Bulk order Order multiple options
Enter quantities only for the options you need. Leave the others blank.
Swipe or scroll the table sideways to review every column.
Product details
Product information
At a glance
Catalogue details
- Catalogue configurations
- 2
- Option
- Lockout Device, Label
Description and applications
The Brady adjustable gate valve lockout is a specialised safety tool designed to secure valve handles. It is constructed from a tough polypropylene that resists abrasion and cracking, ensuring a long service life in demanding environments. This device is engineered to fully enclose the handle, which effectively stops any accidental or intentional tampering during maintenance tasks.
In a standard lockout tagout procedure, this device is placed over the valve handle to physically block its movement. Once positioned, a padlock and tag are applied to ensure the valve remains in a safe state. This isolation process is critical for protecting technicians from the unexpected release of hazardous energy or fluids while they perform repairs on the system.
This lockout is suitable for a wide range of industrial settings where temperature fluctuations occur, as it functions between -20 and 80 degrees Celcius. Its compact shape allows for convenient transport and storage. It is available in red or yellow and comes with identifying labels to clearly mark the isolation point for all site personnel.
- Polypropylene build resists cracking and wear
- Operates from -20 to 80 degrees Celcius
- Fits valve handles between 25mm and 165mm
- Includes 100mm by 60mm identification labels
The Brady adjustable gate valve lockout is a specialised safety tool designed to secure valve handles. It is constructed from a tough polypropylene that resists abrasion and cracking, ensuring a long service life in d...
Delivery, freight and returns
Lead time Available to order — call 1300 078 277 to confirm lead time
Delivery options depend on the product, quantity and postcode. Review delivery information or ask us to confirm bulky-item and site-access requirements.