Directional control valves - Import export

The modular VD valve series allows the valves to be universally installed in a chain or on Omega DIN EN 50022 mounting rails. The solenoid valves guarantee fast switching times and are available in 3/2 NC or NO. Threaded connection G 1/8.

Large selection of manual directional control valves with different actuating elements. With lever at 90° / 45° or on the front. With adapter system for mushroom buttons, push buttons or rotary switches. Available in sizes 1/8 and 1/4 to 3/2, 5/2 and 5/3.

KAMAT unloading valves are the ideal solution for precise pressure control at fixed or varying volumes. A fast and smooth acting high pressure valve that redirects the flow of the conveyed medium when the desired pressure is reached on the discharge side. Smooth operation makes it a reliable partner for pressure testing pipelines and vessels in all conditions. Reliability is further enhanced by the addition of a surge valve, which is further protected by its own filter. This extra filter is important when solid particles are present in the fluid, such as when drilling mud is reinjected into a well. As well as being reliable, our valves are simple and versatile to control. They can be controlled mechanically, pneumatically, electrically or hydraulically, all with the option of remote control. Special materials can also be used to provide an ideal solution for the process industry.

Modular dosing system for filling conductive liquids in packaging machinery. Advantages over mechanical systems • no moving mechanical parts • easy cleaning in comparison with piston fillers • easy adjustment of batch quantities • no mechanical forces are applied to the product Special features • short dosing times of up to 100 ms possible • filling quantities from 1ml to DN 10 • small dimensions of the transmitter • wide range of batch quantity with one nominal size • CIP / SIP ability up to 140°C • min. conductivity >1µS/cm • complete system Flexibility • DN 10, 15, 20, 25, 32, 40 • various connections are available e.g.: • aseptic connection according to DIN 11864-1 to 3 • TRI-CLAMP according to DIN 32676 • milk thread according to DIN 11851 • 3A approved MDS completely electronic • different housing for 6/12/18 measuring channels • software for Linear, Rotary and Single Start Machines • connection to operator terminal or PLC • direct control of the dosing valve • 24 VDC...

Whenever several valves are to be used in a confined space and with minimal piping, a module or strip solution is recommended. In contrast to single piping, the expense for valve piping, fittings, working time, and possible leaks is almost cut in half.

Brake force control valve for stepless regulation of the brake pressure.

This series comprises valves with two connections that are operated by an electric motor. They are characterized by the fact that the valve stroke can be adjusted steplessly and held in place by a motor using a setpoint signal (420 mA or 010 V). This makes this series particularly suitable for precise dosing applications, as the servo motor reliably processes setpoint deviations of 1%.

Within the family of pressureregulating valves, a technical distinction is made between series of bypass valves, inline valves and threeway valves.

The electrical fine control valve makes it possible to adjust volume flows precisely via an input signal (4-20 mA) and to approach an exact spindle position. The valve can also be controlled by a 24V continuous voltage. Position feedback is implemented by a 4-20 mA output signal. With an additional adapter, the valve can also be connected via an RS-232 interface to a computer. The valves are available in 1/4" (10-200 l/h of water) and 1/2" (50-500 l/h of water).

- Whitworth pipe thread - Thread G2 for manual override - Chambered O-ring - Sealing: NBR - Material: brass nickel plated, Al black anodized - Allowable medium: air - Temperature range 14 to 158 °F (-10 to +70 °C) - Working pressure range 14,5 to 145 psi (1 to 10 bar) - Nominal flow rate measured when throttle is open at 87 psi (6 bar) and 14,5 psi (1 bar) pressure drop between inlet and exhaust