AIR COOLING SYSTEM
In this type of cooling system, the heat, which is conducted to the outer parts of the engine, is radiated and
conducted away by the stream of air, which is obtained from the atmosphere. In order to have efficient
cooling by means of air, providing fins around the cylinder and cylinder head increases the contact area.
The fins are metallic ridges, which are formed during the casting of the cylinder and cylinder head
The amount of heat carried off by the air-cooling depends upon the following factors

Air-cooled Series
AT-60,90

Temp. Range

5~40°C (Indoor)

Humidity Range

40~80%

Cooling Capacity

14~26 KW

Features

  • High inductive electronic temperature control switch, and water pump, easy control the manu-facturing process liquid temperature(accuracy ± 0.5°C)
  • With Euro-well-known brand compressor, low noise, high E.E.R
  • No need cooling water tower.
  • Stainless steel plank type heat exchanger. Significantly promote the cooling efficiency, can save 20% energy.
  • The cold storage trough can store surplus energy according to the demand.
  • Microprocessor control panel and breakdown indication lamp.
  • Multiple security protected device, postponed and automatic return home circulated function.
  • Have dual-temperature system for choice.
  • With open-type stainless steel water tank, easy to clean and maintain.
  • Can set water supply by manual or automatic method.
  • With perfect anti-shock device and feet wheel design, easy to move.

Appliations

  • The plastic hollow molding/plastics runner film roller cooling.
  • Plastic injection and punching molding cooling.
  • All kind microprocessor control machine tools, grinders, machine centers and combined lathe of the principal axis lubrication and hydraulic system cooling.
  • Laser cutting & marking machine.
  • Semiconductor and electron Instruments, ultrasonic cleaning equipment.
  • All kind of machine processes liquid cooling.
  • Central air cooling system
  • air cooling system

Specifications

Model AT-60A
Temp. range 5~40°C(Indoor )
Humidity range 40~80%
Power 3P –220/380V –50/60Hz
Coolant R22/R407
Cooling liquid Water
Export temp 8~30°C ± 1°C
Cooling capacity
50/60Hz
Kcal-h 12,000/15,000
BTU-h 48,000/60,000
kw 14/17
Water flow L/min 75
Water pressure Kg 2
Water piping High pressure rubber tube, Stainless steel piping
Protection system No fuse magnetic switch, water level, against/lack phase, ultra-temp, overload protection
Compressor Kw 3.5
Cold-water inlet/outlet 1"
Remote control AC220V、DC 24V
Color Blue+White
Dimension LxWxH mm 1,320x810x1,820
Water tank L 210
Weight kg 265

Also have the AT-A2, AT-AL, AT-AL2 system further for your choice.
We reserve the right that modification designs and technique parameter change and will not notice specially.

Model AT-90A
Temp. range 5~40°C(Indoor )
Humidity range 40~80%
Power 3P –220/380V –50/60Hz
Coolant R22/R407
Cooling liquid Water
Export temp 8~30°C ± 1°C
Cooling capacity
50/60Hz
Kcal-h 18,000/22,500
BTU-h 72,000/90,000
kw 21/26
Water flow L/min 100
Water pressure Kg 2
Water piping High pressure rubber tube, Stainless steel piping
Protection system No fuse magnetic switch, water level, against/lack phase, ultra-temp, overload protection
Compressor Kw 5.5
Cold-water inlet/outlet 1"
Remote control AC220V、DC 24V
Color Blue+White
Dimension LxWxH mm 1,320x810x1,820
Water tank L 210
Weight kg 350

Also have the AT-A2, AT-AL, AT-AL2 system further for your choice.
We reserve the right that modification designs and technique parameter change and will not notice specially.

Description of the indirect air cooling system combined with evaporative cooling
air cooling system powerful manufacturers, stable supply, worry-free after sales。High cost-effective。High quality。Factory Directly Sale。Welcome to consult with
Gas Turbine Suction Air Cooling System
This system enables the power enhancement of a gas turbine by increasing air flow rate. The colder air temperature, the more air flow rate. LNG cold energy can cool suction air more efficiently than conventional refrigeration system.
In this system (shown scheme below), water chilled by LNG is circulated in a loop to serve as a cold source for a suction air cooling. The suction air temperature can be reduced by approximate 5 to 10℃ by use of cold energy recovery from LNG.
Development of the world's first air-cooling system for aircraft onboard 100kW-class power electronics - The “liquid-less”, clean cooling