Dual IPE2

Model IPE2

The Model IPE2 is our top of the line industry focused leak testing instrument. Designed for demanding applications from high pressure testing to dual channel capabilities where short cycle times are a must, this instrument is built for heavy usage and high volume testing.

Product Usage

  • Pressure Leak Test from 0.02 cc/min to 500 psig
  • Constriction or Blockage Flow Test, up to 5% part diameter constriction
  • 1-2 Independent Test Channels
  • Independently test up to two sets of parts
  • Test multiple parts and sort rejects
  • Test large volume and complex parts on short cycle time
  • Effective in cleanroom and industrial environments
  • User-friendly Operator Interface for stand-alone equipment
  • CE approved

Features

  • Patented Micro-Flow Technology
  • Single or dual test channels with leak test pressure testing or constriction/blockage flow channel
  • Built in verification orifice (equivalent channel or diameter) and valve
  • Character Display Interface
  • Digital and analog I/O Interface
  • Ethernet or serial Interface for each test channel
  • Optional Sort Test Controller
  • Ethernet connection
  • Stainless steel enclosure for cleanroom
All products ship fully calibrated. No daily calibration required.

Product Specifications

Dimensions & Access:

  • 24”W, 23”H, 12”D (Does not include connectors & fittings).
  • Expansion tank and pressure regulators are externally mounted.

Gases:

  • Dry, clean gases: air, nitrogen
  • For other gases, contact ATC

Applicable Micro-Flow Sensors:

Connections, I/O, & Power

  1. RJ45 Ethernet or RS232 Serial Interface
  2. Digital Inputs: 5 VDC, Opto-Isolated for start, stop, type, pressure switch, verify. Digital Outputs: 30 VDC-20 mA, opto-isolated for pass, fail, clamp, test type, exhaust and custom. Analog outputs: single channel, 0-5 VDC pressure control
  3. Pneumatic connections: Test Ports
    Air supply: ¼” to ½” Swagelok
    (Application Dependent)
  4. Power Supply:
    115VAC-60Hz

Connection Layout:

img09-bigClick image to enlarge.