Frigid-X™ Stainless Steel Panel Coolers NEMA Type 4-4X-316L (IP66), all external exposed surfaces are of 316L and ideal for pharmaceutical industry and extreme corrosive environments where 303/304 stainless steel is not adequate. As with the NEMA Type 4-4x Cabinet Panel Coolers, the cooler is splash resistant, for use in wash down environments as well as outdoor use. Unique patented design* for secure water tight protection. 316L Stainless Steel for pharmaceutical grade, food service and extreme corrosive environments. Stainless steel also provides for long life in wet environments and for outdoor use.

The Frigid-X™ Stainless Steel Panel Coolers NEMA Type 4-4X-316L (IP66) provides a low cost method of both purging and cooling electrical and electronic control panels by using a stainless steel vortex tube to create cold air from ordinary compressed air.

NEMA 4-4X (IP66) splash resistant, Stainless Steel Cabinet Panel Coolers for use in wash down environments as well as outdoor use. Unique patented design for secure water tight protection. Stainless steel for food service and corrosive environments. Stainless steel also provides for long life in wet environments and for outdoor use.

The NEMA 4-4X (IP66) Stainless Steel Cabinet Panel Coolers provides a low cost method of both purging and cooling electrical and electronic control panels by using a stainless steel vortex tube to create cold air from ordinary compressed air

Unlike many of our competitors all of our Frigid-X™ NEMA 4-4X (IP66) Stainless Steel Cabinet Panel Coolers are stainless steel, not just the vortex tube, for longer life and flexible use. Frigid-X™ NEMA 4-4X (IP66) Stainless Steel Cabinet Panel Coolers are compact and can be installed in minutes through a standard electrical knockout. There are virtually no moving parts.

Frigid-X™ Stainless Steel Panel Coolers NEMA Type 4-4X-316L (IP66), all external exposed surfaces are of 316L and ideal for pharmaceutical industry and extreme corrosive environments where 303/304 stainless steel is not adequate. As with the NEMA Type 4-4x Cabinet Panel Coolers, the cooler is splash resistant, for use in wash down environments as well as outdoor use. Unique patented design* for secure water tight protection. 316L Stainless Steel for pharmaceutical grade, food service and extreme corrosive environments. Stainless steel also provides for long life in wet environments and for outdoor use.

The Frigid-X™ Stainless Steel Panel Coolers NEMA Type 4-4X-316L (IP66) provides a low cost method of both purging and cooling electrical and electronic control panels by using a stainless steel vortex tube to create cold air from ordinary compressed air.

High Voltage Power Pack Transformers EN – C (2 Outlet) and EN-C4 (4 Outlet)

Static Control Power Supply EN-C type High Voltage Power Pack. The integrated high-voltage transformer coverts applied mains voltage to approximately 7,000 to 8,000 volts. The unit is equipped with two or four high-voltage terminals and integrated on-off pilot lamp.

Transformers are equipped with a modular-type high-voltage transformer. It consists of three main modules, all of which can be replaced individually. This unit is electrically approved for North American installations.

High Voltage Power Pack Transformers EN – C (2 Outlet) and EN-C4 (4 Outlet)

Static Control Power Supply EN-C type High Voltage Power Pack. The integrated high-voltage transformer coverts applied mains voltage to approximately 7,000 to 8,000 volts. The unit is equipped with two or four high-voltage terminals and integrated on-off pilot lamp.

Transformers are equipped with a modular-type high-voltage transformer. It consists of three main modules, all of which can be replaced individually. This unit is electrically approved for North American installations.

High Voltage Power Pack Transformers EN – C (2 Outlet) and EN-C4 (4 Outlet)

Static Control Power Supply EN-C type High Voltage Power Pack. The integrated high-voltage transformer coverts applied mains voltage to approximately 7,000 to 8,000 volts. The unit is equipped with two or four high-voltage terminals and integrated on-off pilot lamp.

Transformers are equipped with a modular-type high-voltage transformer. It consists of three main modules, all of which can be replaced individually. This unit is electrically approved for North American installations.

High Voltage Power Pack Transformers EN – C (2 Outlet) and EN-C4 (4 Outlet)

Static Control Power Supply EN-C type High Voltage Power Pack. The integrated high-voltage transformer coverts applied mains voltage to approximately 7,000 to 8,000 volts. The unit is equipped with two or four high-voltage terminals and integrated on-off pilot lamp.

Transformers are equipped with a modular-type high-voltage transformer. It consists of three main modules, all of which can be replaced individually. This unit is electrically approved for North American installations.

High Voltage Power Pack Transformers EN – C (2 Outlet) and EN-C4 (4 Outlet)

Static Control Power Supply EN-C type High Voltage Power Pack. The integrated high-voltage transformer coverts applied mains voltage to approximately 7,000 to 8,000 volts. The unit is equipped with two or four high-voltage terminals and integrated on-off pilot lamp.

Transformers are equipped with a modular-type high-voltage transformer. It consists of three main modules, all of which can be replaced individually. This unit is electrically approved for North American installations.

Minimizes compressed air use for blowoff, cooling, cleaning, conveying, drying and static control applications to dramatically save on compressed air use.

The Nex Flow™ user-friendly PLC flow control system (PLCFC) for compressed air is truly advanced and uses the most modern technology available today and can be used as a stand alone unit or interfaced with other automated systems. The PLCFC is a PLC based system – not just a simple, sensor and timer. The PLCFC combines a photo electric sensor to turn on the air when the target passes the sensor and to turn off the air when it leaves the sensor. (The unit is set to have a 2 second delay after it leaves the sensor but turns on instantaneously when it sees the target). We can supply an optional timer if the customer wants to set the unit to turn off based on time rather than using the sensor to turn it off.

Minimizes compressed air use for blowoff, cooling, cleaning, conveying, drying and static control applications to dramatically save on compressed air use.

The Nex Flow™ user-friendly PLC flow control system (PLCFC) for compressed air is truly advanced and uses the most modern technology available today and can be used as a stand alone unit or interfaced with other automated systems. The PLCFC is a PLC based system – not just a simple, sensor and timer. The PLCFC combines a photo electric sensor to turn on the air when the target passes the sensor and to turn off the air when it leaves the sensor. (The unit is set to have a 2 second delay after it leaves the sensor but turns on instantaneously when it sees the target). We can supply an optional timer if the customer wants to set the unit to turn off based on time rather than using the sensor to turn it off.

Minimizes compressed air use for blowoff, cooling, cleaning, conveying, drying and static control applications to dramatically save on compressed air use.

The Nex Flow™ user-friendly PLC flow control system (PLCFC) for compressed air is truly advanced and uses the most modern technology available today and can be used as a stand alone unit or interfaced with other automated systems. The PLCFC is a PLC based system – not just a simple, sensor and timer. The PLCFC combines a photo electric sensor to turn on the air when the target passes the sensor and to turn off the air when it leaves the sensor. (The unit is set to have a 2 second delay after it leaves the sensor but turns on instantaneously when it sees the target). We can supply an optional timer if the customer wants to set the unit to turn off based on time rather than using the sensor to turn it off.

Minimizes compressed air use for blowoff, cooling, cleaning, conveying, drying and static control applications to dramatically save on compressed air use.

The Nex Flow™ user-friendly PLC flow control system (PLCFC) for compressed air is truly advanced and uses the most modern technology available today and can be used as a stand alone unit or interfaced with other automated systems. The PLCFC is a PLC based system – not just a simple, sensor and timer. The PLCFC combines a photo electric sensor to turn on the air when the target passes the sensor and to turn off the air when it leaves the sensor. (The unit is set to have a 2 second delay after it leaves the sensor but turns on instantaneously when it sees the target). We can supply an optional timer if the customer wants to set the unit to turn off based on time rather than using the sensor to turn it off.

The X-Stream™ Flow Meter represents a radical departure from conventional flow meter designs, providing easy installation, low cost, and accurate placement of the probes in the air stream. The meter clamps around a pipe with its probes projecting into the pipe through drilled holes. The low cost of the meter makes it ideal for installation at points throughout an air distribution system to track valuable compressed air and assess system operation

The X-Stream™ Flow Meter represents a radical departure from conventional flow meter designs, providing easy installation, low cost, and accurate placement of the probes in the air stream. The meter clamps around a pipe with its probes projecting into the pipe through drilled holes. The low cost of the meter makes it ideal for installation at points throughout an air distribution system to track valuable compressed air and assess system operation

The X-Stream™ Flow Meter represents a radical departure from conventional flow meter designs, providing easy installation, low cost, and accurate placement of the probes in the air stream. The meter clamps around a pipe with its probes projecting into the pipe through drilled holes. The low cost of the meter makes it ideal for installation at points throughout an air distribution system to track valuable compressed air and assess system operation