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Ateq IONIQ
  • Leak & Flow
  • Leak & Flow
  • Leak & Flow

Ateq IONIQ

ATEQ IONIQ leak tester is designed for the specific requirements of high volume production of plastic parts. This instrument is used for the detection of localized moulding faults, insufficient membrane thickness, perforations, etc. ATEQ IONIQ has also proven to be effective on testing pouch battery cells.

The IONIQ is based on discharge current measurement and is able to detect defects up to 10 µm at speeds of up to 15 tested parts per second.

 

2 CONFIGURATIONS AVAILABLE
Single channel 1 to 6 channels
Speed: up to 15 tests/s Speed: min. 0.7 s cycle time
Activated by sensor (optical) External control panel

COMMON FEATURES
Discharge current measurement Reject levels as % of nominal voltage
Integrated ionising high voltage generator Monitoring and protection of high voltage generator
I/O’s for instrument control and results Output current limitation

High voltage generator:
Integrated and adjustable according to application.

Temperature:
Operation: from +5 to +45°C
Storage: from 0 to +60°C

Dimensions:
Height x Width x Depth = 420 x 300 x 160 mm
Weight: 6.5 kg

  • The IONIQ measures the current flowing between a patented charged probe and a ground plate placed under the part to be tested.
  • The IONIQ uses the % of the nominal voltage (which reflects the discharge current), measured on the part as PASS/FAIL level.
  • In a PASS situation (no hole, no weak part) the IONIQ measures a high %. The measured voltage and the nominal voltage are virtually equal. The result is above the reject level and the part has passed the test.
  • In a FAIL situation, the IONIQ measures a low %. The measured voltage is significantly below the nominal voltage. The result is below the reject level and the part has failed the test.
  • Test limitations: required short distance between part and probe/plate, and electrical insulation from environment.

ATEQ IONIQ is ideal for high volume leak tests on bottle caps for injection point defects, on plastic or insulating membranes for thickness defects, any insulating materials, plastic packaging, pouch battery cells, television and monitor screens, etc.

Power supply:
90 V to 260 V AC
Single phase 50/60 Hz – 40 VA
Note: The device must be connected to a functioning grounding terminal.

Communication:
Programming on front panel.
8 inputs / 8 outputs for PLC controlled applications.
Isolated RS-232 for printer or MODBUS type network.
Inputs: max. 24 V/10 mA optically isolated (3750 V RMS) or dry contact.
Outputs: relay output rated 48 V / 500 mA max.