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Leybold Digital THERMOVAC TM 101 Sensor

Original price was: $1,375.24.Current price is: $1,347.73.

Leybold Digital THERMOVAC TM 101 Sensor 

  • Connection flange: DN 16 ISO-KF
  • Measuring units: mbar, Torr, microns, Pa
  • Pressure range: 5 x 10-4 mbar – 1200 mba
  • Measurement principle: Piezo-resistive and thermal conductance Pirani
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Description

Leybold Digital THERMOVAC TM 101 Sensor

The digital compact THERMOVAC TM 101 combines high-quality sensor technology with modern process technology in a handy design. The THERMOVAC TM 101 can operate optionally as a datalogger saving the pressure data during the measurement. Of course a subsequent simple transfer to a PC is possible via a USB. The fully electronic THERMOVAC TM 101 is capable of measuring pressures within the pressure range of 1200 to 5 x 10-4 mbar (900 to 3.75 x 10-4 Torr) (7 decades). By combining a piezo-resistive pressure sensor for the upper and a Pirani sensor for the lower pressure range, the measurements made by the THERMOVAC TM 101 are independent of the type of gas above pressures of 15 mbar (11.25 Torr). Especially noteworthy is the exceptionally long battery life.

Advantages to the User
Utilization is directly possible in a vacuum
Measurement range 1200 to 5 x 10-4 mbar (7 decades)
Adjustable gas type correction factor
Pressure measurements above 15 mbar (11.25 Torr) are independent of the type of gas
Pressure unit of measurement selectable between mbar, Torr and Pascal
Large 4 digit 7 segment display
Cordless power supply through a standard 9 V battery
Data logging function with USB interface and internal memory for up to 2000 measured values
Minimum and maximum memory function
Online measurements via USB are possible
Measurement data can be exported by way of ASCII text to Microsoft Excel, for example
Protection class IP 40

Additional information

Weight 2.5 lbs
Dimensions 2.4 × 4.8 × 4.8 in

Brand

Leybold

Leybold GmbH, based in Cologne, is part of the Swedish industry group Atlas Copco. The company’s core competencies are based on the development of components and systems for the generation of vacuum and gas management engineering.