Industrial Water Cooling
TOBEL self-developed oil chiller utilizes forced air-conditioning cooling to control the oil temperature of mechanical equipment at constant temperature(such as hydraulic oil and lubricating oil).
Whatever Type of Water Chiller, Tobel Can Fulfill the Water Chiller Solution for You.
- Tobel is a leader in water chiller manufacture with rich experience
- Tobel provide an 18-month warranty for standard water chillers that can extend to 24 months covered all water chillers
- Each water chiller from Tobel uses world-famous brand refrigeration spare parts
- Tobel can provide all clients water chiller installation and commission service 8 Hours troubleshooting: In case of any water chiller error or alarm, Tobel will give a quick response within 8 hours to solve your water chiller problem
- Tobel promise clients to give all water chiller whole lifetime service free of charge
General Description:
Water Chiller is a compact footprint cooling device that works on refrigeration and discharges heat by chilled water circulation. It provides a chilled water supply through its internal pumping system for application cooling. At the same time, the heat is discarded by an air/water-cooled condenser.
Water Chiller manufactured by Tobel is featured with innovative design components for reliable operation as temperature controller, internal reservoir, and water regulating valves, condenser fans, condenser, heat exchanger, expansion valves, scroll compressor, electric current components, and high/low-pressure switches.
Tobel designed Water Chiller is preferably used for applications requiring cooling solutions such as MRI machines, laser industry, die-casting, injection moulding, blow moulding, hotels, hospitals, laboratories, pharmaceuticals, welding, metalwork, etc.
Tobel is a thriving manufacturer and supplier of the global world focused on offering flexible designed and customer-oriented Water Chiller. With productive work experience, we can make recommendations and amendments in Water Cooling Systems for customer needs.
Are you in quest of a reliable Water Chiller for quick temperature regulation of your processing machines? You need to contact a world fabulous enterprise, Tobel .
So make an email or call our sales engineers and finalize your order at relatable charges. All Water Cooling Systems are quality enlisted with endless options of customization.
Tobel can design customized Water Chiller according to your requirements and budget.
Features and Advantages:
Water Chiller designed by Tobel is fabricated with standardized features offering the best performance and a diverse number of benefits as given below:
- Chilled water is supplied continuously to flow over the processing machine. The water coolant quickly absorbs the system heat for temperature maintenance mediated by the water pumping system and reservoir.
- The unit is made redundant and configured by installing a dual refrigeration circuit and compressor, assuring operation continuity in case of damage in one circuit.
- No direct contact with environmental factors and the quick heat absorption feature of water from the processing unit makes the Water Chiller durable with long service life.
- Stainless steel brazed plate evaporator consists of convoluted tubing engraved in plates. It provides a site for heat exchange between coolant and refrigerant. The evaporated refrigerant is dislocated from the evaporator to the condenser for heat expel.
- The whole unit is made-up of corrosion-resistant stainless steel material. Except from, pipes for water circulation are also made corrosion protective. Access towards the internal components is made possible by the side opening panels.
Why Tobel Can Be Your Reliable Water Chiller Manufacturer and Supplier
19 Years Water Chiller Manufacturing Experience
Tobel is a leader of water chiller manufacturers with rich experience.
24 Months Warranty Time
Tobel provides extend to 24 months of warranty time covering all water chillers.
Famous Brand Water Chiller Spare Parts
Each water chiller unit from Tobleuses famous brand spare parts.
Technical Support & Training Service
Tobel can provide water chiller installation and commission service.
8 Hours Chiller Troubleshooting
In case of any water chiller error, Tobel gives a quick response within 8 Hours
Whole Life Time Service of Your Water Chiller
Tobel promise to give all water chiller unit a whole lifetime of service
Application Industries
Applications of Water Cooling
Machine Tool Industry
Suitable for CNC machining centers, CNC lathes, grinders, milling machines and boring machines. It is used for spindle oil cooling and guide rail hydraulic oil cooling, which can effectively inhibit equipment thermal deformation, ensure processing accuracy and extend spindle service life.
General Hydraulic System Industry
Suitable for various hydraulic stations, large hydraulic presses, injection molding machines, die-casting machines, bending machines and punching machines. It continuously cools hydraulic oil to avoid seal aging, oil pressure fluctuation and unplanned shutdown caused by excessive oil temperature.
See the Oil Cooling in Action
Watch how the Oil Cooling delivers stable temperature control, fast cooling response, and reliable performance in real industrial working conditions.
What is a Water Chiller?
A Water Chiller is also known as an industrial Water Chiller, chilled water plants or chilled water systems, air cooling pieces of equipment.
These produce chilled water and are reasonable for various industrial and business applications.
Many producers offer a unique and good variety of Water Chiller that suits a wide scope of industries and businesses.
Water Chiller works similarly to air chiller yet requires two stages to finish the exchange of heat.
In the beginning, in the Water Chiller heat enters the condenser water from the refrigerant vapor.
Then in the Water Chiller, the warm and hot condenser water is then forced to the cooling tower, where the heat from the procedure is at last passed out into the air.
The Water Chiller removes heat from a load and moves it to the climate, utilizing a refrigeration system.
This heat-shifting Water Chiller is the best cooling machine in power plants.
Water Chiller has been just a system that has ethylene + water or water reservoir and circulation segments.
The cooling liquid is circled from the reservoir to the cooling equipment in the Water Chiller.
Water Chiller System has a cooling tower, still, they include higher proficiency, effectiveness, and efficiency than the air chiller.
A Water Chiller is more productive and efficient because they condense depending upon the ambient temperature bulb temperature, which is lower than the surrounding dry bulb temperature.
The lower a Water Chiller gathers; the more productive and effective is.
The Water Chiller system has a few components including:
Cooling towers, Condenser water pumps, Make-up water pumps, Chillers, and TES reservoirs. The water-cooling procedure is commonly finished.
It is finished with circle chilling from a Water Chiller to process and consequently offers constant or discontinuous cooling to any liquid-cooled processor-sensitive instruments or machines.
How does a Water Chiller Functions?
A Water Chiller deals with the guideline of vapor pressure or vapor absorption.
The Water Chiller gives a persistent progression or flow of coolant to the cold side at an ideal temperature of about 50°F (10°C).
The coolant is then pumped through the interaction, extricating heat out of one region of a facility (e.g., engine, process equipment, etc.) as it flows back to the return side of the Water Chiller System.
A Water Chiller utilizes a vapor pressure mechanical refrigeration system that connects with the interaction through a gadget or device called an evaporator.
Refrigerant circulates through an evaporator, compressor, condenser, and extension device of a Water Chiller.
A thermodynamic interaction happens in each of the above parts of a Water Chiller.
The evaporator functions as a heat exchanger with the end goal that heat caught by the process coolant flow moves to the refrigerant.
As the heat movement happens inside the Water Chiller, the refrigerant vanishes, transforming from a low-pressure fluid vapor, while the temperature of the interaction coolant decreases.
The refrigerant at that point flows to a compressor, which plays out various capacities.
To start with, it reduces refrigerant from the evaporator and guarantees that the pressure in the evaporator stays sufficiently low to absorb heat at the right rate.
Second, it brings the pressure up inactive refrigerant vapor to guarantee that its temperature stays sufficiently high to deliver heat when it arrives at the condenser.
The refrigerant returns a liquid state at the condenser. The inactive heat surrendered as the refrigerant changes from a gas to fluid is diverted from the climate by a cooling medium (water).
The Water Chiller highlights a water condenser connected to a cooling tower.
It has usually been utilized for medium and enormous or large installations or establishments that have an adequate water supply.
It can deliver more consistent execution for business and mechanical cooling because of the overall freedom to changes in the surrounding temperature.
Water Chiller range in size from little 20-ton limit models to a few thousand-ton models that cool the world’s biggest offices, for example, air terminals, shopping centers, and different offices.
A typical Water Chiller utilizes recycling condenser water from a cooling tower to gather the refrigerant.
A Water Chiller contains a refrigerant reliant on the entering condenser water temperature (and flow rate), which capacities according to the surrounding wet-bulb temperature.
Since the wet-bulb temperature is consistently lower than the dry-bulb temperature, the refrigerant condensing temperature (and pressure) in a Water Chiller can regularly work altogether lower than an air chiller.
Subsequently, it can work all the more productive.
Water Chiller commonly designed inside a climate, protection from the components.
Moreover, it can offer a more extended life expectancy.
Water Chiller regularly addresses the choice for bigger installation.
The extra cooling tower system will require extra installation cost and support or maintenance when contrasted with the air chiller.
What are the Advantages of Using Water Chiller for your Application?
Firstly, Water Chiller is high in productivity and has partial load energy effectiveness up to 6.1, step control is applied as default.
A Water Chiller is high proficiency smaller semi-airtight screw compressor, low pressure proportion dodges overpressure or compression, and short compression.
Design condition has been advanced to be as close as concerning the genuine application, execution to some extent load expanded essence.
It also has a high productivity evaporator, fully counter flow heat exchanger, high proficiency.
Water Chiller has exact control by high exactness and quick reacting electronic expansion valve, changed with compressor simultaneously.
It starts consistently, avoids the refrigerant (liquid) from scattering into the compressor.
Improved refrigerant line configuration, zero pressure drop (P=0kPa) ball valve increment productivity, and execution.
It also controls high exactness temperature sensor (+/ – 0.3oC), working reach 20~150oC.
Superheat degree controls SCH, quick reacting on the refrigerant side, more precise and adopt “fluffy control” rule to control the compressor limit, yield-based real interest, accordingly, lessening power utilization.
A Water Chiller is an environment-friendly refrigerant: R134a, ODP=0, GWP=0.29, no harm to the ozone layer.
Water Chiller assists by Less refrigerant charge, Less GWP impact, greater climate-friendly, for example, WLWC-520C3A, refrigerant charge=172kg, and the overwhelmed type of the same model, refrigerant charge=340kg.
Moreover, it makes low running noise and lowers contrast with ordinary items or products with upgraded system plans and noise reduction measures.
Water Chiller makes low noise or sound, compact screw compressor (mechanical and electromagnetic sound).
Water Chiller has high execution or performance noise protection (Armaflex) for key noise points extra noise reduction can be accomplished with optional noise decreasing gadgets.
It has a power confinement switch for safety improvement and extra safety with inbuilt power assurance.
The Water Chiller has monitor equipment, insurance, and protection class IP 30 can assist in the quick release of system pressure by a 1-inch safety valve.
Besides, the Water Chiller is easy and simple for installation, upkeep or maintenance, and service. It has one side water pipe connection or linkage, and Water Chiller is simple for connecting and space-saving.
Water Chiller contains clamp-type pipe connection simple for linking and support also has a ball valve on the release line and refrigerant line, 1/4 circle from full open to full close, and turn limitation on both fully open and full close interaction, simple for support.
The Water Chiller contains easy to use HMI-sensitive LCD contact or touch screen regulator with great client experience and a simple admittance or access to a system running boundaries and running bends.
The Water Chiller has verifiable running records and failure records are stored up to 80 records. Approved admittance or access is incorporated.
The Weekly-timer function is incorporated in it. Self-Diagnostic and alarm alert capacity is incorporated as well and manual reset work is incorporated inside the Water Chiller.
Water Chiller commonly uses deionized water (DI). It resists the flow of electric current. Some applications use water-glycol to prevent freezing and bacterial growth.
As compared to Air Chiller, a Water Chiller requires a high-quality cooling tower and a cooling pump to perform together for proper circulation of water in the process.
A Water Chiller is capable of controlling the high-temperature range between 5 degrees Celsius to 35 degrees Celsius.
It can control the low temperature between zero degrees Celsius to -40 degrees Celsius.
The main difference between a Water Chiller and an air chiller is of condensers they use for heat dissipation processes.
A Water Chiller uses water as a source for heat dissipation while an air chiller uses air for this purpose.
Assess and keep a regular check on your Water Chiller working activity.
A Water Chiller consumes more than 10% less energy than an Air Chiller.
