BD-F13 Valve Cover Lockout
BD-F13 Hinged Gate Valve Lockout is a professional LOTO safety device designed to lock gate valves in the fully closed position. Made from high-strength ABS with excellent impact and corrosion resistance, it withstands harsh industrial environments in petroleum, chemical, and power generation facilities.
- Once locked,the gate valve locking device will not jam the valve handwheel, preventing its rotation and locking the valve in the closed position.
- handwheel gate valve locking device is made of premium ABS material, offering wear resistance, impact resistance, and chemical corrosion resistance.
- Suitable for long-term use in harsh industrial environments.
- Each gate valve locking device is equipped with a single padlock hole.
- The split-shell hinged mechanism allows for quick installation and compact storage when not in use.
- The locking device’s unique center-mounted hole design is compatible with lift-stem valves.
- These locking devices can be secured using industrial safety hasp lockout and safety padlocks.
- Specifically designed to lock out gate valves with handwheel diameters ranging from 127mm to 165mm (5” to 6.5”).
Product Appearance
Core parameters:
Product Name：BD-F13 Hinged Gate Valve Lockout
Main Material：ABS
Product Dimension：223mm × 181mm × 56mm
Handwheel Diameter Compatibility：127-165mm (5"-6.5")
Key Specifications：Hole: 62mm; Inner Height: 40mm
Padlock Compatibility：Shackle diameter ≤7mm 1 padlock lockout
Core Function：As Gate Valve Lockout, Circular Valve Lock and Handwheel Lockout, it locks gate valves in closed position, prevents unauthorized operation, ensures industrial LOTO energy isolation
Safety Standards：OSHA 29 CFR 1910.147, ANSI Z244.1
Applicable Industries：Petroleum, Chemical, Manufacturing, Power Generation, Mining, Water Treatment
Key Advantages：Durable ABS, corrosion-resistant, hinged design, OSHA/ANSI compliant, tool-free installation; integrates Gate Valve Lockout, Valve Covers, Handwheel Lockout functions
FAQs
1What handwheel sizes does the BD-F13 Hinged Gate Valve Lockout fit?
It is exclusively designed as a Handwheel Lockout for gate valve handwheels with a diameter of 127-165mm (5"-6.5"), covering most large-scale industrial gate valve configurations in petroleum, chemical, and manufacturing facilities, and it also functions as reliable Valve Covers.
2What are the key internal dimensions of the BD-F13?
The Gate Valve Lockout features a 62mm hole and 40mm inner height for a secure, snug fit around the handwheel, preventing loosening during operation and ensuring reliable energy isolation for LOTO procedures. As aCircular Valve Lock, its dimensions are tailored to large-scale handwheel needs.
3What material is the BD-F13 made of, and is it durable for harsh environments?
It is constructed from high-strength ABS material, which offers excellent wear resistance, impact toughness, and chemical corrosion protection—making it durable for long-term use in humid, corrosive, and high-wear harsh industrial environments, far superior to ordinary Valve Covers and lockout devices.
4Is the BD-F13 compliant with international LOTO safety standards?
Yes, this BD-F13 Hinged Gate Valve Lockout, as a qualified Circular Valve Lock and Handwheel Lockout, fully meets OSHA 29 CFR 1910.147 and ANSI Z244.1 standards, ensuring compliance with global EHS audit requirements and reducing regulatory risks for industrial facilities.
5How to install the BD-F13 Hinged Gate Valve Lockout?
Installation is tool-free—its hinged structure allows for quick placement over the closed handwheel (serving as Valve Covers), then secure it with an industrial safety padlock (shackle diameter ≤7mm) for quick, effective locking during maintenance operations, realizing the dual functions of Gate Valve Lockout and Handwheel Lockout.
6What is the overall size of the BD-F13, and is it suitable for narrow spaces?
The compact dimension is 223mm × 181mm × 56mm, which is space-saving and ideal for installation in narrow industrial spaces. Its hinged design integrates Valve Covers and Gate Valve Lockout functions, adapting to the limited layout of large-scale pipeline systems in factories.