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Computerized ICE plant trainer

Price 406215 INR/ Piece

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MOQ : 01 Piece

Computerized ICE plant trainer Specification

Temperature
Adjustable, -10C to +40C

Specimen Size
Custom configurable up to 100 mm

Humidity
Ambient, 40-75% RH

Response Time
< 2 sec

Operating Voltage
230 V AC

Number of Specimens
Single, multi-test mode

Accuracy
1%

Resolution
0.1C / 0.1 psi

Port Size
Standard 1/4 SAE flare

Automation Grade
Automatic & manual selectable

Application
Educational, laboratory refrigeration experiments

Equipment Type
ICE Plant Trainer

Mounting Type
Floor standing

Max Height
1500 mm

Features
Integrated sensors, all safety features, data acquisition, chart recorder, auto/manual control, real-time analysis

Display Type
Digital LCD (computer interface supported)

Interface Type
USB/RS232

Measuring Range
0 to 100C and 0-300 psi

Test Range
Wide range, as per experiment

Power Supply
230 V AC, 50 Hz

Gas Pressure
Adjustable, 0 to 300 psi

Frequency
50 Hz

Usage
Engineering lab, technical institutes

Capacity
1 TR (Ton of Refrigeration)

Machine Weight
80 kg (Approx)

Test Speed
Digital controlled, variable

Test Width
250 mm

Test Stroke
120 mm

Control Mode
Computerized/Manual

Safety Devices
High/Low pressure cutout, overload relay

Refrigerant
R134a / R22 Compatible

Evaporator Type
Shell & coil with visible glass door

Simulation Software
Included with trainer kit

Compressor
Hermetically sealed, 1/4 HP

Operating Environment
Indoor, ventilated area

Data Recording
Computerized, real-time data logging

Training Manuals
Supplied with detailed experimental manuals

Condenser Type
Air-cooled, finned tube

About Computerized ICE plant trainer

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

Compressor-Hermiticallysealed compressor, Kirloskar make. Tank: The inner tank shall be fabricated outof stainless steel Condenser:

Air cooledcompatible to compressor Condenser Cooling Fan: Compatible capacity withpermanent lubricated motor.

PressureMeasurement: Pressure Transmitter- 2 Nos.

TemperatureMeasurement: Temperature Transmitter- 6 Nos.

Evaporator: Made ofStainless Steel, Insulated with ceramic wool/puff.

Expansion Device:Capillary Tube Compatible capacity.

Energy Measurement:By Energy meter

Safety Control:overload and over current protectors for compressor and Time delay circuit.

Measuring ranges

Differentialpressure: 0-1000Pa (air)

Flow rate: 12-360L/h(water)

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

Rel. humidity:10-100%

Required foroperation

230V, 50Hz, 1 phase

Touch screen basedFully automatic system with password protection Data acquisition should beRemotely operated by Smart phone, Tablets, PC, laptops via Ethernet and Wi-fiShould be equipped with all safety protections Flow visualization should beavailable in the DAQ System

Should be equippedwith both manual and auto operation Power consumption of individual system, allsensorsi data should be display and logged automatically System should havesoftware for operating, data logging, processing and data displaying

Performancevariables (e.g., Heating/Cooling COP, Heating / Cooling load etc..)

should beautomatically calculated and displayed and should be stored in pen drive alsoalong with PC. Instruments should be provided with 3D drawing of completeequipment along with the

name and make of all standard components used inthe test rig Each rig should have small aesthetically appealing poster withschematic diagram and basic working detail.

Advanced Educational Refrigeration Platform

Developed for technical institutes and engineering laboratories, the Computerized ICE Plant Trainer offers a comprehensive solution to study refrigeration cycles and components. Its robust construction, versatile features, and computerized controls ensure interactive and in-depth practical training in the field of refrigeration and air conditioning technology.

User-Friendly Operation with Real-Time Data Logging

This trainer includes integrated sensors, digital LCD displays, and a user-friendly computer interface that allows for detailed real-time data logging and analysis. The provided simulation software further enhances understanding by enabling experiment planning, control, and evaluation directly from the workstation.

Versatile Experimental Applications

With adjustable temperature and pressure settings, computerized/manual control, and custom specimen configurations, the ICE Plant Trainer supports a wide range of refrigeration experiments. It is suitable for single or multi-test modes, allowing exploration of diverse safety protocols, operational procedures, and system behaviors under controlled laboratory conditions.

FAQ's of Computerized ICE plant trainer:

Q: How can the ICE Plant Trainer be used to conduct refrigeration experiments?

A: The trainer allows users to perform hands-on experiments related to the refrigeration cycle, heat transfer, and system behavior by adjusting variables such as temperature, pressure, and refrigerant type. Detailed manuals and simulation software guide the process and facilitate experiment analysis.

Q: What are the benefits of having computerized data recording and real-time analysis?

A: Computerized data recording ensures accurate and efficient documentation of experimental results, while real-time analysis provides immediate insights and supports quick troubleshooting and evaluation of system performance during experiments.

Q: When should I use the manual control versus the computerized mode?

A: Manual control is beneficial for fundamental demonstrations and understanding component functions. Computerized mode is preferred for advanced experiments that require precise variable control, automated data collection, and detailed performance analysis.

Q: Where should the ICE Plant Trainer be installed for optimal operation?

A: The trainer should be operated indoors in a well-ventilated area to ensure stable ambient conditions and safe, efficient operation of its components, as recommended for laboratory environments.

Q: What safety features are integrated in the ICE Plant Trainer?

A: The trainer includes high and low pressure cutouts as well as an overload relay to protect the refrigeration system and ensure safe operation during all experiments.

Q: How does the simulation software enhance the learning experience?

A: The included software enables users to simulate various scenarios, control test parameters, monitor data, and visualize effects of component changes, greatly deepening comprehension of theoretical concepts.

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