Refrigerated And Heating Circulators T-RH-S2104

Introduction

Refrigerated And Heating Circulators maintain a broad working temperature range of -20°C and 35°C.  It features a 16L tank, constructed with PVC for enhanced durability. Enhanced with PID control system for maintaining desired temperatures. Incorporated with rear exhaust and side air intake, which optimizes ventilation. Includes alerts for high and low temperatures, supporting ecofriendly operation. refrigerated and heating circulators stabilize the molecular pumps, delivering consistent performance.

Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.

Applications

Refrigerated And Heating Circulators provide reliable temperatures for cool molecular pumps, rotary evaporators, and distillation ensuring efficient operation.

Specifications

Temperature Range	-20°C to 35°C
Maximum Flow	40 L/min
Rated Flow	15 L/min at 2.4 bar
Max Pressure	2.5 bar
Temperature Stability	±0.2℃
Tank Volume	16 L PVC
Cooling Capacity	2800 W at 25℃
Control Mode	Hot gas bypass PID control
Temperature Control	PID
Controller	A4001
Size Of Connector	Half inch royal pipe
Refrigerant	R134a
Exhaust Method	Rear exhaust, air intake on both sides
Power Consumption	1920 W
Power Supply	220 V, 50 Hz
External Dimensions W × D × H	450 × 660 × 702 - 72 mm
Net Weight	92 kg
Gross Weight	100 kg

Features

Easy to operate

Compressor Based Cooling

Horizontal compact structure

External filter

Flow switch

Small water reservoir

Circulation liquid saving 

FAQs

1. What safety features are included in Refrigerated and Heating Circulator?

It includes over-temperature protection, low-liquid level alarms, pressure sensors and automatic shut-off mechanisms for safe operation.

2. Can Refrigerated and Heating Circulator be used with rotary evaporators?

It is commonly used with rotary evaporators to control the temperature of the condenser coil, enhancing solvent recovery efficiency by ensuring precise cooling.

3. Why is Refrigerated and Heating Circulator important in pharmaceutical testing?

It is used to simulate and control specific storage or reaction conditions, supporting drug stability testing, crystallization studies and bioassay development.

4. What is the role of Refrigerated and Heating Circulator in biotechnology?

It is used to maintain specific temperatures for cell cultures, enzyme reactions and DNA amplification processes in biotechnology labs.

5. Can Refrigerated and Heating Circulator be used in petroleum and petrochemical labs?

It is used in viscosity tests, flash point studies and distillation experiments where stable thermal conditions are crucial for reliable data.

6. Can Refrigerated and Heating Circulator be used for crystallization control?

It is used in temperature-sensitive crystallization processes to control nucleation and crystal growth conditions.

7. Can Refrigerated and Heating Circulator be used in photobioreactor systems?

It is used to maintain optimal temperature in photobioreactor systems used for algae cultivation, ensuring stable growth conditions for biofuel applications.

8. What is a Refrigerated and Heating Circulator?

A Refrigerated and Heating Circulator is an apparatus designed to precisely control fluid temperature by both cooling and heating for laboratory or industrial applications.

9. How does a Refrigerated and Heating Circulator work?

It works by circulating temperature-controlled fluid through an external system using built-in heating and cooling elements.

10. Can Refrigerated and Heating Circulator be used with closed-loop systems?

It is engineered for both open and closed-loop systems, providing stable and efficient heat transfer.