MLR-352
1. High-humidity environments cause rusting on standard steel surfaces — contaminating samples and making cleaning increasingly difficult over time
2. Basic ON/OFF refrigeration systems cause temperature and humidity swings that stress sensitive biological samples
3. Fixed lighting cannot replicate natural photoperiod changes — limiting the validity of plant growth, insect, and circadian studies
4. Strong airflow creates temperature and humidity gradients between shelves — producing inconsistent results across sample positions
5. Without continuous monitoring and recording, deviations go undetected until experiments fail — with no evidence trail for troubleshooting
Applications
1. Plant tissue culture
2. Seed germination studies
3. Model plant research
4. Plant physiology experiments
5. Insect and small organism rearing
6. Environmental stress testing
7. Agricultural and botanical research
Overview
MLR-352
PHCbi's Climate Chamber has wide variety of temperatures and lighting patterns that are essential in research, environmental studies and testing can now be accurately reproduced and controlled.
Key Features
Corrosion-resistant stainless steel interior
Simplifies cleaning and eliminates rust
Microprocessor PID + Refrigeration Capacity Control
Minimises temperature fluctuations for precise, energy-efficient operation
15 variable-intensity fluorescent lamps with 9 programmable steps
Accurately simulate diurnal lighting cycles
Gentle forced air circulation
Ensures uniform temperature distribution across every shelf level
Graphic LCD display with built-in data logging
For real-time monitoring and programmable control
Capacity(L)
294
External Dimensions (W mm x D mm x H mm)
760 x 700 x 1835 mm
Temperature control range
0°C to +50°C (light off), +10°C to +50°C (light on)
Temperature distribution
±3.5°C (light on), ±1.5°C (light off)
Temperature fluctuation
±0.3°C
Lighting range
0 to 20,000 lux