Air Conditioners

The EMtronics EMAC9KW 9,000 BTU Portable Air Conditioner will keep you cool for hours with its powerful cooling technology and many user comfort features. The Digital display allows you to choose the mode you want and check the performance of the item, choose from three fan speeds (HIGH / MID / LOW) and three different operation modes (Cool / Dehumdifier / Auto) for ultimate comfort. Sit back and use the remote control to change your settings, you can change the timer, speed, temperature, mode and also activate Sleep mode if you are ready for bed. The powerful 9K BTU motor will service a room size up to 37 sqm (m2) or 90m cube (m3), meaning its perfect for any medium room in the house. The 24 …

The EMtronics EMAC7KW 7,000 BTU Portable Air Conditioner will keep you cool for hours with its powerful cooling technology and many user comfort features. The Digital display allows you to choose the mode you want and check the performance of the item, choose from three fan speeds (HIGH / MID / LOW) and three different operation modes (Cool / Dehumdifier / Auto) for ultimate comfort. Sit back and use the remote control to change your settings, you can change the timer, speed, temperature, mode and also activate Sleep mode if you are ready for bed. The powerful 7K BTU motor will service a room size up to 27 sqm (m2) or 65m cube (m3), meaning its perfect for any small or medium room in the house.…

The EMtronics EMAC12KW 12,000 BTU Portable Air Conditioner will keep you cool for hours with its powerful cooling technology and many user comfort features. The Digital display allows you to choose the mode you want and check the performance of the item, choose from three fan speeds (HIGH / MID / LOW) and three different operation modes (Cool / Dehumdifier / Auto) for ultimate comfort. Sit back and use the remote control to change your settings, you can change the timer, speed, temperature, mode and also activate Sleep mode if you are ready for bed. The powerful 12K BTU motor will service a room size up to 51 sqm (m2) or 120m cube (m3), meaning its perfect for any medium or large room in the …

Silent EVO2 Series The Silent EVO 2 Series heat exchangers are designed to connect directly to the hydraulic rervoir. These offline air/oil coolers offer a reduced noise level while utilizing a pump activated by an electric motor to automatically take the oil into circulation through the cooler and then return the oil back into the hydraulic circuit. This is a high efficiency heat exchanger cooling system. Applications Hydraulic Installations Elevators / Lifts Presses Machine Tools Industrial Machinery & More Compatible Fluids Mineral Oils: HL & HLP Consult Factory for Other Fluid

Silent EVO2 Series The Silent EVO 2 Series heat exchangers are designed to connect directly to the hydraulic rervoir. These offline air/oil coolers offer a reduced noise level while utilizing a pump activated by an electric motor to automatically take the oil into circulation through the cooler and then return the oil back into the hydraulic circuit. This is a high efficiency heat exchanger cooling system. Applications Hydraulic Installations Elevators / Lifts Presses Machine Tools Industrial Machinery & More Compatible Fluids Mineral Oils: HL & HLP Consult Factory for Other Fluid

Silent EVO2 Series The Silent EVO 2 Series heat exchangers are designed to connect directly to the hydraulic rervoir. These offline air/oil coolers offer a reduced noise level while utilizing a pump activated by an electric motor to automatically take the oil into circulation through the cooler and then return the oil back into the hydraulic circuit. This is a high efficiency heat exchanger cooling system. Applications Hydraulic Installations Elevators / Lifts Presses Machine Tools Industrial Machinery & More Compatible Fluids Mineral Oils: HL & HLP Consult Factory for Other Fluid

Emmegi MG Air series air-oil heat exchangers are used to cool hydraulic oil systems by cooling the ambient air that passes over the radiant using a fan operated by an electric or hydraulic motor. The cooler element is produced by a braze-welding process carried out under vacuum. The configuration of the cooling pipes increases the turbulence of the fluid and the exchange capacity; special jets on the cooler finning further improve the total transmission coefficient. The result is a very small, light and robust technologically advanced product. The technical specification of the cooler element is as follows material: long life aluminium, operating pressure: 20 bar, test pressure: 35 bar,

Emmegi MG Air series air-oil heat exchangers are used to cool hydraulic oil systems by cooling the ambient air that passes over the radiant using a fan operated by an electric or hydraulic motor. The cooler element is produced by a braze-welding process carried out under vacuum. The configuration of the cooling pipes increases the turbulence of the fluid and the exchange capacity; special jets on the cooler finning further improve the total transmission coefficient. The result is a very small, light and robust technologically advanced product. The technical specification of the cooler element is as follows material: long life aluminium, operating pressure: 20 bar, test pressure: 35 bar,

Emmegi MG Air series air-oil heat exchangers are used to cool hydraulic oil systems by cooling the ambient air that passes over the radiant using a fan operated by an electric or hydraulic motor. The cooler element is produced by a braze-welding process carried out under vacuum. The configuration of the cooling pipes increases the turbulence of the fluid and the exchange capacity; special jets on the cooler finning further improve the total transmission coefficient. The result is a very small, light and robust technologically advanced product. The technical specification of the cooler element is as follows material: long life aluminium, operating pressure: 20 bar, test pressure: 35 bar,

Emmegi MG Air series air-oil heat exchangers are used to cool hydraulic oil systems by cooling the ambient air that passes over the radiant using a fan operated by an electric or hydraulic motor. The cooler element is produced by a braze-welding process carried out under vacuum. The configuration of the cooling pipes increases the turbulence of the fluid and the exchange capacity; special jets on the cooler finning further improve the total transmission coefficient. The result is a very small, light and robust technologically advanced product. The technical specification of the cooler element is as follows material: long life aluminium, operating pressure: 20 bar, test pressure: 35 bar,

Emmegi MG Air series air-oil heat exchangers are used to cool hydraulic oil systems by cooling the ambient air that passes over the radiant using a fan operated by an electric or hydraulic motor. The cooler element is produced by a braze-welding process carried out under vacuum. The configuration of the cooling pipes increases the turbulence of the fluid and the exchange capacity; special jets on the cooler finning further improve the total transmission coefficient. The result is a very small, light and robust technologically advanced product. The technical specification of the cooler element is as follows material: long life aluminium, operating pressure: 20 bar, test pressure: 35 bar,

Emmegi MG Air series air-oil heat exchangers are used to cool hydraulic oil systems by cooling the ambient air that passes over the radiant using a fan operated by an electric or hydraulic motor. The cooler element is produced by a braze-welding process carried out under vacuum. The configuration of the cooling pipes increases the turbulence of the fluid and the exchange capacity; special jets on the cooler finning further improve the total transmission coefficient. The result is a very small, light and robust technologically advanced product. The technical specification of the cooler element is as follows material: long life aluminium, operating pressure: 20 bar, test pressure: 35 bar,

Emmegi MG Air series air-oil heat exchangers are used to cool hydraulic oil systems by cooling the ambient air that passes over the radiant using a fan operated by an electric or hydraulic motor. The cooler element is produced by a braze-welding process carried out under vacuum. The configuration of the cooling pipes increases the turbulence of the fluid and the exchange capacity; special jets on the cooler finning further improve the total transmission coefficient. The result is a very small, light and robust technologically advanced product. The technical specification of the cooler element is as follows material: long life aluminium, operating pressure: 20 bar, test pressure: 35 bar,

Emmegi MG Air series air-oil heat exchangers are used to cool hydraulic oil systems by cooling the ambient air that passes over the radiant using a fan operated by an electric or hydraulic motor. The cooler element is produced by a braze-welding process carried out under vacuum. The configuration of the cooling pipes increases the turbulence of the fluid and the exchange capacity; special jets on the cooler finning further improve the total transmission coefficient. The result is a very small, light and robust technologically advanced product. The technical specification of the cooler element is as follows material: long life aluminium, operating pressure: 20 bar, test pressure: 35 bar,

Emmegi MG Air series air-oil heat exchangers are used to cool hydraulic oil systems by cooling the ambient air that passes over the radiant using a fan operated by an electric or hydraulic motor. The cooler element is produced by a braze-welding process carried out under vacuum. The configuration of the cooling pipes increases the turbulence of the fluid and the exchange capacity; special jets on the cooler finning further improve the total transmission coefficient. The result is a very small, light and robust technologically advanced product. The technical specification of the cooler element is as follows material: long life aluminium, operating pressure: 20 bar, test pressure: 35 bar,

Emmegi MG Air series air-oil heat exchangers are used to cool hydraulic oil systems by cooling the ambient air that passes over the radiant using a fan operated by an electric or hydraulic motor. The cooler element is produced by a braze-welding process carried out under vacuum. The configuration of the cooling pipes increases the turbulence of the fluid and the exchange capacity; special jets on the cooler finning further improve the total transmission coefficient. The result is a very small, light and robust technologically advanced product. The technical specification of the cooler element is as follows material: long life aluminium, operating pressure: 20 bar, test pressure: 35 bar,

Emmegi MG Air series air-oil heat exchangers are used to cool hydraulic oil systems by cooling the ambient air that passes over the radiant using a fan operated by an electric or hydraulic motor. The cooler element is produced by a braze-welding process carried out under vacuum. The configuration of the cooling pipes increases the turbulence of the fluid and the exchange capacity; special jets on the cooler finning further improve the total transmission coefficient. The result is a very small, light and robust technologically advanced product. The technical specification of the cooler element is as follows material: long life aluminium, operating pressure: 20 bar, test pressure: 35 bar,

Mobile, MG Air, KBV, Drain, HPA & HPV Series All models in the DC Fan Driven Heat Exchangers category feature rugged bar & plate construction. This design provides high performance cooling in a compact size. Other standard features of these coolers include low fouling non-louvered air fins and long life DC motors. Small to Medium (0.01 1 kW/C) Cooling Applications 0.5 320 LPM 2000KBV Includes 1.5 or 3 bar Internal Bypass Valve Low noise (down to 40 dBA)

Mobile, MG Air, KBV, Drain, HPA & HPV Series All models in the DC Fan Driven Heat Exchangers category feature rugged bar & plate construction. This design provides high performance cooling in a compact size. Other standard features of these coolers include low fouling non-louvered air fins and long life DC motors. Small to Medium (0.01 1 kW/C) Cooling Applications 0.5 320 LPM 2000KBV Includes 1.5 or 3 bar Internal Bypass Valve Low noise (down to 40 dBA)

Mobile, MG Air, KBV, Drain, HPA & HPV Series All models in the DC Fan Driven Heat Exchangers category feature rugged bar & plate construction. This design provides high performance cooling in a compact size. Other standard features of these coolers include low fouling non-louvered air fins and long life DC motors. Small to Medium (0.01 1 kW/C) Cooling Applications 0.5 320 LPM 2000KBV Includes 1.5 or 3 bar Internal Bypass Valve Low noise (down to 40 dBA)

Mobile, MG Air, KBV, Drain, HPA & HPV Series All models in the DC Fan Driven Heat Exchangers category feature rugged bar & plate construction. This design provides high performance cooling in a compact size. Other standard features of these coolers include low fouling non-louvered air fins and long life DC motors. Small to Medium (0.01 1 kW/C) Cooling Applications 0.5 320 LPM 2000KBV Includes 1.5 or 3 bar Internal Bypass Valve Low noise (down to 40 dBA)

Mobile, MG Air, KBV, Drain, HPA & HPV Series All models in the DC Fan Driven Heat Exchangers category feature rugged bar & plate construction. This design provides high performance cooling in a compact size. Other standard features of these coolers include low fouling non-louvered air fins and long life DC motors. Small to Medium (0.01 1 kW/C) Cooling Applications 0.5 320 LPM 2000KBV Includes 1.5 or 3 bar Internal Bypass Valve Low noise (down to 40 dBA)

Mobile, MG Air, KBV, Drain, HPA & HPV Series All models in the DC Fan Driven Heat Exchangers category feature rugged bar & plate construction. This design provides high performance cooling in a compact size. Other standard features of these coolers include low fouling non-louvered air fins and long life DC motors. Small to Medium (0.01 1 kW/C) Cooling Applications 0.5 320 LPM 2000KBV Includes 1.5 or 3 bar Internal Bypass Valve Low noise (down to 40 dBA)

Mobile, MG Air, KBV, Drain, HPA & HPV Series All models in the DC Fan Driven Heat Exchangers category feature rugged bar & plate construction. This design provides high performance cooling in a compact size. Other standard features of these coolers include low fouling non-louvered air fins and long life DC motors. Small to Medium (0.01 1 kW/C) Cooling Applications 0.5 320 LPM 2000KBV Includes 1.5 or 3 bar Internal Bypass Valve Low noise (down to 40 dBA)