Adjustable Motor Protection Circuit Breaker Lockout | BOZZYS

Adjustable Motor Protection Circuit Breaker Lockout

BD-D110

BD-D110 motor protection circuit breaker lockout for GV2M 50mm, PC+stainless steel+aluminum, tool-free thumb screw, 2 padlock holes (≤8.6mm), industrial LOTO safety.

  • High-strength PC material for durability, insulation & impact resistance
  • Exclusive design for GV2M series motor circuit breakers
  • Tool-free snap-on installation in seconds
  • Dual lock holes support two-person multi-user LOTO
  • Works with padlocks/hasps of ≤8.6mm shackle diameter
  • High-visibility red & black color for job site safety
  • Compact structure fits standard motor control panels
  • Complies with international LOTO & OSHA safety standards

Product Appearance

 

Core parameters:

  • Product Name:BD-D110 Motor Protection Circuit Breaker Lockout
  • Material:PC Engineering Plastic + Stainless Steel + Aluminum Alloy
  • Dimensions:115.8mm × 47.6mm × 47.6mm (L×W×T)
  • Color:Red + Black
  • Compatibility:GV2M motor protection switches (total height 50mm)
  • Adjustment:Foldable large knurled thumb screw (tool-free)
  • Lock Holes:2 holes for multi-user LOTO
  • Padlock Compatibility:Shackle diameter ≤8.6mm
  • Locking Structure:Clamping handle + curved blade secures toggle switch
  • Function:Isolate switches, prevent accidental startup & misoperation

FAQs

1What motor switches does BD-D110 fit?
BD-D110 fits all GV2M motor protection switches with a total height of 50mm.
2What materials is BD-D110 made of?
BD-D110 is made of PC engineering plastic, stainless steel and aluminum alloy.
3Is installation tool-free?
Yes. It uses a large foldable knurled thumb screw that can be tightened easily by thumb.
4How many padlocks can be used at the same time?
It has 2 lock holes, supporting up to 2 padlocks for multi-user LOTO management.
5What size padlocks fit BD-D110?
It works with industrial padlocks/hasps with shackle diameter ≤8.6mm.
6What are the dimensions of BD-D100?
Dimensions: 115.8mm × 47.6mm × 47.6mm (Length × Width × Thickness).

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