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--- internal:proddocs:9025 [2022/07/20 13:44] – chrissy
+++ internal:proddocs:9025 [2025/11/18 13:22] (current) – updated image for 9025 program file zbigniew
@@ Line 1: / Line 1: @@
-====== 9025 Build Instructions ======
+====== 9025/3185 Build Instructions ======
+<note warning>**The 9025/3185 PCB assembly contains components that are sensitive to electrostatic discharge (ESD)- Please make sure you are wearing your wrist strap when handling.**</note>
+<note important>**These two products are the same build, programming and testing Instructions. J1939 to NMEA2000 = 3185
+NMEA2000 to J1939 = 9025
+**</note>
 **Tools:
@@ Line 8: / Line 14: @@
 <note>**See NMEA 2000 to J1939 Flashing Guide for programming instructions.
-S/parts_Documents/3185/ programming instructions, Ensure the logic board is programmed with the latest firmware revision before placing into the housing as once installed you will not be able to programme the unit or flash the firmware.
+S/parts_Documents/9025/ programming instructions, Ensure the logic board is programmed with the latest firmware revision before placing into the housing as once installed you will not be able to programme the unit or flash the firmware.
+See Instructions below.**</note>
+<note>**J1939 to NMEA 2000 Flashing Guide
+MPLAB ICD 3 Connection,
+Connect the J1939 to NMEA2000 adapter RJ-11 jack to the MPLAB ICD 3 RJ11 connector, see pics below.
 **</note>
+{{:internal:proddocs:9025.3.png?600|}}{{:internal:proddocs:9025.4.png?600|}}
+**Connect the J1939 to NMEA2000 adapter to the CAN network power source using the CAN connector, see pics below**
+{{:internal:proddocs:9025.5.png?600|}}
+{{:internal:proddocs:9025.6.png?600|}}
+**Now configure MPLAB IPE to the correct settings for interfacing with the NMEA2000 to J13939 adaptor.
+**
+{{:internal:proddocs:9025.7.png?600|}}
+**Ensure the values are correct then press connect**
+{{:internal:proddocs:9025.8.png?600|}}
+<note warning>**Then select the Hex file you wish to load by clicking the browse button, Ensure you select the correct one e.g 3185 or 9025, see example below.**
+</note>
+{{:internal:proddocs:9025-prog_file.png?600|}}
+<note important>**USE ADVANCED MODE IF YOU CANNOT LOAD SOFTWARE
+Double check that you have selected the correct Hex file and it has been loaded successfully**
+</note>
+{{:internal:proddocs:9025.10.png?600|}}
+**Once you are satisfied the correct Hex file has been selected and loaded successfully you can then proceed to program the J1939 to NMEA2000 adaptor.
+Press the Program button**
+**Keep an eye on the console output window for feedback on how the programming procedure is running.
+**
+{{:internal:proddocs:9025.11.png?600|}}
+**At the end of the programming procedure you will be greeted with a Programming/Verify complete message.
+**
+{{:internal:proddocs:9025.12.png?600|}}
+**Test Procedure**
+**Select J1939 SIM from the test equipment**
+**Using test lead, fit 3 x wires
+White / black / blue**
+<note>**Connect the J1939 simulator
+Note –you will require 3 cables from the network to do the test, Once this is connected, the green LED will also flash rapidly, see pics below**</note>
+{{:internal:proddocs:9025.13.png?600|}}{{:internal:proddocs:9025.14.png?600|}}
+<note>** With a NMEA and J1939 connection, the green LED should flash every 1 second. This means the unit is working.
+Optional: For further testing you can: unplug the 3185 simulating device from the J1939 sim kit (keep both connections to the 9025 board).
+Open PCan-view, filter settings - Extended, OK. Then go to S:\Code\Published PC Programs\NMEASimulator and launch NMEASimulator.exe, INITIALIZE, ADD CourseAndSpeedOverGround.
+Now in Pcan-view you should see CAN data popping up. Two lines every 0.1s and two other lines every 1s (If this does not show up, close pcan-view and all other CAN bus programs, and launch again in this sequence.
+When you tick the random box in NMEA Simulator, the data for both sets of boxes should start changing. If it does not, make sure the instance switch is set to the correct instance. **</note>
 **Add 4 x 200943 spacers to existing studs in metalwork.**
-**Place the board 10262 in to the housing. Remove the rubber grommet and nut from PL1, see pic below.
+**Place the board 10262-F in to the housing. Remove the rubber grommet and nut from PL1, see pic below.
 **
+{{:internal:proddocs:9025.1.png?600|}}
+**Screw 201485 onto studs using the 5mm long socket securing the board to the housing.
+Taking time to align the two switches with the top cover, see pic below.
+**
+{{:internal:proddocs:9025.2.png?600|}}