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
2.2 Additional information about page "8/1 (Service 1)" (from module 1 no. 835024.3)
Malfunctions are displayed here. Each numeric character corresponds
to one error.
0 = No error
1 = Error
(F:) Error
The condition of various circuits connected with the modules is
displayed here. Each numeric character corresponds to one circuit.
0 = Circuit open
1 = Circuit closed
(A:) Outputs
The condition of various circuits connected with the modules is
displayed here. Each numeric character corresponds to one circuit.
0 = Circuit open
1 = Circuit closed
(E:) Inputs
The condition of the baling pressure relief valve is displayed here. The
displayed number is proportional with the valve actuation and may
assume values from 0 to 255.
0 = Valve not actuated
255 = Valve fully actuated
(P1) Control unit P-
The condition of the baling pressure build-up valve is displayed here.
The displayed number is proportional with the valve actuation and may
assume values from 0 to 255.
0 = Valve not actuated
255 = Valve fully actuated
(P0) Control unit P+
A combination of characters and numbers is displayed here to test the
function of the keys on the Control Terminal.
Key test
The supply voltage is displayed here in Volt to the first decimal point.(U:) Voltage
The rotor speed in revolutions per minute is displayed here (140 rpm at
1000 rpm PTO shaft speed)
(N2=) Rotor speed
The feed rake speed in revolutions per minute is displayed here
(150 rpm at 1000 rpm PTO shaft speed)
(N1=) Feed rake speed
The calculated PTO shaft speed in revolutions per minute is displayed
here (this speed is measured by the drive speed sensor).
(N0=) PTO shaft speed
The length of the bale in the baling chamber is displayed here in metres
to the second decimal point.
(L) Current bale length
The pressure in the baling chamber cylinders is displayed here in bars.(P=) Current pressure
Remark Menu item
2.3 Additional information about page "8/2 (Service RC)" (up to module 1 no. 835024.3)
The cutting frame angle in degrees is displayed here. The higher the
value, the wider the cutting frame is open.
(W=) Cutting frame angle
TIC QUADRANT 2200/ 2200 RC Diagnosis
08/2002 11