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Computerized cooling tower test bench

Price 438075 INR/ Piece

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Computerized cooling tower test bench Specification

Specimen Size
Typical 150 mm x 150 mm

Accuracy
0.5%

Operating Voltage
230V AC

Port Size
1/2 inch BSP

Display Type
Digital LCD with PC Interface

Interface Type
USB/RS232 for Data Acquisition

Measuring Range
Temperature: 0100C, Flow: 0.1100 LPM

Number of Specimens
1 (standard, multi-option available)

Mounting Type
Floor Mounted

Max Height
1200 mm

Resolution
0.1 unit (temp/flow)

Test Range
Variable as per requirement

Automation Grade
Automatic

Power Supply
230 V AC, 50 Hz

Features
Data logging, auto data acquisition, graphical analysis, safety protection

Response Time
2 seconds

Application
Performance evaluation and research of cooling towers

Frequency
50 Hz

Humidity
Up to 95% RH

Temperature
Ambient to 60C

Equipment Type
Cooling Tower Test Bench

Usage
Educational, Research, Industrial Testing

Capacity
Up to 100 LPM water flow

Machine Weight
Approx. 75 kg

Test Speed
Adjustable (0.1 1.5 m/s)

Test Width
400 mm

Test Stroke
0 400 mm

Control Mode
Computerized (PLC Based)

Cooling Tower Fill Height
300 mm

Safety Features
Overload protection, water level alarm, emergency stop

Construction Material
Mild steel frame, powder coated with transparent acrylic panel

Data Acquisition System
Computerized with dedicated software

Packing Type
PVC fill media

Evaporation Loss Measurement
Included, with measuring vessel

Water Circulation Pump
Centrifugal, 0.5 HP

Noise Level
< 70 dB(A) at 1 meter

Fan Motor
0.25 HP, single phase

Sump Tank Capacity
60 Liters

Make-up Water System
Yes, integrated

Sensors Provided
Temperature (inlet/outlet), Flow meter, Humidity, Digital anemometer

About Computerized cooling tower test bench

Total Equipment isskid mounted in SS 40 x40 Frame Structure with Castor wheels. All wetted partsalso made of SS-304

Cooling column

Specific surface ofthe wet deck surface: 110m2/m3

Cross-section:150x150mm

Volumetric airflowmeasurement via orifice: 80mm

Heater, adjustablein three stages:

500W

1000W

1500W

Thermostat: switchesoff at 50C Fan

Power consumption:250W

Max. Pressuredifference: 430Pa

Max. Volumetric flowrate: 13m3/min Pump Max. Head: 70m

Max. Flow rate:100L/h

Tank for additionalwater: 4,2L

Measuring ranges

Differentialpressure: 0-1000Pa (air)

Flow rate: 12360L/h(water)

Temperature: 2x0-50C, 3x 0-100C

Rel. humidity:10-100%

Required foroperation

230V, 50Hz, 1 phaseTouch screen based Fully automatic system with password protection Dataacquisition should be Remotely operated by Smart phone, Tablets, PC, laptopsvia Ethernet and Wi-fi

Should be equippedwith all safety protections Flow visualization should be available in the DAQSystem Should be equipped with both manual and auto operation Power consumptionof individual system, all sensors data should be display and loggedautomatically System should have software for operating, data logging,processing and data displaying

Performance variables (e.g., Heating/CoolingCOP, Heating / Cooling load etc..) should be automatically calculated anddisplayed and should be stored in pen drive also along with PC. Instrumentsshould be provided with 3D drawing of complete equipment along with the nameand make of all standard components used in the test rig Each rig should havesmall aesthetically appealing poster with schematic diagram and basic workingdetail.

Cutting-Edge Performance Testing Platform

This test bench stands out for its accuracy and versatility, allowing for detailed evaluation of cooling tower performance parameters. Thanks to features like automatic data acquisition, digital displays, and adjustable settings for speed and flow, it caters to variable test setups. The PLC-based computerized control ensures precision and repeatability, making it ideal for researchers, educators, and industry professionals alike.

Integrated Safety and User-Friendly Design

Safety is paramount, featuring overload protection, water level alarms, and an emergency stop for secure operation. The user-friendly software interface and clearly displayed digital readings make it easy to operate and interpret data. With its floor-mounted, durable construction, the system is designed for dependability and continuous educational or laboratory use.

FAQ's of Computerized cooling tower test bench:

Q: How does the computerized cooling tower test bench facilitate performance evaluation?

A: The test bench features integrated temperature, humidity, flow, and velocity sensors, as well as a computerized data acquisition system with dedicated software. This combination allows for real-time monitoring, auto data logging, and in-depth analysis of cooling tower efficiency under various conditions.

Q: What materials and components are used in the construction of the test bench?

A: The test bench is constructed with a powder-coated mild steel frame and a transparent acrylic panel, ensuring durability and visibility. Key components include a centrifugal pump, PVC fill media for packing, and advanced sensors for comprehensive performance assessment.

Q: When is the test bench most beneficial for research and industrial applications?

A: This equipment is ideal whenever detailed, precise data on cooling tower performance is required-for academic demonstrations, laboratory research, or industrial system optimization. Its ability to operate under varying speeds, flows, and environmental conditions increases its suitability for broad applications.

Q: Where can the computerized test bench be installed for optimal results?

A: The test bench is designed for floor mounting in educational laboratories, research facilities, or industrial test environments. Its robust and compact design enables secure placement, while the digital interface facilitates remote data monitoring through PC connectivity.

Q: What is the process for conducting a test using this cooling tower test bench?

A: Begin by mounting the specimen, configuring test parameters via the dedicated software, and ensuring the system's water and power supplies are connected. As the test runs, the system automatically measures and logs all relevant performance data, facilitating thorough analysis.

Q: How does the integrated safety system enhance user protection during use?

A: The system is equipped with overload protection, a water level alarm, and an emergency stop switch to prevent accidents and equipment damage. These features ensure safe and reliable operation during all test procedures.

Q: What are the major benefits of using this automated cooling tower test bench?

A: Notable advantages include high-precision data collection, automated operation, user-friendly software for data analysis, rapid response times, multiple safety features, and suitability for a wide range of applications from academic instruction to industrial research and development.

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