Valve precision - Import export

Control Linear Solenoid with short stroke travels and high magnetic forces for precise switching of valves. The control solenoid is based on the force effect exerted on ferromagnetic bodies in the magnetic field. The electrical energy is converted into mechanical kinetic energy. The armature is reset by spring, weight or magnetic forces. The control solenoid is available in different versions and tested according to DIN VDE 0580/07.2000.

Control Linear Solenoid with short stroke travels and high magnetic forces for precise switching of valves. The control solenoid is based on the force effect exerted on ferromagnetic bodies in the magnetic field. The electrical energy is converted into mechanical kinetic energy. The armature is reset by spring, weight or magnetic forces. The control solenoid is available in different versions and tested according to DIN VDE 0580/07.2000.

The ball sector valve type 4032 with high resolution motor actuator providing over 8,000 steps of resolution in 90° of travel. Developed as a basis weight control valve for paper production, this high precision control valve is also used in other industries where the highest demands are placed on control quality and positioning accuracy.

The MAGDOS LD plays a decisive role in the reliable and precise dosing of liquids in process sequences. With its availability in seven performance ranges, it offers flexible adaptation to different requirements. Double ball valves ensure exact dosing for precise and consistent results. The dosing capacity can be adjusted manually by adjusting the stroke frequency or via external control contacts, allowing easy integration into existing systems. The compact MAGDOS LD is characterised by its minimal mounting surface, which means that it can be integrated into any dosing system in an extremely space-saving manner. In addition, it can be mounted in three different positions without additional aids: upright and left or right orientated on the wall.

Control Linear Solenoid D51 with short stroke travels and high magnetic forces for precise switching of valves. The control solenoid is based on the force effect exerted on ferromagnetic bodies in the magnetic field. The electrical energy is converted into mechanical kinetic energy. The armature is reset by spring, weight or magnetic forces. The control solenoid is available in different versions and tested according to DIN VDE 0580/07.2000.

KAMAT's in-house manufactured control valves are the ideal solution when you are looking for a continuous, trouble-free solution for controlling the direction of fluid flow. The combination of our various valves, such as directional, on/off and switching valves, transforms complex tasks into easily controlled functions of your high pressure unit. All of our control solutions can be remotely controlled using either electric, hydraulic, mechanical or pneumatic access, making our solutions even more versatile and adaptable to different demanding environments. All of these solutions can be manufactured using special materials, further enhancing their versatility and making them suitable for use in combination with demanding media such as chemicals.

KAMAT pressure relief valves for our high pressure pumps ensure optimum working pressure at all times. They can be configured to control pressure either by mechanical pre-adjustment or by remote pneumatic control. We are also able to manufacture many of our pressure relief valves in special materials, making them ideal for the process industry. In addition, our control rods are made from ceramic or stellite, making all our valves highly wear resistant.

The GEMÜ F60 motorized 2/2-way filling valve is designed for extremely precise and fast filling processes in aseptic and hygienic areas of application. GEMÜ F60 enables activation in real time, ultra-quick load cycles and high flow rates of up to 18.500 l/h. The sealing concept of the valve is based on the GEMÜ PD design, whereby the actuator is hermetically separated from the medium. All actuator parts (except the seals) are made from stainless steel.

The RCV Plus™ Gas Mixing System is a combination of flow meters specifically designed to monitor and control the ratio of two gases. It consists of an RCV Plus™ and a FLO-TRONIC Plus™. The RCV Plus™ utilizes a micro-processor that continuously compares a preset ratio to the real-time ratio of the two gas flows, as measured by the FLO-TRONIC Plus™, and the ratio control valve itself. Using a stepper motor, the RCV Plus™ continuously adjusts the flow metering needle-valve to precisely maintain the preset gas ratio. The real-time ratio is continuously displayed on the LCD screen of the RCV Plus™. Included in the RCV Plus™ is an optional input for the addition of a trim gas, which is frequently used for process control. Trim gas addition is additive to the ratio. When trim gas is used, the continuously displayed real-time ratio then includes the trim gas addition.

Application The SG 175 support grinder is designed for grinding the conical seating surface of valves of medium speed diesel engines on a standard lathe. Handling The support grinder is clamped in the toolpost located on the top slide of the lathe. The grinding angle corresponding to the required valve seat angle is adjusted by turning the top slide of the lathe to an angular position which corresponds to the valve seat angle and which is defined by the template supplied with the grinder. The valve stem is clamped in the chuck of the lathe and the valve face is ground by feeding the grinding wheel into the rotating valve face. Features The precision grinding spindle is permanetly sealed and lubricated for lifetime accuracy. The wheel guarding system is designed to the prevailing safety regulations. The cone-shaped head of the template is provided with a bore receiving the dressing diamond so that the grinding wheel can be properly dressed after adjustment of the grinding angle.

The fine control valve regulates even the smallest flow rates with great precision and with linear flow rate characteristics. Different spindle types are exactly matched to the media and the flow range. Additional safety and reliability are achieved by the spindle thread outside the media flow.

Miniaturized media-separated 2-way valve in the 8 mm series to control challenging media. This compact, media-separated valve is suitable for precise dosing of neutral and aggressive gases and liquids. Due to the relatively simple design, the valve can be adapted to specific customer requirements without much effort. For example, connection geometry, sealing material and rated voltage can be easily adjusted.