Automotive
ART Logics
  • Benefit 1 - Independent test module
  • Benefit 2 - Embedded programmable computing
  • Benefit 3 - Expandable resources

Loggers

The V/I/F/T and CAN Smart loggers

Continuous logging of voltage, current, frequency, temperature Testing management Trigger

smart-logger

Main features:

  • 2 to 96 Channels differential inputs
  • 100kHz / 1 MHz / 10MHz continuous sampling
  • +/-10V , +/-20V, +/-40V, 20uA to 100A
  • Direct transfer to computer by Ethernet or USB or RS232
  • Embedded logging in >1TB SD card
  • Embedded Programmable FPGA
  • Limits definitions
  • Testing modes and testing sequences definition
  • Trigger external equipment
  • Trigger sliding window special oscilloscope acquisition modes

Customers benefits:

  • Compact
  • Connectable to a computer and with a ready to use software tools in C# and in LabView
  • Simple and efficient to use solution to do measurement or logging as an independent tool or as part of a system

Can replace:

  • NI 9205+cDAQ 9174 / NI-iDAQ-731/ NI-PCI-6221 / NI USB-6003
  • NI 9223+cRIO 9036 / NI-PCI6353 / NI USB-6353

The CAN tool 2 ch

Continuous logging of buses communications Testing management Trigger

smart-logger

Main features:

  • 2 Independent CAN channels
  • 5 Digital output
  • 5 Digital inputs
  • Testing modes and testing sequences definition
  • Limits definition
  • Trigger external equipment
  • Trigger sliding window special oscilloscope acquisition modes
  • Deterministic CAN management
  • CAN logging

Customers benefits:

  • Compact
  • Connectable to a computer and with a ready to use software tool in C# and in LabView
  • Can use directly with LabView
  • Simple and efficient to use solution to do battery cells simulation as an independent tool or as part of a system

Can replace:

  • NI-9853 / NI-USB-8502 / PCI-8513

The CANFD tool 6 chh

Continuous logging of buses communications Testing management Trigger

smart-logger

Main features:

  • 6 Independent CANFD channels
  • 1 Ethernet T1 channel
  • 5 Digital output
  • 5 Digital inputs
  • Testing modes and testing sequences definition
  • Limits definition
  • Trigger external equipment
  • Trigger sliding window special oscilloscope acquisition modes
  • Deterministic CAN management
  • CAN logging

Customers benefits:

  • Compact
  • Connectable to a computer and with a ready to use software tool in C# and in LabView
  • Can use directly with LabView
  • Simple and efficient to use solution to do battery cells simulation as an independent tool or as part of a system

Can replace:

  • NI-cRIO-9030*1pcs + NI-9853*3pcs

Test controllers

The TCU100 Test controller

Continuous logging of voltage and buses Signals generator Testing management Trigger

smart-logger

Main features:

  • 15 Channels Voltage differential inputs
  • 8 Channels Voltage outputs
  • 4 Channels Frequency inputs
  • 8 Channels Frequency outputs
  • 9 Channels Digital inputs
  • 10 Channels Digital outputs
  • 5 Channels Current inputs
  • 8 Arbitrary waveform generators
  • 1 KHz continuous sampling
  • +/-20V
  • +/-10V , +/-20V, +/-40V
  • 2 CAN, 2 LIN & 1 K Line bus
  • 30 Relays
  • Direct transfer to computer by Ethernet or USB or RS232
  • Embedded logging in >1TB SD card
  • Embedded Programmable FPGA
  • Limits definitions
  • Testing modes and testing sequences definition
  • Trigger external equipment
  • Trigger sliding window special oscilloscope acquisition modes

Customers benefits:

  • Compact
  • Connectable to a computer and with a ready to use software tool in C# and in LabView
  • Can use directly with LabView
  • Simple and efficient to use solution to do testing or signal generation and measurement or logging as an independent tool or as part of a system

EV

The Cell Simulation box

Testing management Trigger Continuous logging

smart-logger

Main features:

  • From 6 to 200 Independent isolated cell simulation channels
  • 12+ NTC simulation channels
  • 0-7V / 0-1.5A
  • 1mV precision output
  • 16bit / 18bit / 24 bit Voltmeters for voltage monitoring
  • 1.5mA precision for operation current monitoring
  • 30uA precision for sleeping current monitoring
  • Direct transfer to computer by Ethernet or USB or RS232
  • Embedded logging in >1TB SD card
  • Testing modes and testing sequences definition
  • Limits definition
  • Trigger management

Customers benefits:

  • Compact
  • Connectable to a computer and with a ready to use software tool in C# and in LabView
  • Can use directly with LabView
  • Simple and efficient to use solution to do battery cells simulation as an independent tool or as part of a system

The 18 Cell Simulation tool

Testing management Trigger Continuous logging

smart-logger

Main features:

  • 18 Independent isolated cell simulation channels
  • 0-7V
  • 0-1.5A
  • 1mV precision output
  • 16bit / 18bit / 24 bit Voltmeters for voltage monitoring
  • 1.5mA precision for operation current monitoring
  • 30uA precision for sleeping current monitoring
  • Direct transfer to computer by Ethernet or USB or RS232
  • Embedded logging in >1TB SD card
  • Testing modes and testing sequences definition
  • Limits definition
  • Trigger management

Customers benefits:

  • Compact
  • Connectable to a computer and with a ready to use software tool in C# and in LabView
  • Can use directly with LabView
  • Simple and efficient to use solution to do battery cells simulation as an independent tool or as part of a system

The BMS Test box

Testing management Trigger Continuous logging

smart-logger

Main features:

BMS Resource list
Board DUT Signal Channel Name Channel Qty Used Remain
TCU 100 Logic Input *4ch Relay 30 16 14
Analog Input Voltage Output 8 0 8
Measurement Voltage Input 15 8 7
Frequent Output *3ch
Crash Input PWM
Leakage Censor		 AWG 8 3 5
LIN *2ch CAN
LIN		 2
2		 0
2		 2
0
Load 12 12 0
CCU 20 CAN *3ch CAN FD 6 3 3
Shunt board Shunt Simulator Voltage Output 2 2 0
Wining-board Writing all all all
NTC board NTC NTC 12 12 0
Specification
Analog Sensor Inputs(ADC Input)
  • -20V to +20V
  • Channel:8
 Voltage Ouput Channels
HVIL High Voltage Interlock
  • Relays DPDT, 15 Channels
  • Relays SPDT, 15 Channels
 HVIL IN/OUT
DC Signal Input(Sensors and Commands) External Wake External Wake Logic Input (Relays)
IGNITION+ IGNITION+ Logic Input (Relays)
CRASH INPUT PWM
  • Frequency Outputs
  • 8 channels

0.9Hz to 50 KHz
0.5 Hz tp 99.5KHz

 CRASH_INPUT PWM Output Channels
Leakage Sensor NA Leakage_Sensor Load(Default)
Frequential Ouputs Low side fan relay?
  • Frequency Inputs, 4 channels
  • Frequency range 0.1-100K Hz
  • Duty Cycle Range 0.5% to 99.5%
 LSF_01 cun monitor frequency and duty cycle
LSF_02
Charging Protocols CC Charging State Simulation CC Multiple Signal (Ref. GB/T18487.1-2015)
CC2 CC2
CP CP
  • Direct transfer to computer by Ethernet or USB or RS232
  • Embedded logging in >1TB SD card
  • Testing modes and testing sequences definition
  • Limits definition
  • Trigger management

Customers benefits:

  • Compact
  • Connectable to a computer and with a ready to use software tool in C# and in LabView
  • Can use directly with LabView
  • Simple and efficient to use solution to do BMS test and communication as an independent tool or as part of a system

The NTC Simulation box

Testing management Trigger Continuous logging

smart-logger

Main features:

  • From 1 to 20 Independent isolated NTC simulation channels
  • 0 to 1M Ohm
  • 1 Ohm precision steps
  • Direct transfer to computer by Ethernet or USB or RS232
  • Embedded logging in >1TB SD card
  • Testing modes and testing sequences definition
  • Limits definition
  • Trigger management

Customers benefits:

  • Compact
  • Connectable to a computer and with a ready to use software tool in C# and in LabView
  • Can use directly with LabView
  • Simple and efficient to use solution to do battery cells simulation as an independent tool or as part of a system

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