China BD-8233 Valve Lockout - Industrial-Grade Lockout Device from Leading Suppliers and Factory
Smart multifunction Design
The innovative central knockout design allows this device to accommodate rising stem gate valves. Simply remove the center piece to allow the rod to pass through while keeping the handle fully secured.
Full-Enclosure Security
The semi-circular, flat-box structure fits well over the valve wheel, providing a 360-degree physical barrier that prevents unauthorized access or accidental movement.
Precision Sizing for Every Valve
As part of a 5-model series (BD-8231 to BD-8235), this specific unit is optimized for medium valve handles, ensuring a tight and stable fit without excess movement.
OSHA Compliance
Functions as a critical mechanical safeguard within your corporate Lockout/Tagout framework, ensuring volatile flows remain safely locked down until the final lock is removed.
Frequently Asked Questions (FAQ)
What is a gate valve lockout device used for?
It is a physical safety barrier placed over gate valve handles to prevent unauthorized, accidental, or incorrect operation during maintenance or servicing, ensuring compliance with safety standards.
How does the central knockout design work for rising stem gate valves?
The device features a removable center piece. Once knocked out, it allows the rising stem of the valve to pass through the top while keeping the main valve handle fully enclosed and locked down.
Which model should I choose for my valve size?
This series includes 5 models ranging from BD-8231 to BD-8235. You should measure the diameter of your valve wheel and select the corresponding model size to ensure a snug and secure fit.
Does this device help with OSHA compliance?
Yes. The lockout device is designed to meet standard OSHA Lockout/Tagout (LOTO) requirements, serving as an essential mechanical safeguard to isolate energy sources safely.
What material is used to construct the valve cover?
The device is engineered from high-quality, impact-resistant materials that can withstand harsh industrial environments, chemical exposure, and extreme temperature variations.