Axial connection of the pressure gauge. Pressure gauges for water, radial and axial
Hydraulic pressure gauge with graduated scale from 0 to 100 bar, filled with glycerin.
Characteristics:
Scale graduation 0...100 bar
Housing made of of stainless steel
Radial connection (bottom) 1/4" BSP
Diameter 63 mm
Accuracy class at oil temperature 20°C ± 1.6%
Dial material: aluminum, enameled using high-temperature method.
Main elements of a pressure gauge:
- Bourdon tube made of copper alloy for pressure range from -1 to 40 bar;
- Copper alloy spiral tube for pressure range from 50 to 1000 bar.
Soldered joints are made using tin solder.
Protection class: IP65. Pressure gauges in this series are highly durable and have a wide range of applications - plumbing systems, pumps, compressors, machine tools, high pressure water washers, refrigeration systems.
IF THE TABLE BELOW SHOW THAT THE PRODUCT YOU ARE INTERESTED IS CURRENTLY OUT OF STOCK, YOU MAYHYDRAULIC STORE website FOR CLARIFICATIONDELIVERY TIME OF GOODS.
Hydraulic pressure gauges filled with glycerin are used to measure pressure in a hydraulic system. Pressure gauges can have different scale graduations, for example, bar or psi. Pressure gauges can have a bottom connection (radial) or a rear connection (axial). Pressure gauges produced by Nuova Fima (Italy) have been widely used in mechanical engineering and machine tools since 1967.These pressure gauges are used for sewage systems, pumps, compressors, machine tools, high-pressure water filters, and cooling systems.
OWEN instrumentation
The OWEN company offers the widest range of products among Russian manufacturers. It includes more than 80 types of devices that can be used to build automation systems of any level: - Programmable logic controllers (PLC); input/output modules; operator panels; interface converters. - General industrial regulators, level regulators, specialized controllers, timers, counters, power supplies. - Sensors: temperature, pressure, level. The range of industries where OWEN devices operate is very wide and includes chemical and petrochemical production, metallurgical and woodworking enterprises, food and packaging industries, energy, housing and communal services and many others.
Devices Termodat, Meradat
Instruments for measuring and regulating temperature, humidity, vacuum under the TERMODAT and MERADAT brands. The lineup devices covers both the simplest single-channel meters and complex multi-channel controllers with a large graphic display.
Pressure gauges and instruments ROSMA
JSC "Rosma" today is one of the largest domestic producers control and measuring instruments, firmly ranking among the top five market leaders in this field. Some of the most popular instruments are pressure gauges, thermometers, thermomanometers, media separators, electromagnetic (solenoid) valves, pressure sensors and switches, pressure transducers, level sensors.
Devices for protecting electric motors and other electrical installations
Designed to prevent failure of electric motors and units based on them in the event of unacceptable operating conditions caused by various operational factors: technological overloads; breakdowns and jamming of mechanisms; idling; asymmetry of the supply network or malfunction of switching equipment. Provide protective shutdown of the electric motor in the event of unacceptable (emergency) operating modes: current overload; current underload; open-phase operation; exceeding the permissible current imbalance. A unique property of the devices is the presence of a monitoring function - continuous monitoring of the operation of electric motors, registration of modes and events, accumulation of statistical data on the operation of electric motors and units based on them, protection of electric motors.
Radial connection
The radial thermomanometer is designed for simultaneous measurement of temperature and overpressure non-aggressive environments towards copper alloys. Application area: heating systems, water supply, boilers, steam boilers etc. Thermomanometer is a combined device for measuring pressure and temperature. For visual monitoring of the main parameters of the coolant (pressure and temperature), a pressure gauge and thermometer are usually used. An attempt to combine these two devices led to the creation of a combined device called a thermomanometer. Structurally, the TMTB thermomanometer combines a deformation pressure gauge and a bimetallic thermometer. Thermal manometers have a dial with two scales and two indicating hands. One scale is used to read pressure, the other – temperature. The ROSMA company produces thermomanometers in two sizes: case diameter 80 and 100 mm. Depending on the location of the fitting, thermomanometers can be axial or radial. The length of the immersion part can also vary according to the customer's order. All thermomanometers are equipped with a safety valve that allows you to dismantle the thermomanometer without depressurizing the system.
Case diameter
Accuracy class
Temperature ranges
0…120 / 150 °C
Pressure reading range
Working temperature
Environment: −60…+60 °C
Measured medium: up to +150 °C
IP40, steel 10, black
Chromed steel 10
Sensing element of the manometric part
Copper alloy
Sensing element of thermometric part
Bimetallic spiral
Tribco-sector mechanism
Copper alloy
Copper alloy
Clock face
Aluminum, black scale on a white background, with color division of temperature and pressure measurement sectors
Mineral
Connection for pressure gauge
Copper alloy
Thermometer rod
Stainless steel 08Х18Н10
Immersion length, mm
46, 64, 100 mm
Accession
Radial
Connection thread
G½ (on valve)
Calibration interval
Technical documentation
TU 4212-001-4719015564-2008
GOST 2405-88
Thermal manometers TMTB
| Type | Case diameter | Accuracy class | Reading range (pressure/temperature) | Connection |
Price including VAT, rub. (Not an official offer) |
|||
|---|---|---|---|---|---|---|---|---|
| Thread | Union | L=46 | L=64 | L=100 | ||||
| TMTB-3 | 80 | 2,5 | 0…0.25 / 0.4 / 0.6 / 1 / 1.6 / 2.5 MPa 0…+120 / 150 °C |
G½ | radial, with valve | 1110 | 1165 | 1210 |
| TMTB-4 | 100 | 1175 | 1220 | 1255 | ||||
The valve is a locking device that serves on one side for ease of installation of the device; on the other, it acts as a tap, which allows the thermomanometer to be dismantled without draining the system (or without stopping the technological process). The operating pressure of the valve is 2.5 MPa, the maximum is 5 MPa. In terms of temperature ranges, thermomanometers are available in two versions from 0-120 °C and up to 150 °C, and in terms of pressure 0-0.25 MPa, 0-0.4 MPa, 0-0.6 MPa...0-2.5 MPa .
Unfortunately, consumer technical services often make the mistake of installing an expander or an additional outlet for mounting a thermomanometer. It should be remembered that to measure temperature in the device, a bimetallic spring is used as a sensitive element and therefore the immersed part of the thermomanometer must be in the pipe (in direct contact with the coolant), otherwise a large error occurs when measuring temperature. The temperature measurement error is minimal if the end of the valve is immersed to a depth of no less than ⅓ and no more than ⅔ of the pipeline diameter. Thermal manometers are mounted directly on the pipeline; it is enough to weld a boss with a G½ internal thread to it. Our product catalog contains detailed instructions When installing the thermomanometer and during installation, it is necessary to strictly follow it.
Additional options
| Name of service | Type |
The radial thermomanometer is designed for simultaneous measurement of temperature and excess pressure of media that are non-aggressive to copper alloys. Thermomanometer is a combined device for measuring pressure and temperature. For visual monitoring of the main parameters of the coolant (pressure and temperature), a pressure gauge and thermometer are usually used. An attempt to combine these two devices led to the creation of a combined device called a thermomanometer. Structurally, the TMTB thermomanometer combines a deformation pressure gauge and a bimetallic thermometer. Temomanometers have a dial with two scales and two indicating hands. One scale is used to read pressure, the other - temperature. The ROSMA company produces thermomanometers in two sizes: case diameter 80 and 100 mm. Depending on the location of the fitting, thermomanometers can be axial or radial. The length of the immersion part can also vary according to the customer's order. All thermomanometers are equipped with a safety valve. Prices for thermomanometers type TMTB (radial connection) with VAT, per piece.
Standard version Ø80, 100 mm (radial connection)  Standard version Ø80, 100 mm (valve)  Attention! Overall dimensions, mm)* − with an immersion length of 100 mm, devices are manufactured to order The radial thermomanometer is designed for simultaneous measurement of temperature and excess pressure of media that are non-aggressive to copper alloys. Scope of application: heating systems, water supply, boilers, steam boilers, etc. Thermomanometer is a combined device for measuring pressure and temperature. For visual monitoring of the main parameters of the coolant (pressure and temperature), a pressure gauge and thermometer are usually used. An attempt to combine these two devices led to the creation of a combined device called a thermomanometer. Structurally, the TMTB thermomanometer combines a deformation pressure gauge and a bimetallic thermometer. Temomanometers have a dial with two scales and two indicating hands. One scale is used to read pressure, the other - temperature. The ROSMA company produces thermomanometers in two sizes: case diameter 80 And 100 mm. Depending on the location of the fitting, thermomanometers can be axial or radial. The length of the immersion part can also vary according to the customer's order. All thermomanometers are equipped with a safety valve. The radial technical pressure gauge TM has optimal characteristics that ensure the most accurate readings of pressure are taken. The device is very simple and easy to use; if necessary, it is equipped with a protective rubber casing. Conditions for using the deviceA technical pressure gauge is used to work with cylinder equipment. It is used to measure excess and vacuum pressure in gases and vapors, as well as in non-aggressive media and liquids that are not accessible to the catalysis process. The temperature of the measured media must not exceed 80 °C. The device is indispensable for gas-flame processing metal surface. Only with the help of a gas pressure gauge can you determine the gas pressure in the cylinder. Radial connection pressure gauges are used in cases where it is necessary to maintain an optimal pressure in the system, therefore they are equipped with gas reducers and regulators of cylinder equipment. Specifications of Radial Pressure GaugeThe device body is made of steel. Pressure gauges for gas cylinders created to measure high pressure, equipped copper tube, which is sensitive element and having a minimal cross-section. The tube also has many turns along which it moves when pressure is applied to the reducer. The Bourdon tube is directly connected to the measuring needle and, in addition to the conversion functions, is equipped with a damper function, which makes it the main element of the pressure gauge. Devices used in welding equipment, have a diameter of 4 cm, 5 cm, 6.3 cm. The red mark on the body is an indicator of the maximum allowed pressure. Gas pressure gauges have the following indicators:
Features of device installationA technical pressure gauge is used to reduce gas pressure to a certain level. The device also supports operating pressure in a cylinder. The color of the pressure gauge indicates which gases it is suitable for working with. For example:
The spring gas pressure gauge is mounted on an oxygen or acetylene reducer using wrench. Special gaskets made of leather or fiber are used as a seal. Pressure gauges for acetylene are manufactured without copper alloys, since when copper and acetylene are combined, acetylene copper can be formed, which is an explosive substance. |
|---|