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8ton Industrial Chiller Units For Industrial Process Cooling Machine For Printing Equipment

8ton Industrial Chiller Units For Industrial Process Cooling Machine For Printing Equipment

Industrial Process Cooling Machine Chiller Units

8ton Industrial Chiller Units

Printing Equipment Chiller Units

Place of Origin:

China

Brand Name:

ANGES

Model Number:

ACK-8(D)

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Product Details
Type:
Air Cooled Type
Capacity:
8HP
Compressor Typetype:
Danfoss/Panosonic/Copeland/LG
Refrigerant:
R410a/R407C/R134A/R22
Pump:
Included 2 Bar- 4 Bar
Water Tank:
85L
Voltage:
3PH~220V/380/415V~50HZ/60HZ
Dimension(l*w*h):
1530*780*1630
Weight:
350kg
Temperature Range:
5℃ ~ 35℃
Application:
Industrial Cooling Solutions,Plastic & Rubber / Chemical Etc / Welding
Payment & Shipping Terms
Minimum Order Quantity
1
Price
Negotiation
Packaging Details
Plywood case
Delivery Time
10-35 days
Payment Terms
T/T, L/C
Supply Ability
400 units/ month
Product Description

8ton Industrial Chiller Units For Industrial Process Cooling Machince for Printing industry equipment

The industrial chiller used in printing is cooled during the printing process, which eliminates the heat generated by the friction of the printing roller and cools the paper after it comes out of the ink drying box,

which can preserve and improve the printing work and extend the life of the printing equipment. service life.

 

 Specification 

 
 

Model

Item

ACK-8(D)
Nominal cooling capacity Kcal/h 19522
  kw 22.7
Input power kw 9.38
Power supply 3PH~380V/50HZ
Refrigerant Type R22
  Type of control Capillary
Compressor Type Hermetic scroll type
  Power (kw) 7.4
Condenser Type

Finned copper tube+low noise outer

rotor fan

  Power(kw) 0.48
  Cooling air flow(m³/h) 8000
Evaporator Type Shell and tube
  Chilled water flow (m³/h) 3.91
  Tank volume(L) 85
  Inlet/outlet pipe chiller(inch) 1-1/2
Water pump Power(KW) 1.5
  Lift(m) 20
Safety protection compressor over temperature, over-current protection, high and low pressure protection, over -temperature protection ,flow switch protection,phase sequence or missing phase protection,exhaust overheating protection
Net weight kg 350
Dimension mm 1530*780*1630
 
 

What is the working principle of printing chiller?

 

  1. Industrial chillers usually use water, antifreeze and other refrigerants to flow. The liquid flows to the cylinder cooling pipe, which can absorb the heat of the cylinder and other components (paper and ink).
  2. Then, the water circulation of the industrial chiller is used to cool down - absorb heat - cool down - re-cool - absorb heat again to keep the cylinder working in a suitable temperature range.
  3. The use of industrial chillers in the printing process is an efficient, stable and reliable method that can reduce high temperatures, save time, machinery and materials, and help improve printing efficiency and printing quality.

What are the requirements for industrial chillers for printing?

  1. First, determine the refrigeration circulating water flow required by the printing equipment and convert it into kilowatts. According to the selection parameters of the Anges chiller brand special printing chiller, determine the appropriate cooling power, water flow and other parameters.
  2. Generally, there are parameter requirements for water flow, water pressure, and water cleanliness. Some industrial chillers for printing need to be equipped with a circulating water pump with a head length of more than 50 meters to meet the equipment requirements.
  3. Third, there are requirements for the material of the chiller pipes. Since the internal water quality must be clean, the circulating water pipes, insulated water tanks, accessories, etc. must not be contaminated by water, so the requirements are high.

 

FAQ

1.How does a chiller system work?

Chiller has two circulation,one is process water circulation,the other is refrigerant gas circulation.Heat picked up from the process.Heat transfers to refrigerant circulation.Heat is remove to air or water.

 

2.How to calculate cooling capacity for chillers?

Cooling Capacity(kw)= Flow Rate(m3/h)*Temp Change(T1-t2)/0.86

Heat Load= C(specific heat)* M(quality output per hour )*Temp Change(T1-T2)

 

3.How can we do for chiller maintenance ?

Step 1: Keep Tubes Clean
Step 2: Ensure a Leak-free Unit
Step 3: Sustain Proper Water Treatment(prevent scale, corrosion)
Step 4: Analyze Oil and Refrigerant

 

 

 

 

8ton Industrial Chiller Units For Industrial Process Cooling Machine For Printing Equipment 0


 

 

 

 

 

 

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