Amber Beacon Ultra Heavy Duty

Description

Ultra Heavy Duty Construction!!!
Suitable for the most demanding applications
including quarries, forestry, mining, construction etc

Fit with confidence!!!

This beacon surpasses CISPR 25 Class 5 interference suppression ratings,
the highest levels achievable within the automotive industry!!!

It is becoming increasingly important that work lighting does NOT affect control systems,
hand-held communications, cameras, on-board computers / processors, GPS, and other radio
sensitive equipment. This lamp surpasses CISPR 25 Class 5 interference suppression ratings,
the highest level achievable within the automotive industry. You can fit this lamp with the
confidence that it will not interfere with other on-board equipment.

• This beacon surpasses CISPR 25 Class 5 interference suppression ratings,
  the highest level achievable within the automotive industry!!!
  Compliance: ECE R10, CISPR 25 Class 5, ECE R65 Class 1, SAE J845 Class 1
• Heavy-duty cast alloy base & cap for mechanical strength & vibration resistance
• Impact-resistant PC lens system
• Multi-stage paint coating for UV & corrosion protection
• Fully sealed & pre-wired to prevent dirt & moisture
• Vibration rating: 60G
• IP rating: IP69K power washable
• Circular LED discs for intense, 360 visible light output
• Input voltage: 10-36V
• Wattage: 36W
• Operating temperature: -40C ~ +80C
• Low total current consumption: 0.4A ~ 2.9A (12VDC)
• LED lifetime: 50,000 Hours
• Five different rotating & Flashing patterns
• Frequency rotating: 80 cycles/min.
• Flash: 120 fpm
• Weight: 1.16kg

Flash Patterns
1: Single
2: Double
3: Triple
4: Quad
5: Rotary

Setting the flash sequences
We recommend programming the lamp BEFORE mounting it to the roof. The programming mode
allows the user to select one of the five available flash sequence and rotary.

The corresponding flash pattern is not displayed during this mode. Five 1Hz flashes will be displayed
instead, during which the green/yellow wire will be to be disconnected to program the unit to the desired pattern.

1. The lamp must be activated (blue to plus + , brown to minus – )

2. The synchronization input (green/yellow) is connected to plus + .

3. After approx. 2 seconds the flash sequence selection mode is activated; the lamp now starts to flash with approx.
1 Hz. After every flash cycle, the next flash sequence is activated, although it always starts with the first flash sequence.
If you want to select the 4 flash sequence, the input Select flash sequence (green/yellow) needs to be disconnected
from plus + after the 4 flash.

Synchronising the lamp
1. Program each lamp individually with the desired flash sequence as described in the Programming Mode instructions.
We recommend selecting the same flash sequence for all lamps that are to be synchronized.

2. Connect the lamps as specified in the circuit diagram. All green / yellow lines are connected to each other