Vehicle Mount B Size Arrow Board 25 Lamp, Single Sided
Vehicle Mount B Size Arrow Board 25 Lamp, Single Sided
CODE: 25-VMAB-25U.O.M: Each
Single Sided B Size vehicle mount LED Arrow board with 25 Lamps, Controller Module, Roof Mount Assembly and Hydraulic Actuator. Provides an ideal signalling solution for TMA trucks, crash cushion applications, emergency repair crews, convoys and more.
This vehicle mounted arrow board provides high visibility at a low power consumption. Designed to handle the harsh Australian sun, it is a lightweight unit built tough to withstand everyday use.
Featuring 25 highly visible amber LED lights, it is designed for use during road works to denote left arrow, right arrow, double headed arrow and other patterns. Two optional dual flashing amber lights further promote safety and vehicle visibility (beacon mounting brackets are included however flashing side beacons are sold separately).
A single side-mounted hydraulic lift arm rises and lowers the unit. When lowered, the streamlined design allows for minimal wind resistance for increased safety, adding only 215 mm in height when folded down. When raised, the board measures 980 mm high.
This directional arrow board is high quality and designed and manufactured in an ISO9001 accredited facility to meet Australian requirements.
Features:
Low profile - only 215 mm high when folded down
Automatic dimming LED lamps
High visibility from long distances
Simple wiring connections between board and controller
Aluminium black powder coated boards
B Size Board Dimensions: 1500 mm wide x 770 mm high
Complies to AS/NZ Standard AS4192 Illuminated Flashing Arrow Signs, MUTCD Compliance
Suitable for mounting on trucks and work utes
Power: 12V
Single Sided configuration featuring 25 individual amber lamps
Lamps and shrouds are easily replaceable if necessary
Full range of spare parts available from Jaybro
Unit weighs 45kg
IP56 waterproof rating
Wide range of flashing patterns and flash rates for different applications
Energy efficient operation with low power dissipation