DIN KOS1600B Signal Converter

  • Suitable for Load cell / Strain Gauge Applications
  • Universal Current, Bipolar voltage outputs
  • Input range (0.2 to 7.5) mV/V, 5V Excitation
  • Powered (10 to 32 Vac) or (10 to 48 Vdc) supply
  • 2 to 6 point calibration with active set option
  • Remote tare, front panel push button configuration
  • USB prgrammable

 

The KOS1600B is a “smart” powered bridge amplifier for use with strain gauges or load cell signals.

The product has a built in capability to scale the input signal to a process value while the output stage offers either voltage, bipolar voltage or active / passive current re-transmission signals.

The product comes with an AC/DC power supply that will operate in the range (10 to 48Vdc) and (10 to 32Vac) making the device ideal for battery operation. An additional volt free contact input is available for tare setting using a remote switch. The high precision input stage of the device allows for a bridge excitation voltage of 5V DC to be used as opposed to the traditional 10Vdc. This reduces the power requirement for the bridge supply and up to four bridges (cells) may be connected to the input.

The device is provided with two front panel push buttons that can be configured to perform one of two functions or be disabled. Set as function 1, the buttons allow the user to push button configure the output range at high and low scale against a live input signal, set as function 2, the buttons allow the operator to trim the output at high and lo scale. The device uses ratio metric measurement to obtain high stability.

The product uses a USB port for configuration, together with a simple to use menu driven software configuration tool, allowing the user to take advantage of the product’s comprehensive specification. Additionally, the user may read live process data when connected to the PC, allowing for offset and span calibration.

If configuration is not specified at the time of order, the product will be shipped with the default range 2 mV/V input (4 to 20 mA) output.