Differences

This shows you the differences between two versions of the page.

--- internal:proddocs:4291 [2021/07/02 13:03] – [Test Procedure] chrissy
+++ internal:proddocs:4291 [2023/07/12 14:33] (current) – external edit 127.0.0.1
@@ Line 1: / Line 1: @@
-====== 4291 Build Instructions. ======
+====== 4291/4925 Build Instructions. ======
-<note warning>The 4291  PCB assembly contains components that are sensitive to electrostatic discharge (ESD) – please make sure you are wearing your wrist strap when handling. </note>
+<note warning>The 4291 PCB assembly contains components that are sensitive to electrostatic discharge (ESD) – please make sure you are wearing your wrist strap when handling. </note>
@@ Line 9: / Line 9: @@
 Connect unit to programming device.
-{{:internal:proddocs:4291-1.png?600|}}
+{{:internal:proddocs:prog.jpg?600|}}
+  * Select STM32CubeProgrammer
+  * Connect to Unit
+{{:internal:proddocs:connect.jpg?600|}}
-  * Select Atmel studio
   * Select Device programming
-  * Select required Fuses see pictures below.
-{{:internal:proddocs:4291-2.png?400|}}{{:internal:proddocs:4291-3.png?400|}}{{:internal:proddocs:4291-4.png?400|}}
+{{:internal:proddocs:inkedprogramming_tab.jpg?600|}}
-  * Select Memories
+  * Browse and select the S:/Code/Production/4291/4291bootloader
-  * Select Atmel Flip (select ATmeg4C1)
-{{:internal:proddocs:4291-5.png?400|}}{{:internal:proddocs:4291-6.png?400|}}
+{{:internal:proddocs:inkedbootloader.jpg?600|}}
+    * Click Start Programming Making sure all the checked boxes are correct
-  * Load Hex file (4291-v2.0.6.hex)
+{{:internal:proddocs:success.png?600|}}
-  * Place magnet in position see picture below
-{{:internal:proddocs:4291-7.png?400|}}{{:internal:proddocs:4291-8.png?400|}}
-  * Select Bit rate (250)
+You can now disconnect the unit, if programming unsucessful, erase the device memory and try again.
-  * Verify Flash
-{{:internal:proddocs:4291-9.png?400|}}{{:internal:proddocs:4291-10.png?400|}}
+  * Open Monex and click 'Get Serial' and 'GetProdInfo', you should see the following
+{{:internal:proddocs:monprog.png?600|}}
+  * Go to the Programming tab and match the device instance to the Target Select
+{{:internal:proddocs:targetprog.png?600|}}
+  * Click on 4291 and the Reprogram on the pop-up
+  * Select S:/Code/Production/4291/4291
+{{:internal:proddocs:code.png?600|}}
+  * The Device should start programming and should 'PASS', and Reboot to Application Code
+  * Go Back to Device Info Tab and check that Model ID now shows as 4-20mA Tank Level Adapter
+{{:internal:proddocs:success2.png?600|}}
 ====== Test Procedure ======
@@ Line 39: / Line 57: @@
 •	At the start of testing DUT has to be in default configuration state.</note>
+  ===== Calibrating Sender without Hydrostatic Sensor =====
 **TEST EQUIPMENT USED**
-  * •	NMEA2000 Network with PCAN-View NMEA2000® USB Adaptor
+  * 4291 Sender
+  * Flat Head Screwdriver
+  * 4-20mA Test Unit
+  * NMEA Network
+  * Magnet
+=== Step 1 ===
+  * Power up the unit and check connection on Monex
+  * Connect the Test Box as shown in the picture below
-  * •	Test unit
+{{:internal:proddocs:4291testconnect.jpg?600|}}
-  * •	Calibrated Multimeter
-  * •	MONEX installed on a PC
-{{:internal:proddocs:4291-17.png?600|}}
+{{:internal:proddocs:4291testconnect2.jpg?600|}}
-{{:internal:proddocs:4297-18.png?600|}}
+=== Step 2 ===
+  * Begin by Empty Calibrating the Sender, do this by setting the Test box to 0 and Left Hex Switch to 'E' and pressing a magnet to the unit in the shown location - The blue Led will stay on for 2.5 seconds if carried out correctly.
+{{:internal:proddocs:emptycal4291.jpg?600|}}
+=== Step 3 ===
+* Follow by Full Calibrating the Sender, do this by setting the Test Box to 100 and the Left Hex Switch to 'F' and pressing a magnet to the unit in the shown location - The blue Led will stay on for 2.5 seconds if carried out correctly.
+{{:internal:proddocs:fullcal4291.jpg?600|}}
+=== Step 4 ===
+  * Open Monex and check that the fuel level shown matches the values below
+Test Box 100 = 100% fuel
+Test Box 50 = approximately 65% fuel
+Test Box 0 = 0% fuel
-{{:internal:proddocs:4291-19.png?600|}}
+=== Step 5 ===
+  * Now Cycle Through values 0-7 on the left switch and check if they match the Fluid Type on Monex (Shown below the fluid level Bar Graph)
+= Fuel
+= Fresh
+= Grey
+= Live Well
+= Oil
+= Black
+= Gasoline
+= Rsvd
+  === Step 6 ===
+    * Now Cycle Through values 0-F on the right switch and check if the value matches the Device Instance on Monex
+  ===== Fit PCB to box – this will go either way round =====
+{{:internal:proddocs:4291case.jpg?600|}}
+<note warning>Cover With Epoxy, ensure the LED’s and switches are not covered with epoxy and that the epoxy is smooth and looks professional, if in any doubt ask for a second opinion</note>
+<note important>
+The Adaptor is now ready for Labels, Connect to monex for serial numbers</note>
+Fit top label
+{{:internal:proddocs:4291potted.jpg?600|}}
+====== Manual Printing Instructions ======
+  - Go to (S) Drive.
+  - Parts Documents.
+  - Select 4291
+  - Select PDF's.
+  - Select 4291 user manual and print.
+====== Label  Printing Instructions ====
+  - Choose labels required
+  - Select (LabelDirect)
+  - Close (Pop Up)
+  - Go to file-open
+  - Select - Parts documents
+  - Select - 4291
+  - Select - Labels
+  - Select - UL_4291_A-2.0.4
+  - Highlight Serial number and change in Text box.
+  - Go to Incrementing number Properties and change serial number.
+  - Go to file -Print Setup
+  - Select bradyBBP11-34L(copy 1) and select Calibrate.
+  - label will calibrate.
+====== Packaging ======
+  * Use RPT103 box
+  * 2 parts insert 203613
+  * Outer sleeve
+  * Contents 1 x 4291 Tank Level Adaptor
+  * 1 x User Manual
+{{:internal:proddocs:4291-13.png?600|}}