SUS316L Precise Commercial Clean Room Air Conditioner R410A Modular Air Cooled Water Chiller
| Brand Name: | SHP |
| MOQ: | 1 set |
| Price: | $8,000.00/sets 1-4 sets |
| Payment Terms: | L/C,T/T |
| Supply Ability: | ≥1 set |
SUS316L Clean Room Air Conditioner
,Precise Clean Room Air Conditioner
,Commercial Clean Room Air Conditioner
Stainless Steel 304 Commercial Air Conditioner R410A Modular Air Cooled Water Chiller
Product Overview
The Stainless Steel 304 R410A Modular Air-Cooled Water Chiller is designed to provide chilled water for cleanroom HVAC systems, process cooling applications, and other controlled industrial environments. The unit uses an air-cooled refrigeration configuration and can be integrated with air handling units (AHUs), pumps, piping systems, and building management systems (BMS).
For cleanroom projects, the chiller can support stable chilled-water supply for temperature and humidity control, while the modular configuration allows the cooling system to be selected according to the actual cooling load, water-flow requirements, operating conditions, and facility layout.
Final cooling capacity, chilled-water flow rate, temperature range, electrical configuration, and control functions should be confirmed according to the project design and equipment configuration.
![]()
Features at a Glance
- Stable Chilled-Water Temperature Control:The control system regulates chiller operation according to the required chilled-water supply temperature. Actual temperature stability depends on the unit configuration, cooling load, water-flow conditions and control strategy.
- Multi-Temperature Output:Simultaneously provides different temperature grades of fluid for various processes:
• Low-Temp (e.g., 4-9°C): For UPW systems and specific tools.
• Medium-Temp (e.g., 12-15°C): For general process equipment cooling (PCW).
• High-Temp (e.g., 18-21°C): For HVAC reheat coils to enable precise humidity control.
Allows a single system to meet all cooling and reheating needs efficiently, optimizing space and energy use.
- Process Stability & Yield Assurance:Manages and removes the massive, dense heat loads generated by production equipment (heat density can be 10-100x that of an office). This directly stabilizes the manufacturing environment.Directly impacts product yield. Unstable temperatures can cause defects in semiconductors, inconsistencies in , etc.
Typical Applications
- Pharmaceutical Cleanrooms
Ensures HVAC systems stay GMP-compliant. - Electronics Manufacturing
Guarantees stable environmental conditions. - Medical Device Production
Sustains controlled processing environments. - Laboratory Facilities
Handles temperature-sensitive research activities. - Cosmetic Production Areas
Utilized across controlled manufacturing workshops.
Technical Specifications
| Cooling Capacity | 1000 kg/h |
| Chilled Water Temperature | 4°C–12°C |
| Control Accuracy | ±0.5°C |
| Refrigerant | R410A |
| Compressor Type | Scroll |
| Power Supply | 380–415V 3N-50Hz |
| Noise Level | ≤74 dB |
| Control System | PLC + HMI |
| Communication | Modbus / BMS |
Main Specification for Chiller
Cleanrooms typically require multiple, independent water systems with precise temperature control.
| System Name | Typical Supply Temp. | Primary Purpose | Critical Requirements |
| Process Cooling Water(PCW) | Medium Temp:~12℃ - 15℃ | Cools process equipment directly (ethtools,implanters,reactors) | Extreme stability:Temp.fluctuation≤±0.5℃ to ±0.1℃.Highest reliability. |
| Ultrapure Water (UPW) Chilling | Low Temp:~7℃ - 9℃ | Cools UPW polishing loops to maintain water resistivity. | High-purity materials (SUS 316L,PVDF) to prevent ionic contamination. |
| Low-Temperature Glycol Water | Chilled Fluid:~4℃ - 6℃ | Cools special process tools or controls dewpoint in dry processes. | Glycol-water mixture to prevent freezing.Precise temperature control. |
| Reheat Hot Water | High Temp:~18℃ - 21℃ | Supplies reheat coils in AHUs for precision humidity control (dehumidify & reheat). | Stable supply temperature for consistent space conditions. |
Note:A single chiller may serve one loop,or dual-temperature chillers may supply both chilled and reheat water simultaneously.
HVAC System Integration
It is able to integrate with:
- Air Handling Units (AHU)
- Fan Filter Units (FFU)
- Ducting Systems
- Air Distribution Networks
- Building Management Systems (BMS)
- Temperature and Humidity Control Systems
Such integration helps establish stable environmental control across cleanroom facilities.
Engineering Process
SHP maintains engineering support from start to finish of the project lifecycle:
- Requirement Analysis
Analyze cooling load and the requirements of the cleanroom. - System Design
Shape HVAC cooling solutions to suit project specifications. - Equipment Manufacturing
Manufacture and inspect equipment before it leaves. - Installation Support
Support on-site installation as well as commissioning. - Performance Verification
Contribute to testing and operational verification of the system.
Related Cleanroom Projects
Project Experience Summary
Pharmaceutical Cleanroom Project – Mauritius
Scope: HVAC system design, chilled water system integration and installation support throughout.
Electronics Manufacturing Cleanroom
Scope: Cooling system design, AHU integration with environmental control support.
Validation & Testing
System Test and Verification
Before shipment, the equipment may undergo:
- Functional Testing
- Cooling Capacity Verification
- Electrical Safety Inspection
- Control System Testing
- Factory Acceptance Testing (FAT)
Actual testing procedures can vary depending on project requirements.
Certifications
Certifications
- ISO 9001:2015
- CE Certificates (if applicable)
- Cleanroom Related Testing Reports
![]()
Company Profile
![]()
Suzhou Huajing Air-Condition Purification Engineering Installation Co., Ltd. (SHP) provides cleanroom engineering, HVAC and environmental-control solutions for pharmaceutical, electronics, medical, laboratory and other controlled manufacturing facilities. The company was established in 2003 and provides design, manufacturing, installation, commissioning and validation support for cleanroom projects.
SHP reports more than 20 years of cleanroom engineering experience, 2,100+ completed projects and project delivery experience in more than 40 countries.
Why SHP
- 20+ Years in Cleanroom Engineering
- Over 2,100 Cleanroom Projects Completed to Date
- Projects Realized in More Than 40 Countries
- Comprehensive Design, Manufacturing, Installation and Validation Services
- Supporting Pharmaceutical, Electronics, Laboratory and Medical Device Clients
FAQ
Q1: What cooling capacity can the chiller provide?
Cooling capacity is selected according to the required cooling load, chilled-water flow rate, entering and leaving water temperatures, ambient conditions and other project parameters.
Q2: Can the chiller be integrated with an AHU?
Yes. The chiller can supply chilled water to AHU cooling coils as part of a centralized HVAC system.
Q3: Can the chilled-water temperature be customized?
Yes. The required supply-water temperature can be configured according to the HVAC or process cooling requirements, subject to the selected chiller configuration.
Q4: Can the system connect to a BMS?
The control configuration can be customized to support project-specific monitoring and communication requirements, such as Modbus/BMS integration.
Q5: Is R410A available?
Yes, R410A configuration is available for the specified product configuration. Refrigerant selection should be confirmed according to the final equipment design and applicable regulations.
Q6: Do you provide commissioning support?
Yes. SHP can provide equipment commissioning and HVAC system integration support according to project scope.