This reducer can be used if the PT2 sensors are to be fitted to a G 1/2" connection instead of a G 1/4" connection.Materials: Brass (reducer), aluminium (sealing washer)Temperature range: -40 ~ 150 °CPermissible pressure: 60 bar (reducer), 18 bar (sealing disc)

Suitable for: Rotary vane and side channel vacuum pumps Function: The vacuum manometers are used for monitoring as well as setting the desired degree of vacuum. Available models: The manometers are available in various designs (vertical, horizontal), display sizes (63 mm, 100 mm) and both undamped and glycerin-damped. technical data: Class of accuracy: 2,5 / 1,6(*) Display range (rel.): (-1) – 0 bar Dim. of connection: G ¼“ (Ø63)G ½“ (Ø100) Scale division: 0,05 (Ø63)0,02 (Ø100) Material (housing): plastics / CrNi(*) Material (metering): brass Degree of protection: IP 42 / IP 65(*) * glycerin-damped version  

Suitable for: Rotary vane vacuum pumps and side channel blowers Function: The pressure gauges are for example used to monitor the exhaust filters of the rotary vane pumps. Manometer size: ∅50 mm Pressure range: 0 - 0,6 bar Accuracy class: 1.6 (→ ±1,6%) Material: - Housing: steel sheet- Measurement system: brass Connection thread: G ¼" Options:(Connection thread) - original: G ¼"- with adapters: G ¾"  

This cable is intended for the connection with our pressure sensors with Packard sockets.The Packard connection is simple, but also has a high protection class and a high connection retention.Another designation for the connection is Metripack 150.The cable is 5m long, has three wires with a vein cross section of 0,5 mm².

This cable is intended for our pressure sensor with M12 connectors. It features a 4-pole a-coded connector.The connector is available in a straight and an angled version.The cables are 5m long and have four wires with 0.34mm².The plastic mantle is made of PUR and therefore very durable. Pin layout:1: brown2: white3: blue4: black

This plug-In display is intended for integration into existing sensor connections.This display is compatible, depending on the variant, with all sensors, which have a 0 - 10 V or a 4 - 20 mA signal.Connecting the display is very simple as the original signal is passed through. Simply open the existing DIN 43650A connection, insert the display and close the connection again with the included longer screw.If the display has not already been configured, you can configure it now.Because the display causes a voltage drop of less than 3.5V, in most cases the supply voltage of the sensor does not need to be raised. An additional power source is not needed.Once the display is configured, it can be used as a quick monitoring tool in case of problems. Within a minute the display is installed, the measured value of the sensor is displayed and the source of the problem can be narrowed down.This way you can save valuable time solving the problem.Due to the low cost of the display it is economical to outfit an existing sensor with it than to have a manometer at a different connection.The display is equipped with background lighting, offering tireless readThe illumination of the display enables fatigue-free reading even in dark surroundings. Included: Display, with DIN 43650A connection: long screw as well as gasket as seen on the picturesConnection layout: DIN 43650A: 4 - 20 mA: 1: + 2: - 3: empty; 0 - 10 V: 1: + 2: - 3: signalThe display has to be configured by the customer.

This display is intended to add a direct read-out as well as pressure switch functionality to sensors.The display is simply plugged into the sensor, please note that the 43650A connection on the output side has a different layout to accomodate the two switches.As an LED display, it can be easily read in dark conditions.Configuration is done with the two buttons at the front, which can easily be done, even in the field.The two npn exits have a maximal output of 100 mA. These can be freely configured as NO, NC, set point and hysteresis.Due to the low voltage loss, the normal power supply of the sensor can simply be used. An additional power supply is therefore not necessary.Again please note that the DIN43650A output layout is different from the usual layout, check the data sheet for details.The display has to be configured by the customer.

This sensor was developed for economical pressure measurements. Beside the usual sensor applications, for example feedback for control systems or continuous surveilance, this sensor can also replace pressure switches due to the low costs. The sensor can be used to surveil a multitude of mediums due to the high quality of materials that have been used. Up to 80°C the sensor is temperature compensated to increase the quality of the results.Other options are available as special orders, different output signals with lower voltages for single board computers and different pressures. You can find this sensor with other electrical connectors under the tab similar products.This pressure sensor is by default equipped with a DIN 43650 A connection. Another designation for the connection is DIN EN 175301-803.Included: Sensor, connector with gasket

This sensor was developed for economical pressure measurements. Beside the usual sensor applications, for example feedback for control systems or continuous surveilance, this sensor can also replace pressure switches due to the low costs. The sensor can be used to surveil a multitude of mediums due to the high quality of materials that have been used. Up to 80°C the sensor is temperature compensated to increase the quality of the results.Other options are available as special orders, different output signals with lower voltages for single board computers and different pressures. You can find this sensor with other electrical connectors under the tab similar products.This pressure sensor is by default equipped with an M12 plug.

This sensor was developed for economical pressure measurements. Beside the usual sensor applications, for example feedback for control systems or continuous surveilance, this sensor can also replace pressure switches due to the low costs. The sensor can be used to surveil a multitude of mediums due to the high quality of materials that have been used. Up to 80°C the sensor is temperature compensated to increase the quality of the results.Other options are available as special orders, different output signals with lower voltages for single board computers, other connections and different pressures.This pressure sensor is by default equipped with a three-pole Packard-plug. Suitable counterparts are our cable for immediate use, which can be used in the accessories tab or article number 12078090 of the Aptiv company.

This display is intended to add a direct read-out as well as pressure switch functionality to sensors.The display is simply plugged into the sensor, please note that the 43650A connection on the output side has a different layout to accomodate the two switches.As an LED display, it can be easily read in dark conditions.Configuration is done with the two buttons at the front, which can easily be done, even in the field.The two npn exits have a maximal output of 100 mA. These can be freely configured as NO, NC, set point and hysteresis.Due to the low voltage loss, the normal power supply of the sensor can simply be used. An additional power supply is therefore not necessary.Again please note that the DIN43650A output layout is different from the usual layout, check the data sheet for details.The display has to be configured by the customer.

Our differential pressure sensor PT3 offers the possibility to monitor differential pressure at low cost with appealing technical data. The integrated display allows the employee to see the status of the system without having to read out the values for the control. Thanks to the backlighting, this is also possible in unlit areas. Since the display is integrated and pre-configured, there is no need for buttons to adjust the display. The adjustment options are available as switches on the circuit board (measurement range, unit, automatic zeroing).The sensor offers simultaneous outputs of 4-20mA as well as 0-10V, corresponding to full flexibility in the use of the signals. The accuracy of 1% is more than sufficient for the small measuring ranges (1 mbar, 10 mbar, 100 mbar). The measuring range can be centered (e.g. -50 ~ 50 mbar) or nulled (e.g. 0 ~ 100 mbar). Smaller measuring ranges to increase the accuracy can also be set (e.g. 75, 50, 25, 10 mbar for PT3-211). Details can be found in the data sheetIn general, this sensor offers a complete system for a wide range of applications at a low price.