Bluescope AV Technologies Pvt Ltd

Andheri, Mumbai, Maharashtra

The Lumenite® Light Sleeve is a semi-translucent, photoluminescent sleeve that fits readily over new or existing fluorescent tubes. It absorbs light from the fluorescent lamp when lit, and emits light in the event that the light source is removed (eg blackout). The emitted light is projected onto pathway obstacles to provide visual guidance around them so that safe, orderly and expedient evacuation may occur. The chemical composition is finely balanced to minimize lumen loss from the lamp during normal operation while maximizing available usable light in the event of a blackout. In addition to providing backup evacuation lighting, the Lumenite® Light Sleeve can also be utilized to establish escape route paths creating a 'breadcrumb' effect providing easy to follow evacuation routes. Instant and fail-safe activation :  100% reliable; always on; no hazardous delay period waiting for a generator to start; does not rely on maintenance having been performed, batteries being charged, or lamps & other components; nothing to fail Save money : low initial cost, quick & easy to install, no ongoing costs, no maintenance, no power usage, no batteries, no wiring Environmentally friendly :non toxic, non radioactive, no batteries, no energy usage Convenience :  no tools needed, no alterations to existing fittings Safety and security :  increased safety, increased security, areas kept illuminated under all conditions Glass containment :  provides tube breakage protection, qualifies as a glass containment device.

Emergency lighting systems The presence of a liquid on the sensing cable activates a luminous and audible alarm, displays the localization of the initial point of the leak to the nearest metre.

Photoluminescent signs is a semi-translucent, photoluminescent sleeve that fits readily over new or existing fluorescent tubes.

• Dimensions300mm x 90mm x ?60 mm

Glass ampoule Volume: 600 ml ampoule containing liquid extinguishing agent X-Fire in a sealed glass ampoule, Can also be used as fire-extinguishing.

FG-HC2 digital sensing cable detects and localizes the presence of hydrocarbons and solvents. Connected to one of the modular central FG-A alarm or FG-SYS digital units. It exists in a standard length of 2 m.

The FG-NET digital unit is the fruit of the latest developped liquid leak detection and location panel. It has a user-friendly touch screen interface; the interactive floor plans can be stored and shown in the screen. It is designed to be used with all TTK digital sense cables.

The FG-SYS digital unit is designed to be used with TTK digital liquid sensing cables FG-EC, FG-ECS (with FG-DTCS box), FG-AC and FG-HC2. The presence of a liquid on the sensing cable activates a luminous and audible alarm, displays the localization of the initial point of the leak to the nearest metre.

The FG-ALS Alarm Location System is designed to be used with TTK two kinds of analogue sense cables: random FG-ECS, FG-ACS and pre-connected cables: FG-ECX, FG-ACX, to allow immediate detection of liquid (water, acid or base). 3 luminescent electro diodes and a LCD display on the front board indicate presence of power supply (green), leak detection (red) and cablebreak (yellow). In operation, the green diode is on.

FG-EC digital sense cable detects with localization the presence of water and bases in metric mode. It is connected to the FG-SYS digital unit. It exists in three lengths of 3, 7 and 15 metres.

FG-ECS digital sense cable detects with localisation the presence of water and bases in sector mode. It is connected to the FG-SYS digital unit via a FG-DTCS box; or connected to the FG-A alarm directly. It exists in three lengths of 3, 7 and 15 metres.

FG-ECX sense cable detects without localisation the presence of water and bases in metric mode. It is connected to the FG-A alarm directly. It exists in three lengths of 3, 7 and 15 metres.

The FG-A alarm unit is designed to be used with TTK analogue liquid sensing cables FG-ECS, FG-ECX, FG-ACX, FG-ACS or FG-HC2, it detects leaks without precise location.