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student_documentation:jm3 [2024/04/23 14:15] – [Installation at event] Joe Redfieldstudent_documentation:jm3 [2024/04/26 13:59] (current) – [BE] Joe Redfield
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-====== Joulemeter (JM3) ======+====== Joulemeter (JM) ======
  
 {{:student_documentation:jm3.png?nolink&450|}} {{:student_documentation:jm3.png?nolink&450|}}
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 <color /#FBCE07 >For Urban Concept ICE vehicles</color>, <color /#FBCE07 >For Urban Concept ICE vehicles</color>,
 wire the Joulemeter data cable in series to the [[student_documentation:lfm|Liquid Flowmeter]] using two CAN cables and a [[T-Splitters|T-Splitter]] mounted on to the LFM. Connect the Joulemeter as the second device following the [[student_documentation:lfm|Liquid Flowmeter]]. At the Backbone, use the connector marked „SENSOR“. wire the Joulemeter data cable in series to the [[student_documentation:lfm|Liquid Flowmeter]] using two CAN cables and a [[T-Splitters|T-Splitter]] mounted on to the LFM. Connect the Joulemeter as the second device following the [[student_documentation:lfm|Liquid Flowmeter]]. At the Backbone, use the connector marked „SENSOR“.
-For the JM3, use the USB cable for charging only! See charging instruction below.+For the JM, use the USB cable for charging only! See charging instruction below.
  
 <color /#FBCE07 >For ICE vehicles using hybrid technology with a Supercap</color>, <color /#FBCE07 >For ICE vehicles using hybrid technology with a Supercap</color>,
-a second JM3 will be used to measure Supercap voltage.  Install wires from the Supercap positive and negative leads to the JM3 positive and negative input connections.  Connect the JM3 to the CAN network with the help of the T-Splitter and an additional CAN cable. There is no required order of JM3s in the CAN connections.+a second JM will be used to measure Supercap voltage.  Install wires from the Supercap positive and negative leads to the JM positive and negative input connections.  Connect the JM to the CAN network with the help of the T-Splitter and an additional CAN cable. There is no required order of JMs in the CAN connections.
  
 {{ :student_documentation:icejoulemeter.png?nolink&300 |}}\\ {{ :student_documentation:icejoulemeter.png?nolink&300 |}}\\
 Joulemeter electrical installation (ICE) Joulemeter electrical installation (ICE)
  
-See also [[[[student_documentation:ice|ICE installation schematics]]+See also [[[[student_documentation:ice|ICE installation diagrams]]
  
 ==== BE === ==== BE ===
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 <color /#FBCE07 >For BE Urban Concept vehicles</color>, <color /#FBCE07 >For BE Urban Concept vehicles</color>,
-connect the JM3 data cable to the „SENSOR“ outlet of the [[student_documentation:bb|Backbone]]. +connect the JM data cable to the „SENSOR“ outlet of the [[student_documentation:bb|Backbone]]. 
-For the JM3, use the USB cable for charging only! See charging instruction below.+For the JM, use the USB cable for charging only! See charging instruction below.
  
  
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-See also [[[[student_documentation:be|BE installation schematics]]+See also [[[[student_documentation:be|BE installation diagrams]]
  
 ==== H2 ==== ==== H2 ====
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 <color /#FBCE07 >For Urban Concept Hydrogen vehicles</color>, <color /#FBCE07 >For Urban Concept Hydrogen vehicles</color>,
-connect the JM3 data cable to the „SENSOR“ outlet of the [[student_documentation:bb|Backbone]]. +connect the JM data cable to the „SENSOR“ outlet of the [[student_documentation:bb|Backbone]]. 
-For the JM3, use the USB cable for charging only! See charging instruction below.+For the JM, use the USB cable for charging only! See charging instruction below.
  
 <color /#FBCE07 >For vehicles with a Supercap</color>,  <color /#FBCE07 >For vehicles with a Supercap</color>, 
-a second JM3 will be used to measure Supercap voltage.  Install wires from the Supercap positive and negative leads to the JM3 positive and negative input connections.  Connect the JM3 to the CAN network with the help of the T-Splitter and an additional CAN cable. There is no required order of JM3s in the CAN connections.+a second JM will be used to measure Supercap voltage.  Install wires from the Supercap positive and negative leads to the JM positive and negative input connections.  Connect the JM to the CAN network with the help of the T-Splitter and an additional CAN cable. There is no required order of JMs in the CAN connections.
  
  
 {{ :student_documentation:h2_joulemeter.jpg?nolink&400 |}} {{ :student_documentation:h2_joulemeter.jpg?nolink&400 |}}
  
-See also [[[[student_documentation:h2|H2 installation schematics]]+See also [[[[student_documentation:h2|H2 installation diagrams]]
  
 ===== Handling ===== ===== Handling =====
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 <color /#FBCE07 >For Urban Concept Vehicles</color>, <color /#FBCE07 >For Urban Concept Vehicles</color>,
-The JM3 will be supplied with a fully charged battery.+The JM will be supplied with a fully charged battery.
 If the device is only switched on when connected to a running OBC, the battery will last for the whole event.  If the device is only switched on when connected to a running OBC, the battery will last for the whole event. 
  
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 {{:student_documentation:jm3:charging_adapter_dimensions.png?direct&400|}} {{:student_documentation:jm3:charging_adapter_dimensions.png?direct&400|}}
  
-A fully chargend Batery will last for at least 4 hours.+A fully charged Battery will last for at least 4 hours.
  
-Charging a fully depleted battery will take about 3 hours. +Charging a fully depleted battery will take about 3+ hours. 
  
 **Characteristics** **Characteristics**
Log In (for D&T Team and Volunteers ONLY) student_documentation/jm3.1713881740.txt.gz · Last modified: 2024/04/23 14:15 by Joe Redfield

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