Temperature And Humidity Test Chamber LTHC-T2023

Introduction

Temperature and Humidity Test Chamber has a capacity of 105 testing.

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

Temperature and Humidity Test Chamber is a testing device that simulates specific environmental conditions to evaluate product performance and durability. It is widely used in industries like electronics, automotive, and pharmaceuticals for quality control and research.

Specifications

Capacity	105 L
Temperature Range	-70℃ to +150℃
Temperature Fluctuation	±0.5℃
Temperature Uniformity	≤2.0℃
Temperature Deviation	±2.0℃
Heat-up Rate Non-linear	-70℃ to +100℃ 60 min
Cool-down Rate Non-linear	+20℃ to -70℃ 80 min
Humidity Range	20% R.H to 98% R.H
Humidity Fluctuation	±2.0 %RH
Humidity Uniformity	±3.0 %RH
Humidity Deviation	±3.0 %RH (>75%RH)
Noise Level	≤68 dB
Power Consumption	7 kW
Power Supply	AC 3ψ4 W 380 V 50 Hz
Dimensions (W × D × H)	500 × 600 × 500 mm
External Dimensions (W × D × H)	700 × 1765 × 1320 mm

Features

Custom test settings

Automatic data logging

Reliable sensor accuracy

Even airflow distribution

Remote monitoring option

FAQs

1. How does a Temperature and Humidity Test Chamber contribute to product reliability testing?

It chambers help manufacturers simulate real-world environmental conditions, allowing them to test how products respond to temperature fluctuations, humidity exposure, and thermal cycling. By replicating these stress factors, the chambers help identify potential material weaknesses, performance issues, and durability concerns, ensuring that products meet industry standards and long-term reliability requirements before reaching the market.

2. How does altitude affect the performance of the chamber?

At high altitudes, lower air pressure can influence heat transfer and humidity control. It chambers are calibrated to maintain stable environmental conditions regardless of altitude variations.

3. Can the chamber simulate freezing conditions for cold endurance testing?

Yes, It chambers can reach sub-zero temperatures, making them ideal for cold endurance testing across various industries. They help evaluate how electronic devices, batteries, automotive parts, and construction materials perform under extreme cold conditions, ensuring structural integrity, functionality, and reliability in freezing environments.

4. How does vibration or movement impact test results in a Temperature and Humidity Chamber?

Excessive vibration can cause inconsistent airflow and temperature fluctuations. It chambers are designed with sturdy construction and vibration-free refrigeration systems to maintain test accuracy.

5. How do you verify the chamber's humidity and temperature accuracy over time?

Regular calibration using traceable standards, combined with built-in self-diagnostic features and sensor verification, ensures that It chambers maintain precise control and measurement accuracy.

6. Can the chamber simulate extreme humidity swings for rapid stress testing?

Yes, It chambers are capable of rapid humidity cycling, allowing researchers to test how materials and components respond to sudden moisture fluctuations in a controlled manner.

7. What safety mechanisms are in place to protect samples and the chamber itself?

It chambers include over-temperature protection, humidity overflow prevention, door safety locks, and emergency shut-off systems to safeguard test samples and prevent equipment damage.

8. How does the chamber manage air exchange without disrupting test conditions?

It chambers utilize precision-controlled air exchange systems that carefully regulate fresh air intake and exhaust without disturbing the internal temperature and humidity balance. These systems ensure uniform airflow distribution, preventing sudden fluctuations that could compromise test accuracy.