Circulating water bath For Fluid Mechanics Lab

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Circulating water bath For Fluid Mechanics Lab

Name: Circulating water bath For Fluid Mechanics Lab
Brand: D. D. R. INTERNATIONAL
Price: 85000 INR
Availability: InStock

Price 85000 INR/ Piece

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MOQ : 1 Piece

Circulating water bath For Fluid Mechanics Lab Specification

Measurement Range
0°C to 100°C

Power Source
Electric

Capacity
15 Liters

Automation Grade
Semi-Automatic

Feature
Uniform Temperature Circulation, Corrosion Resistant, High Durability

Voltage
220V AC

Accuracy
±0.5°C

Temperature Range
Ambient to 100°C

Core Components
Circulation Pump, Heating Element, Digital Controller

Model No
FM-CWB-15L

Frequency
50 Hz

Equipment Materials
Stainless Steel Chamber, Powder Coated Outer Body

Type
Laboratory Circulating Water Bath

Usage
Fluid Mechanics, Laboratory Testing, Research Applications

Display Type
Digital Temperature Controller

Dimension (L*W*H)
500 mm x 300 mm x 250 mm

Weight
18 kg approx.

Heating Element Power
1000W Immersion Type

Cooling Method
Natural Dissipation (No Active Cooling)

Safety Features
Over-Temperature Cut-Off, Low-Water Level Protection

Application Areas
Educational Labs, Hydraulic Bench, Calibration

Insulation
High-Grade Mineral Wool

Bath Cover
Removable Stainless Steel Lid

Pump Type
Silent, Maintenance-Free Circulation Pump

Water Circulation Rate
5 L/min

Control Method
PID Controlled System

Temperature Sensor
PT100 Platinum

Circulating water bath For Fluid Mechanics Lab Trade Information

Minimum Order Quantity
1 Piece

Packaging Details
Wooden packing

Main Domestic Market
All India

Certifications
MSME Certification

About Circulating water bath For Fluid Mechanics Lab

Circulating water bath:

Purpose: Circulating water baths with high precision temperature uniformity and control for working with enzymes and handling of semen. The temperature control should be microprocessor controlled and uniformity of temperature of whole bath be controlled by precision circulation.Specifications for Circulating water bath

1) Working Temperature Ambient + 5 to 150 oC or more

2) Temperature stability 0.03 oC or better

3) Heating Capacity 2 KW

4) Pump capacity flow rate 15 L/min or better

5) Pump capacity pressure 0.35 bar or better

6) Bath chamber capacity 16 Liters or more

7) Filling Volume 12-15 liters

8) Early warning system for low liquid level

9) The pump flow rate can be manually control by the user for desire flow rate.

Additional requirements:

a) Warranty of the equipment: 2 years

b) IQ OQ PQ documentation for equipment certification should be provided

c) We provided Manufacturing, testing certificates.

Advanced Temperature Control

Equipped with a PID-controlled digital temperature system, this water bath maintains temperatures from ambient up to 100C with high accuracy. The inclusion of a PT100 platinum temperature sensor ensures precise readings, suitable for delicate laboratory experiments in educational and research settings.

Reliable Safety and Durability

Safety is prioritized through features such as over-temperature cut-off and low-water level protection. High-grade mineral wool insulation, a corrosion-resistant stainless steel chamber, and a powder-coated outer body contribute to the bath's long service life, even in intensive laboratory environments.

Efficient and Silent Water Circulation

The built-in silent circulation pump delivers a consistent water flow rate of 5 L/min, ensuring uniform temperature distribution throughout the bath. Maintenance-free operation means reduced downtime and minimal upkeep for busy lab technicians and researchers.

FAQ's of Circulating water bath For Fluid Mechanics Lab:

Q: How does the FM-CWB-15L circulating water bath maintain uniform temperature for experiments?

A: The FM-CWB-15L water bath utilizes a PID-controlled digital temperature controller and a silent, maintenance-free circulation pump that ensures a constant flow rate of 5 L/min, resulting in even heat distribution throughout the 15-liter chamber. This uniformity guarantees reliable results during fluid mechanics experiments.

Q: What safety features are incorporated to protect samples and users during operation?

A: This circulating water bath is designed with an over-temperature cut-off that automatically shuts off the heater if the temperature exceeds safe limits, and a low-water level protection system that prevents operation when water is insufficient, minimizing the risk of overheating or equipment damage.

Q: When is it recommended to use this water bath in fluid mechanics or research laboratories?

A: The water bath is ideal for experiments or calibrations that require precise temperature control and stable thermal environments. It is commonly used in educational laboratories, hydraulic bench applications, and research where fluids must be maintained at specific temperatures, ranging from ambient to 100C.

Q: Where is this equipment best suited to be installed for optimal performance and longevity?

A: The FM-CWB-15L should be installed on a level surface within a well-ventilated laboratory environment, away from sources of direct heat or moisture. Its corrosion-resistant and insulated build makes it suitable for most laboratory settings, ensuring both safety and durability.

Q: What is the maintenance process for ensuring the water bath's longevity?

A: Routine maintenance mainly involves cleaning the stainless steel chamber and periodic inspection for water quality. The silent circulation pump is maintenance-free, reducing the need for frequent servicing. Always ensure the bath is switched off and emptied before cleaning.

Q: How does the bath's natural cooling method function without active cooling mechanisms?

A: The water bath uses natural dissipation, meaning it relies on ambient air to cool down the water when heating is not active. There is no compressor or refrigeration involved, making the system energy-efficient and simple to maintain.

Q: What are the main benefits of using the FM-CWB-15L in fluid mechanics experiments?

A: Its main advantages include precise temperature control (0.5C accuracy), uniform thermal distribution, reliable safety features, low noise operation, and corrosion resistance. These qualities make it ideal for maintaining experimental consistency and protecting both users and samples during operation.

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