InteCAT
Low Voltage Tester
Overview
Smart and Scalable Low Voltage Testing
The HK InteCAT LV System is a versatile and efficient solution designed for comprehensive low-
voltage testing in harnesses. Its modular design allows flexible test point distribution while maintaining outstanding precision, reliability, and speed. Based on EtherCAT communication, it ensures seamless integration into existing systems, no IP configuration, no flat cables, just plug and test.
Key Features
- flexible architecture: modular test cards can be placed meters apart, optimizing test coverage
wherever needed - high-speed EtherCAT communication: no need for IP addresses, simple daisy-chain connection
for synchronized measurements - parallel data acquisition: all boards perform simultaneous, cycle-by-cycle measurements for
real-time accuracy - comprehensive Diagnostics: automatic calibration, self-diagnostics, and LED event indicators for
quick troubleshooting Plug-and-Play Integration: Works seamlessly with any other InteCAT module (I/O, HV, TM, etc.)
TECHNICAL SPECIFICATIONS
Controller Module
Resistance
- resolution: 4.9 Ω
- range: 4.9 Ω – 1 MΩ
Voltage
- resolution: 12 mV
range: 0 V – 18.8 V
Capacitance
minimum measurable: 100 nF
Test Points
- 192 test points with ESD and overcurrent protection
- detection and feedback for up to 50 mA sink per pin
- voltage measurement: 0 – 18 V
LV Testing Capabilities
- measure resistance, capacitance, and diodes
- detect opens, shorts
- integrated 4 independent module power groups with digital control
- fuses and fuse feedback integrated onboard
Power & Communication
- single-card system: only EtherCAT and power required
- all boards include internal measurement
- fully compatible with HV Tester to reduce
high-voltage test points
EtherCAT Interface
- plug-and-play connection: no IP address setup required
- works in the same EtherCAT network with other InteCAT modules
Diagnostics & I/O
- automatic calibration at startup
- built-in self-diagnostics
- custom LED signaling
- 8 digital inputs and 8 digital outputs