
EMERGENCY SIGNS & EXIT LIGHT
The White LED Slim Box Emergency Exit Sign series is a self-contained unit of rigid-steel construction and attractively finished. Ideal for public locations such as industrial, commercial buildings, factories and warehouses, the exit sign is available in standard and pictorial signage, single or double-sided face. The High Flux White LED has low power consumption and is environmentally friendly.
With a sleek and attractive finish, the White LED Slim Emergency Exit Sign series can be seamlessly integrated in hotels, commercial buildings and retail malls. They can be easily installed with ceiling, wall or pendant mounting. The High Flux White LED has low power consumption and is environmentally friendly.
The self-contained DL 2301NM Twin-Flood Emergency Light is attractively designed for indoor installations. Utilising LED lamps, the compact DL 2301NM is energy saving and can be easily installed in public areas such as staircase landings, walkways and escape routes. Housed in injection moulded thermoplastic casing, the unit is lightweight yet sturdy.
The self-contained DL 2301NM Twin-Flood Emergency Light is attractively designed for indoor installations. Utilising LED lamps, the compact DL 2301NM is energy saving and can be easily installed in public areas such as staircase landings, walkways and escape routes. Housed in injection moulded thermoplastic casing, the unit is lightweight yet sturdy.
The DL 210NM is a self-contained and robust and economical model. It is fire-retardant and adjustable for range of optimum projection in upmarket retail stores, supermarkets, factories and all escape routes. The housing is poly-carbonate with a beige finish.
The robust and self-contained DL 210NM (WP) Twin-Flood Emergency Light weatherproof type is perfect for outdoor installations. The DL 210NM (WP) is durable, fire-retardant and adjustable for range of optimum projection in upmarket retail stores, supermarkets, factories and all escape routes. The housing is poly-carbonate with a beige finish.