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Druck DPI104 Intrinsically Safe Digital Test Gauge, 1000 PSIG

$1,086.00

The Druck DPI104 is an intrinsically safe digital test gauge designed for precise pressure measurements in hazardous environments. It is ideal for professionals in industries requiring accurate, reliable testing and calibration.

The Druck DPI104 Intrinsically Safe Digital Test Gauge is engineered to provide accurate pressure measurement in hazardous environments up to 1000 PSIG. Featuring a robust design, it ensures safety in areas where explosive gases or vapors may be present. This precision instrument is perfect for use in industries such as oil and gas, chemicals, and pharmaceuticals, where accuracy and safety are paramount.

Key Features:

  • Intrinsically safe design for use in hazardous areas

  • Pressure range: 0 to 1000 PSIG (69 bar)

  • Clear, easy-to-read digital display

  • High accuracy for pressure calibration and testing

  • Adjustable units of measurement (PSIG, bar, kPa, etc.)

  • Long battery life for extended field use

  • Robust, shock-resistant housing

  • Backlit display for low-light environments

Compatible Chemicals: The Druck DPI104 is compatible with a wide range of non-corrosive chemicals typically found in industrial settings, such as oils, gases, and water-based fluids. Always ensure compatibility with specific chemicals based on user application.

Included Accessories:

  • Calibration certificate

  • User manual

  • Battery

  • Carry case for portability

Compliance:

  • ISO 9001 certified

  • Intrinsically safe as per ATEX and IECEx standards

  • Conforms to GLP (Good Laboratory Practice) guidelines

Benefits for Lab Users: Designed for laboratory environments and field use, the DPI104 offers exceptional precision and safety. It helps lab professionals ensure the accuracy of their pressure readings while maintaining compliance with industry standards. Its ease of use and durable design make it the ideal choice for professionals who need reliable, safe, and accurate pressure measurement in demanding environments.