Temperature and Humidity Test Chamber EZL-TH161 Catalog

Description

EziLab offers the Temperature and Humidity Test Chamber EZL-TH161, a 275 L climate chamber with a programmable controller that runs multi-step temperature and humidity profiles unattended. It suits labs that need repeatable environmental cycles without the footprint of an 800 L model, fitting a 580 × 510 × 935 mm workspace into a 770 × 740 × 1710 mm cabinet. Temperature covers 0 to 65°C with ±1°C uniformity and ±0.5°C fluctuation at higher setpoints, while humidity runs from 40 to 90% RH with ±3% RH fluctuation. That range covers common stability setpoints such as 25°C/60% RH, 30°C/65% RH, and 40°C/75% RH in one chamber. An R134a refrigeration system and a JAKEL circulation fan spread conditioned air evenly, while magnetic strip sealing keeps the chamber sealed. A USB data port exports run records for audit files, and over-temperature alarms and leakage protection guard samples and operators. Pharmaceutical teams run shelf-life and accelerated stability studies, electronics makers test component reliability under heat and moisture, automotive R&D groups perform endurance checks on parts and materials, and materials science labs evaluate how coatings and polymers age. See the Temperature and Humidity Test Chambers and Temperature and Humidity Test Chamber EZL-TH161 pages for full specifications.

Specifications

Volume 275 L
Temperature Range 0 to 65˚C
Operation Temperature 5 to 40 ˚C
Temperature Uniformity ± 1℃
Temperature Fluctuation Low temperature ±1℃, High temperature ±0.5℃
Humidity Control Range 40% to 90%RH
Humidity Fluctuation ±3 % RH
Refrigerant R134a
Power Rating 1800W
Chamber Size (W × D × H ) 580 × 510 × 935 mm
Exterior Size (W × D × H ) 770 x 740 x 1710 mm

Features

  • ✓ Over-temperature alarm
  • ✓ Leakage protection system
  • ✓ USB data port
  • ✓ Magnetic strip sealing
  • ✓ JAKEL circulation fan

Applications

  • ✓ Temperature and Humidity Test Chamber EZL-TH161 is ideal for testing electronics, materials, and pharmaceuticals under precise environmental conditions. It ensures reliable performance by maintaining accurate temperature and humidity while providing safety, sterilization, and easy sample observation.