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Overview

Plant Growth Chamber EZL-PG412 is designed with a unique ability to adapt to different research applications, providing an affordable and versatile solution for plant science. This unit is a closed cabinet with three side lights that operates at temperatures ranging from 0° to 60° C and humidity levels ranging from 30% to 98 percent. Controlled by a microprocessor PID controller and uniformity by a PT 100 sensor, it has a capacity of 768 liters and castor wheels for easy mobility. It also has three shelves for storing products while maximizing output and a 5.7-inch TFT color display for the user to easily read parameters.

Specifications :

Chamber Capacity 768 L
Illumination Maximum 15,000 Lux
Temperature Range 0°C to 60°C
Temperature Controller Microprocessor PID controller
Humidity Range 30% to 98%RH
Accuracy ±0.5°C
Program 10 step program microprocessor controlled
Shelves 4 EA
Cooling Device Hermetically sealed compressor (1/2 HP)
Humidifier Evaporation by motor with SUS316 pipe heater
Humidity Lux Meter LCD display with flexible cable
Humidity Illumination System 7 step photo period control
Humidity Bank 4 side wall with water proof tube
Display 5.7” TFT-LCD color touch screen
Internal Material 304 grade Stainless steel
External Material Steel plate with GI powder coating
Shelves Construction ABS coating
Door Silicon magnetic safety double door
Supply Voltage & Frequency AC230V, 50/60Hz
Internal Dimension (W×D×H) 800 x 800 x 1,200 mm
Features :
  • - Precise environmental control based on required specifications
  • - 5.7” full touch LCD screen
  • - Remote monitoring
  • - Adjustable LED lighting
  • - Real time monitoring of all control processes
  • - Data export and import options
  • - Data protection and security options
  • - 304 Stainless steel construction
  • - Fully insulated doors
  • - Temperature sensor and controller
  • - Adjustable lighting options
  • - Microprocessor based PID controller
Applications:

This device is widely used for in plant biology, soil science and agriculture research and growth of rice and Arabidopsis.

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