The Paprsky MCL Multipurpose Cable Lockout is a highly adaptable and durable safety device designed to secure multiple energy isolation points. Constructed with a resilient polypropylene body and a galvanized vinyl-coated steel cable, this lockout tool effectively isolates difficult-to-lock valves, electrical panels, and heavy machinery, ensuring personnel safety during maintenance. It is specifically engineered to withstand extreme environmental temperatures, making it a reliable choice for versatile industrial applications.
Specifications
| LOTO Model | PS-LOTO-MCLSC2C |
| Material | Polypropylene; stainless steel nut & bolt; galvanized vinyl coated steel cable |
| Cable length (meters) | 2 |
| Withstands Temperature | +55 C to -20 C |
| Holes | 6 |
| Ideal for | Multipurpose lockout applications |
Key Features
- Group Lockout Capability: The 6-hole design permits up to six workers to attach their personal padlocks simultaneously, ensuring equipment remains de-energized until all work is complete.
- Heavy-Duty Durability: Combines tough polypropylene with heavy-duty steel and stainless steel components for long-lasting, cost-effective safety.
- Flexible Cable Isolation: The 2-meter vinyl-coated cable easily threads through multiple lockout points, such as side-by-side gate valves or complex electrical panels, that standard hasps cannot properly secure.
- Extreme Environment Ready: Tested and rated to withstand significant temperature fluctuations in demanding industrial facilities.
Applications
- Multipurpose Lockout: Ideal for securing a wide variety of energy control mechanisms across diverse industrial settings.
- Valve Isolation: Perfect for wrapping around and securing standard gate valves, steering wheels, or oversized mechanical levers.
- Electrical Panels: Used to securely tie off multiple circuit breakers or large electrical disconnects in power management scenarios.
- Harsh Environments: Highly suitable for chemical plants, refineries, or outdoor utilities experiencing freezing or high-heat conditions.
