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Air Conditioner System Trainer

Price 549585 INR/ Piece

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MOQ : 01 Piece

Air Conditioner System Trainer Specification

Features
Cut section, component demonstration

Gas Pressure
0300 psi

Operating Voltage
230 V AC

Humidity
4075% RH

Number of Specimens
Single system (1 specimen)

Measuring Range
Multiple temperature/pressure points

Equipment Type
Training Equipment

Port Size
Standard 1/4 and 3/8 SAE

Power Supply
230 V AC, 50 Hz

Frequency
50 Hz

Test Range
System demonstration limits

Display Type
Digital display (temperature, pressure)

Mounting Type
Bench Top

Temperature
10C to 50C

Automation Grade
Semi Automatic

Accuracy
1% FS

Max Height
Approx. 1.2 m

Application
Educational/Training demonstration of air conditioner system

Interface Type
Panel mounted meter & gauges

Resolution
0.1 unit (temperature/pressure)

Specimen Size
Model scaled for bench-top use

Response Time
Instantaneous

Usage
Air Conditioning System Principle Study

Capacity
1 Ton (3.5 kW)

Machine Weight
Approx. 80 kg

Test Speed
Variable

Test Width
Full system width

Control Mode
Manual and Automatic

About Air Conditioner System Trainer

CompleteDucting made of PC or Acrylic to visualize and identify the components inworking

Mixingdampers: Mixing dampers with electrical actuator and position indication. Thesystem includes 3 dampers: outdoor air, mixing air and exhaust air

TotalEquipment Should be skid mounted in SS 40 x40 Frame Structure with Castorwheels. All wetted parts also made of SS-304

Air duct withtransparent front

Air duct withfan, air cooler, humidifier, flaps, air heater and sensors

Chamber withwet (latent) and dry (sensitive) heat source as cooling load

Air-cooledcondensing unit

Power consumption:140W at -10C

Refrigerationcapacity: 320W at +5/40C

Humidifier

Heatingpower: 400W

Air heater

Heatingpower: 360W

2 heaters inthe chamber as cooling load

Power output:0-250W each, freely adjustable

Flowcross-section of the air duct

Refrigerant:currently available in the market

Fillingvolume: 1,2kg aprox

CO2-equivalent:0,8t

Measuringranges

Temperature:0-50C

Rel.humidity: 10-90%

Powerconsumption: 0-600W (condensing unit)

Power: 2x 0-300W(cooling load)

Pressure: -1-9bar/ -1-24bar (refrigerant)

Flow rate:1,5-23,5L/h (refrigerant) Air velocity: 0-2,5m/s

Required foroperation 230V, 50Hz, 1 phase

Touch screen basedFully automatic system with password protection

Data acquisitionshould be Remotely operated by Smart phone, Tablets, PC, laptops via Ethernetand Wi-fi

Should be equippedwith all safety protections

Flow visualizationshould be available in the DAQ System

Should be equippedwith both manual and auto operation

Power consumptionof individual system, all sensors data should be display and loggedautomatically

System should havesoftware 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 storedin pen drive also along with PC.

Instruments shouldbe provided with 3D drawing of complete equipment along with the name and makeof all standard components used in the test rig

Each rig should have small aestheticallyappealing poster with schematic diagram and basic working detail

Comprehensive Educational Tool

This air conditioning system trainer is specifically built for educational and training environments. It allows students and trainees to explore, monitor, and understand the working principles of refrigeration, air conditioning, and the functions of all major components. The equipment is constructed for durability and easy demonstration and comes with advanced features such as cut-section components and real-time digital readings.

Real-Time Measurement and Monitoring

Users benefit from multiple digital temperature and pressure readings, with an overall measurement accuracy of 1% FS and instant response times. The panel-mounted digital display and gauges facilitate accurate, clear data visualization, while the optional data logging facility helps in recording and analyzing performance trends for further study.

Safety and Reliability

Equipped with overload protectors, pressure cut-off switches, fuse protection, and MCB, this trainer prioritizes user safety. The sturdy, powder-coated steel frame ensures long-term performance, while copper piping and quality construction minimize maintenance and enhance reliability.

FAQs of Air Conditioner System Trainer:

Q: How is the air conditioner system trainer used for educational purposes?

A: The trainer provides hands-on, practical exposure to the fundamental principles of air conditioning systems. Students can observe, operate, and analyze system performance, learn to interpret digital readings, and understand component functions, making theoretical concepts tangible through real-world demonstration.

Q: What safety measures does the trainer include to protect users during operation?

A: The system is safeguarded with an overload protector, pressure cut-off switch, MCB, and fuse protection. These features collectively minimize the risk of electrical or mechanical faults, ensuring safe operation during training and demonstration activities.

Q: When should the data logging facility be used?

A: The data logging facility is particularly beneficial during experiments where performance trends over time are to be analyzed. It is optional and can be utilized whenever precise measurement recording is required for performance analysis, research, or assessment purposes.

Q: Where can this air conditioner system trainer be deployed for maximum benefit?

A: It is ideal for use in technical institutes, engineering colleges, vocational training centers, and research labs. Its design enables convenient bench-top demonstrations, making it suitable for classroom setups and laboratory environments.

Q: What types of refrigerants are compatible with this trainer?

A: The system is designed to be compatible with both R134a and R22 refrigerants, allowing flexibility in use according to the requirements of the educational syllabus or training scenario.

Q: How does the control mode enhance user learning?

A: Users can select between manual and automatic control modes, which facilitates understanding of automated versus operator-controlled system functioning. This dual-mode capability aids in thorough learning of system dynamics and troubleshooting techniques.

Q: What benefits does the cut-section component demonstration offer?

A: Cut-section components enable detailed internal inspection and study of individual parts, enhancing comprehension of internal mechanisms, operational principles, and facilitating more engaging and effective learning experiences.

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