Detailed Description

Key Features of Stainless Steel Integrated Temperature Circulator

Wide temperature range from -20 to 200℃ with ±1℃ precision ensures the stainless steel integrated temperature circulator meets diverse needs
SUS304 stainless steel tank and piping provide robust corrosion resistance in the stainless steel integrated temperature circulator design
Fully enclosed rotary compressor with R22 refrigerant guarantees energy-efficient cooling and heating in the stainless steel integrated temperature circulator
Cooling capacity reaches up to 3.8 kW at 100℃ and heating power is 2 kW for the stainless steel integrated temperature circulator
High-performance circulating pump with 210W power, 42 L/min flow, and 20 bar pressure enhances heat transfer in the stainless steel integrated temperature circulator
External circulation interface size DN15 allows flexible integration with other systems in the stainless steel integrated temperature circulator
Compatible with silicone oil below 50cs as the circulating medium for the stainless steel integrated temperature circulator

Technical Specifications

Model: AKGD-5L/-20+200
Temperature Stability: ±1℃
Operating Temperature Range: -20 to 200℃
Ambient Temperature: 5 to 35℃
Best Ambient Humidity: ≤60%
Power Supply: 220V 50HZ
Total Power: 3.2 kW / 14.5 A
Cooling Power: 0.51 kW
Heating Power: 2 kW
Cooling Method: Air-cooled
Compressor Model: MGUi60CSe030
Compressor Power: 1 HP
Refrigerant: R22
Compressor Type: Fully Enclosed Rotary Compressor
Cooling Capacity @ 100℃: 3.8 kW
Cooling Capacity @ 10℃: 3.01 kW
Cooling Capacity @ 5℃: 2.94 kW
Cooling Capacity @ -5℃: 2.03 kW
Cooling Capacity @ -20℃: 0.72 kW
Cooling Capacity @ -30℃: 0.33 kW
Circulating Pump Power: 210 W
Circulating Pump Flow Rate: 42 L/min
Circulating Pump Pressure: 20 bar
External Circulation Interface Size: DN15
Heat Transfer Fluid Tank Material: SUS304 stainless steel
Heat Transfer Fluid Piping and Valve Material: SUS304 stainless steel
Circulating Medium: Silicone oil below 50cs

Compatible Equipment for Stainless Steel Integrated Temperature Circulator

Glass reactors that require precise temperature control enhance efficiency when paired with the stainless steel integrated temperature circulator
Jacketed vessels benefit from the stainless steel integrated temperature circulator’s stable heating and cooling capabilities
Industrial cooling systems utilize the stainless steel integrated temperature circulator for consistent thermal management
Temperature-controlled baths integrate seamlessly with the stainless steel integrated temperature circulator to maintain medium temperature
External circulation systems connect easily through DN15 interface on the stainless steel integrated temperature circulator for flexible setups

Emphasizing the Benefits of Stainless Steel Integrated Temperature Circulator

The stainless steel integrated temperature circulator combines robust SUS304 construction with accurate temperature control and wide operating range. Its air-cooled rotary compressor and high-capacity pump ensure efficient and stable heating and cooling. This stainless steel integrated temperature circulator is ideal for demanding industrial and laboratory applications needing dependable and precise thermal management. With strong corrosion resistance and high energy efficiency, it offers outstanding value and long-term reliability.

Watch Product Demonstrations

Explore real-world performance and applications in our product demo videos. Visit our video library for more insights and demonstrations.

Explore More Cooling Solutions

Explore more models in our heating and cooling circulator category to find the perfect stainless steel integrated temperature circulator for your needs.

Shipping Information

We provide worldwide shipping for all laboratory equipment. Every order is carefully packaged to ensure safe delivery. If the item is in stock, it will be shipped within 3–7 business days after payment confirmation. For out-of-stock items, we will inform you of the estimated shipping time based on the specific product.

Shipping Methods: DHL, FedEx, UPS, or sea freight (depending on order size and destination)
Estimated Delivery Time:

Asia: 5–10 business days
Europe & North America: 7–12 business days
South America & Africa: 10–15 business days
Sea freight: subject to actual transit time

Tracking: A tracking number will be provided via email once the shipment has been dispatched.
Customs & Duties: Buyers are responsible for any import taxes or customs duties required by their country or region.

For bulk orders, custom packaging, or special shipping arrangements, please contact our team for personalized assistance at lab@equilrxnlab.com.

Product specifications

High Pressure Reactor Equipment Specifications

Parameter	Specifications
Model	AKGD-5L/-20+200
Temperature Stability (℃)	±1
Operating Temperature Range (℃)	-20～200
Ambient Temperature (℃)	5～35
Best Ambient Humidity	≤60%
Power Supply	220V 50HZ
Total Power (kW/A)	3.2/14.5
Cooling Power (kW)	0.51
Heating Power (kW)	2
Cooling Method	Air-cooled
Compressor Model	MGUi60CSe030
Compressor Power (HP)	1
Refrigerant	R22
Type	Fully Enclosed Rotary Compressor
Cooling Capacity (kW) @ 100℃	3.8KW
Cooling Capacity (kW) @ 10℃	3.01KW
Cooling Capacity (kW) @ 5℃	2.94KW
Cooling Capacity (kW) @ -5℃	2.03KW
Cooling Capacity (kW) @ -20℃	0.72KW
Cooling Capacity (kW) @ -30℃	0.33KW
Circulating Pump Power (W)	210W
Circulating Pump Flow Rate (L/min)	42
Circulating Pump Pressure (bar)	20
External Circulation Interface Size	DN15
Heat Transfer Fluid Tank Material	SUS304
Heat transfer fluid piping and valve materials	SUS304
Circulating Medium	Silicone oil below 50cs
Internal Liquid Capacity (L)	12

introduce

Application Scenarios

Laboratory temperature control: Ideal for precise temperature regulation in chemical, pharmaceutical, and biotechnology labs to ensure stable reactions and accurate results.
Industrial process temperature regulation: Used in food processing, electronics manufacturing, and material treatment industries to maintain continuous production and high product quality.
Heat exchanger testing: Suitable for testing and validating heat exchanger performance by simulating various temperature conditions to optimize thermal management.
Material aging tests: Provides a stable temperature environment for material aging and durability testing, supporting reliable R&D studies.
Environmental simulation experiments: Perfect for environmental science and ecology research by simulating different temperature and humidity conditions to observe sample changes.
Medical device temperature control: Ensures safety and precision in medical processes by maintaining accurate temperature control for medical equipment.