Pressure gauges Karat TM-610, TM-320, etc.

The standard pressure gauge is used to measure the overpressure of liquid and gaseous, non-viscous and non-crystallizing media that are not aggressive to copper alloys.
Scope of application: all industries, including heat supply, water supply, ventilation, mechanical engineering.

• The pressure gauge is standard. Technical specifications.

The pressure gauge with an electrocontact attachment is designed to control external electrical circuits in alarm circuits, automation and blocking of technological processes.
Scope of application: heat supply, water supply, ventilation, mechanical engineering.
A pressure gauge with an electrocontact prefix, better known as an electrocontact pressure gauge or ECM, is designed for switching electrical circuits depending on the value of the measured pressure.
The ECM works as follows: the electrical contact group and the arrow of the device are mechanically connected and when the arrow passes beyond the value of the prefix (threshold value), the electrical circuit is closed or opened.

• Pressure gauge with an electrocontact attachment. Technical specifications.

Precision pressure gauges are used to measure the pressure of liquid and gaseous, non-viscous and non-crystallizing media with temperatures up to 100 °C that are not aggressive to copper alloys.
The MIT pressure gauge can be used as a working standard for the verification and calibration of pressure measuring instruments in compliance with the requirements for compliance with the accuracy classes of the model and verifiable devices.
MIT pressure gauges are available with the following accuracy classes: 0,4 / 0,6 / 1,0 .
The scope of application of MIT: metrological control and supervision, heat supply, water supply, energy, mechanical engineering and other industries.

• Pressure gauges for precise measurements. Technical specifications.

The industrial vibration-resistant pressure gauge is made in a stainless steel case. It is used to measure the pressure of non-aggressive liquid and gaseous, non-viscous and non-crystallizing measured media with temperatures up to 150 °C. This type of pressure gauge can be used in conditions of increased vibration and when measuring variable pressure.
Increased resistance to environmental influences — the degree of protection of the devices is IP65.
When measuring pressure with high dynamic loads, the device must be filled with glycerin or silicone. The glycerin pressure gauge can be operated at ambient temperatures up to -20 °C, and when filled with silicone — up to -60 °C.

• Pressure gauges are vibration-resistant. Technical specifications.