Microprocessor Humidity Chamber

Microprocessor Humidity Chamber Specification

Frequency
50/60 Hz

Gas Pressure
Ambient atmospheric pressure

Application
Testing material performance under controlled humidity & temperature

Hardness
Chamber construction: Stainless steel (SS-304)

Measuring Range
0-100% RH | 5C to 60C

Max Height
Up to 1250 mm

Number of Specimens
1-8 (racks Provided)

Specimen Size
Up to 150 x 150 mm

Automation Grade
Automatic

Power Supply
220V AC, 50Hz

Mounting Type
Floor-standing

Interface Type
RS232/USB (optional)

Display Type
Digital LED/LCD Display

Resolution
0.1% RH | 0.1C

Features
Self-diagnostics, auto-stop, programmable cycles, over-temp alarm

Equipment Type
Microprocessor Humidity Chamber

Response Time
15 sec for step change

Humidity
40% to 98% RH, adjustable

Operating Voltage
220V AC

Port Size
50 mm access port

Accuracy
2% RH, 0.5C

Temperature
10C to 60C (0.5C)

Test Range
0 to 100% RH, 5C to 60C

Usage
Laboratory/Quality Control

Capacity
100 to 300 L (varies by model)

Machine Weight
Approx. 95-120 kg (varies by chamber size)

Test Speed
Programmable (User-defined)

Test Width
Up to 500 mm

Test Stroke
Up to 400 mm

Control Mode
Microprocessor-based controller

Data Logging
Built-in with export to pen drive/PC

Ambient Temperature Tolerance
10C to 40C (room location)

Caster Wheels
Heavy-duty lockable wheels for mobility

External Material
Powder-coated mild steel

Alarm
Audio-visual alarms for deviation

Glass Window
Double-layered observation window with LED illumination

Insulation Thickness
60-80 mm (PUFoam)

Safety Features
Over-temperature and over-humidity protection, circuit breaker

Water Reservoir
Integrated with low water level sensor

Calibration
Factory calibrated and user re-calibration enabled

Internal Material
Stainless Steel, corrosion-resistant

About Microprocessor Humidity Chamber

Capitalise on the elite performance of the Microprocessor Humidity Chamber, engineered for opulent precision and flawless durability. The pristine SS-304 stainless steel interior is corrosion-resistant, while the powder-coated mild steel exterior exudes enduring strength. Safety is paramount with over-temperature and humidity protection, circuit breaker, and advanced data logging. Its double-layered observation window, well-illuminated by LEDs, ensures clear monitoring. With programmable test speeds, robust mobility, and intuitive digital display, this equipment is ending soon-make a premium addition to your laboratory today.

Who Uses the Microprocessor Humidity Chamber?

Widely used by elite laboratories, quality control divisions, and material researchers, the Microprocessor Humidity Chamber serves as a premium instrument for controlled environment testing. Used as an automatic humidity and temperature test chamber, it is ideal for routine sample analysis, research, product development, and validation. This floor-standing, easy-to-mount unit is suited for regular, intensive usage in R&D and QC settings, capitalising on precise environmental simulation for improved product performance assessment.

Certifications, Export Markets, and Shipping Assurance

Our Microprocessor Humidity Chamber arrives with authenticated certifications, ensuring pristine quality and safety compliance. Preferred in premium global export markets, especially across Europe, Asia, and the Middle East, it is crafted by expert exporters and manufacturers in India. Secure shipping from the FOB port guarantees flawless, damage-free arrival. Each unit is meticulously packaged for safety, demonstrating our dedication to delivering an elite solution via reliable supply chains.

FAQ's of Microprocessor Humidity Chamber:

Q: How does the microprocessor-based controller enhance humidity and temperature regulation?

A: The microprocessor-based controller ensures precise, real-time adjustments, maintaining flawless environmental conditions within the specified ranges. It allows programmable cycles, self-diagnostics, and auto-stop features, supporting rigorous laboratory protocols.

Q: What safety features are integrated into the humidity chamber for reliable operation?

A: Safety features include over-temperature and over-humidity protection, a circuit breaker, and audio-visual alarms for critical deviations. These mechanisms provide continuous monitoring to prevent system or specimen damage.

Q: Where is the Microprocessor Humidity Chamber commonly used?

A: This chamber is primarily found in research laboratories, quality control facilities, and industrial testing centers, where controlled temperature and humidity environments are essential for product testing and evaluation.

Q: When should you calibrate or re-calibrate the chamber?

A: The chamber comes factory calibrated, but users are encouraged to perform routine re-calibration as part of standard laboratory maintenance or when precise accuracy is critical for test outcomes.

Q: What are the benefits of the built-in data logging and export functions?

A: Built-in data logging allows users to track and store critical test parameters, with convenient export to pen drive or PC for analysis and documentation, enhancing workflow efficiency and traceability.

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