HY-WDL Water-cooled Screw Type Chiller Benefits for Industrial Cooling

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You need to control temperature exactly in your industrial work. The hy-wdl water-cooled screw type chiller helps you do this with steady cooling and saves energy.

HY-WDL Water-cooled Screw Type Chiller Benefits for Industrial Cooling

You need to control temperature exactly in your industrial work. The hy-wdl water-cooled screw type chiller helps you do this with steady cooling and saves energy. You use this chiller to keep things at the right temperature, even when it is hard to do so. The hy-wdl water-cooled screw type chiller uses new technology for good temperature control and steady cooling. You can count on its temperature control for chemical, pharmaceutical, food, and metalworking jobs. The hy-wdl water-cooled screw type chiller gives you great temperature control, less downtime, and better process quality.

Key Takeaways

  • The HY-WDL water-cooled screw chiller keeps the temperature just right. This helps your machines work well and stay safe.

  • This chiller uses less energy. You can save about 15% on energy bills compared to normal chillers. This means you spend less money overall.

  • It has a strong screw compressor and a water-cooled condenser. The chiller cools things down fast and does not make much noise. This makes it good for many types of businesses.

  • The smart control system lets you check and change settings right away. This cuts down on machine stops by up to half. It also helps the chiller last longer.

  • The HY-WDL chiller is made to be strong. It uses materials that do not rust easily. This means you do not need to fix it often, and it works well even in hard places.

HY-WDL Water-cooled Screw Type Chiller Overview

HY-WDL Water-cooled Screw Type Chiller Overview

What Is a Screw Chiller

A screw chiller gives strong and steady cooling for work. It uses a screw compressor to move refrigerant and keep things cold. The HY-WDL water-cooled screw chiller lets you control cooling exactly. You can trust it for high cooling power and steady work. This chiller is good for places that need big cooling systems. It makes less noise and shakes less, so your workspace stays quiet.

How Water-cooled Screw Chillers Work

A water-cooled screw chiller uses water to take away heat. You hook the chiller up to a water source. Water goes through the condenser and removes heat. The screw compressor pushes refrigerant through the system. You pick the temperature you want, and the chiller keeps it steady. The HY-WDL water-cooled screw chiller can cool down to -5°C and even -40°C. You can watch and change settings easily with the control system. The chiller keeps your process safe with things like overload protection and low-pressure alarms.

Tip: You can use water-cooled screw chillers for batch jobs or jobs that run all the time. This helps your process work well.

Here is a table that shows how much cooling HY-WDL water-cooled screw chillers can do:

Model

Cooling Capacity (KW)

Designed Conditions

Water-Cooled Screw Chiller

89 - 911

Chilled water inlet/outlet temp. -11℃ / -15℃; Cooling water inlet/outlet temp. 30℃ / 35℃

Coolsoon Water Cooled Screw Chiller

120 - 2500

Low noise, high efficiency, energy-saving

You get many choices for cooling power, so you can pick the chiller that fits your needs.

Industrial Applications

Water-cooled screw chillers are used in lots of industries. Chemical plants use them for exact cooling. Pharmaceutical companies need them for safe production. Food factories use them to keep food fresh. Metalworking shops use them to control temperature when working with metal. You can use commercial water-cooled chillers for cooling in places that need strong and steady cooling. The HY-WDL water-cooled screw chiller helps keep your process safe and your products good.

  • Chemical processing

  • Pharmaceutical manufacturing

  • Food preservation

  • Metalworking

The HY-WDL water-cooled screw chiller works well and lasts a long time. This makes it a good choice for your industrial cooling needs.

Key Features of HY-WDL Screw Chiller

Advanced Screw Compressor

The screw compressor gives strong cooling power. It uses twin-screw compressors to move refrigerant fast. This keeps your process at the right temperature. The design makes less noise and vibration in your workspace. You can change the cooling output to fit your needs. This helps you save energy and lower costs. The screw compressor works well in tough places. It keeps your process running smoothly.

Tip: The screw compressor gives steady cooling. It works even when your workload changes.

Water-cooled Condenser Efficiency

The water-cooled condenser helps remove heat quickly. This keeps your system working well. You see better performance in high temperatures. The condenser uses materials like titanium that resist corrosion. These materials help the condenser last longer. You do less maintenance and spend less money on repairs. Titanium stops corrosion and fouling. Your chiller works well in harsh places. You get strong performance and save money over time.

Feature

Benefit

Corrosion-resistant

Lower maintenance costs

Titanium construction

Longer service life

High heat transfer

Better cooling efficiency

Intelligent Control System

You use an intelligent system to control your HY-WDL chiller. The system lets you watch everything in real time. You can change settings quickly. You get alerts for problems, so you can fix them fast. Smart controls help keep your process safe and reliable. You use predictive maintenance to find issues early. This helps you avoid downtime. The system can rotate cooling tower cells to balance runtime. It can automate water recirculation to stop microbial growth. Your cooling system stays clean and works well.

  • Smart controls cut machine downtime by up to 50%.

  • You can make your chiller last up to 40% longer.

  • You make operations better and lower risks for your process.

Safety and Reliability

You trust the HY-WDL chiller to keep things safe. The system has overload protection and low-pressure alarms. These warn you about problems. You get alerts fast, so you can act quickly. The chiller uses strong, corrosion-resistant materials. This helps it last longer in tough places. The system meets standards like CE and ISO. You know your chiller is safe and reliable. You can use it for batch jobs or jobs that run all the time. It keeps your process stable every time.

Note: Water cooled screw chillers help you save energy and reduce noise. They keep your process safe. You get a reliable system that works well for many industries.

Industrial Benefits of Water-cooled Screw Chiller

Industrial Benefits of Water-cooled Screw Chiller

Energy Savings and Cost Efficiency

You want to pay less for energy. You also want your process to work well. The screw chiller helps with both. It uses advanced screw compressors and water-cooled condensers. These features help you save about 15% on energy. This is better than regular chillers. You can change the cooling output to fit your needs. You do not waste energy when things slow down. You spend less money on electricity and repairs. The screw chiller gives strong cooling and keeps costs low.

Tip: You can use the screw chiller for batch jobs or jobs that run all the time. This helps you control your budget and keep your process safe.

Stable Low-Temperature Performance

You need steady temperatures for your work. The screw chiller gives reliable cooling even when your workload changes. You can keep things cold from -5°C to -40°C. You do not have to worry about temperature changes. The chiller uses temperature control modules and PID algorithms. These systems adjust quickly when your process changes. Programmable Logic Controllers (PLCs) help the chiller measure and change settings. You get stable operation and exact cooling every time.

Here are some chillers that give steady low-temperature performance:

  • W-60-3100 FluidChill™: Temperature Range: -60 to +50 °C, Capacity: 3.1kW at -60°C, Stability: ±0.5 °C

  • W-60-4700 FluidChill™: Temperature Range: -60 to +50 °C, Capacity: 4.7kW at -60°C, Stability: ±0.5 °C

  • W-80-600 FluidChill™: Temperature Range: -80 to +50 °C, Capacity: 0.6kW at -80°C, Stability: ±0.5 °C

You can trust the screw chiller to keep your process safe and your products good.

Operational Flexibility

You need cooling that fits your changing needs. The screw chiller gives you flexibility for batch and nonstop jobs. You can change the cooling power to match your work. The chiller works well in tough places and keeps things steady. You can use it for chemical processing, making medicine, keeping food fresh, and metalworking. The smart control system lets you change settings fast and watch your process in real time. You get strong cooling and steady results every time.

Note: The screw chiller helps your process run well, even when your needs change.

Long Service Life

You want a chiller that lasts many years. The screw chiller uses materials that resist corrosion and have strong build. You do less maintenance and repairs. The water-cooled condenser and advanced compressor help the chiller work well for a long time. You can use it in tough places without worry. The system meets international standards, so you know it is safe and reliable. You get steady cooling and conditioning for your work. The screw chiller protects your investment and keeps your operations strong.

Benefit

What You Get

Corrosion resistance

Longer service life

Strong construction

Reliable cooling solutions

Low maintenance

Lower costs over time

International standards

Safe and stable conditioning

You can count on the screw chiller to help your work for many years.

Comparison with Other Chiller Types

Water-cooled vs. Air-cooled Screw Chiller

You might ask how water-cooled and air-cooled screw chillers are different. Water-cooled chillers use water to take away heat. Air-cooled chillers use air instead. Water moves heat better than air. This helps water-cooled chillers cool things faster. You pay less for energy with water-cooled chillers. Air-cooled chillers do not work as well when it is hot outside. Water-cooled chillers keep working well, even if the weather changes.

Here is a table that shows the differences:

Chiller Type

Efficiency Comparison

Additional Notes

Water-Cooled

More energy-efficient due to better heat transfer with water.

Needs extra equipment like cooling towers and pumps.

Air-Cooled

Efficiency drops as outside air gets hotter.

Easier to install, but less efficient in warm conditions.

Tip: If you want the best cooling for your building or factory, pick a water-cooled chiller.

Screw Chiller vs. Centrifugal Chiller

It is also good to know how screw chillers and centrifugal chillers are not the same. Screw chillers use rotary screw compressors. Centrifugal chillers use spinning impellers. Screw chillers work well when your cooling needs change during the day. They save energy when you do not need full power. Centrifugal chillers are best for big places that need lots of cooling all the time.

Feature

Screw Chiller

Centrifugal Chiller

Compressor Type

Rotary screw compressor

Centrifugal compressor

Efficiency at Partial Loads

More efficient

Less efficient without special controls

Efficiency at Full Loads

Good, but not as high as centrifugal

Very high, best for big, steady loads

Maintenance Requirements

Easier and less expensive

More complex and costly

Best Applications

Changing cooling needs, medium-to-large systems

Large, central air conditioning with steady loads

You can fix a screw chiller without stopping everything. Centrifugal chillers often need to be turned off for repairs. This can cost more money.

Why Choose HY-WDL for Industrial Cooling

You want a chiller that gives strong and steady cooling. HY-WDL water-cooled screw chillers are quiet and work well. You get good cooling for your building or factory. The smart control system lets you watch and change settings fast. You save money on energy and repairs. HY-WDL chillers meet world safety rules. You know you are getting a safe and reliable chiller for your cooling needs.

Note: HY-WDL water-cooled screw chillers give you great efficiency, reliability, and flexibility for your building or factory.

 

You get lots of good things with the HY-WDL Water-cooled Screw Type Chiller. It helps you keep the temperature just right. It moves heat well and saves energy. You can cool many machines at the same time. The chiller can cool and heat, so it does two jobs.

Advantage

Description

Precise Temperature Control

Keeps your cooling process steady and safe.

Efficient Heat Transfer

Uses water for better cooling and lower costs.

Versatility

Handles different cooling needs in your factory.

High Energy Efficiency

Saves energy during cooling and lowers your bills.

Dual Functionality

Supports both cooling and heating for your process.

You can count on HY-WDL chillers to work well. They use smart technology to keep cooling strong. You can make your cooling better and spend less money. If you want a system that fits your needs and keeps things safe, HY-WDL is a good pick.

Tip: You can ask HY-WDL for more information about cooling for your business.

FAQ

How do you choose the right HY-WDL chiller size?

You look at your cooling needs, the size of your workspace, and the temperature you want. HY-WDL offers models from 30HP to 1000HP. You can ask for help to pick the best fit.

What maintenance does the HY-WDL chiller need?

You clean the condenser, check the water quality, and inspect the compressor. You watch for alerts from the control system. Regular checks help your chiller last longer.

Tip: Set a monthly schedule for basic checks. This keeps your chiller running smoothly.

Can you use the HY-WDL chiller in harsh environments?

Yes, you can. The chiller uses corrosion-resistant materials. It works well in places with chemicals, moisture, or high temperatures. You get reliable cooling even in tough conditions.

What safety features protect your process?

You get overload protection, low-pressure alarms, and real-time monitoring. The control system warns you about problems. You can act fast to keep your process safe.

Safety Feature

What It Does

Overload Protection

Stops damage

Low-Pressure Alarm

Alerts you to issues

Real-Time Monitoring

Tracks system health

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