Pneumatic - Import export

Miniature indicator with pressure connection M5 for visual indication of pressure.

Miniature indicator with pressure connection M5 for visual indication of pressure.

Indicator with pressure connection M5 for visual indication of pressure.

Indicator with pressure connection M5 for visual indication of pressure.

Pneumatic timers are used for the precise time control of pneumatic signals in pneumatic circuits or systems. The pressure-independent function of time delay starts when pressure is applied to the control port. After the pre-selected time is elapsed, an internal 3/2 way valve is switched. The pneumatic timer is reset to the initial condition if the control port is vented for at least 300 ms. The adjustable time delay depends on the chosen version and amounts between 0.5 and 180 s. Due to its design the control pressure level must not be below working pressure level. As a result of the fire-risk evaluation according to EN 13463-1, the pneumatic timers are not subject to ATEX regulations. This means they may also be used in explosion hazardous areas as defined in IIG/ IID.

Pneumatic timers are used for the precise time control of pneumatic signals in pneumatic circuits or systems. The pressure-independent function of time delay starts when pressure is applied to the control port. After the pre-selected time is elapsed, an internal 3/2 way valve is switched. The pneumatic timer is reset to the initial condition if the control port is vented for at least 300 ms. The adjustable time delay depends on the chosen version and amounts between 0.5 and 180 s. Due to its design the control pressure level must not be below working pressure level. As a result of the fire-risk evaluation according to EN 13463-1, the pneumatic timers are not subject to ATEX regulations. This means they may also be used in explosion hazardous areas as defined in IIG/ IID.

The simple and compact design of this miniature PE converter with fixed switch-on pressure of 0.8 bar allows its use in various applications such as medical technology, dental treatment units, robotics, analysis systems, process and safety engineering. Easy mounting and high functional reliability are other advantages. By using silver contacts a long lifetime can be ensured even at high switching frequencies. As a result of the fire-risk evaluation according to EN 13463-1, the pneumatic timers are not subject to ATEX regulations. This means they may also be used in explosion hazardous areas as defined in IIG/ IID.

The simple and compact design of this miniature PE converter with fixed switch-on pressure of 0.8 bar allows its use in various applications such as medical technology, dental treatment units, robotics, analysis systems, process and safety engineering. Easy mounting and high functional reliability are other advantages. By using silver contacts a long lifetime can be ensured even at high switching frequencies. As a result of the fire-risk evaluation according to EN 13463-1, the pneumatic timers are not subject to ATEX regulations. This means they may also be used in explosion hazardous areas as defined in IIG/ IID.

The permanent holding magnets achieve a holding force of up to 35,000 N in the de-energized state and are designed for long holding of magnetic workpieces. When the DC-excited coil is switched on, the permanent magnetic field on the holding surface is neutralized and the workpiece to be held can be removed. The electromagnet holds loads even in the event of a power failure and only needs to be energized briefly to release the workpiece. It is characterized by its energy efficiency and high holding forces.

Holding magnet for holding or clamping ferromagnetic workpieces. The DC-excited coil achieves a holding force of up to 30,000 N when energized. When the supply voltage is switched off, the workpiece to be held falls off. The holding solenoid is maintenance-free and are characterized by a low operating current at high holding forces. The holding solenoid is available in different sizes in round, flat or square design.

The D-frame solenoid LCL is characterized by a compact design, low power consumption and short switching times. A long service life is promoted by the precision steel tube housing and maintenance-free armature bearings. The frame solenoid can be installed in any position, with the force preferably being applied in the axial direction only. It is fastened via threaded holes on the side or on the face. As standard, the frame linear solenoid has a chemically nickel-plated armature and a plastic-molded solenoid coil and has protection class IP 40. Versions with bellows achieve protection class IP54. Other voltages are possible on request.

The LHP035 is a square linear solenoid in a robust steel housing, which can be actuated either by pushing or pulling. In general, the stroke movement is from the stroke start to the stroke end position. The electromagnet is convincing in a wide range of applications with smallest space requirements and high forces. Depending on the area of application, the LHP035 can be optimally configured. The series can be configured with different duty cycles (5, 25, 40 and 100% ED) and different stroke variants (5, 10, 15, 20 mm). The plug (= IP40), sealing ring and bellows (=IP54) provide an increased degree of protection. The reset can be carried out by means of an optional integrated spring. Special voltage variants are also available on request. Benefits at a glance: high forces with small installation space, simple mounting due to square design, short switching times, low wear, 10 million switching cycles in long-term test, wide range of configuration options

The LHP035 is a square linear solenoid in a robust steel housing, which can be actuated either by pushing or pulling. In general, the stroke movement is from the stroke start to the stroke end position. The electromagnet is convincing in a wide range of applications with smallest space requirements and high forces. Depending on the area of application, the LHP035 can be optimally configured. The series can be configured with different duty cycles (5, 25, 40 and 100% ED) and different stroke variants (5, 10, 15, 20 mm). The plug (= IP40), sealing ring and bellows (=IP54) provide an increased degree of protection. The reset can be carried out by means of an optional integrated spring. Special voltage variants are also available on request. Benefits at a glance: high forces with small installation space, simple mounting due to square design, short switching times, low wear, 10 million switching cycles in long-term test, wide range of configuration options

Linear solenoid in enclosed design with maintenance-free armature bearing for maximum durability. Available as combi type solenoid, also with integrated return spring. Starting with size RM040 of the modular system, the heavy duty solenoids are available in a wide range of specifications, including splash-proof models. Our preferred types are available in small quantities from stock. Other versions or other voltages are available on request. More information can be found in the download area.

Linear solenoid in enclosed design with maintenance-free armature bearing for maximum durability. Available as combi type solenoid, also with integrated return spring. Starting with size RM040 of the modular system, the heavy duty solenoids are available in a wide range of specifications, including splash-proof models. Our preferred types are available in small quantities from stock. Other versions or other voltages are available on request. More information can be found in the download area.

Kendrion Automation has developed a high-quality range of non-return valves for applications requiring non-return and check functions. The one-way restrictor with fixed orifice is used where a reduction to low and constant flow values is required. There are different standard orifices available.

Kendrion Automation has developed a high-quality range of non-return valves for applications requiring non-return and check functions. These one-way restrictors can be screwed directly into the ports of miniature valves or cylinders. They are designed as inlet or outlet restrictors and do have either tube nipple connection including nut or push-in fittings.

Kendrion has developed a high-quality range of non-return valves for applications requiring non-return and check functions. The shuttle valve or double check valve, respectively, realizes the logical OR function in pneumatic circuits.

The robust OAC vibratory feeder coil series consists of a UI core and two excitation windings connected in series. Continuous controllability via drive voltage and/or frequency, high power ratings and optimally minimized eddy current losses characterize the electromagnet. The direction of oscillation is achieved by the geometric arrangement of the springs. The useful oscillation amplitude corresponds to twice the amplitude of the oscillation frequency of the overall system. OAC oscillating solenoids from Kendrion are used in spring mass systems to generate directional, linear oscillating movements. The vibratory feeder coil is available in 16 different sizes with universal mounting options and is supplied without a spring mass system. On request, the OAC series are also available with a base plate for mounting or a KTL coating for increased corrosion protection.

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. The pressure setting is done by an adjusting screw. The use of water can be realized with pressure regulator versions without bleeder ports. These pressure regulators are built with a very robust brass housing. Connection is done by 1/8“ NPTF inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These miniature pressure regulators fit into applications with low space requirements and low pressure levels. They work reliable and have a long life expectancy. A rotary knob is used to set the pressure level. The pressure regulator versions with bleeder ports can be used for pressurized air or neutral gases. These pressure regulators are built with a very robust brass housing. The pneumatic connection is done by M5 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. A rotary knob is used to set the pressure level. The use of water can be realized with pressure regulator versions without bleeder ports. These pressure regulators are built with a very robust brass housing. These pressure regulators can be connected by G1/8 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. The pressure setting is done by an adjusting screw. The use of water can be realized with pressure regulator versions without bleeder ports. These pressure regulators are built with a very robust brass housing. Connection is done by 1/8“ NPTF inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. The pressure setting is done by an adjusting screw. The use of water can be realized with pressure regulator versions without bleeder ports. These pressure regulators are built with a very robust brass housing. The pneumatic connection is done by M5 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

These precision pressure regulators can be used in various applications. They convince through their small size, high flow rates and high accuracy. Their modular design allows a cost optimized configuration. High reliability and maintenance free use are ensured for a long lifetime. The pressure setting is done by an adjusting screw. The pressure regulator versions with bleeder ports can be used for pressurized air or neutral gases. These pressure regulators are built with a very robust brass housing. The pneumatic connection is done by M5 inner thread. On request all pressure regulators can be adapted to different pressure levels or set to a specific output pressure. Seals can be changed from NBR to EPDM or Viton (FKM). Thereby it is easy to adapt the regulators to special media as oxygen (O2) or drinking water (H2O).

The permanent holding magnet achieve a holding force of up to 3,500 N in the de-energized state and are designed for long holding of magnetic workpieces. When the DC-excited coil is switched on, the permanent magnetic field on the holding surface is neutralized and the workpiece to be held can be removed. The electromagnet holds loads even in the event of a power failure and only needs to be energized briefly to release the workpiece. It is characterized by its energy efficiency and high holding forces. The permanent holding solenoid is available in different sizes with forces between 8 and 3,500 N.

The permanent holding magnets achieve a holding force of up to 35,000 N in the de-energized state and are designed for long holding of magnetic workpieces. When the DC-excited coil is switched on, the permanent magnetic field on the holding surface is neutralized and the workpiece to be held can be removed. The electromagnet holds loads even in the event of a power failure and only needs to be energized briefly to release the workpiece. It is characterized by its energy efficiency and high holding forces. The permanent holding solenoids are available in different sizes with forces between 8 and 3,500 N.

Holding magnet for holding or clamping ferromagnetic workpieces. The DC-excited coil achieves a holding force of up to 30,000 N when energized. When the supply voltage is switched off, the workpiece to be held falls off. The holding solenoid is maintenance-free and are characterized by a low operating current at high holding forces. The holding solenoid is available in different sizes in round, flat or square design.

Holding magnet for holding or clamping ferromagnetic workpieces. The DC-excited coil achieves a holding force of up to 30,000 N when energized. When the supply voltage is switched off, the workpiece to be held falls off. The holding solenoid is maintenance-free and are characterized by a low operating current at high holding forces.