Temperature And Humidity Test Chamber LTHC-T2016

Introduction

Temperature and Humidity Test Chamber operates within -20℃ to +150℃ for flexible testing conditions. Intelligent refrigeration control adjusts compressor based on set and actual temperature values. Unique balanced temperature adjustment ensures precise, stable, and consistent thermal performance. Water tank effectively spillage issues and ensures leakage protection. Ideally used in pharmaceutical industries, biomedical research units, food and beverage industry.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Temperature and Humidity Test Chamber  are widely used in pharmaceutical industries, biomedical research units, food and beverage industry. 

Specifications

Capacity	504L
Temperature Range	-20 to +150℃
Temperature Uniformity	Less than or equal to 2℃
Temperature Fluctuation	±2℃
Temperature Stability	±0.5℃
Humidity Range	20 to 98%RH
Humidity Deviation	±3%RH (more than 75%RH)
Operating Temperature	+5 to 25℃
Power Consumption	5000W
Power Supply	AC380±10% V 50±0.5Hz/AC220±10% V 50±0.5Hz
Chamber Size	700mm × 800mm × 900mm
Exterior Size	1150mm × 1500mm × 2000mm
Weight	180kg

Features

Compressor over current protection 

Overheating protection 

Water shortage protection 

Powder coating steel housing

control system

FAQs

1. What environmental ranges and precision does the Temperature and Humidity Test Chamber offer?

Temperature and Humidity Test Chamber operates across a broad –20?°C?to?+150?°C temperature span. Humidity is programmable from 20?%?RH to 98?%?RH for versatility. Temperature uniformity remains ??2?°C, ensuring consistent sample exposure. Stability is tightly held at?±0.5?°C under steady state conditions. Fluctuation stays within?±2?°C even during intensive cycling profiles. Balanced temperature adjustment delivers rapid, accurate set point recovery. Ideal for stress, stability, and shelf life protocols in regulated labs.

2. Which built in protections safeguard the chamber in the Temperature and Humidity Test Chamber ?

The Temperature and Humidity Test Chamber features compressor over current circuitry, which shields the refrigeration system from surges. Overheating protection cuts power if internal temperatures exceed safe limits. Water shortage detection halts humidification to prevent heater damage. One piece molded water tank eliminates leaks and accidental spillage. controller continuously monitors conditions, triggering alarms when parameters drift. Powder coated steel housing resists corrosion and simplifies exterior cleaning. These layered defense maximise uptime and protect valuable test articles.

3. How does intelligent refrigeration control in the Temperature and Humidity Test Chamber enhance efficiency and reliability?

The Temperature and Humidity Test Chamber has microprocessor analyses set and actual chamber temperatures in real time. Compressor speed and refrigeration valve position adjust dynamically to demand. This minimises energy consumption while meeting strict thermal tolerances. Balanced control reduces compressor cycling, extending component service life. Rapid response prevents overshoot, enabling tighter process validation margins. Consistent cooling heating transitions support accelerated ageing or stress screening. Overall, users gain lower running costs without sacrificing performance precision.

4. What capacity and construction features support high throughput testing in the Temperature and Humidity Test Chamber ?

Temperature and Humidity Test Chamber features spacious 504?L chamber measures 700?×?800?×?900?mm internally. Large footprint of 1150?×?1500?×?2000?mm suits pilot scale programs. Powder coated exterior and stainless interior tolerate harsh lab environments. Robust door gasket maintains seal integrity through repeated cycles. High 5000?W power rating handles rapid ramps and heavy thermal loads. Optional shelving kits maximise sample density across multiple height positions.

5. Which industries and tests benefit most from the Temperature and Humidity Test Chamber ?

Pharmaceutical labs conduct stability and accelerated ageing studies. Biomedical researchers verify vaccine viability under varying climatic conditions. Food and beverage QA teams perform shelf life and packaging evaluations. Electronics makers stress test circuit boards for tropical or arctic deployment. Polymer and composite developers assess moisture induced ageing phenomena. Academic institutions simulate environmental extremes for fundamental material research. Any facility needing precise climatic simulation will find Temperature and Humidity Test Chamber invaluable.