• Mainboard - Hardware - Pin assignment (grouped by function)
• Mainboard - Hardware - Pin assignment (sorted by pin numbers)

• Connectors positioning
• Pin assignment KS1
• Pin assignment KS2

Download “Pin assignment (sorted by pin numbers)” as pdf (82 KB)

For a table where pins are sorted by funktion, look here.

Notes:

• Standard mode for RS-232 is a three line serial connection (RxD, TxD, Gnd) with no handshake (neither hardware nor software)
• Handshake lines RTS and CTS of RS-232 are not available
• RxD-, TxD-lines are not electrical isolated
• Avoid short circuits on TxD-lines to GND or +U_B under all circumstances!!!

For a table where pins are sorted by funktion, look here.

• Connectors positioning
• Power wiring
• Communication wiring

Download “Mainboard - Hardware - Wiring diagrams” as a pdf (152 KB).

First of all, connectors are shown once again for a easier finding of pins.

Notes:
1. Minimal connections for operating are D+, +UE and GND.
2. Fuse is recommended if short circuit to UBat cannot be excluded.
Attention: Applying this fuse can result in minor precision of applied sensors!
3. +UB1 is needed when 4A-High side outputs are used.
4. +UB2 is needed when 2.5A-High side outputs 1 to 8 are used.
5. +UB3 is needed when 2.5A-High side outputs 9 to 16 are used.

Notes:
1. Default CAN-Interface for KEFEX-Winflash is CAN1.
2. Standard mode for RS-232 is a three line serial connection (RxD, TxD, Gnd) with no handshake (neither hardware nor software).
3. Avoid short circuits on TxD-lines to GND or +U_Bat under all circumstances!!!

• LEDs location
• LEDs description

1. Power ON LED: (green)
This LED indicates that all necessary voltages in the ESX-3XL for running the CPU are given. At least +UE and D+ have to be powered on for this.
If this LED doesn't light, the ESX-3XL has no supply or it is damaged.

2. ERROR LED: (red)
This LED shows severe errors which were encountered during POST (Power On Self Test) or while the system is/was running. The following table shows various blink codes for various errors:

3. User LED 1: (red/green)
This LED is freely programmable by the user. Look at x_sys_set_led.

4. User LED 2: (red/green)
This LED is freely programmable by the user. Look at x_sys_set_led.

Downloads in English.

• Pictures
• IO for ECS

Connection list for the ESX 3XL computer in the AMS
ESX 3XL Connection list (45 KB .xls)

AMS (1) Test Cable Harness, KS1

AMS (1) Test Cable Harness, KS2

Can Connection - RS232 connection

Connector in ESX 3XL, view towards ESX 3XL

ESX 3XL connectors: Cable connector (socket) seen from front (mating side)

ESX 3XL

For test of the Engine RPM, Output Switches, CVT and Steering modules something like the following hardware will be needed.

Inputs:

Channel 1 (KS1 pin 70) : Extra engine speed input. (PNP 12 V).
Channel 2 (KS1 pin 12) : Extra prop shaft (CVT) input. (PNP 12 V).
Channel 5 (KS1 pin 69) : Prop shaft (CVT) quadrature encoder A. (PNP 12 V).
Channel 6 (KS1 pin 11) : Prop shaft (CVT) quadrature encoder B. (PNP 12 V).
Channel 7 (KS1 pin 30) : Engine speed. (PNP 12 V).
??Channel 8 (KS1 pin 49) : CVT Neutral. Switch to 12 V (i.e. PNP type).
Channel 9 (KS1 pin 68) : Steering angle left. (Potentiometer).
Channel 10 (KS1 pin 10) : Steering angle right. (Potentiometer).

Outputs:

Channel 2 (KS1 pin 33) : Aux Rear (hydraulics).
Channel 3 (KS1 pin 51) : Lights (head).
Channel 4 (KS1 pin 52) : Horn.
Channel 6 (KS1 pin 14) : Reversing Lights.
Channel 7 (KS1 pin 71) : Flashing Light Left (indicator light).
Channel 8 (KS1 pin 72) : Flashing Light Right (indicator light).
Channel 9 (KS2 pin 49) : Steering reference.
Channel 13 (KS2 pin 50) : CVT Speed reference.
Channel 16 (KS2 pin 70) : PTO Rear.
Channel 17 (KS2 pin 51) : Engine speed reference.

Sensor supply.

Uext1 (KS1 pin 66) ??Supply for steering angle potentiometers?
AGND (for Uext1) (KS1 pin 47)

Supply for output groups.

+UB1 (KS1 pin 5)
+UB2 (KS2 pin 5)
+UB3 (KS2 pin 2)

RS-232

TXD (KS1 pin 44)
RXD (KS1 pin 63)

CAN1 (interface to NavCom).

CAN1_H (KS1 pin 7 / 8)
CAN1_L (KS1 pin 26 / 27)
  Consider whether both pins should be connected (what would be the easiest
  in case the test pattern generator CAN2 should be connected/disconnected).

CAN2 (generating test pattern (commands)).

CAN2_H (KS1 pin 45 or 46)
CAN2_L (KS1 pin 64 or 65)
  Idea: write task which will output a test pattern - not necessarily listening
  to any reports. If complicated tests (many packets) are needed it seems the
  generation of CAN messages should be automated - the ESX 3XL seems to be the
  only available device which can generate CAN message patterns).

Supply for computer.

GND (KS1 pin 2)
+UE (KS1 pin 6)
D+ (KS1 pin 25) ??Will this be necessary for this test?

??Consider sequencing input for test purposes? The RS-232 or the CAN bus should probably be used instead.