About 57 kw Air Cooled Max Chiller
Specification
| Ambient Temperature | 30 to 45 deg C |
| Base Model | Gem Chill CHW 150 |
| Cooling Temperature | 32-33 deg C |
| Cooling Water Flow Rate | 180 lpm |
| Head Load | 49000 kcal/h or 57 kW |
| In or Out Connection | 2" BSP |
| Power Supply | 415/50/3 V/Hz/phase |
| Refrigerant Used | R407C |
| Refrigeration Compressor Absorbed Power | 10 kW |
| Refrigeration Compressor Type | Scroll |
| Tank Capacity | 300 Ltr |
| Water Inlet Pressure | 2-3 bar(g) |
| Water Outlet Temperature | 5 to 22 deg C |
| Water Pump Flow Rate | 200 lpm |
| Water Tank Material | SS304 |
| Brand | Gem Orion |
| Capacity | 15 TR |
Precision Cooling with R407C/R410A EfficiencyEngineered for industries demanding reliable cooling, this air-cooled chiller utilizes eco-friendly R407C or R410A refrigerants, ensuring optimal thermal transfer and environmental compliance. The adjustable temperature range of 5C to 25C supports diverse applications, providing tailored cooling efficiency for every process.
Robust Construction and Mobility for Industrial UseBuilt with a powder-coated mild steel body and featuring stainless steel nozzles, this chiller is crafted for durability in challenging environments. Caster wheels offer effortless movement, allowing for flexible installation and repositioning as operational needs evolve.
Advanced Safety and Intelligent Control FeaturesA state-of-the-art, microprocessor-based digital controller enables precise monitoring and adjustment, while built-in protectionssuch as high/low pressure protection, overload relay, and phase protectionensure safe, trouble-free operation, boosting equipment longevity and minimizing downtime.
FAQs of 57 kw Air Cooled Max Chiller:
Q: How does the 57 kW Air Cooled Max Chiller benefit industrial cooling processes?
A: This chiller provides reliable, efficient cooling across various industries, maintaining precise temperatures between 5C and 25C. Its robust construction, advanced controls, and safety features support continuous operation, optimize energy use, and minimize downtime, ensuring dependable process cooling.
Q: What are the core components of this air-cooled chiller?
A: Key components include a shell and tube type evaporator, finned tube heat exchanger condenser, hermetically sealed scroll compressors, axial fans for optimal airflow, and a microprocessor-based digital controller. These work together to deliver consistent, efficient performance.
Q: When is the ideal time to use this chiller in industrial settings?
A: The chiller is ideal for use whenever precise and reliable process cooling is required, such as during high-heat production cycles in plastics, pharmaceuticals, dairy, or food processing, to protect sensitive machinery and maintain product quality.
Q: Where can this chiller be installed within a facility?
A: Due to its mobility features like caster wheels and its compact footprint (2100 x 950 x 1700 mm), the chiller can be positioned in plant rooms, production halls, or near process equipment, as long as there is proper ventilation for air intake and exhaust.
Q: What is the process for operating the chiller and adjusting temperature?
A: Operation involves powering the unit via its three-phase supply, setting the desired temperature on the microprocessor-based digital controller, and allowing the chiller to automatically regulate and maintain water temperature using its precise expansion valve and safety interlocks.
Q: How does the chiller ensure safe and reliable operation?
A: It is equipped with high/low pressure protection, overload relays, and phase protection to prevent equipment failure. The microprocessor controller also monitors operating parameters, triggering alarms or shutdowns if conditions exceed safe limits.
Q: What advantages does the air-cooled design offer compared to water-cooled alternatives?
A: The air-cooled system requires no external water source or cooling tower, reducing installation complexity and maintenance. Its efficient design, axial fan operation, and durable materials also result in lower operating noise, making it suited to industrial environments.