Accessories & Retrofit solutions

Our C1 control SU-ECH-C1/230/115-BASIC is suitable as a retrofit control for heatless adsorption dryers from numerous manufacturers such as domnick hunter, Hiross, Parker or Zander. With this package, our customers can also combine older dryer models with other accessories from FST. These include GSM modules or differential pressure gauges on the filters of the compressed air dryer. These compressed air accessories convince with easy-to-understand menu navigation and numerous monitoring functions.

The C1 control SU-ECH-C1/230/115-PLUS is suitable as a retrofit control for heatless adsorption dryers from numerous manufacturers such as domnick hunter, Hiross, Parker or Zander. In this way, even older dryer models become energy-efficient and economical again: the integrated dew point measurement saves energy and precious compressed air that would otherwise be lost in the regeneration phase. Thanks to this package, our customers can also connect other FST accessories [link (internal): accessories] to the compressed air dryer, such as a GSM module or differential pressure manometer. In addition, this retrofit package convinces with easy-to-understand menu navigation and numerous monitoring functions.

Our SU-ECH-C10 control cabinet for retrofitting heat-regenerated adsorption dryers is equipped with C10 dryer control. With this flexible control programme, customers can operate heat-regenerated adsorption dryers of various designs: Vacuum, blower, loop cooler etc. The control cabinet is easy to operate via an intuitive control system with a 5.7" touch display. Its structured program layout allows users to display all measured values, record them for analysis functions and download them via a USB interface. This compressed air accessory is compatible with all FST dew point meters and offers eight digital inputs for additional accessories such as limit switches.

Many adsorption dryers work with outdated dew point measuring devices or even without any at all. Users can save more than 20 % energy with an exact dew point measurement by dynamically adjusting the regeneration cycle. The dew point meters in the SU-TDS420-DTS retrofit kit send a 4-20 mA signal and can thus be used in all dryer controls with a corresponding input. This retrofit kit is compatible with all FST dryers of the DTS series as well as all adsorption dryers from manufacturers such as domnick hunter, Hiross, Parker or Zander.

Many adsorption dryers still work with outdated dew point measuring devices or without any at all. Users can save more than 20 % energy with an exact dew point measurement by dynamically adjusting the regeneration cycle. Dew point meters in the SU-TDS420-DPS retrofit kit send a 4-20 mA signal and can thus be installed in all dryer controls with a corresponding input. This retrofit kit is compatible with all FST high-pressure dryers of the DPS series or suitable for direct installation in the compressed air line.

Nachrüstsatz SU-ESH3000-5000 für die Drucktaupunktmessung eignet sich entweder zum Retrofit kit SU-ESH3000-5000 for pressure dew point measurement is suitable either for retrofitting or as a replacement for Zander dew point meters ZH3000, ZH4000, ZH5000 or PANAMETRICS Moisture Target Series 4..5. oder als Ersatz für Zander-Taupunktmessgeräte ZH3000, ZH4000, ZH5000 oder PANAMETRICS Moisture Target Series 4..5.

In older, heat-regenerated adsorption dryers, mechanical thermostats control the heating and process temperature. These often have a too large switching hysteresis (>15°C) or react very slowly and imprecisely. By retrofitting an electronic temperature control with the SU-EDD-EST150 retrofit kit, heating temperatures can be regulated more precisely. Our customers thus avoid overdriving the heating cable and save considerable energy costs. The included resistance thermocouple sensor is 150 mm long.

In older, hot-regenerated adsorption dryers, mechanical thermostats control the heating and process temperature. These often have too large a switching hysteresis (>15°C) or react sluggishly and imprecisely. By retrofitting an electronic temperature control with the SU-EDD-EST200 retrofit kit, heating temperatures can be regulated more precisely. Our customers thus avoid overdriving the heating cable and save considerable energy costs. The included resistance thermocouple sensor is 200 mm long.

The DA-VPM-B15/16 start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers [link (internal): compressed air dryer] in the treatment chain from excessive flow velocities by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow unhindered through the line.

The DA-VPM-B25/16 start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow velocities by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow unhindered through the line. A popular component for retrofitting compressed air systems.

The DA-VPM-B32/16 start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow velocities by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow without obstruction through the line.

Our DA-VPM-B40/16 start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the processing chain from excessive flow speeds by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device give way completely. The air can then flow without obstruction through the line.

The DA-VPM-B50/16 start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow velocities by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow without obstruction through the line.

Our DA-VPM-B65/16 start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the processing chain from excessive flow speeds by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely. Then the air can flow without obstruction through the line.

The DA-VPM-F80/11-APE start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow speeds by building up a resistance. Only when a minimum pressure is reached does the spring in this compressed air retrofit solution yield completely and the air can flow without obstruction through the line.

Our highly efficient DA-VPM-F100/11-APE start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow velocities by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow without obstruction through the line.

The DA-VPM-F150/11-APE start-up device (also: minimum pressure valve) reliably protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow velocities by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow without obstruction through the line.

Our DA-VPM-F200/11-APE start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow speeds by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow without obstruction through the line.

This high-quality DA-VPM-F250/11-APE start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow speeds by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow without obstruction through the line.

The DA-VPM-B15/450 start-up device (also: minimum pressure valve) reliably protects components such as compressed air filters or compressed air dryers in the processing chain from excessive flow speeds by building up resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely: The air can flow without obstruction through the line.

Our DA-VPM-B20/415 start-up device (also: minimum pressure valve) reliably protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow velocities by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow without obstruction through the line.

The DA-RGF-DPS10-100-02 regeneration gas recirculation replaces the installation of an air return line. If there is no compressed air storage upstream of the dryer, this regeneration gas recirculation prevents the compressor from starting up during regeneration. This compressed air accessory enables trouble-free operation of cold-regenerated adsorption dryers [link (internal): adsorption dryers] of the DPS10 to DPS100 series.

The check valve DA-VRV-B32/350-FST up to 350 bar allows compressed air to flow in only one direction. In this way, it prevents unwanted backflows in adsorption dryers of the DHW and DHM series. Thanks to its high-quality construction, this compressed air accessory hardly wears out and is extremely durable.

Due to this automatic pressure regulation DA-RGR-DPS10-25 of the regeneration gas quantity in the adsorption dryer, the volume flow during the regeneration of desiccant always has a constant pressure. This is because if the pressures in the compressed air system fluctuate, the regeneration air volume also fluctuates. In this way, this energy-efficient compressed air accessory saves measurable energy costs.

Due to this automatic pressure regulation DA-RGR-DPS30-100 of the regeneration gas quantity in the adsorption dryer, the volume flow during the regeneration of desiccant always has a constant pressure. This is because if the pressures in the compressed air system fluctuate, the regeneration air volume also fluctuates. In this way, this energy-efficient dryer accessory saves our customers energy costs.

Thanks to this automatic pressure regulation DA-RGR-DPS120-150 for the regeneration gas quantity in the adsorption dryer, the volume flow always has a constant pressure during the regeneration of desiccant. This is because if the pressures in the compressed air system fluctuate, the regeneration air volume also fluctuates. In this way, this energy-efficient compressed air accessory saves energy costs.

Thanks to our DA-RGR-DPS210-290 automatic pressure regulation of the regeneration gas volume in the adsorption dryer, the volume flow during desiccant regeneration always has a constant pressure. This is because if the pressures in the compressed air system fluctuate, the regeneration air volume also fluctuates. In this way, this energy-efficient compressed air accessory saves energy costs.

Due to this automatic pressure regulation DA-RGR-DPS370-630 of the regeneration gas quantity in the adsorption dryer, the volume flow during the regeneration of desiccant has a constant pressure. This is because if the pressures in the compressed air system fluctuate, the regeneration air volume also fluctuates. In this way, this energy-efficient accessory saves measurable energy costs.

With the DA-EFC-C1 function monitor for all cold-regenerated adsorption dryers of the DPS, DHW and DHM series, faults in the compressed air treatment can be detected at an early stage. This accessory ensures that possible defects can be quickly detected and remedied.

Quick-acting shut-off valves of the DA-VQC-B15/40-2/2-SS series for cold-regenerated adsorption dryers of the DPS10 to DPS100 series reliably protect compressed air applications from sudden oil shocks. In the event of a compressor defect, large quantities of oil can flow through the line. This creates an enormous differential pressure. This is first detected by a pressure gauge. This quick-acting shut-off valve reacts to the detected differential pressure and shuts off the downstream line to protect it from contamination with oil. This air compressor accessory is useful in sensitive areas such as hospitals, where safe operation must be guaranteed.

Our DA-VQC-B20/40-2/2-SS quick-acting shut-off valve for cold-regenerated adsorption dryers of the DPS10 to DPS100 series protects compressed air applications from sudden oil shocks. In the event of a compressor defect, large quantities of oil can flow through the line. This creates an enormous differential pressure, which is first detected by the pressure gauge. The quick-acting shut-off valve reacts to this differential pressure and shuts off the downstream line to protect it from oil contamination. This compressor compressed air accessory is useful in sensitive areas of application, such as hospitals, where safe operation must be guaranteed.

The DA-VQC-B40/40-2/2-SS quick-acting shut-off valve protects compressed air applications from sudden oil shocks. If the compressor is defective, large quantities of oil can flow through the line. This creates an enormous differential pressure, which is first detected by the pressure gauge. The quick-acting shut-off valve reacts to this differential pressure and shuts off the downstream line to protect it from contamination. This accessory for compressed air compressors is compatible with cold-regenerated adsorption dryers of the DPS10 to DPS100 series. Our customers use it in sensitive applications such as hospitals, where safe operation must be guaranteed at all costs.

Our DA-VQC-B40/40-2/2-SS quick-acting shut-off valves for cold-regenerated adsorption dryers of the DPS10 to DPS100 series protect compressed air applications from sudden oil shocks. In the event of a compressor defect, large quantities of oil can flow through the line. This creates an enormous differential pressure, which is first detected by the pressure gauge. The quick-acting shut-off valve reacts to this differential pressure and shuts off the downstream line to protect it from oil contamination. This air compressor accessory for compressors is useful in sensitive areas of application, such as hospitals, where safe operation must be guaranteed.

DA-VQC-B50/40-2/2-SS quick-closing valves are compatible with cold-regenerated adsorption dryers of the DPS10 to DPS100 series. They protect compressed air applications from sudden oil shocks. In the event of a compressor defect, large quantities of oil can flow through the line. This creates an enormous differential pressure, which is first detected by the pressure gauge. This quick-acting valve reacts to this differential pressure and shuts off the downstream line. In this way, it protects the compressed air application from oil contamination. This compressed air compressor accessory is useful in sensitive areas of application, such as hospitals, where safe operation must be guaranteed at all costs.

With the intake air, dust, pollen or other particles are also drawn in with heat-regenerated adsorption dryers of the DTS series. As a rule, this is not a problem. However, there are areas of application, such as sawmills, where particularly large quantities of particles are sucked in. These can damage the electric heater of the compressed air dryer. In this case, we recommend the use of our DA-FIF-DTS45-55-F7G4 regeneration air intake filter.

With the intake air, dust, pollen or other particles are also drawn in with heat-regenerated adsorption dryers of the DTS series. As a rule, this is not a problem. However, there are areas of application, such as sawmills, where particularly large quantities of particles are sucked in. These can damage the electric heater of the compressed air dryer. In this case, we recommend the use of our DA-FIF-DTS65-85-F7G4 regeneration air intake filter.

With the intake air, dust, pollen or other particles are also drawn in with heat-regenerated adsorption dryers of the DTS series. As a rule, this is not a problem. However, there are areas of application, such as sawmills, where particularly large quantities of particles are sucked in. These can damage the electric heater of the compressed air dryer. In this case, we recommend the use of our high-quality DA-FIF-DTS125-215-F12G4 regeneration air intake filter.

With the intake air, dust, pollen or other particles are also drawn in with heat-regenerated adsorption dryers of the DTS series. As a rule, this is not a problem. However, there are areas of application, such as sawmills, where particularly large quantities of particles are sucked in. These can damage the electric heater. In this case, we recommend the use of the DA-FIF-DTS250-500-F19G4 regeneration air intake filter.

With the intake air, dust, pollen or other particles are also drawn in with heat-regenerated adsorption dryers of the DTS series. As a rule, this is not a problem. However, there are areas of application, such as sawmills, where particularly large quantities of particles are sucked in. These can damage the electric heater. In this case, we recommend the use of our DA-FIF-DTS540-650-F19G4 regeneration air intake filter.

With the intake air, dust, pollen or other particles are also drawn in with heat-regenerated adsorption dryers of the DTS series. As a rule, this is not a problem. However, there are areas of application, such as sawmills, where particularly large quantities of particles are sucked in. These can damage the electric heater. In this case, we recommend the use of our DA-FIF-DTS720-940-F21G4 regeneration air intake filter.

With the intake air, dust, pollen or other particles are also drawn in with heat-regenerated adsorption dryers of the DTS series. As a rule, this is not a problem. However, there are areas of application, such as sawmills, where particularly large quantities of particles are sucked in. These can damage the electric heater. To avoid this, we recommend the use of our DA-FIF-DTS1100-1700-F21G4 regeneration air intake filter.

In heatless adsorption dryers of the DPS series, a loud noise is generated at the beginning of the regeneration. This is caused by the abrupt pressure relief of the vessel. If you retrofit the additional silencer DA-NR2S-DPS10-25 in your compressed air system, the noise is reduced to a maximum of 75 dB (A).

In heatless adsorption dryers of the DPS series, a loud noise is generated at the beginning of the regeneration. This is caused by the abrupt pressure relief of the vessel. With this additional silencer DA-NR2S-DPS30-60 it is reduced to a maximum of 75 dB (A).

With heatless adsorption dryers of the DPS series, a loud noise is generated at the beginning of the regeneration. The cause is the abrupt pressure relief of the compressed air tank. By retrofitting this additional silencer DA-NR2S-DPS80-100 it is reduced to a maximum of 75 dB (A).

With the help of the DA-CP-02 pneumatic control system, customers can operate our adsorption dryers and their valves entirely without electricity. Instead, all relevant processes are driven mechanically and with compressed air. This compressed air accessory is useful when the adsorption dryer is used in mobile applications, when no reliable power supply is available or when explosion protection plays a role, such as in a mine.

This pneumatic control DA-CP-02-HD enables customers to operate their adsorption dryers incl. valves entirely without electricity. Instead, all relevant processes are operated mechanically with compressed air. HD stands for "heavy duty" and refers to the particularly robust design, which protects against stone chipping, among other things. This compressed air accessory is important when the adsorption dryer is used in mobile applications, when there is no reliable power supply or when explosion protection is an issue, e.g. in a mine.

The DA-CM1-230 changeover control can control two redundant compressed air dryers in a compressed air system. These can be automatically operated alternately. In "remote control" mode, the compressed air system can be controlled with the help of this retrofit solution, e.g. from a control room.

Our interface gateway DA-ETR-C1-RS232 is compatible with cold-regenerated adsorption dryers of the DPS, DHW and DHM series. This information technology compressed air accessory enables the connection of a dryer to a central control room. In doing so, the interface gateway acts as a kind of translator between the dryer control system and the system into which the compressed air dryer is integrated.

The interface gateway DA-ETR-C1-MODBUS-RTU-SLAVE is compatible with cold-regenerated adsorption dryers of the DPS, DHW and DHM series. This information technology compressed air accessory enables the connection of a dryer to a central control room. The interface gateway acts as a kind of translator between the dryer control system and the system into which the compressed air dryer is integrated.

Our innovative interface gateway DA-ETR-C1-PROFIBUS-DP-SLAVE is compatible with cold-regenerated adsorption dryers of the DPS, DHW and DHM series. This information technology compressed air accessory enables the connection of a dryer to a central control room.

The interface gateway DA-ETR-C1-CANopen is compatible with cold-regenerated adsorption dryers of the DPS, DHW and DHM series. This information technology compressed air accessory enables the connection of a dryer to a central control room.

Our DA-ETR-C10-CAN-MODBUS interface gateway is suitable for use with DTS series heat-regenerated adsorption dryers. This information technology compressed air accessory enables the connection of a dryer to a central control room.

Our DA-ETR-C10-CANPROFIBUS interface gateway is suitable for use with DTS series heat-regenerated adsorption dryers. This information technology compressed air accessory enables the connection of a dryer to a central control room.

The DA-ENI-IN5225-10-36VDC end position initiator for the main valve of adsorption dryers checks whether the controlled valves actually reach the desired position or end position. It is a safety measure for all companies that want to avoid failures in their compressed air supply.

DA-PWO series flow limiters are designed to protect adsorption dryers against excessive flow velocities. Due to their high strength, these compressed air accessories retain their shape even at higher temperatures and flow velocities. The design and manufacture of the flow limiters comply with the requirements of EN ISO 5167.

With the DA-MFA-DPS1-4 and DA-MFA-DPS6-8 mounting kits, the FST adsorption dryers DPS1-4 and DPS6-8 can be easily mounted on a wall. The wall must have an appropriate load capacity for this purpose..

Our C1 control SU-ECH-C1/230/115-BASIC is suitable as a retrofit control for heatless adsorption dryers from numerous manufacturers such as domnick hunter, Hiross, Parker or Zander. With this package, our customers can also combine older dryer models with other accessories from FST. These include GSM modules or differential pressure gauges on the filters of the compressed air dryer. These compressed air accessories convince with easy-to-understand menu navigation and numerous monitoring functions.

The C1 control SU-ECH-C1/230/115-PLUS is suitable as a retrofit control for heatless adsorption dryers from numerous manufacturers such as domnick hunter, Hiross, Parker or Zander. In this way, even older dryer models become energy-efficient and economical again: the integrated dew point measurement saves energy and precious compressed air that would otherwise be lost in the regeneration phase. Thanks to this package, our customers can also connect other FST accessories [link (internal): accessories] to the compressed air dryer, such as a GSM module or differential pressure manometer. In addition, this retrofit package convinces with easy-to-understand menu navigation and numerous monitoring functions.

Our SU-ECH-C10 control cabinet for retrofitting heat-regenerated adsorption dryers is equipped with C10 dryer control. With this flexible control programme, customers can operate heat-regenerated adsorption dryers of various designs: Vacuum, blower, loop cooler etc. The control cabinet is easy to operate via an intuitive control system with a 5.7" touch display. Its structured program layout allows users to display all measured values, record them for analysis functions and download them via a USB interface. This compressed air accessory is compatible with all FST dew point meters and offers eight digital inputs for additional accessories such as limit switches.

Many adsorption dryers work with outdated dew point measuring devices or even without any at all. Users can save more than 20 % energy with an exact dew point measurement by dynamically adjusting the regeneration cycle. The dew point meters in the SU-TDS420-DTS retrofit kit send a 4-20 mA signal and can thus be used in all dryer controls with a corresponding input. This retrofit kit is compatible with all FST dryers of the DTS series as well as all adsorption dryers from manufacturers such as domnick hunter, Hiross, Parker or Zander.

Many adsorption dryers still work with outdated dew point measuring devices or without any at all. Users can save more than 20 % energy with an exact dew point measurement by dynamically adjusting the regeneration cycle. Dew point meters in the SU-TDS420-DPS retrofit kit send a 4-20 mA signal and can thus be installed in all dryer controls with a corresponding input. This retrofit kit is compatible with all FST high-pressure dryers of the DPS series or suitable for direct installation in the compressed air line.

Nachrüstsatz SU-ESH3000-5000 für die Drucktaupunktmessung eignet sich entweder zum Retrofit kit SU-ESH3000-5000 for pressure dew point measurement is suitable either for retrofitting or as a replacement for Zander dew point meters ZH3000, ZH4000, ZH5000 or PANAMETRICS Moisture Target Series 4..5. oder als Ersatz für Zander-Taupunktmessgeräte ZH3000, ZH4000, ZH5000 oder PANAMETRICS Moisture Target Series 4..5.

In older, heat-regenerated adsorption dryers, mechanical thermostats control the heating and process temperature. These often have a too large switching hysteresis (>15°C) or react very slowly and imprecisely. By retrofitting an electronic temperature control with the SU-EDD-EST150 retrofit kit, heating temperatures can be regulated more precisely. Our customers thus avoid overdriving the heating cable and save considerable energy costs. The included resistance thermocouple sensor is 150 mm long.

In older, hot-regenerated adsorption dryers, mechanical thermostats control the heating and process temperature. These often have too large a switching hysteresis (>15°C) or react sluggishly and imprecisely. By retrofitting an electronic temperature control with the SU-EDD-EST200 retrofit kit, heating temperatures can be regulated more precisely. Our customers thus avoid overdriving the heating cable and save considerable energy costs. The included resistance thermocouple sensor is 200 mm long.

The DA-VPM-B15/16 start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers [link (internal): compressed air dryer] in the treatment chain from excessive flow velocities by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow unhindered through the line.

The DA-VPM-B25/16 start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow velocities by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow unhindered through the line. A popular component for retrofitting compressed air systems.

The DA-VPM-B32/16 start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow velocities by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow without obstruction through the line.

Our DA-VPM-B40/16 start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the processing chain from excessive flow speeds by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device give way completely. The air can then flow without obstruction through the line.

The DA-VPM-B50/16 start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow velocities by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow without obstruction through the line.

Our DA-VPM-B65/16 start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the processing chain from excessive flow speeds by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely. Then the air can flow without obstruction through the line.

The DA-VPM-F80/11-APE start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow speeds by building up a resistance. Only when a minimum pressure is reached does the spring in this compressed air retrofit solution yield completely and the air can flow without obstruction through the line.

Our highly efficient DA-VPM-F100/11-APE start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow velocities by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow without obstruction through the line.

The DA-VPM-F150/11-APE start-up device (also: minimum pressure valve) reliably protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow velocities by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow without obstruction through the line.

Our DA-VPM-F200/11-APE start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow speeds by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow without obstruction through the line.

This high-quality DA-VPM-F250/11-APE start-up device (also: minimum pressure valve) protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow speeds by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow without obstruction through the line.

The DA-VPM-B15/450 start-up device (also: minimum pressure valve) reliably protects components such as compressed air filters or compressed air dryers in the processing chain from excessive flow speeds by building up resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely: The air can flow without obstruction through the line.

Our DA-VPM-B20/415 start-up device (also: minimum pressure valve) reliably protects components such as compressed air filters or compressed air dryers in the treatment chain from excessive flow velocities by building up a resistance. Only when a minimum pressure is reached does the spring in the start-up device yield completely and the air can flow without obstruction through the line.

The DA-RGF-DPS10-100-02 regeneration gas recirculation replaces the installation of an air return line. If there is no compressed air storage upstream of the dryer, this regeneration gas recirculation prevents the compressor from starting up during regeneration. This compressed air accessory enables trouble-free operation of cold-regenerated adsorption dryers [link (internal): adsorption dryers] of the DPS10 to DPS100 series.

The check valve DA-VRV-B32/350-FST up to 350 bar allows compressed air to flow in only one direction. In this way, it prevents unwanted backflows in adsorption dryers of the DHW and DHM series. Thanks to its high-quality construction, this compressed air accessory hardly wears out and is extremely durable.

Due to this automatic pressure regulation DA-RGR-DPS10-25 of the regeneration gas quantity in the adsorption dryer, the volume flow during the regeneration of desiccant always has a constant pressure. This is because if the pressures in the compressed air system fluctuate, the regeneration air volume also fluctuates. In this way, this energy-efficient compressed air accessory saves measurable energy costs.

Due to this automatic pressure regulation DA-RGR-DPS30-100 of the regeneration gas quantity in the adsorption dryer, the volume flow during the regeneration of desiccant always has a constant pressure. This is because if the pressures in the compressed air system fluctuate, the regeneration air volume also fluctuates. In this way, this energy-efficient dryer accessory saves our customers energy costs.

Thanks to this automatic pressure regulation DA-RGR-DPS120-150 for the regeneration gas quantity in the adsorption dryer, the volume flow always has a constant pressure during the regeneration of desiccant. This is because if the pressures in the compressed air system fluctuate, the regeneration air volume also fluctuates. In this way, this energy-efficient compressed air accessory saves energy costs.

Thanks to our DA-RGR-DPS210-290 automatic pressure regulation of the regeneration gas volume in the adsorption dryer, the volume flow during desiccant regeneration always has a constant pressure. This is because if the pressures in the compressed air system fluctuate, the regeneration air volume also fluctuates. In this way, this energy-efficient compressed air accessory saves energy costs.

Due to this automatic pressure regulation DA-RGR-DPS370-630 of the regeneration gas quantity in the adsorption dryer, the volume flow during the regeneration of desiccant has a constant pressure. This is because if the pressures in the compressed air system fluctuate, the regeneration air volume also fluctuates. In this way, this energy-efficient accessory saves measurable energy costs.

With the DA-EFC-C1 function monitor for all cold-regenerated adsorption dryers of the DPS, DHW and DHM series, faults in the compressed air treatment can be detected at an early stage. This accessory ensures that possible defects can be quickly detected and remedied.

Quick-acting shut-off valves of the DA-VQC-B15/40-2/2-SS series for cold-regenerated adsorption dryers of the DPS10 to DPS100 series reliably protect compressed air applications from sudden oil shocks. In the event of a compressor defect, large quantities of oil can flow through the line. This creates an enormous differential pressure. This is first detected by a pressure gauge. This quick-acting shut-off valve reacts to the detected differential pressure and shuts off the downstream line to protect it from contamination with oil. This air compressor accessory is useful in sensitive areas such as hospitals, where safe operation must be guaranteed.

Our DA-VQC-B20/40-2/2-SS quick-acting shut-off valve for cold-regenerated adsorption dryers of the DPS10 to DPS100 series protects compressed air applications from sudden oil shocks. In the event of a compressor defect, large quantities of oil can flow through the line. This creates an enormous differential pressure, which is first detected by the pressure gauge. The quick-acting shut-off valve reacts to this differential pressure and shuts off the downstream line to protect it from oil contamination. This compressor compressed air accessory is useful in sensitive areas of application, such as hospitals, where safe operation must be guaranteed.

The DA-VQC-B40/40-2/2-SS quick-acting shut-off valve protects compressed air applications from sudden oil shocks. If the compressor is defective, large quantities of oil can flow through the line. This creates an enormous differential pressure, which is first detected by the pressure gauge. The quick-acting shut-off valve reacts to this differential pressure and shuts off the downstream line to protect it from contamination. This accessory for compressed air compressors is compatible with cold-regenerated adsorption dryers of the DPS10 to DPS100 series. Our customers use it in sensitive applications such as hospitals, where safe operation must be guaranteed at all costs.

Our DA-VQC-B40/40-2/2-SS quick-acting shut-off valves for cold-regenerated adsorption dryers of the DPS10 to DPS100 series protect compressed air applications from sudden oil shocks. In the event of a compressor defect, large quantities of oil can flow through the line. This creates an enormous differential pressure, which is first detected by the pressure gauge. The quick-acting shut-off valve reacts to this differential pressure and shuts off the downstream line to protect it from oil contamination. This air compressor accessory for compressors is useful in sensitive areas of application, such as hospitals, where safe operation must be guaranteed.

DA-VQC-B50/40-2/2-SS quick-closing valves are compatible with cold-regenerated adsorption dryers of the DPS10 to DPS100 series. They protect compressed air applications from sudden oil shocks. In the event of a compressor defect, large quantities of oil can flow through the line. This creates an enormous differential pressure, which is first detected by the pressure gauge. This quick-acting valve reacts to this differential pressure and shuts off the downstream line. In this way, it protects the compressed air application from oil contamination. This compressed air compressor accessory is useful in sensitive areas of application, such as hospitals, where safe operation must be guaranteed at all costs.

With the intake air, dust, pollen or other particles are also drawn in with heat-regenerated adsorption dryers of the DTS series. As a rule, this is not a problem. However, there are areas of application, such as sawmills, where particularly large quantities of particles are sucked in. These can damage the electric heater of the compressed air dryer. In this case, we recommend the use of our DA-FIF-DTS45-55-F7G4 regeneration air intake filter.

With the intake air, dust, pollen or other particles are also drawn in with heat-regenerated adsorption dryers of the DTS series. As a rule, this is not a problem. However, there are areas of application, such as sawmills, where particularly large quantities of particles are sucked in. These can damage the electric heater of the compressed air dryer. In this case, we recommend the use of our DA-FIF-DTS65-85-F7G4 regeneration air intake filter.

With the intake air, dust, pollen or other particles are also drawn in with heat-regenerated adsorption dryers of the DTS series. As a rule, this is not a problem. However, there are areas of application, such as sawmills, where particularly large quantities of particles are sucked in. These can damage the electric heater of the compressed air dryer. In this case, we recommend the use of our high-quality DA-FIF-DTS125-215-F12G4 regeneration air intake filter.

With the intake air, dust, pollen or other particles are also drawn in with heat-regenerated adsorption dryers of the DTS series. As a rule, this is not a problem. However, there are areas of application, such as sawmills, where particularly large quantities of particles are sucked in. These can damage the electric heater. In this case, we recommend the use of the DA-FIF-DTS250-500-F19G4 regeneration air intake filter.

With the intake air, dust, pollen or other particles are also drawn in with heat-regenerated adsorption dryers of the DTS series. As a rule, this is not a problem. However, there are areas of application, such as sawmills, where particularly large quantities of particles are sucked in. These can damage the electric heater. In this case, we recommend the use of our DA-FIF-DTS540-650-F19G4 regeneration air intake filter.

With the intake air, dust, pollen or other particles are also drawn in with heat-regenerated adsorption dryers of the DTS series. As a rule, this is not a problem. However, there are areas of application, such as sawmills, where particularly large quantities of particles are sucked in. These can damage the electric heater. In this case, we recommend the use of our DA-FIF-DTS720-940-F21G4 regeneration air intake filter.

With the intake air, dust, pollen or other particles are also drawn in with heat-regenerated adsorption dryers of the DTS series. As a rule, this is not a problem. However, there are areas of application, such as sawmills, where particularly large quantities of particles are sucked in. These can damage the electric heater. To avoid this, we recommend the use of our DA-FIF-DTS1100-1700-F21G4 regeneration air intake filter.

In heatless adsorption dryers of the DPS series, a loud noise is generated at the beginning of the regeneration. This is caused by the abrupt pressure relief of the vessel. If you retrofit the additional silencer DA-NR2S-DPS10-25 in your compressed air system, the noise is reduced to a maximum of 75 dB (A).

In heatless adsorption dryers of the DPS series, a loud noise is generated at the beginning of the regeneration. This is caused by the abrupt pressure relief of the vessel. With this additional silencer DA-NR2S-DPS30-60 it is reduced to a maximum of 75 dB (A).

With heatless adsorption dryers of the DPS series, a loud noise is generated at the beginning of the regeneration. The cause is the abrupt pressure relief of the compressed air tank. By retrofitting this additional silencer DA-NR2S-DPS80-100 it is reduced to a maximum of 75 dB (A).

With the help of the DA-CP-02 pneumatic control system, customers can operate our adsorption dryers and their valves entirely without electricity. Instead, all relevant processes are driven mechanically and with compressed air. This compressed air accessory is useful when the adsorption dryer is used in mobile applications, when no reliable power supply is available or when explosion protection plays a role, such as in a mine.

This pneumatic control DA-CP-02-HD enables customers to operate their adsorption dryers incl. valves entirely without electricity. Instead, all relevant processes are operated mechanically with compressed air. HD stands for "heavy duty" and refers to the particularly robust design, which protects against stone chipping, among other things. This compressed air accessory is important when the adsorption dryer is used in mobile applications, when there is no reliable power supply or when explosion protection is an issue, e.g. in a mine.

The DA-CM1-230 changeover control can control two redundant compressed air dryers in a compressed air system. These can be automatically operated alternately. In "remote control" mode, the compressed air system can be controlled with the help of this retrofit solution, e.g. from a control room.

Our interface gateway DA-ETR-C1-RS232 is compatible with cold-regenerated adsorption dryers of the DPS, DHW and DHM series. This information technology compressed air accessory enables the connection of a dryer to a central control room. In doing so, the interface gateway acts as a kind of translator between the dryer control system and the system into which the compressed air dryer is integrated.

The interface gateway DA-ETR-C1-MODBUS-RTU-SLAVE is compatible with cold-regenerated adsorption dryers of the DPS, DHW and DHM series. This information technology compressed air accessory enables the connection of a dryer to a central control room. The interface gateway acts as a kind of translator between the dryer control system and the system into which the compressed air dryer is integrated.

Our innovative interface gateway DA-ETR-C1-PROFIBUS-DP-SLAVE is compatible with cold-regenerated adsorption dryers of the DPS, DHW and DHM series. This information technology compressed air accessory enables the connection of a dryer to a central control room.

The interface gateway DA-ETR-C1-CANopen is compatible with cold-regenerated adsorption dryers of the DPS, DHW and DHM series. This information technology compressed air accessory enables the connection of a dryer to a central control room.

Our DA-ETR-C10-CAN-MODBUS interface gateway is suitable for use with DTS series heat-regenerated adsorption dryers. This information technology compressed air accessory enables the connection of a dryer to a central control room.

Our DA-ETR-C10-CANPROFIBUS interface gateway is suitable for use with DTS series heat-regenerated adsorption dryers. This information technology compressed air accessory enables the connection of a dryer to a central control room.

The DA-ENI-IN5225-10-36VDC end position initiator for the main valve of adsorption dryers checks whether the controlled valves actually reach the desired position or end position. It is a safety measure for all companies that want to avoid failures in their compressed air supply.

DA-PWO series flow limiters are designed to protect adsorption dryers against excessive flow velocities. Due to their high strength, these compressed air accessories retain their shape even at higher temperatures and flow velocities. The design and manufacture of the flow limiters comply with the requirements of EN ISO 5167.

With the DA-MFA-DPS1-4 and DA-MFA-DPS6-8 mounting kits, the FST adsorption dryers DPS1-4 and DPS6-8 can be easily mounted on a wall. The wall must have an appropriate load capacity for this purpose..

Our differential pressure gauge FAD01-FCA is suitable for our filter housings of the FCA series. It is mainly used for monitoring the differential pressure of filter elements [link (internal): filter elements].

The differential pressure gauge FAD01C-FCA with potential-free alarm contact is a high-quality filter accessory for our filter housings of the FCA series. It is used to monitor the differential pressure of filter elements and can indicate an error message to a higher-level control system in the event of a sudden increase in differential pressure.

A reliable differential pressure gauge FAD01-FWS for our filter housings of the FWS series. It is mainly used for monitoring the differential pressure of filter elements.

This differential pressure gauge FAD01C-FWS with potential-free alarm contact is compatible with the FST filter housings of the FWS series. Due to the alarm contact, exceptionally high differential pressures are displayed as an error message, e.g. on the control system. Our customers use it mainly for continuous monitoring of the differential pressure of filter elements.

The FAD02/50-FCA is a differential pressure gauge for FST filter housings of the FCA series up to 50 bar. It is mainly used for monitoring the differential pressure of filter elements.

This differential pressure gauge FAD02/50C-FCA with alarm contact is compatible with the FST filter housings of the FCA series up to 50 bar. Due to the alarm contact, exceptionally high differential pressures are displayed as an error message, e.g. on the control system. Our customers use this pressure gauge mainly for continuous monitoring of the differential pressure of filter elements.

The differential pressure gauge FAD02/50-FWS fits our filter housings of the FWS series up to 50 bar. It is mainly used to monitor the differential pressure of filter elements.

Our differential pressure gauge FAD02/50C-FWS with potential-free alarm contact is compatible with FST filter housings of the FWS series up to 50 bar. Differential pressure means pressure and thus energy loss. Due to the alarm contact, exceptionally high differential pressures are displayed as an error message, e.g. on the control system. Customers use it primarily for continuous monitoring of the differential pressure of filter elements.

The differential pressure gauge FAD03/350-FM is suitable for our high-pressure filter housings of the FMS and FMA series up to 350 bar. Our customers use it primarily to monitor the differential pressure of filter elements.

The differential pressure gauge FAD03/350-FM with potential-free alarm contact is suitable for high-pressure filter housings of the FMS and FMA series up to 350 bar. Our customers use it primarily for continuous monitoring of the differential pressure of filter elements in compressed air filtration [Link (internal): Compressed air filters].

Our oil test indicator FAI01OI-B06 is suitable for use in filter housings of the FCA30 to FCA190 series. It approximately measures the residual oil content (total oil content) in the compressed air at operating pressures up to 16 bar. Each oil test indicator is an independent unit and is mounted externally. The main purpose is to check the saturation of activated carbon filters.

The oil test indicator FAI02OI-B08 is suitable for use with filter housings of the FWS170 to FWS2000 series. With this compressed air accessory you can measure the compressed air oil content (total oil content) at operating pressures up to 16 bar. Each oil test indicator is an independent unit and is mounted externally. The main area of application is checking the saturation of activated carbon filters.

The humidity indicator FAI01HI is used for visual monitoring of the humidity content in the compressed air (pressure dew point). Our customers mainly use it for monitoring the pressure dew point in end-position dryers. Depending on the moisture content in the compressed air, the indicator pearls change colour to orange (dry), yellow-brown or green (moist). The colour change is reversible.

Mounting kit FAW20-25/1-FCA incl. gaskets with wall bracket for installing a compressed air filter on a wall

Mounting kit FAW30-70/1-FCA incl. gaskets with wall bracket for installing a compressed air filter on a wall

Mounting kit FAW90-130/1-FCA incl. gaskets with wall bracket for installing a compressed air filter on a wall

Mounting kit FAM20-25/2-FCA for filter combination of 2 filters

Mounting kit FAM20-25/2-FCMounting kit FAM30-70/2-FCA for filter combination of 2 filters

Mounting kit FAM90-130/2-FCA for filter combination of 2 filters

Mounting kit FAW20-25/2-FCA with wall bracket for installation of filter combination of 2 compressed air filters on one wall

Mounting kit FAW30-70/2-FCA with wall bracket for installation of filter combination of 2 compressed air filters on one wall

Mounting kit FAW90-130/2-FCA with wall bracket for installation of filter combination of 2 compressed air filters on one wall

Mounting kit FAM20-25/3-FCA for filter combination of 3 filtersA for filter combination of 2 filters

Mounting kit FAM30-70/3-FCA for filter combination of 3 filters

Mounting kit FAM90-130/3-FCA for filter combination of 3 filters

Mounting kit FAW20-25/3-FCA with wall bracket for installation of filter combination of 3 compressed air filters on one wall

Mounting kit FAW30-70/3-FCA with wall bracket for installation of filter combination of 3 compressed air filters on one wall

Mounting kit FAW90-130/3-FCA with wall bracket for installation of filter combination of 3 compressed air filters on one wall

Lock nut FA-PWL-E-M8-13-MS made of brass is used for securely screwing threaded rods.

Lock nut FA-PWL-E-M8-13-SS made of stainless steel for securely screwing threaded rods.

Lock nut FA-PWL-E-M10-13-SS made of stainless steel for securely screwing threaded rods.

The oil test indicator FAI02OI-B06 is suitable for use with oil vapour activated carbon adsorbers of the DSS series. With this compressed air accessory, our customers check the saturation of their activated carbon filters in the oil vapour activated carbon adsorber [Link (internal): Oil vapour activated carbon adsorber].