A-B 440T-MSCLE100M Trapped Key Interlock – Ensuring Safe Operation
The Rockwell A-B 440T-MSCLE100M Trapped Key Interlock is designed to enhance safety and operational efficiency within industrial environments by ensuring that critical equipment cannot be accessed or operated until specific safety conditions are met. This interlock mechanism plays a crucial role in preventing accidents and maintaining compliance with safety standards.
Model:440T-MSCLE100M
Brand:A-B
Type:Trapped Key Interlock
Function:Safe Operation Control
Application Area:Industrial Automation
Material:Stainless Steel
Weight:2.5 lbs
Dimensions:6.5 x 4.7 x 1.5 inches
Certification:CE, UL
Voltage Range:110V – 240V AC
Operating Temperature:-20°C to +60°C
Protection Rating:IP65
The Rockwell Automation A-B 440T-MSCLE100M Trapped Key Interlock is designed for high-risk industrial environments where equipment must be securely locked out before maintenance or repair can begin. This ensures the safety of workers and compliance with stringent safety regulations.
This interlock mechanism utilizes trapped keys to control access to critical areas, ensuring that only authorized personnel can proceed with the necessary actions after the machine has been safely isolated from its power source.
Manufactured from robust stainless steel, the A-B 440T-MSCLE100M is built to withstand harsh industrial conditions and prolonged use. Its durable construction guarantees longevity and reliable performance under demanding operational circumstances.
With its CE, UL, and CSA certifications, this interlock system meets global safety standards, providing peace of mind to operators and maintenance teams alike. It facilitates a safer work environment by minimizing risks associated with accidental machine start-ups during servicing.
Installation is straightforward, requiring minimal downtime for integration into existing control systems. Detailed user manuals and installation guides are provided to assist in the setup process, ensuring smooth deployment.










There are no reviews yet.