Temperature And Humidity Test Chamber LTHC-T2015

Introduction

Temperature and Humidity Test Chamber provides volume capacity of 225L with excellent temperature uniformity. Refrigeration controller adjusts compressor and valve based on set and actual temperature values. Optimizes operating power to enhance equipment efficiency and ensure compressor safety. control provides precise temperature regulation with built-in over-temperature protection. Widely used for quality control in pharmaceutical, 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 is ideally used for quality control in food and beverage industry, pharmaceuticals, laboratories, scientific research units, etc.

Specifications

Capacity	225L
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	3000W
Power Supply	AC380±10% V 50±0.5Hz/AC220±10% V 50±0.5Hz
Chamber Size	500mm × 600mm × 750mm
Exterior Size	900mm × 1260mm × 1900mm
Weight	180kg

Features

Stainless-steel chamber

Water shortage protection 

Internal lighting 

Over compressing protection

Audible and visual alarm system

FAQs

1. How does the Temperature and Humidity Test Chamber ensures precise temperature and humidity control?

The Temperature and Humidity Test Chamber has regulation, which maintains stability to?±0.5?°C and ±3 to 5?%?RH. A smart refrigeration controller varies compressor and valve duty in real time. This adaptive logic lowers energy draw while preventing thermal overshoot. Operating range spans –20?°C?to?+150?°C and 20 to 98?%?RH for broad protocols. Temperature uniformity stays within?2?°C to ensure repeatable results. Built in over temperature protection halts heating to safeguard sensitive samples.

2. What are the safety features of the Temperature and Humidity Test Chamber ?

Temperature and Humidity Test Chamber features water shortage detection pauses humidification to prevent heater damage. Over compressing protection extends compressor life and avoids costly downtime. Audible–and visual alarms promptly flag any parameter deviation or fault state. Password protected settings lock out unauthorised changes to critical programs. Auto stop on door open ensures user safety and test integrity. These layered defences keep both personnel and specimens secure.

3. How does the chamber of the Temperature and Humidity Test Chamber optimise energy?

The Temperature and Humidity Test Chamber features adaptive compressor control trims power to match real time load demand. Average consumption is just 3000?W despite the wide temperature span. High density insulation minimises thermal losses during long dwell periods. lighting consumes negligible power while enhancing internal visibility. Efficient airflow design reduces fan runtime without sacrificing uniformity. Collectively, these elements cut operating costs over the chamber’s long service life.

4. Which industries and applications benefit most from the Temperature and Humidity Test Chamber ?

Temperature and Humidity Test Chamber supports stability and shelf life studies in food and beverage QA labs. Pharmaceutical firms verify drug and vaccine robustness under climatic stress. Electronics makers test reliability across extreme thermal cycles. Research institutes evaluate material fatigue and ageing in controlled atmospheres. Academic labs conduct environmental simulations for life science investigations. Overall, any sector needing precise climate control will find it indispensable.

5. What power options and installation conditions are required for the Temperature and Humidity Test Chamber ?

The Temperature and Humidity Test Chamber runs on AC?380?V?±10?%?50?Hz or AC?220?V?±10?%?50?Hz. Designed for ambient lab temperatures between?+5?°C and?25?°C. A dedicated 3?kW circuit with reliable grounding is recommended. Levelling feet facilitate stable placement on standard lab floors. Rear service access simplifies routine maintenance and filter checks. Clearance of 200?mm around the cabinet ensures adequate airflow.