Hydronic Balancing Of Radiators

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Hydronic Balancing Of Radiators Specification

Feature
Highly Efficient

Dimension (L*W*H)
2250x750x1790 Millimeter (mm)

Accuracy
100 %

Weight
210 Kilograms (kg)

Type
HYDRONIC BALANCING OF RADIATORS

Usage
Laboratory

About Hydronic Balancing Of Radiators

HYDRONIC BALANCING OF RADIATORS

Hydronic balancing is used to limit the amount of water which is calculated for each radiator. Balancing ensures that all radiators can be supplied with hot water at all operating points according to their thermal requirement. The balancing is performed using adjustable lockshield valves.

The trainer uses commercially available components to implement three heating subcircuits with radiators, thermostatic valves and a circulating pump. All three subcircuits can be shut-off individually. Once filled, the system is independent of the water mains or feed flow and return flow pipe connections. However, it can be operated in conjunction with a heating circuit.

Learning Objectives / Experiments

Variable pipework resistance
Balancing valve
Preset thermostatic valve
Differential pressure relief valve

Specification

Trainer for heating and plumbing
6 radiators with thermostatic valve, bleed valve and adjustable lockshield valve
Expansion vessel, safety group according to DIN 4751, overflow valve
5 rotameters
1 surface thermometer for temperature measurement at radiator inlets and outlets
Water connections using quick-release couplings, diameter inside 13mm, for optional connection to an external heating circuit

Technical Data

Pump

Power consumption: 60W
Max. flow rate: 60L/min
Max. head: 4m
6 balancing valves: PN 16

Measuring ranges

Flow rate: 1x 30...320L/h, 4x 50...640L/h
Temperature: 1x -50...300°C

Dimensions and Weight

LxWxH: 2250x750x1790mm
Weight: approx. 210kg

Precision in Hydronic Balancing

Achieving the perfect balance in radiator systems is crucial for laboratory environments. Our unit is specifically designed to deliver 100% accuracy, ensuring every test and measurement is trustworthy. The robust configuration and advanced controls help laboratories meet stringent standards, resulting in consistent and repeatable outcomes with minimal error margins.

Engineered for Efficiency and Durability

With dimensions of 2250x750x1790 mm and a substantial weight of 210 kg, this hydronic balancing system is built to withstand continuous laboratory use. The high-efficiency features streamline procedures, providing exceptional value for exporters, manufacturers, and suppliers across India and beyond.

FAQs of Hydronic Balancing Of Radiators:

Q: How does the Hydronic Balancing of Radiators system ensure 100% accuracy in laboratory settings?

A: The system is engineered with precision components and advanced controls, delivering highly accurate measurement and adjustment capabilities. This ensures each radiator is balanced according to exact laboratory requirements, minimizing energy loss and optimizing performance.

Q: What features make this hydronic balancing unit suitable for laboratories?

A: Its highly efficient design, combined with robust construction and precise engineering, makes it ideal for laboratory usage. The units size (2250x750x1790 mm) and weight (210 kg) also provide stability and reliability during intensive testing processes.

Q: When should the Hydronic Balancing of Radiators system be used in laboratory environments?

A: It should be used whenever precise calibration and performance optimization of radiator systems are required. This includes research, product development, or regulatory compliance testing activities where accuracy and efficiency are paramount.

Q: Where is this hydronic radiator balancing system manufactured, and can it be exported?

A: The system is manufactured in India. As an exporter, manufacturer, and supplier, we offer this product to both domestic and international laboratories that require reliable hydronic balance solutions.

Q: What is the process involved in hydronic balancing using this system?

A: The process involves connecting the radiators to the system, setting required parameters, and utilizing advanced controls to adjust flow rates precisely. Accurate readings and adjustments are facilitated throughout, resulting in perfectly balanced hydronic systems.

Q: How does using this system benefit laboratory operations?

A: By providing 100% accurate results and high efficiency, the system helps laboratories achieve reliable data, streamline workflow, and reduce operational costs through energy savings and reduced maintenance needs.

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