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Environmental Cum Humidity Test Chamber

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MOQ : 1 , , Piece

Environmental Cum Humidity Test Chamber Specification

Shape
Rectangular

Heating Capacity
2 kW

Glass Type
Double Walled Glass Window

Control Type
Microprocessor Based Digital PID Controller

Features
Humidity and Temperature Control, Safety Thermostat, Uniform Air Circulation

Accuracy
0.5C

Display Type
Digital LED Display

Power Supply
230V AC Single Phase 50Hz

Temperature Resistance
-20C to +60C

Type
Environmental Cum Humidity Test Chamber

Dimension (L*W*H)
Approx. 24 x 24 x 24 inches

Equipment Type
Environmental Test Chamber

Equipment Materials
Mild Steel with Powder Coated Finish

Power
2 kW

Voltage
220/230V AC, 50Hz

Material
Stainless Steel (Inner Chamber), Mild Steel (Outer Chamber)

Application
Material Testing, Accelerated Ageing, Electronics & Aerospace Testing

Capacity (Ltr)
150 liters

Safety Features
Automatic temperature cut-off and alarm system

Observation Window
Provided

No. of Shelves
3 Adjustable Shelves

Humidity Accuracy
3% RH

Interior Light
Provided for observation

Insulation
PUF Insulated

Cooling System
Hermetically sealed compressor

Caster Wheels
Fitted for easy movement

Chamber Door Type
Air-tight with gasket sealing

Humidity Range
35% RH to 98% RH

Environmental Cum Humidity Test Chamber Trade Information

Minimum Order Quantity
1 , , Piece

Supply Ability
1 , , Piece Per Day

Delivery Time
15 Days

About Environmental Cum Humidity Test Chamber

Environmental Cum Humidity Test Chamber

Specification

Heavy duty robust construction with inner chamber made of stainless steel and outer made of M.S. sheet duly enamel painted Glass window allows inspection of samples with-out disturbing the inner chamber temperature. Four stainless steel adjustable shelves are provided with the unit. Air circulation fan is also fitted to the unit for temperature uniformity Temperature range from 10°C to 60°C + 2°C is controlled by Dual Stetting Digital Temperature Indication-cum controller and humidity is controlled by imported humidistat from ambient to 95% + 3% RH. Arrangement exists only for increasing the humidity and not for decreasing. fitted with exterior illumination achieved by fluorescent tube and 0-24 cy-cilic timer. To work on 220/230 volts AC supply.

Inner chamber Size : 1mtr X 1mtr X 1mtr.

Advanced Environmental Testing Solution

Engineered for versatility, our test chamber provides a controlled environment ideal for testing materials, electronics, and aerospace components. Combining both temperature and humidity regulation functions, this chamber replicates real-world conditions for reliable accelerated ageing and performance assessments. Its user-friendly controls and sturdy construction make it a preferred choice for research, manufacturing, and quality control labs.

Efficient Design and Durability

Built with a robust stainless steel inner chamber and powder-coated mild steel outer body, this test chamber ensures a long service life and resistance to corrosion. The air-tight door with gasket sealing, double-walled observation window, and premium PUF insulation contribute to maintaining internal conditions and energy efficiency. Three adjustable shelves enhance flexibility for various testing samples.

Safety and User Convenience

Safety is paramount with features like automatic temperature cut-off, alarms, and a safety thermostat. The microprocessor-controlled PID system maintains accuracy, while digital LED display facilitates easy monitoring. Caster wheels and interior lighting add to operational convenience, supporting quick observation and easy transport within the laboratory.

FAQs of Environmental Cum Humidity Test Chamber:

Q: How does the Environmental Cum Humidity Test Chamber maintain consistent humidity and temperature levels?

A: The chamber uses a microprocessor-based digital PID controller to precisely regulate humidity (35% RH to 98% RH, 3% RH accuracy) and temperature (-20C to +60C, 0.5C accuracy). Hermetically sealed refrigeration, uniform air circulation, and PUF insulation maintain stable internal test conditions.

Q: What is the process for loading and observing samples in the test chamber?

A: Samples are placed on the three adjustable shelves inside the stainless steel inner chamber. The air-tight gasket-sealed door ensures no leaks, while the double-walled glass observation window and interior lighting allow you to safely monitor samples during tests without opening the chamber.

Q: When should I use this test chamber for my material or electronics testing?

A: Use this chamber when you need precise control of temperature and humidity for tasks like accelerated ageing, reliability testing, and environmental simulation of electronics, aerospace components, or other sensitive materials. Its suitable for meeting industry standards and quality assurance protocols.

Q: Where can the Environmental Cum Humidity Test Chamber be installed?

A: This chamber is suited for laboratories, research centers, manufacturing facilities, or quality control departments. Its compact 24 x 24 x 24-inch footprint, 150-liter capacity, and caster wheels allow flexible, convenient placement in most indoor environments with a 220/230V AC, 50Hz single-phase power supply.

Q: What are the primary benefits of using this environmental test chamber?

A: Key benefits include accurate and repeatable test environments, enhanced product quality assessment, automatic safety protections, ease of observation, and operational flexibility. The chamber facilitates compliance with industry testing standards and helps detect product weaknesses before field deployment.

Q: How does the chamber ensure operator safety during testing?

A: Operator safety is provided with features such as automatic temperature cut-off, an alarm system, safety thermostat, and air-tight door with gasket sealing. The observation window allows for monitoring without direct contact, further enhancing safety during use.

Q: What kind of maintenance is necessary for this test chamber?

A: Routine maintenance includes cleaning the stainless steel interior, checking the sealing gasket and PUF insulation, ensuring the compressor and air circulation system are free from debris, and periodically verifying the accuracy of the digital PID controller and safety alarm systems.

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