Brady Industry Lock & Security Padlock
Brady ® Nylon Padlocks have a non-conductive glass fiber reinforced nylon body and single key cylinders that prevent electricity from traveling from the shackle to the key.
The padlocks feature a lightweight non-conductive glass fiber reinforced nylon body, have a reinforced steel shackle and tamper resistant 6-bolt cylinders. These lightweight padlocks meet all OSHA requirements and offer superior resistance to temperatures, chemicals, and corrosion. Non-conductive nylon padlocks are a more secure alternative to metal padlocks for locking applications. The reserved, paracentric slot provides optimal security and the special design prevents the key from being released until the padlock shackle has closed.



Material characteristics

Brady material number: LOTO-8

• Material properties: Non-sparking, Lightweight, Non-conductive

• Material Properties: Non-sparking, Lightweight, Non-conductive

• Padlock body material: Nylon

• Padlock Body Material: Nylon

• Shackle material: Steel

• Shackle Material: Steel

• Yellow color

• Service temperature range: 0 ° F - 250 ° F

• Minimum service temperature: 0 ° F

• Maximum service temperature: 250 ° F

• Bow Coating / Finishing: Triple Coated, Hardened

• Shackle Coating / Finish: Triple coating, hardened

Product characteristics:

• Applications: Lockout Labeling, Labeling of food and beverage processes, Identification of risk communication

• Application: Lockout Labeling, Food and Beverage Process Labeling, Hazard Communication Identification

• Key Mechanism: Standard Bolt Drum

• Key Mechanism: Standard Bolt Drum

• Key option: Different keys

• Key Option: Different keys

• With key retention: Yes

• Key-Retaining: Yes

• Number of pin drums: 6

• Number of Pin Tumblers: 6

• Horizontal clearance in arch: 0.8 in.

• Vertical clearance in arch: 1.5 in.

Información Técnica

• Body Size (in / ft / yd): 1.75 in H x 1.5 in W x 0.8 in D

• Vertical clearance in arch: 1.5 in.

• Key Mechanism: Standard Bolt Drum

• With key retention: Yes