30HP Industrial Air Cooled Scroll Type Water Chiller Portable
Cooling System for Injection Processes
The benefits of using chiller:
①Efficient Cooling: Chillers provide consistent and efficient
cooling, ensuring stable operating temperatures for various
industrial processes and equipment.
②Energy Savings: Modern chillers are designed with energy-efficient
features, helping to reduce energy consumption and lower operating
costs.
③Process Control: Chillers offer precise temperature control,
allowing users to maintain optimal conditions for their specific
applications, which can improve product quality and consistency.
④Equipment Protection: By controlling temperatures, chillers help
to prevent overheating and damage to sensitive equipment, extending
its lifespan and reducing maintenance requirements.
⑤Environmental Impact: Chillers with environmentally friendly
refrigerants contribute to sustainability efforts by reducing
greenhouse gas emissions and minimizing ozone depletion.
How to select the model of the chiller?
1.Determine Cooling Load:
Calculate the cooling load required for your application. This is
usually measured in tons of refrigeration (TR) or kilowatts (kW).
Consider factors like the size of the space, heat generated by
equipment, and external environmental conditions.
2.Type of Chiller:
Air-cooled chillers: Typically used for smaller applications and
are easier to install and maintain.
Water-cooled chillers: More efficient for larger applications but
require cooling towers, more maintenance, and more space.
3.Application and Environment:
Assess whether the chiller will be used for industrial processes,
comfort cooling, or other specific applications.
Consider the ambient temperature and environmental conditions where
the chiller will be installed.
4.Energy Efficiency:
Look for chillers with high Coefficient of Performance (COP) or
Energy Efficiency Ratio (EER).
Consider chillers with variable speed drives (VSD) for better
energy management and efficiency.
5.Capacity Control:
Evaluate if the chiller can modulate its capacity to match the
varying cooling load. This helps in saving energy and improving
efficiency.
6.Size and Footprint:
Ensure the physical size and footprint of the chiller fit within
the space available for installation.
7.Initial and Operating Costs:
Balance between the initial purchase cost and the operating costs
(energy consumption, maintenance).
Consider the total cost of ownership over the chiller’s lifespan.
8.Reliability and Maintenance:
Check the reliability and ease of maintenance of the chiller.
Look for models with good service support and availability of spare
parts.
9.Regulatory Compliance:
Ensure the cooler complies with local regulations and standards,
including environmental regulations.
10.Manufacturer and Warranty:
Choose reputable manufacturers with good after-sales service and
support.
By considering these factors and following these steps, you can
select a chiller model that is efficient, reliable, and suitable
for your specific application.
Specification
Technical Parameter of Industrial Air-cooled Chiller
Model Item | ACK-30(D) |
| nominal cooling capacity | kcal/h | 95357 |
| kw | 110.88 |
| input power | kw | 29.92 |
| power supply | 3PH 440V 60Hz |
| refrigerant | type | R407C |
| type of control | thermostatic expansion valve |
| compressor | type | hermetic scroll |
| power(kw) | 24.92 |
| condenser | type | finned copper tube + low noise outer rotor fan |
| cooling air flow(m3/h) | 40000 |
| evaporator | type | shell and tube |
| chilled fluid flow (m3/h) | 19.12 |
| volume (L) | 240 |
| inlet and outlet pipe diameter (inch) | 2-1/2 |
| pump | power(kw) | 2.2 |
| lift(m) | 20 |
| safety protection | compressor overheating protection, over-current protection, high
and low pressure protection, over-temperature protection,flow
switch protection, phase sequence or missing phase protection,
exhaust overheating protection |
| weight | kg | 1300 |
| dimension | mm | 2300*1480*1900 |
Note: 1. Nominal cooling capacity is according to:
Inlet chilled fluid temperature: 17℃
Outlet chilled fluid temperature: 12℃
Inlet cooling air temperature: 30℃
Outlet cooling air temperature: 35℃
2. Working range:
The temperature range of chilled fluid is from 5℃ to 35℃;
Temperature difference between inlet and outlet chilled fluid is
from 3℃ to 8℃.
It is better to use the chiller while the ambient temperature at or
below 40℃.
We reserve the right to modify the above dimensions or parameters
without further notice.
FAQ
1.How does a chiller system work?
The chiller operates with two circulations: one involves the
circulation of process water, while the other entails the
circulation of refrigerant gas. Heat absorbed from the process is
transferred to the refrigerant circulation, and then expelled to
either air or water.
2.How to select the model of the chiller?
1.Determine Cooling Load:
Calculate the cooling load required for your application. This is
usually measured in tons of refrigeration (TR) or kilowatts (kW).
Consider factors like the size of the space, heat generated by
equipment, and external environmental conditions.
2.Type of Chiller:
Air-cooled chillers: Typically used for smaller applications and
are easier to install and maintain.
Water-cooled chillers: More efficient for larger applications but
require cooling towers, more maintenance, and more space.
3.Application and Environment:
Assess whether the chiller will be used for industrial processes,
comfort cooling, or other specific applications.
Consider the ambient temperature and environmental conditions where
the chiller will be installed.
4.Energy Efficiency:
Look for chillers with high Coefficient of Performance (COP) or
Energy Efficiency Ratio (EER).
Consider chillers with variable speed drives (VSD) for better
energy management and efficiency.
5.Capacity Control:
Evaluate if the chiller can modulate its capacity to match the
varying cooling load. This helps in saving energy and improving
efficiency.
6.Size and Footprint:
Ensure the physical size and footprint of the chiller fit within
the space available for installation.
7.Initial and Operating Costs:
Balance between the initial purchase cost and the operating costs
(energy consumption, maintenance).
Consider the total cost of ownership over the chiller’s lifespan.
8.Reliability and Maintenance:
Check the reliability and ease of maintenance of the chiller.
Look for models with good service support and availability of spare
parts.
9.Regulatory Compliance:
Ensure the cooler complies with local regulations and standards,
including environmental regulations.
10.Manufacturer and Warranty:
Choose reputable manufacturers with good after-sales service and
support.
By considering these factors and following these steps, you can
select a chiller model that is efficient, reliable, and suitable
for your specific application.
4. What kind of after-sales service can we provide?
24 hours Online support;
Video technical support;
Overseas third-party support available and etc.
