Temperature And Humidity Test Chamber LTHC-T2026

Introduction

Temperature and Humidity Test Chamber has a spacious 800 functions detect and alert users to operational issues for improved reliability. Our chamber has customizable testing profiles that enable precise control over environmental conditions.

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	800 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	14 kW
Power Supply	AC 3ψ4 W 380 V 50 Hz
Dimensions (W × D × H)	1000 × 1000 × 800 mm
External Dimensions (W × D × H)	1200 × 1980 × 1825 mm

Features

Long operational life

Rust-proof internal parts

Automatic fault detection

Quick system stabilization

Memory storage for settings

FAQs

1. How does the chamber handle power failures during long-duration tests?

It chambers are equipped with an automatic restart function, ensuring the test resumes from the last recorded parameters after a power outage. Additionally, they feature built-in battery backups to protect critical data and prevent sudden disruptions, minimizing test inconsistencies and ensuring uninterrupted performance for extended testing applications.

2. Can these chambers simulate extreme environmental conditions such as deserts or tropical climates?

Yes, It chambers can precisely replicate a wide range of environmental conditions, including the intense heat and dryness of deserts or the high humidity and heat of tropical climates. This allows manufacturers to assess product durability, material integrity, and functionality under extreme weather conditions, ensuring they meet real-world performance standards.

3. How does altitude affect temperature and humidity control?

At higher altitudes, air pressure decreases, which can impact heat transfer efficiency and moisture retention. It chambers are designed with pressure-compensating mechanisms and calibrated humidity control systems to ensure that environmental conditions remain stable, delivering accurate test results across a wide range of geographical locations.

4. Can the chamber be programmed for complex and multi-step test cycles?

Yes, It chambers feature user-friendly programmable controllers that allow operators to set up multi-step test cycles with automated transitions between different temperature and humidity levels. This capability is essential for long-term endurance testing, thermal cycling, and accelerated aging studies, ensuring comprehensive evaluation of product performance.

5. What safety features are included to prevent overheating or excessive humidity levels?

It chambers are designed with multiple safety mechanisms, including over-temperature alarms, automatic humidity cutoffs, fail-safe cooling systems, emergency shut-off switches, and sensor-based monitoring. These features protect test samples, prevent chamber damage, and enhance operator safety, ensuring smooth and controlled testing operations.

6. Can the Temperature and Humidity Test Chamber accommodate rapid thermal cycling for stress testing?

Yes, It chambers are designed for high-speed heating and cooling transitions, making them ideal for thermal shock and accelerated stress testing in industries such as electronics, aerospace, automotive, and pharmaceuticals. These tests help manufacturers identify potential product failures and material weaknesses under extreme temperature variations.

7. What factors influence the lifespan of a Temperature and Humidity Test Chamber?

Proper usage, routine maintenance, regular calibration, water quality for humidity generation, and overall environmental conditions all play a crucial role in determining the chamber’s longevity. With correct operation and periodic servicing, It chambers can last over a decade, ensuring reliable performance for long-term testing applications.

8. How does the humidity generation system work inside the chamber?

The chamber uses precision-controlled steam generators or ultrasonic humidifiers to produce and regulate humidity levels. A sensor-driven feedback loop ensures accurate moisture distribution, preventing condensation buildup, excessive dryness, or fluctuations that could affect test results. Proper humidity control is crucial for industries such as electronics, textiles, and pharmaceuticals.