● Tough, lightweight, and flexible design.
● Ideal for securing electrical panels, MCBs, switches, and panel handles.
● 3 Holes, 6.5mm Shackle thickness.
● Accepts padlocks with up to 9mm shackle diameter.
● Completely non-conductive for electrical safety.
● Effectively locks out larger electrical applications.
● Allows bending to fit around equipment.
● Space for six padlocks.
Material | Nylon |
Body - width | 40 mm |
Body - height | 115mm |
Hole Dia | 9 mm |
The De-electric Lockout Hasp is an essential tool designed to enhance electrical safety during maintenance or repair tasks. Constructed from high-quality metal, this lockout hasp offers superior durability, corrosion resistance, and insulation, making it ideal for high-voltage electrical systems. The De-electric Lockout Hasp ensures compliance with lockout-tagout (LOTO) regulations, providing a secure solution to prevent accidental energization of equipment while maintenance is being performed.
The De-electric Lockout Hasp is designed specifically for electrical applications, where safety and durability are of the utmost importance. Unlike plastic hasps, the De-electric Lockout Hasp is made from robust, non-conductive metal that offers superior strength and reliability. This metal construction ensures it can withstand harsh industrial environments, including exposure to chemicals, heat, and physical wear. The De-electric Lockout Hasp is highly resistant to tampering, offering long-lasting protection against unauthorized access to electrical equipment.
This lockout hasp features a 6.5mm thick shackle and multiple locking points, allowing up to three individual locks to be applied. It is the perfect solution for electrical systems requiring multiple workers to secure equipment simultaneously. The De-electric Lockout Hasp also provides complete isolation of electrical energy, ensuring a safe environment for maintenance or repairs.
High-Quality Metal Construction: The De-electric Lockout Hasp is made from premium metal, which provides enhanced durability and strength. Unlike plastic alternatives, metal offers higher resistance to wear, corrosion, and tampering, ensuring long-lasting protection.
Non-Conductive Properties: The metal material used in this lockout hasp is non-conductive, ensuring that workers are protected from electrical shock when applying or removing the hasp in high-voltage environments. This is a critical feature for maintaining electrical safety during maintenance operations.
Multi-Lock Capability: The De-electric Lockout Hasp can accommodate up to three locks, enabling multiple workers to securely lock out the equipment simultaneously. This feature is crucial for ensuring that all workers involved in the maintenance process are accountable for the equipment's safety.
Tamper-Resistant Design: The De-electric Lockout Hasp is designed to be tamper-resistant, making it virtually impossible to bypass without the correct key. This ensures that the equipment remains de-energized and safe while maintenance is being conducted.
Easy to Use: The De-electric Lockout Hasp features an intuitive design that allows quick and easy application and removal. This user-friendly functionality is vital for minimizing downtime during critical maintenance tasks.
Corrosion and Weather Resistant: The metal construction of the De-electric Lockout Hasp is resistant to corrosion and weather elements, making it suitable for outdoor use or in harsh industrial environments where exposure to moisture and chemicals is common.
Electrical Maintenance: The De-electric Lockout Hasp is primarily used in electrical maintenance applications. It ensures that electrical systems, such as circuit breakers, panels, and transformers, are properly locked out to prevent accidental energization during repair work.
Manufacturing and Industrial Plants: In manufacturing and industrial facilities, the De-electric Lockout Hasp is crucial for ensuring the safety of workers who are working on electrical systems, machinery, and control panels. It helps isolate electrical energy, ensuring that no unauthorized personnel can access the equipment.
Power Generation: Power plants use the De-electric Lockout Hasp to lock out power systems and electrical equipment during scheduled maintenance. This prevents the accidental startup of generators, turbines, and other electrical systems, safeguarding workers from electrical hazards.
Construction Sites: On construction sites, where temporary electrical setups are common, the De-electric Lockout Hasp is used to lock out power sources such as generators and electrical panels during installation and maintenance, ensuring the safety of workers.
Oil and Gas Industry: In the oil and gas sector, the De-electric Lockout Hasp helps secure electrical equipment used in hazardous environments. This lockout solution is vital for ensuring worker safety when performing maintenance on equipment like pumps, valves, and control systems.