The KLEIBER KMGA 740 respectively KMGA 740-LO temperature measuring station represents the latest in microprocessor technology. The pyrometer is designed to record and monitor infrared temperature measuring processes especially in research and development areas.
Its main features are very wide measuring ranges (e.g. 350 t and a response time of just 10 µs.

The device contains a KLEIBER High Speed Pyrometer (with or without fibre optics cable), display, power supply and a USB interface, in a bench unit with handle, plus easy to use evaluation software running on a PC.

The pyrometer connects to the rear of the bench unit and the measuring station connects to the PC via the USB interface. A trigger input and measuring output of 0(4)...20 mA are also available.

The user friendly evaluation software displays the temperature curve on the PC screen. Within a freely adjustable time scale, the minimum, maximum and average temperatures are displayed graphically.
The areas of interest can be selected by setting locators within the display. Zooming and moving to evaluate the temperature curve in more detail is also possible. The resolution of the software enables 1/100°C to be visible.
Two display windows illustrate the complete process. The first display shows the full measuring curve and the second goes into more detail. User notes and the graphics of the temperature measuring process can be stored as well as printed out.
To eliminate noise, the software features the option to produce the mean value by setting a number of samples. The scan time is adjustable in steps of 10 µs. Furthermore you can set up a recording time.

Modes of operation:

Normal: Data acquisition occurs according to the sampling and acquisition time.

Gate: Data acquisition occurs only at H-Level on trigger input.

Trigger: With each L-H-rising edge at the trigger input, one value will be displayed.

Temperature trigger: Record only on rise above or fall below a preset temperature level.