HV DTemp Measurement System – Using a HV DTemp Measurement System
User Guide
28
Version 01.00 // 2021
5 Using a HV DTemp Measurement System
5.1 Typical example of a measurement application
Fig. 5-1 shows a measurement application consisting of an HV DTemp measurement system,
a HV battery as well as a power supply, a CAN interface and a PC with the necessary software
for CAN data acquisition and configuration and the required connection cables.
Interface cable
Data acquisition system
Power supply
HV DTemp-M64
Controller
CAN termination
plug
CAN interface
Measurement
cable
HV environment (e.g. HV battery)
Sensor assemblies
or single sensors
HV DTemp-M64
Controller
HV DTemp-M64
Controller
Fig. 5-1: Measurement application with HV DTemp measurement system
The installation consists of the following components:
f
1 HV DTemp-P central unit
f
1 High-voltage battery equipped with 3 HV DTemp-M64 controllers and various sensors
f
1 data acquisition system (PC) with DTEMPconfig configuration software
f
1 interface cable with power supply connectors
f
1 measurement cable (central unit - controller)
f
2 controller connection cables
f
1 CAN termination plug
f
1 CAN interface
f
1 power supply
Connecting the components
Mount sensors and controllers in the HV battery.
Connect the sensors to the controllers and daisy-chain the controllers.
Plug in the measurement cable(s) on the controller side.
Connect the interface cable to one of the CAN sockets of the HV DTemp-P central unit.
Plug the CAN termination plug into the free CAN socket of the control unit.
Connect the other end of the interface cable with the PC via the CAN interface.
Connect the banana plugs of the interface cable to the power supply.
Connect the measurement cable to the 8 pin multi-connector socket.