The Zing Green ZIN6064 RecycLockout Wall Switch Lockout provides a simple, reusable solution to control energy by locking a wall-mounted electrical switch in either the ON or OFF position. Designed and manufactured in the USA from recycled plastic, this lockout combines environmental responsibility with practical lockout functionality. The unit measures 3-1/2 inches tall by 1-1/2 inches wide and 1/4 inch deep, making it compact for standard wall switches while staying visible and easy to operate. It accepts one padlock with shackles up to 3/8 inch in diameter, allowing for a secure, user-specific lock when the switch is in a protected state.
Constructed from recycled plastic, the lockout emphasizes sustainable material choice without compromising the basic reliability needed for routine lockout-tagout tasks. Its straightforward design covers a standard wall switch and holds the switch securely in the chosen position, helping prevent unexpected energization during maintenance, repairs, or testing activities. The configuration supports a single lockout point per device, which aligns with common single-point control workflows and helps ensure clear accountability when multiple workers share equipment responsibilities.
When selecting this lockout device, verify that the wall switch dimensions and mounting fit within the specified 3.5" H x 1.5" W footprint and that the padlock shackle size remains within the 3/8" maximum. The packaging lists each unit as an individual lockout device, suitable for facility maintenance programs seeking a compact, recycled-plastic option for single-point electrical isolation.
Features:
- Covers wall switch; locks in ON or OFF
- Made in USA from recycled plastic
- Size: 3.5"H x 1.5"W x 0.25"D
- Accepts 1 padlock (? 3/8" shackle)
- Lightweight, compact design
- Suitable for standard lockout applications
- Durable recycled plastic construction
- Material:
- Recycled plastic
- Country of Origin:
- USA
- Dimensions:
- 3.5H × 1.5W × 0.25D
- Padlock Capacity:
- 1 (? 3/8 shackle)
- Package Size:
- Each