User Manual
Table Of Contents
- Diagnosis QUADRANT 2200 / 2200 RC with CCT
- Contents
- 1.0 Control terminal service menu (up to module 1 no. 835024.2)
- 1.1 Service menu structure (up to module 1 no. 835024.2)
- 1.2 Additional information about page "8/1 (Service 1)" (up to module 1 no. 835024.2)
- 1.3 Additional information about page "8/2 (Service RC)" (up to module 1 no. 835024.2)
- 1.4 Input testing (up to module 1 no. 835024.2)
- 1.5 Output testing (up to module 1 no. 835024.2)
- 1.6 Error display (up to module 1 no. 835024.2)
- 1.7 Key test (up to module 1 no. 835024.2)
- 2.0 Control terminal service menu (from module 1 no. 835024.3)
- 2.1 Service menu structure (from module 1 no. 835024.3)
- 2.2 Additional information about page "8/1 (Service 1)" (from module 1 no. 835024.3)
- 2.3 Additional information about page "8/2 (Service RC)" (up to module 1 no. 835024.3)
- 2.4 Input testing (from module 1 no. 835024.3)
- 2.5 Output testing (from module 1 no. 835024.3)
- 2.6 Error display (from module 1 no. 835024.3)
- 2.7 Key test (from module 1 no. 835024.3)
- 3.0 Control terminal service menu (on CCU module)
- 3.1 Service menu structure (on CCU module)
- 3.2 Additional information about page "8/1 (Service 1)" (on CCU module)
- 3.3 Additional information about page "8/2 (Service RC)" (on CCU module)
- 3.4 Input testing (on CCU module)
- 3.5 Output testing (on CCU module)
- 3.6 Error display (on CCU module)
- 3.7 Key test (on CCU module)
- 4.0 Additional information
- 5.0 Information on replacing modules
- 0299 251.2
The service menu of the Control Terminal (see description in chapter 3.)
can be used to check the metering wheel sensor.
The pulses of the metering wheel sensor can be tested individually in the
service menu in the "Inputs" line. The numeric characters 7 and 8
change between “1” and “0” in a given pattern, which allows to identify
the sense of rotation of the metering wheel.
To this end, slowly rotate the metering wheel and watch the display in
the Control Terminal. The tables show an extract of the numeric
character sequence which is repeated while the metering wheel rotates.
4.2 Testing the
metering
wheel / bale
length sensor
(B69)
(with central
terminal
compartment)
1SI10 1SI11 1SI10 1SI11
00 00
01 10
11 11
10 01
B)
A)
Sensor Sensor
B)
Metering wheel against counting direction
A)
Metering wheel in counting direction
When the numeric character sequence is displayed in this order, the
sensor is OK.
If the display does not change when the metering wheels is rotated, the
cabling to the metering wheel sensor may be checked as follows:
1. When the plug has been removed from the metering wheel, both
digits must show “0”.
2. When pins 2 and 4 of the plug are connected, digit 7 must be “1”.
3. When pins 3 and 4 of the plug are connected, digit 8 must be “1”.
4. The tractor system voltage (approx. 12V) must be measured
between pin 1 (power supply) and pin 4 (earth) of the plug on the
metering wheel sensor.
In addition, a bale length of 1.28 m should be displayed after one
rotation of the metering wheel (reset the display to zero by one tying
process before this check).
The bale length is now displayed in the service menu under “L=”.
If the length is not shown properly although the sensor and its cabling
are faultless, the problem is in the program of the modules. In this case,
the baler must be newly configured.
TIC QUADRANT 2200/ 2200 RC Diagnosis
08/2002 29