• DEIF DQ96 C 0 6VDC METER 0 1000 kw IP52 11
  • DEIF DQ96 C 0 6VDC METER 0 1000 kw IP52 1
  • DEIF DQ96 C 0 6VDC METER 0 1000 kw IP52 7
  • DEIF DQ96 C 0 6VDC METER 0 1000 kw IP52 8
  • DEIF DQ96 C 0 6VDC METER 0 1000 kw IP52 9
  • DEIF DQ96 C 0 6VDC METER 0 1000 kw IP52 10
  • DEIF DQ96 C 0 6VDC METER 0 1000 kw IP52 11

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DEIF DQ96 C 0-6VDC METER 0-1000 kw IP52

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DEIF DQ96 C 0 6VDC METER 0 1000 kw IP52 11 DEIF DQ96 C 0-6VDC METER 0-100...

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DEIF DQ96 C 0-6VDC METER 0-1000 kw IP52
  • Maker: Deif
  • Model : DQ96c
  • Range : 0……40 x 1000 RPM
  • Condition : New & Surplus

The DEIF DQ96 C is a compact, digital panel meter designed for precise monitoring of electrical power in industrial and marine applications. The specific model you’ve referenced is configured to measure power (in kilowatts) by accepting a 0-6 VDC analog signal from an external transducer or sensor. It is housed in a robust enclosure with an IP52 rating, making it suitable for environments where it might be exposed to dust and light water spray.


Breakdown of the Model Code: DQ96 C 0-6VDC 0-1000 kw IP52

Here is what each segment of the product code means:

  • DEIF: The manufacturer. DEIF is a globally recognized Danish company specializing in power management, control, and instrumentation solutions.

  • DQ96: The series/model. This refers to a family of versatile, multi-function digital panel meters.

  • C: The display size/type. The “C” variant typically indicates a compact, standard-sized display unit.

  • 0-6VDC: The Input Signal. This is the most critical specification for your application.

    • The meter itself does not measure high voltage/current directly.

    • It is designed to receive a low-level DC voltage signal (0 to 6 Volts DC) from an external device like a power transducer or a current transformer with a built-in transducer.

    • For example, the transducer measures the actual power in the system and converts it into a proportional 0-6 VDC signal.

  • 0-1000 kw: The Scaled Display.

    • This defines what the input signal represents.

    • A 0 VDC input signal will make the display read 0 kW.

    • A 6 VDC input signal will make the display read 1000 kW (1 MW).

    • A 3 VDC signal would correspond to a reading of 500 kW, and so on.

  • IP52: Ingress Protection Rating. This indicates the level of protection the enclosure provides against solid objects and liquids.

    • IP5x: Protection against dust. Limited ingress (no harmful deposit) is permitted.

    • IPx2: Protection against water. Resists dripping water when the enclosure is tilted up to 15° from its normal position.


Key Features & Capabilities

  • Clear Digital Display: Easy-to-read LED or LCD display showing the kilowatt (kW) value.

  • Signal Compatibility: Specifically designed for standard analog control signals (0-6 VDC), making it compatible with a wide range of industrial sensors and transducers.

  • Scalable: The 0-1000 kW range can be scaled as needed for different applications (e.g., 0-500 kW, 0-2000 kW, etc.), though this specific unit is calibrated for 1000 kW.

  • Compact Design: Saves space in control panels and switchboards.

  • Robust Construction: Built for industrial environments.

  • Easy Installation: Designed for simple mounting into a standard panel cutout.

Typical Applications

This meter is used wherever accurate power monitoring is required, especially when the measurement is derived from a centralized transducer. Common applications include:

  • Generator Set Monitoring: Displaying the output power of a diesel or gas generator.

  • Marine Power Management: Monitoring power on a vessel’s switchboard.

  • Industrial Power Distribution: Measuring power consumption of a large machine, a production line, or an entire facility.

  • Renewable Energy Systems: Monitoring the output of a biofuel generator or other power sources.

How It Works in a System

A typical setup would look like this:

  1. Current Transformers (CTs) and Potential Transformers (PTs) are installed on the main power lines (e.g., a 3-phase supply).

  2. These CTs/PTs feed their signals into a Power Transducer.

  3. The Transducer calculates the true power (in kW) and outputs a proportional 0-6 VDC signal.

  4. This 0-6 VDC signal is wired directly to the DEIF DQ96 meter.

  5. The meter displays the corresponding power value on its screen in kilowatts (0-1000 kW).

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