The series may be used as either a selector valve, or a divider valve.  It is vacuum applicable up to –101.2kPa.  Series VP3145/3165/3185 is a large size, 3 port solenoid valve with a rubber seal.  It is possible to use the series in vacuum applications or under low pressure. 

The series may be used as either a selector valve, or a divider valve.  It is vacuum applicable up to –101.2kPa.  Series VP3145/3165/3185 is a large size, 3 port solenoid valve with a rubber seal.  It is possible to use the series in vacuum applications or under low pressure. 

The series may be used as either a selector valve, or a divider valve.  It is vacuum applicable up to –101.2kPa.  Series VP3145/3165/3185 is a large size, 3 port solenoid valve with a rubber seal.  It is possible to use the series in vacuum applications or under low pressure. 

The ZH and ZU immediate response may be quicker than central vacuum systems. Also, these generators are often smaller and lighter than the bulky vacuum lines used in central vacuum systems. A built-in exhaust silencer keeps generator noise to a minimum. Available in four nozzle diameters and a number of port sizes.

The ZH and ZU immediate response may be quicker than central vacuum systems. Also, these generators are often smaller and lighter than the bulky vacuum lines used in central vacuum systems. A built-in exhaust silencer keeps generator noise to a minimum. Available in four nozzle diameters and a number of port sizes.

The ZH and ZU immediate response may be quicker than central vacuum systems. Also, these generators are often smaller and lighter than the bulky vacuum lines used in central vacuum systems. A built-in exhaust silencer keeps generator noise to a minimum. Available in four nozzle diameters and a number of port sizes.

The ZH and ZU immediate response may be quicker than central vacuum systems. Also, these generators are often smaller and lighter than the bulky vacuum lines used in central vacuum systems. A built-in exhaust silencer keeps generator noise to a minimum. Available in four nozzle diameters and a number of port sizes.

The MU cylinder can eliminate the need for higher operating pressures that may be required for typical flat cylinders.

The MU cylinder can eliminate the need for higher operating pressures that may be required for typical flat cylinders.

The MU cylinder can eliminate the need for higher operating pressures that may be required for typical flat cylinders.

The MU cylinder can eliminate the need for higher operating pressures that may be required for typical flat cylinders.

The MU cylinder can eliminate the need for higher operating pressures that may be required for typical flat cylinders.

The MU cylinder can eliminate the need for higher operating pressures that may be required for typical flat cylinders.

The MU cylinder can eliminate the need for higher operating pressures that may be required for typical flat cylinders.

The MU cylinder can eliminate the need for higher operating pressures that may be required for typical flat cylinders.

The MU cylinder can eliminate the need for higher operating pressures that may be required for typical flat cylinders.

The MU cylinder can eliminate the need for higher operating pressures that may be required for typical flat cylinders.

The MU cylinder can eliminate the need for higher operating pressures that may be required for typical flat cylinders.

The MU cylinder can eliminate the need for higher operating pressures that may be required for typical flat cylinders.

The MU cylinder can eliminate the need for higher operating pressures that may be required for typical flat cylinders.