Plant Growth Chamber 250-PGC200

Lab Expo Plant Growth Chamber 250-PGC200 provides wide temperature range of 0 to 50℃ without light and 10 to 50℃ with light. It offers advanced lighting control system, to effectively simulate day and night changes. With humidity range of 50 to 90 % RH, it replicates desired conditions with high accuracy. Equipped with alarms, they alert users about deviations in parameters, maximizing safety. They feature a large capacity and a user-friendly interface, enhancing easy operation.

$10,915.00 $ 9096

Specifications

Chamber Volume 250 L
Temperature Range Without lighting: 0 to 50℃ With lighting: 10 to 50℃
Temperature Stability ± 1 ℃
Temperature Uniformity ± 1.5 ℃
Ambient Temperature 5 to 35℃
Humidity Range 50 to 90 % RH
Humidity Accuracy ± 5 to 7 % RH
Lighting Intensity 0 to 12000 LX
Programmer Function Temperature, humidity, light intensity, can be set separately, and 30 programmers. Time range is 1 - 99 hours for each programmer
Shelves 3(PCS)
Display Resolution 0.1 ℃
Power Consumption 860 W
Power 220 V, 50 Hz
Interior Dimension (W × D × H) 580 × 510 × 835 mm
Exterior Dimension (W × D × H) 725 × 740 × 1550 mm

Features

  • Large LCD display with 0.1C resolution
  • Microprocessor-based PID control for temperature regulation
  • Printer and computer connectivity interface
  • Insulated inner chamber with 250L volume

Applications

FunctionImplementation
Environmental simulationTemperature range 0 to 50℃ supports controlled plant growth studies
Lighting control systemsLight intensity up to 12000 LX enables photoperiod regulation
Humidity-dependent testingHumidity range 50 to 90 % RH maintains precise moisture conditions
Programmable protocols30 programmers allow multi-stage environmental cycling
Stable condition monitoringTemperature stability ±1 ℃ ensures consistent experimental accuracy

Related Models Of Plant Growth Chamber

Lab Expo Plant Growth Chambers provide controlled environmental regulation with precise management of temperature, humidity, and lighting for reproducible cultivation studies. Designed to function as a plant growth cabinet, they support programmable growth cycles, real-time monitoring, and alarm-based deviation alerts. Uniform environmental distribution and durable build enable consistent plant development across research, agricultural testing, and laboratory growth applications.