dynamic braking.
Obviously when at stop there is no holding torque. Going up is fine, but going down is a problem. I intend to use a spring brake to hold the shaft locked when in the stopped mode which comes on when the motor stops driving. This is where I need a brake to stop the motion before the spring brake kicks on.
Going up upon stopping the motor stops and can be held with the spring brake and if another brake has helped it before the spring brake goes on is fine. The desired condition is not to have to apply power to keep the door stopped. Hence I need a brake to stop the door if it is moving and then for the spring brake to hold it.
This would be true for both directions though not contributing for going up , i.e. the spring brake does its thing after the braking brake has worked. At stop position the holding torque is about or less than a foot pound.  The issue is somewhat similar to the foot brake and hand brake as used in a car.
I will appreciate your advice very much.

From: isabel | Date: 28/02/2023

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ATO Responded

According to your description, we think it is more appropriate for you to use an electromagnetic brake. You can choose ATO-FBD-025 or ATO-FBD-050 according to the braking torque requirement.

Can the torque of the DC 24V electromagnetic brake be adjusted?

Whether the torque with your electromagnetic brake (DC 24V, 6Nm/200Nm) can be continuously adjusted to a certain range by the voltage or current. That is my question.

From: Lamaster | Date: 29/07/2021

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ATO Responded

Unfortunately no, the output torque with our electromagnetic brake can not be continuously adjusted to a certain range by the voltage or current.

I like this DC 24V electromagnetic brake

At first, my family was a little worried that the first time I used this DC 24V electromagnetic brake, it would be difficult to operate, but after the operation, I felt very simple and the effect was very good. I like using it very much.

From: Dieter | Date: 12/04/2021

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