BD-X08-1

Metal Padlock Station

Fast dispatch from stock, same-day shipping
LOTO solution compliant with OSHA 29 CFR 1910.147
Special per-unit pricing on bulk orders

Product Details

BD-X08-1 is a yellow metal station that holds padlocks and lockout hasps in fixed positions. The body is made of sheet steel whose surface is treated with high-temperature sprayed plastic, and measures 480 mm (W) × 500 mm (H) × 85 mm (D).

Being able to hang 2 padlocks or 2 lockout hasps in each position lets personal locks and hasps be arranged side by side in group lockout applications. Positions can be assigned to users to set up person-specific lock management. The opaque panel can be custom-made as needed; the impact- and corrosion-resistant surface offers long service life.

Dual Position: 2 locks or 2 lockout hasps can be placed at each point.
Coated Steel: The high-temperature painted surface is resistant to impact and corrosion.
User Assignment: Positions can be reserved for person-specific padlock management.
Custom Panel: An opaque panel can be produced as needed.

Technical specifications

Product code	BD-X08-1
Model	BD-X08-1
Material	Steel sheet, high-temperature sprayed surface
Dimensions	480 mm (W) × 500 mm (H) × 85 mm (D)
Colour	Yellow
Capacity	2 locks or 2 lockout hasps per position
Application	Factories, power plants, maintenance workshops, safety management areas

Applications

FactoriesPower plantsMaintenance workshopsGroup lockout areas

Package contents

1 x BD-X08-1 Metal Padlock Station

About Sofilx LOTO

Since 2010, Sofilx LOTO has supplied lockout and tagout (LOTO) equipment to industrial facilities. From padlocks to circuit breaker, valve and cable lockouts, and from stations to ready-made kits, we offer 237 products from stock and provide technical support in choosing the right equipment.

Lockout Stations

OSHA compliantLOTO equipment compliant with 29 CFR 1910.147

Fast dispatchIn-stock products ship the same day

CustomizedColour, tag and key options

Technical supportLet's choose the right product together from a photo