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ELECTROMAGNETIC CLUTCHES AND BRAKES

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MOQ : 1 Piece

ELECTROMAGNETIC CLUTCHES AND BRAKES Specification

Sealing
Enclosed, dust and oil resistant

Max. Speed
Up to 3600 rpm

Torque
1 Nm to 1000 Nm

Head Code
Standard

Connection
Flange or shaft mount

Thread
Threaded mounting holes available

Bore
Customizable as per requirement

Material
High-grade steel, copper winding, friction materials

Structure
Electromagnetic coil, friction plate, rotor/armature assembly

Standard
Conforms to IS/IEC or equivalent standards

Inner Diameter
Available from 10 mm onwards

Outer Diameter
Available up to 250 mm or as specified

Application
Industrial automation, machine tools, conveyors, textile machinery, printing machinery

Surface Treatment
Coated/Painted for corrosion resistance

Technique
Electromagnetic actuation

Shape
Round/Cylindrical

Noise Level
Low noise operation

Insulation Class
Class F or H

Customization
Available for shaft/bore, torque, voltage, and dimensions

Mounting Type
Direct shaft, flange, or face mounting options

Protection Class
Up to IP54/IP65 on request

Ambient Temperature Range
-10C to +60C

Power Consumption
Low power consumption design

Life Expectancy
Over 2 million cycles under normal operation

Weight
Varies from 0.5 kg to 20 kg depending on model

Color
Standard industrial grey or customizable

Operating Voltage
Typically 24V DC, 48V DC, or 230V AC

Response Time
Fast engagement/disengagement in milliseconds

ELECTROMAGNETIC CLUTCHES AND BRAKES Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Month

Delivery Time
1 Days

About ELECTROMAGNETIC CLUTCHES AND BRAKES

MIKI PULLEY IN MUMBAI INDIA

Electromagnetic clutches and brakes are devices that, as their names suggest, couple, release, brake and hold machinery in place using electromagnetic force generated by passing a current through a coil. They are divided into two types by their method of actuation: electromagnetic actuated and spring actuated. Electromagnetic actuated refers to clutches and brakes that are actuated when a current is passed through a coil; spring actuated refers to brakes that are actuated by the force of a spring when current to the coil is shut off, as happen in power outages. Miki Pulley divides its electromagnetic clutches and brakes into several major categories: electromagnetic-actuated clutches and brakes, spring-actuated brakes, electromagnetic tooth clutches, brake motors, and electromagnetic clutch and brake power supplies. We provide a particularly wide range of electromagnetic-actuated clutches and brakes, including models with large and small transmission torques and units that combine functionality. This enables us to supply the optimal product for your application

ELECTROMAGNETIC CLUTCHES & BRAKES

Electromagnetic-actuated Micro Clutches and Brakes

FOR:Micro clutches and brakes ideal for compact precision equipment

102 Models (micro clutches)

Clutch torque
0.4 Nm to 2.4 Nm
Operating temperature
-10 to 40
Backlash
Zero

CYT Models (Custom micro clutches)

Clutch torque
0.4 Nm to 1.0 Nm
Operating temperature
-10 to 40
Backlash
Zero

112 Models (Micro brakes)

Brake torque
0.4 Nm to 2.4 Nm
Operating temperature
-10 to 40
Backlash
Zero

Electromagnetic-actuated Clutches and Brakes

101/CS Models (Clutches)

111 Models (brakes)

CSZ Models (Clutches)

BSZ Models (Brakes)

Electromagnetic Clutch and Brake Units

125 Models Clutches and brakes

121-20G Types (Clutches and brakes)

126 Models Clutch/Brake Units - Motor-coupled Type

CBW Models Clutch/ Brake Units - Speed Reducer-Integrated Type

CMW Models Clutch/Brake Units - Motor/Speed Reducer-Integrated Type

121-10G Types Double clutches

122 Models (Double clutches/brakes)

Spring-Actuated Brakes

BXR-LE Model

BXW Models

BXR Models

BXL Models

BXH Models

Electromagnetic Toothed Clutches

546 Models

Brake Motors

BMS Models

Electromagnetic Clutch & Brake Power Supplies

BES Models

BEH Models

BE Models

BEW Models

BEW-S Types

BEM Models

BEM-T Types

BEW-FH Types

BEW-W Types

Versatile Mounting and Design

Electromagnetic clutches and brakes accommodate direct shaft, flange, or face mounting for simplified installation across various machinery setups. Their round or cylindrical shape, customizable bore sizes, and threaded mounting holes enable easy integration, while enclosed and sealed construction ensures resistance to dust and oil for prolonged operational life.

Efficient Performance and Low Maintenance

Operating at fast response times and low power consumption, these devices minimize energy costs and maximize uptime. Life expectancy exceeds two million cycles under normal conditions, reducing frequency of replacements and downtime in industrial settings.

Comprehensive Customization and Standards Compliance

Tailor clutch and brake specifications to your unique needs, including torque ratings from 1 Nm to 1000 Nm, voltage, dimensions, shaft/bore sizes, and color options. Manufactured from high-grade steel and copper windings, each unit conforms to IS/IEC or equivalent standards, ensuring reliable operation up to 3600 rpm and beyond.

FAQs of ELECTROMAGNETIC CLUTCHES AND BRAKES:

Q: How are electromagnetic clutches and brakes mounted in industrial machinery?

A: These clutches and brakes support direct shaft, flange, or face mounting, enabling flexible installation based on machine design. Threaded mounting holes and customizable bore diameters provide additional compatibility with various configurations.

Q: What operating voltage options are available for these clutches and brakes?

A: Electromagnetic clutches and brakes are typically available in 24V DC, 48V DC, or 230V AC models. Customized voltage requirements can also be accommodated upon request to suit specific applications.

Q: When should I consider using electromagnetic clutches and brakes in automation?

A: These devices excel when precise, rapid engagement and disengagement are essential, as found in conveyors, machine tools, printing and textile machinery. Their fast response times and high reliability make them ideal for automation settings.

Q: Where are electromagnetic clutches and brakes commonly used?

A: They are primarily utilized in industrial automation, including machinery in textile, printing, material handling, and machine tool sectors throughout India and globally.

Q: What is the process for customizing clutch or brake specifications?

A: Customization options are available for torque, shaft/bore size, voltage, weight, color, and dimensions. Discussion with the supplier can ensure product configurations meet specific operational requirements and machinery design.

Q: How does the low power consumption benefit industrial users?

A: Low power consumption reduces operational costs and heat generation, contributing to overall energy efficiency and longer product lifespan, especially in continuous-use environments.

Q: What protections are available for these clutches and brakes against environmental factors?

A: Units can be manufactured with up to IP54 or IP65 protection ratings for resistance to dust, oil, and moisture, enhancing durability in challenging industrial environments.

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