Owner's manual

ManualsBrandsCleveland Motion Controls ManualsHardwareBrake EMAG 9

0 0,1 0,2 0,3 0,4 0,5 0,6 0,7 0,8

Ø 55 h8

Ø 114,5

3,5

+ 0,3

-0

16,2 J13

4 E9

Ø 15 H7

Application Notes

•Lubricated for life (other internal lubrication not required).

The shaft should be lubricated upon assembly, to prevent seizing.

•For use with Cleveland-Kidder® 2 Amp, 24 VDC power suppy (Model EMAG-PS2)

•The standard device is designed for horizontal shaft orientation,

and a minimal speed of 60 RPM. Maximum speed is 3000 RPM

(without exceeding the max. heat dissipation capability).

•For Engineering application, please contact our technical support.

•In normal use, the outside temperature of the device can increase up to 100°C,

without damage.

6 holes M5 at 60° on Ø 103

Torque Nm

2 terminals

Max. deepness 12

Current A

Nominal torque 12 Nm ft.lb 9

Minimal torque 0.14 Nm ft.lb 0.1

Coil resistance - 20°C Ohms 23

Rated current DC A 0.55

Rotor inertia 0.25.10-3 kg.m2 lb.ft 2 5.8 10-3

Weight 2.6 kg lb 5.7

Heat dissipation

W *

Continuously sustained

Specifications

* Heat dissipation is the mechanical power (P = cw) maximum allowable.

Cleveland-Kidder®

ELECTROMAGNETIC

PARTICLE BRAKE

EMAG 9

• Easy Electric Remote Control

• Low Power Consumption

• High Level of Torque Stability

• Highest Torque Density

• No Dust

• Noiseless

• Easy Installation

• Maintenance-Free Bearing

Summary of content (2 pages)

PAGE 1
Cleveland-Kidder® ELECTROMAGNETIC PARTICLE BRAKE EMAG 9 Specifications • Easy Electric Remote Control Nominal torque Minimal torque Coil resistance - 20°C Rated current DC Rotor inertia Weight Heat dissipation Continuously sustained 12 0.14 Nm Nm 0.25.10-3 2.6 kg.m2 kg ft.lb ft.lb Ohms A lb.ft 2 lb 9 0.1 23 0.55 5.8 10-3 5.7 • Low Power Consumption W* 65 • Easy Installation * Heat dissipation is the mechanical power (P = cw) maximum allowable.
PAGE 2
Cleveland-Kidder® Specifications Nominal torque 12 Minimal torque 0.14 Coil resistance - 20°C Rated current DC Rotor inertia 0.25.10-3 Weight 4.4 Heat dissipation Continuously sustained with heat sink – H Continuously sustained with heat sink and blower – HB Nm Nm kg.m2 kg ft.lb ft.lb Ohms A lb.ft 2 lb W* 130 9 0.1 23 0.55 5.8 10-3 9.