Hella 2XD 010 312-801 Mode D'emploi page 73

Technical data
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EN
General Technical Data
Rated voltage:
Operating voltage:
Mean power consumption:
Dimensions:
Cable length:
Protection category:
Temperature range:
Storage temperature:
Type test light - blue:
Type test EMC:
Instructions for reprogramming flashing sequence
1. Connect programming lead (yellow) to + (power supply)
2. BSN-LED exits from flashing mode, after approx. 2 s the lamp flashes for approx. 1 s
3. Flashing sequence (1) is selected if the yellow lead is now disconnected from the
power supply
4. If the programming lead remains connected to the power supply, the electronic control selects after each flashing
cycle the next higher flashing sequence. If the final flashing sequence has been reached, programming mode is auto-
matically terminated.
Stored flashing sequences
P1 Single flash — Synchronisation ECE-conform
P2 Double flash — Synchronisation ECE-conform
P3 Triple flash — Synchronisation
P4 Quadruple flash — Synchronisation
P5 Single flash — Alternating
P6 Double flash — Alternating
P7 Triple flash — Alternating
P8 Quadruple flash — Alternating
P9 Permanent light with 50% brightness level
P10 Hella random flashing sequence. Flashing sequences alternate between 1-flash ➞ 4-flash
Synchronization of two, three or four BSN-LED – Circuit diagram A
1. Connect synchronization leads (yellow) together
2. Flashing sequences 1 - 4 can be synchronized to the same flashing sequence
Alternating operation of two BSN-LED
1. Program one lamp to program location 1 - 4 and the other to program location 5 - 8
2. Connect the synchronization leads (yellow) together
Permanent light dimmed – Circuit diagram B
If the synchronous cable (yellow) is switched to ground via a 6.8 kΏ resistor (see circuit diagram B), the lamp works in
permanent light mode with only 10% of the max. brightness. This circuitry is not permitted within the context of ECE.
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BSN-LED Blue
12 V
9 V to 32 V
800 mA
151 mm x 58 mm x 26.6 mm
300 mm
IP5K4K, IP9K
-40 °C to +60 °C
-40 °C to +85 °C
ECE R65 XB1 E1 002796
e1 035615
24 V
9 V to 32 V
400 mA