Valves for pneumatic equipment - Import export

10 mm width, three different electrical connection possibilities. Optionally with manual override operation.

10 mm width, three different electrical connection possibilities. Optionally with manual override operation.

10 mm width, three different electrical connection possibilities. Optionally with manual override operation.

10 mm width, bistable latching solenoid valve or bistable 3/2-way solenoid valve which require only a short electrical power pulse to change the state. On request other sealing materials like EPDM or FKM are possible.

The door holding magnets are mainly used as holding devices on fire protection doors. They hold them in place when open. Controlled by a fire alarm or smoke protection control panel, they release the closures by interrupting the power supply in the event of a fire hazard. Product features: - Coil vacuum encapsulated (IP65) - VdS quality-controlled - Tested according to EN1155 & EN 14637 - Optimised design and quality - Accessories: Anchor plate

The door holding magnets are mainly used as holding devices on fire protection doors. They hold them in place when open. Controlled by a fire alarm or smoke protection control panel, they release the closures by interrupting the power supply in the event of a fire hazard. Product features: - Coil vacuum encapsulated (IP65) - VdS quality-controlled - Tested according to EN1155 & EN 14637 - Optimised design and quality - Accessories: Anchor plate

The door holding magnets are mainly used as holding devices on fire protection doors. They hold them in place when open. Controlled by a fire alarm or smoke protection control panel, they release the closures by interrupting the power supply in the event of a fire hazard. Product features: - Coil vacuum encapsulated (IP65) - VdS quality-controlled - Tested according to EN1155 & EN 14637 - Optimised design and quality - Accessories: Anchor plate

The door holding magnets are mainly used as holding devices on fire protection doors. They hold them in place when open. Controlled by a fire alarm or smoke protection control panel, they release the closures by interrupting the power supply in the event of a fire hazard. Product features: - Coil vacuum encapsulated (IP65) - VdS quality-controlled - Tested according to EN1155 & EN 14637 - Optimised design and quality - Accessories: Anchor plate

The door holding magnets are mainly used as holding devices on fire protection doors. They hold them in place when open. Controlled by a fire alarm or smoke protection control panel, they release the closures by interrupting the power supply in the event of a fire hazard. Product features: - Coil vacuum encapsulated (IP65) - VdS quality-controlled - Tested according to EN1155 & EN 14637 - Optimised design and quality - Accessories: Anchor plate

The door holding magnets are mainly used as holding devices on fire protection doors. They hold them in place when open. Controlled by a fire alarm or smoke protection control panel, they release the closures by interrupting the power supply in the event of a fire hazard. Product features: - Coil vacuum encapsulated (IP65) - VdS quality-controlled - Tested according to EN1155 & EN 14637 - Optimised design and quality - Accessories: Anchor plate

The door holding magnets are mainly used as holding devices on fire protection doors. They hold them in place when open. Controlled by a fire alarm or smoke protection control panel, they release the closures by interrupting the power supply in the event of a fire hazard. Product features: - Coil vacuum encapsulated (IP65) - VdS quality-controlled - Tested according to EN1155 & EN 14637 - Optimised design and quality - Accessories: Anchor plate

The door holding magnets are mainly used as holding devices on fire protection doors. They hold them in place when open. Controlled by a fire alarm or smoke protection control panel, they release the closures by interrupting the power supply in the event of a fire hazard. Product features: - Coil vacuum encapsulated (IP65) - VdS quality-controlled - Tested according to EN1155 & EN 14637 - Optimised design and quality - Accessories: Anchor plate

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.

Flat gripper with a neodymium magnet in a rubber-coated steel pot. The housing increases the adhesive force of the permanent magnet. The maximum adhesive force is achieved when the entire surface is placed on a metallic surface. The flat gripper has a central internal thread.

Flat gripper with a neodymium magnet in a rubber-coated steel pot. The housing increases the adhesive force of the permanent magnet. The maximum adhesive force is achieved when the entire surface is placed on a metallic surface. The flat gripper has a threaded pin with an external thread.

The Kuhnke FIO Controller 116 CNC is a PLC based on i.MX6 with integrated CODESYS PLC. In addition to the POUs made available in CODESYS SoftMotion, CODESYS SoftMotion CNC contains POUs for CNC functionality, different kinematic transformations with the appropriate visualization templates and the robotics axis group editor. It is able to exchange data with other systems via industrial Ethernet and RS232. In addition, a built-in SD-card slot and a USB-interface allow local storage of process data. An interrupt input allows realizing fastest possible reactions on specific process events.

The Kuhnke FIO Controller 116 CNC is a PLC based on i.MX6 with integrated CODESYS PLC. In addition to the POUs made available in CODESYS SoftMotion, CODESYS SoftMotion CNC contains POUs for CNC functionality, different kinematic transformations with the appropriate visualization templates and the robotics axis group editor. It is able to exchange data with other systems via industrial Ethernet and RS232. In addition, a built-in SD-card slot and a USB-interface allow local storage of process data. An interrupt input allows realizing fastest possible reactions on specific process events.

15 mm width, different electrical connection possibilities. Manual override optional, offered as rotary knob to be adjusted via flat-tip screwdriver or as "paddle" for the use without additional tools

15 mm width, different electrical connection possibilities. Manual override optional, offered as rotary knob to be adjusted via flat-tip screwdriver or as "paddle" for the use without additional tools

15 mm width, different electrical connection possibilities. Manual override optional, offered as rotary knob to be adjusted via flat-tip screwdriver or as "paddle" for the use without additional tools

15 mm width, different electrical connection possibilities. Manual override optional, offered as rotary knob to be adjusted via flat-tip screwdriver or as "paddle" for the use without additional tools

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.

Kendrion offers for its CODESYS-based controllers a library with blocks for motion control functions according to PLCopen for various drive controllers. The Kuhnke Motion Control library provides a wide range of function blocks for parameterization, positioning and diagnostics of the drive. The blocks are simple and intuitive to use and support in all phases of the workflow e.g. during programming, commissioning, diagnostics and maintenance. The motion task in the control system can thus be programmed simply, quickly and thus economically. A drive with only a few lines of code is put into operation via the corresponding visualization templates. The library supports drive controllers from various well-known companies and supplies a wide range of standardized functions. The communication between the drives and the control can take place via various fieldbuses such as EtherCAT®, CAN, Modbus or RS-485. Features

CODESYS Control Runtime is the leading manufacturer-independent programming system according to IEC 61131-3. Programmable Logic Controllers (PLCs), ECUs / mobile controllers, visualization devices, motion controllers and additional automation devices in various industries are programmed with this automation software. The CODESYS runtime is implemented on the control platforms of Kendrion Kuhnke and can therefore be used immediately for the machine builder. Continuously improvements are being made to the programming system and enable users to continue to innovate in the future.

Locking solenoids of the LLV series are characterized by high forces, compact design and a lateral force carrying capacity of up to 4,000 N. The electromagnetic locking units were specially developed for use in protective devices. They are available in the versions currentless locking (CL; spring force keeps bolt in locking position) and currentless unlocking (CU; spring force keeps bolt open, locked when energized). Solenoid armature and locking bolt are guided separately in maintenance-free bearings. The latch bolt is made of stainless. The microswitch, which is installed directly in the latch housing, signals the respective position of the latch bolt approx. 0.5 mm to 1 mm after leaving the stroke start position or before reaching the stroke end position. The locking solenoids are manufactured and tested according to DIN VDE 0580/07.2000.

Locking solenoids of the LLV series are characterized by high forces, compact design and a lateral force carrying capacity of up to 4,000 N. The electromagnetic locking units were specially developed for use in protective devices. They are available in the versions currentless locking (CL; spring force keeps bolt in locking position) and currentless unlocking (CU; spring force keeps bolt open, locked when energized). Solenoid armature and locking bolt are guided separately in maintenance-free bearings. The latch bolt is made of stainless. The microswitch, which is installed directly in the latch housing, signals the respective position of the latch bolt approx. 0.5 mm to 1 mm after leaving the stroke start position or before reaching the stroke end position. The locking solenoids are manufactured and tested according to DIN VDE 0580/07.2000.