Mechanical Trapped Key Interlocks
Mechanical interlocking can be used to control hazardous energy sources (e.g., electrical, pneumatic, hydraulic).
Trapped key systems can be used to enforce a predetermined sequence of events according to the application requirements.
Fully mechanical units are easy to maintain and do not require wiring, with reduced installation cost and time.
Designed for long-term durability reducing the need for repairs and maintenance. Also available in stainless steel for harsh environments.
Used to meet the requirement of ISO 14119 and ISO 14118. Suitable for use up to PLe/Cat. 4.
Enforce processes across multiple levels and long distances. Fully mechanical units are ideal for areas difficult to reach with cables.
Mechanical interlocking can be used to control hazardous energy sources (e.g., electrical, pneumatic, hydraulic).
Trapped key systems can be used to enforce a predetermined sequence of events according to the application requirements.
Fully mechanical units are easy to maintain and do not require wiring, with reduced installation cost and time.
Designed for long-term durability reducing the need for repairs and maintenance. Also available in stainless steel for harsh environments.
Used to meet the requirement of ISO 14119 and ISO 14118. Suitable for use up to PLe/Cat. 4.
Enforce processes across multiple levels and long distances. Fully mechanical units are ideal for areas difficult to reach with cables.
Key operated switches for electrical isolation. Time delay and voltage sensing devices to delay access until desired system conditions are met are also available.
Mechanically secure energy sources (circuit breakers, valves, earth switches, etc.) with bolt module units. Valve interlocks for pneumatic and hydraulic isolation also available.
Key exchange devices to enforce a predetermined sequence of events. Trap or release one or multiple keys. Custom devices for specific applications can be designed.
Multiple options for access locks and actuators. No wiring required at the access point. Actuators remain closed until the correct key is inserted and rotated.
With over 200,000 ‘cut’ combinations, keys can be engraved and customised with different colours. Standard or padlockable dustcovers and hasps are also available.
A robust product made of metal alloy but also available in stainless steel for the most demanding environments.
Key operated switches for electrical isolation. Time delay and voltage sensing devices to delay access until desired system conditions are met are also available.
Mechanically secure energy sources (circuit breakers, valves, earth switches, etc.) with bolt module units. Valve interlocks for pneumatic and hydraulic isolation also available.
Key exchange devices to enforce a predetermined sequence of events. Trap or release one or multiple keys. Custom devices for specific applications can be designed.
Multiple options for access locks and actuators. No wiring required at the access point. Actuators remain closed until the correct key is inserted and rotated.
With over 200,000 ‘cut’ combinations, keys can be engraved and customised with different colours. Standard or padlockable dustcovers and hasps are also available.
A robust product made of metal alloy but also available in stainless steel for the most demanding environments.
Mechanical interlocks eliminate most of the electrical wiring associated with other types of interlocks, making mGard cost effective and easy to install and maintain.
Contact our expert sales team to discuss the best solution for your application needs, or use our custom configurator to build the right solution for you.
mGard Product Catalogue
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