NivuChannel Universal Flow Device

Brand: BM Technologies

The NivuChannel is a permanent measurement system for continuous flow measurement, flow control and storage of recorded readings.

It is designed for use in a range of clean to polluted media of various consistencies which are to be measured in part filled and full pipes, channels and flumes with various shapes and dimensions. 

NivuChannel utilizes the ultrasonic transit time principle. 

This ensures a versatile range of use achieving high-accuracy results.

Specifications

Accuracy

  • ± 0.1 % for Transmitter
  • ± 1 K for Sensor

Cable Length

  • Maximum

Communication

  • Ethernet for Transmitter
  • Modbus TCP for Transmitter
  • Output: RJ45 for Internet Communication for Transmitter

Consumption

  • Power Consumption: 48 VA for Transmitter, Adapter Box

Display

  • Backlight Display for Transmitter

Enclosure, Body Material

  • Aluminum Die Cast for Adapter Box
  • Polycarbonate for Transmitter

Environmental Protection

  • IP65 for Transmitter, Adapter Box
  • IP68 for Sensor

Frequency

  • Measurement Frequency: 1 MHz

Input

  • 0-20 mA for Transmitter with 12-bit Resolution

Materials of Construction

  • Hemisphere: Plug & Socket Made of Neoprene for Sensor
  • Hemisphere: Polyurethane for Sensor
  • Hemisphere: POM for Sensors
  • Screw-in Sensor / Plug-In Sensor & Rod Sensor: 316Ti Stainless Steel, 1.4542
  • Screw-in Sensor / Plug-In Sensor & Rod Sensor: CFK (Carbon)
  • Screw-in Sensor / Plug-In Sensor & Rod Sensor: Viton

Operating Temperature

  • -20° to 50° C (-4° to 122° F) for Transmitter

Output

  • 0-20 mA for Transmitter

Output Load

  • 500 ohms for Transmitter

Power Supply

  • 100-240 Vac for Transmitter, Adapter Box
  • 24 Vdc for Transmitter

Principle of Operation

  • Ultrasonic Transit Time for Sensor

Range

  • Channel Width: 1.5 to 131 feet (0.5 to 40 metres)

Relay Output

  • 5 Relays (SPDT) - Max.

Resolution

  • 12-bits for Transmitter

Temperature Range

  • Measurement Uncertainty: 0° to 60° C (32° to 140° F)

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