KEB COMBISTOP Instruction Manual page 10

Glossary
Driven Shaft/Surface
Dry running
EC Declaration of
Conformity
Equipotential Bonding
Flange
Friction Surface
KEB Automation KG
Load
Machine Manufacturer
Magnet
Mounting Surface
NEC
Product / KEB Product
Recommended tightening
torque
Run-out
10
A rotating component of a mechanical system which is driven by a
drive shaft. Typically connected to the drive shaft via a clutch to
allow the driven shaft/surface to be engaged when needed. The
driven shaft/surface refers to the component directly connected to
the drive shaft. See Load for a broader term for all parts of the
system driven by the motor.
Operation in dry environments with no danger of dripping or
splashing liquids.
Declaration that the device conforms to EU standards of safety.
A practice of intentionally electrically connecting all exposed metal
items not designed to carry electricity in a room as protection from
electric shock.
An external flat rim or ridge for attaching an external object to the
device.
The component of the brake against which the friction lining
presses to provide braking torque. This can be the mounting
surface directly, or it can be a flange or friction disk provided by
KEB.
Parent company of KEB America, Inc. Also referred to as KEB.
The components of a mechanical system driven by a motor. The
load refers to the entire system powered by the motor. See Driven
Shaft/Surface for the individual component connected directly to
the drive shaft.
The manufacturer of the application in which the COMBISTOP
brake is installed. Not KEB America, Inc.
The component of the brake which contains the magnetic
components.
A surface to which the COMBISTOP device is physically
attached. The COMBISTOP is typically attached to the mounting
surface with the recommended socket-head screws, but other
fastening methods may be used as appropriate to the application.
US National Electric Code. Safety standard for electrical
installations used in the United States.
See Device.
The torque required to fully screw a socket head screw into a
mounting surface. The recommended tightening torque depends
on the type of screw used as well as the material, thread depth
and locking components (if any) used in the mounting surface.
Refer to the machine manufacturer for details on recommended
tightening torques for specific mounting surfaces.
An inacuracy of rotating mechanical systems whereby the shaft
does not rotate precisely in line with the main axis. Always
present but must be minimized.
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