Mini Circuit Breaker Safety Lockout

Product Details

Part No.: CBL01 -1

Universal MCB Lockout Device
Universal Miniature Circuit Breaker Lockout
Mini cicuit breaker safety lockout
Manufacturer of a wide range of products which include Circuit Breaker Lockout such as MCB Lockout Universal Type, Large Circuit Breaker Lockout, Pin In Circuit Breaker Lockouts, Pin Out Circuit Breaker Lockout, Pin Out Wide Lockouts, Tie Bar Circuit Breaker Lockout and many more items.

  1. Made of nylon.

  2. Locks out virtually all miniature ISO/DIN pin-out circuit breakers throughout the world

  3. Fits on breaker toggles and can be tightened using screwdriver (not included)

  4. Works with safety padlocks and lockout hasps.

  5. Lock out 1-4 pole circuit breakers

  6. Dimensions: 45mmm×25mm×10mm wide

  7. 8mm padlock hole, max clamping 8mm

SPECIFICATION:


Part No.

DESCRIPTION

CBL01-1

Moulded case circuit breakerlockout



                          详情页2

Specially designed according to your special requirements, our mini cicuit breaker safety lockout made by one of the professional manufacturers and suppliers of lockout products in China - LOCKEY. You are welcomed to wholesale customized mini cicuit breaker safety lockout made in China at cheap price with our factory, and we also offer the free sample.


The setting principles of safety protection devices are as follows:

First, with the plane on which the operator stands as the reference, all moving parts with a height of less than 2m shall be protected. 

Second, with the plane the operator stands on as the benchmark, where the height is more than 2m, there are material transmission device, belt drive device and under the construction machinery construction place, protection should be set. Thirdly, protection should be set at the working position 2m above the datum level of falling height. 

Fourthly, in order to avoid extrusion injury, the spacing between linear moving parts or between linear moving parts and stationary parts should meet the requirements of safe distance.

Fifth, if the moving parts have travel distance requirements, a reliable limit device should be set to prevent injury caused by over-travel movement.

Sixthly, load limiting devices should be set up for those parts that may be damaged due to overload.

Seventh, the moving parts with inertial impact must adopt reliable buffering devices to prevent injury accidents caused by inertial impact.

Eighth, the movement may loose parts must take effective measures to tighten, to prevent starting, braking, impact, vibration caused by loose.

Ninth, each machine should be equipped with emergency shutdown device, so that the existing or imminent danger can be avoided. The emergency shutdown device must be clearly identified, easily identifiable, and quickly accessible to the device, so that the dangerous process immediately stop without additional risk.


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