Controlled guard release
Guard Locking Systems
Guard locking retains a movable guard closed until the hazardous condition has ended or the safety system authorises release.
- Delivery
- Survey to handover
- Coverage
- Great Britain
- Application
- Project-specific
System intent
Designed around the task—not simply the available component.
Guard locking retains a movable guard closed until the hazardous condition has ended or the safety system authorises release.
We develop the guarding arrangement in the context of machine movement, product flow, operator behaviour, cleaning and foreseeable intervention. The scope is then defined clearly for detailed engineering and installation.
Key engineering decisions
What the design needs to resolve.
These points are reviewed together because a change to access, stopping or production flow can alter the required safeguarding approach.
- 01
Reason for locking
Establish whether locking protects people or is used primarily for process control.
- 02
Release condition
Use monitored standstill, safe speed, timer or process feedback appropriate to the residual hazard.
- 03
Escape and emergency release
Provide a way to leave or release the space where a person could become trapped.
- 04
Power-loss behaviour
Select power-to-lock or power-to-unlock behaviour in the context of risk and emergency access.
Application review
Design considerations.
- Machine run-down and stored energy
- Access demand and production sequence
- Solenoid monitoring and fault response
- Escape release and whole-body access
- Manual release for maintenance
- Door strength, alignment and handle system
Typical project output
What can be included in the scope.
The precise deliverables are agreed before work proceeds and depend on whether the project covers mechanical guarding only or an integrated safety-system modification.
- Guard-locking selection
- Mechanical mounting and handle system
- Release logic and indication
- Escape or emergency release where required
- Functional and fault testing
- Handover and maintenance instructions
