Cod. 68121999 ELECTRIC CONTROL KIT FOR BALL VALVE. The Control Kit makes it possible to select ball valves outlets remotely and automatically without direct manual intervention on the plant. Polmac produces 12 volt direct current electrical drives for ball valves of various dimensions and characteristics (3-6 way for 1’’ ¼ to 2’’ ½ valves) with 2 different set-ups for a wide range of requirements and characteristics for the plant to be driven: vertical motor-drive with epicyclical reduction gear, horizontal motor-drive with worm-screw reduction gear. 24 Vcc. Motorizations against demand.
Cod. 68121899 ELECTRIC CONTROL KIT FOR BALL VALVE. The Control Kit makes it possible to select ball valves outlets remotely and automatically without direct manual intervention on the plant. Polmac produces 12 volt direct current electrical drives for ball valves of various dimensions and characteristics (3-6 way for 1’’ ¼ to 2’’ ½ valves) with 2 different set-ups for a wide range of requirements and characteristics for the plant to be driven: vertical motor-drive with epicyclical reduction gear, horizontal motor-drive with worm-screw reduction gear. 24 Vcc. Motorizations against demand.
Cod. 68155399 ELECTRIC CONTROL KIT FOR BALL VALVE. The Control Kit makes it possible to select ball valves outlets remotely and automatically without direct manual intervention on the plant. Polmac produces 12 volt direct current electrical drives for ball valves of various dimensions and characteristics (3-6 way for 1’’ ¼ to 2’’ ½ valves) with 2 different set-ups for a wide range of requirements and characteristics for the plant to be driven: vertical motor-drive with epicyclical reduction gear, horizontal motor-drive with worm-screw reduction gear. For the horizontally motorized version a disengagement kit is available (to be ordered separately) to manually drive the valve if necessary. 24 Vcc. Motorizations against demand.
Cod. 6815529A ELECTRIC CONTROL KIT FOR BALL VALVE. The Control Kit makes it possible to select ball valves outlets remotely and automatically without direct manual intervention on the plant. Polmac produces 12 volt direct current electrical drives for ball valves of various dimensions and characteristics (3-6 way for 1’’ ¼ to 2’’ ½ valves) with 2 different set-ups for a wide range of requirements and characteristics for the plant to be driven: vertical motor-drive with epicyclical reduction gear, horizontal motor-drive with worm-screw reduction gear. For the horizontally motorized version a disengagement kit is available (to be ordered separately) to manually drive the valve if necessary. 24 Vcc. Motorizations against demand.
Cod. 00200092 FLOW SWITCHING VALVE WITH GEARED REDUCTION MOTOR. Treated aluminium body with cataphoresis cycle. O.R. in Viton and Teflon-PTFE gasket. Interchangeable nylon flanges with different connections and in different sizes. Versions: ON/OFF closure used as a general valve and proportional closure as a pressure regulator. The ON/OFF version is available with a bottom and a side connection. Maximum flow with a flange of the same size as the valve: 350 lt./min.-92RPM. 12Vcc reduction motor.
Cod. 00200093 FLOW SWITCHING VALVE WITH GEARED REDUCTION MOTOR. Treated aluminium body with cataphoresis cycle. O.R. in Viton and Teflon-PTFE gasket. Interchangeable nylon flanges with different connections and in different sizes. Versions: ON/OFF closure used as a general valve and proportional closure as a pressure regulator. The ON/OFF version is available with a bottom and a side connection. Maximum flow with a flange of the same size as the valve: 350 lt./min.-92RPM. 12Vcc reduction motor.
Cod. 00200096 FLOW SWITCHING VALVE WITH GEARED REDUCTION MOTOR. Treated aluminium body with cataphoresis cycle. O.R. in Viton and Teflon-PTFE gasket. Interchangeable nylon flanges with different connections and in different sizes. Versions: ON/OFF closure used as a general valve and proportional closure as a pressure regulator. The ON/OFF version is available with a bottom and a side connection. Maximum flow with a flange of the same size as the valve: 350 lt./min.-92RPM. 12Vcc reduction motor.
Cod. 00200095 FLOW SWITCHING VALVE WITH GEARED REDUCTION MOTOR. Treated aluminium body with cataphoresis cycle. O.R. in Viton and Teflon-PTFE gasket. Interchangeable nylon flanges with different connections and in different sizes. Versions: ON/OFF closure used as a general valve and proportional closure as a pressure regulator. The ON/OFF version is available with a bottom and a side connection. Maximum flow with a flange of the same size as the valve: 350 lt./min.-92RPM. 12Vcc reduction motor.
Cod. 00200094 FLOW SWITCHING VALVE WITH GEARED REDUCTION MOTOR. Treated aluminium body with cataphoresis cycle. O.R. in Viton and Teflon-PTFE gasket. Interchangeable nylon flanges with different connections and in different sizes. Versions: ON/OFF closure used as a general valve and proportional closure as a pressure regulator. The ON/OFF version is available with a bottom and a side connection. Maximum flow with a flange of the same size as the valve: 350 lt./min.-92RPM. 12Vcc reduction motor.
Cod. 00200091 FLOW SWITCHING VALVE WITH GEARED REDUCTION MOTOR. Treated aluminium body with cataphoresis cycle. O.R. in Viton and Teflon-PTFE gasket. Interchangeable nylon flanges with different connections and in different sizes. Versions: ON/OFF closure used as a general valve and proportional closure as a pressure regulator. The ON/OFF version is available with a bottom and a side connection. Maximum flow with a flange of the same size as the valve: 350 lt./min.-92RPM. 12Vcc reduction motor.
Cod. 00200090 FLOW SWITCHING VALVE WITH GEARED REDUCTION MOTOR. Treated aluminium body with cataphoresis cycle. O.R. in Viton and Teflon-PTFE gasket. Interchangeable nylon flanges with different connections and in different sizes. Versions: ON/OFF closure used as a general valve and proportional closure as a pressure regulator. The ON/OFF version is available with a bottom and a side connection. Maximum flow with a flange of the same size as the valve: 350 lt./min.-92RPM. 12Vcc reduction motor.
Cod. 00186200 Compact stand-alone system composed of a 450 l/min. centrifugal pump, 5.5 HP internal-combustion engine, dual-valve system and containment frame. It can be coupled to any type of tank to obtain a chemical mixing unit and fast liquid transfer. The dual-valve system with the two levers on the same axis facilitates all the suction and delivery operations for the user. The components are made of a material resistant to aggressive chemicals and the frame is painted by cataphoresis.
Cod. VTD93510 "IXEF body. Viton OR. Teflon-PTFE gaskets. Delrin ball and nylon flanges with various connectors and different sizes. The specific shape
of the ball and the internal Venturi, enable the valve to carry out suction and delivery functions at the same time. The system allows to
always have a way in depression to use for suctioning liquids. In combination with a two ways valve, “dead man” model, carries out many
functions under the maximum safety conditions."
Cod. P0003333.2 Made of materials resistant to aggressive chemicals. O-rings in Viton and internal parts in stainless steel. They allow the liquid to flow in one direction and the spring closure allows perfect seal to prevent the liquid from flowing out in the opposite direction. Available with different couplings to satisfy every application requirement. They can be coupled directly to our ball valves with the body in aluminium. Side coupling for possible fitting of a tap (supplied separately) for liquid suction from an external container.
Cod. P0003353 Made of materials resistant to aggressive chemicals. O-rings in Viton and internal parts in stainless steel. They allow the liquid to flow in one direction and the spring closure allows perfect seal to prevent the liquid from flowing out in the opposite direction. Available with different couplings to satisfy every application requirement. They can be coupled directly to our ball valves with the body in aluminium. Side coupling for possible fitting of a tap (supplied separately) for liquid suction from an external container.