F28LP

F28 LP
HIGH SPEED LEAK TESTER FOR INDUSTRIAL QUALITY CONTROL

The F28 LP pressure decay or vaccum decay instrument is the latest addition to ATEQ’s new range : F28.

It’s a high peformance, low cost, quality leak tester. Its small packaging enables to mount it near the test part insuring the best measurement conditions. You can easily program and supervise it our super friendly interface: F28 demo.

APPLICATIONS

FEATURES

SPECIFICATIONS

FACTSHEETS

TECHNOLOGY

F28 LP : APPLICATIONS

Packaging, blister, watch, mobilephone, pneumatic and hydraulic fittings…

F28 LP : FEATURES

• Pressure decay leak measurement: vacuum to 20 bar
• Smart pressure regulation without regulator – auto fill (optional)
• Electronic regulation (optional)
• Units: Pa, Pa/s, sccm
• Compact dimensions (overall (mm): h 141.5 x L 225 x D 97)
• Mechanical or electronic regulator from vacuum to 10 bar
• Integrated fill and dump valves
• Ethernet network up to 50 modules (Modbus IP)
• DIN rail mounting
• Environment: ROHS standard

MEASUREMENT CHARACTERISTICS :

F28 LP Demo interface

F28 LP : SPECIFICATIONS

  • PRESENTATION

    • Weight : around 3.5 Kg
  • ELECTRICAL SUPPLY

    • Voltage : 24 V DC / 1.6 A
    • Main adaptater included 110 – 230 V AC
  • AIR SUPPLY

    • Clean and dry air required
    • Air quality standard to be aplied (ISO 8573-1)
    • Test pressure input, need an external regulator
  • TEMPERATURE

    • Operating : + 5°C at + 45°C
    • Storage : 0°C at + 60°C

F28 LP : FACTSHEETS

Detailed information about the F28 LP including features, specifications, etc.

F28 LP Brochures – English 

F28 LP : TECHNOLOGY

As a stripped down version of the previous technology, standard pressure decay compares the pressure on the part with the atmospheric pressure.
This technology is used when the application does not require a very high accuracy or a very fast cycle time. The method used is based on the measurement of a small variation or drop in pressure with a piezzo sensor.

Leak test and Desensitized Mode
The test pressure is applied to the input of the test part 3.
The measurement is performed by the pressure sensor 2.
1    Device
2    Pressure sensor
3    Part under test