Labmate Constant Temperature and Humidity Incubator LMTH-D405
Labmate Constant Temperature and Humidity Incubator LMTH-D405 features a large 1600 L capacity with precise environmental control. Its 7-inch LCD screen with BRIGHT I control ensures intuitive operation and responsive parameter management. The double-door design with observation glass and anti-fog system allows clear monitoring of samples. Integrated sensors, tiered password access, and comprehensive alarms provide secure and reliable operation, while frequency-based refrigeration and a high-quality imported compressor maintain consistent conditions. Designed for pharmaceutical stability trials, plant growth studies, and microbial culturing.
Product Info
Key Features
-
Integrated temperature and humidity sensors
-
Tiered password access for secure operation
-
Imported fan for uniform airflow
-
Frequency-based refrigeration with high-quality compressor
-
Double-door design with observation glass and anti-fog system
-
USB, RS232, and RS485 connectivity
-
Comprehensive alarms for temperature, humidity, power, water, sensors, and system faults
Specifications
Specification Details Volume 1600 L Temperature Range without Humidifying 0 to 85 °C Temperature Range with Humidifying 10 to 60 °C Temperature Resolution 0.1 °C Temperature Fluctuation at 25 °C ±0.3 °C Temperature Uniformity at 25 °C ±1 °C Humidity Range 20% to 98% RH Humidity Fluctuation ±3% RH Timer Range 1 to 9999 min/h Number of Baskets 3 (Standard), 6 (Maximum) Test Holes Internal Diameter Ø30 mm (Both sides) Program Settings 30 segments, 99 cycles Data Storage Over 10 years Power Consumption 3300 W Internal Dimensions 1400×850×1350 mm External Dimensions 1562×1220×2040 mm Net Weight 440 kg Gross Weight 490 kg Optional Accessories
Model No Accessory LMTH-D405-P1 Built-in Printer LMTH-D405-P2 UV Germicidal Lamp Applications
Labmate Constant Temperature and Humidity Incubator LMTH-D405 is ideal for bacterial incubation, food product shelf-life evaluation, insect rearing, biomedical cell culture, and plant stress simulation under controlled temperature and humidity conditions.-
