Bulletin No. BK4684 (1/11)
DESCRIPTION
This brake is direct acting, electromagnetically released and spring set.
It uses rotating and stationary disc contact to supply positive braking action.
It retains quick release and setting capabilities at all times. Simplicity of design
has reduced maintenance to an absolute minimum. As with any electro-
mechanical equipment, however, periodic inspection and adjustment will assure
optimum performance. As the friction disc wears, the magnet gap will increase.
The magnet gap should be checked periodically and adjusted when necessary.
WARNING: Do not install or use these brakes in an
explosive atmosphere.
Figure 2. Outline Drawing (does not include kit components)
Read carefully before attempting to assemble, install, operate or maintain the product described. Protect yourself
and others by observing all safety information. Failure to comply with instructions could result in personal injury
and/or property damage! Retain instructions for future reference.
**Thermal capacity (HPS/MIN.) was determined under the following test conditions: a) Room temperature 72
o
F. b) Stopping time of one second or less.
c) Brake mounted in a horizontal position. d) Equal on and off times. e) 1800 RPM f) Coil energized with 110% of rated voltage.
G061084-001
Figure 1. 5600 Style Brake
Table 1. Brake Specifications
1
www.dingsbrakes.com
60 Series End Mount
Brake Instructions
NEMA 2 Enclosure
* Last digit of model number
1 = With both manual release and external wire outlet
2 = With manual release and without external wire outlet
3 = Without manual release and with external wire outlet
4 = Without both manual release and external wire outlet
Model
Number
Number of
Rotating
Discs
Torque
lb-ft
Motor
Frame
Housing
Material
**Thermal
Capacity
HPS/MIN
Inertia of
Rotating
Parts Lb-ft
2
Dimensions
X
G
C
N +
1/32
Air Gap
Min.
Air Gap
Max.
61003-560*
1
3
56C
Steel
6
0.006
0.81 0.31 4.01 1.00 0.045/0.060
0.220
61006-560*
1
6
6
0.006
0.81 0.31 4.01 1.00 0.045/0.060
0.220
62010-560*
2
10
6
0.010
0.81 0.31 4.01 1.00 0.050/0.065
0.220
