relative pressure transmitter / differential / piezoresistive / with digital output
SOLANUS

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Characteristics

  • Pressure type:

    relative, differential

  • Technology:

    piezoresistive

  • Output signal:

    with analog output, with digital output

  • Other characteristics:

    stainless steel, precision, temperature-compensated, with LCD display, IP65, waterproof, rugged

  • Pressure range:

    Min.: 10 mbar (0.15 psi)

    Max.: 100,000 mbar (1,450.38 psi)

Description

Overview

Processor controlled linearization
Taring at the push of a button
USB port (internal, external optional)
Bidirectional USB communication
(optional) large LCD display
5 selectable units
9-stage damping
Screwless housing
Protection class IP65
Bluetooth interface (optional)

The Solanus is a pressure transmitter in the IP65 housing. Measuring ranges with internal sensor 10 mbar to 5 bar differential, with external stainless steel sensor up to 100 bar relative pressure.

Description

The SOLANUS.usb pressure transmitter has been specially developed as a USB special edition of the SOLANUS series for use at the USB port of a notebook or tablet.

The “small brother” of the SOLANUS comes in a small, robust metal housing and can be controlled and powered by the USB port of a notebook or tablet. It is therefore perfect as a mobile companion for all measuring tasks.

The output of the measured value or the signal transmission / control is effected digitally via the integrated serial-USB converter and can be implemented with free software.
The SOLANUS.usb can be operated with various types of devices (notebooks, tablets, smartphones) as well as various operating systems. For the stationary use of the SOLANUS.usb, a version with an external 5V power supply is available as an alternative. By using high-quality 16-bit digital-to-analog converters, the device can be optionally extended by a precise and low-noise 4 … 20 mA current output. As with the normal SOLANUS, the SOLANUS.usb is digital linearized, and thanks to state-of-the-art processing technology and temperature-compensated sensors, the same excellent accuracy is achieved.