Table of Contents
Advertisement
Cause 3:
After the lifting magnet drops, the AES again tries to ignite and then goes to a
fault after 25 seconds. Is the thermoelement on the thermocurrent adapter
loose?
Elimination 3:
Hand-tighten the screw connection (SW 8mm).
Cause 4:
The thermoelectric voltage is not sufficient to keep the ignition fuse open. The
reason is due to wear and tear and component tolerances, for example:
1. Bad thermoelement (soot formation)
2. The thermocurrent adapter's internal resistance is too high.
3. The holding current for the magnetic insert for the ignition fuse is too much.
Elimination 4:
Exchange the thermocurrent adapter and the ignition fuse and/or
thermoelement. (See Bulletin 599 4721-91/7, Page 16.)
Cause 5:
The lifting magnet does not press the ignition fuse down deeply enough, so
there is no mechanical contact in the magnetic insert
Elimination 5:
To check after tightening the lifting magnet, press down on the red ignition fuse
button. If the flame stops after the lifting magnet drops, the lifting magnet or the
ignition fuse must be adjusted.
2. Interior Light
In the factory setting, the AESII electronics control the lighting. If there is a lighting defect, first
check the light. If the lighting does not function even if the light is intact, you must proceed as fol-
lows:
1. Disconnect and insulate the white
and yellow cable on the connec -
ting terminal (A).
2. Connect the B and C connections
of the connecting terminal together
to test them.
If the lighting functions, use a
15-Ohm resistor with
spare part number 295 1749-10/6 in
the connecting terminal as a
connection.
A
Terminal block
B
AES II
ELECTRONIC
10
black
brown
white
12V-connection
C
Ground
black
Ground
Hide quick links:
Advertisement
Table of Contents
