Mist Chamber

Specifications

1.  Dimensions:

  • Length: Typically ranges from 1 meter to several meters.
  • Width: Varies, often between 0.5 meters to several meters.
  • Height: Can range from 1 meter to 2 meters or more.

2.  Capacity:

  • Number of trays or shelves: Depends on size, usually from 2 to 10+ shelves.
  • Total volume: Often measured in cubic meters.

3.  Mist Nozzles:

  • Type: High-pressure mist nozzles.
  • Quantity: Depends on the size of the chamber, commonly 4 to 20+ nozzles.

4.  Humidity Range:

  • Typically adjustable from 85% to 100%.

5.  Temperature Control:

  • Temperature range: Adjustable, often between 15°C to 35°C (59°F to 95°F).

6.  Timers and Sensors:

  • Timer range: Can be set for misting intervals from seconds to minutes.
  • Humidity sensors: Usually accurate to within ±2% RH.

7.  Water Supply:

  • Connection type: Standard hose connection or direct plumbing.
  • Water filtration: Optional, often includes sediment filters.

8.  Power Supply:

  • Voltage: Typically 110V or 220V, depending on the region.
  • Power consumption: Varies, often between 100W to 500W or more.

9.  Construction Material:

  • Frame: Often stainless steel or aluminum.
  • Panels: Typically polycarbonate, glass, or durable plastic.

10.  Lighting (if included):

  • Type: LED or fluorescent.
  • Intensity: Adjustable, often between 100 to 1000 µmol/m²/s.
  • Photoperiod: Programmable light cycles.

11.  Air Circulation:

  • Fans: Number and size vary; usually include adjustable speed settings.
  • Ventilation: May include vents or exhaust fans.

12.  Control System:

  • Interface: Digital display or touchscreen.
  • Programmable settings: For misting, humidity, temperature, and light cycles.

13.  Safety Features:

  • Overheat protection: Automatic shutoff if the temperature exceeds set limits.
  • Leak detection: Alarms or automatic shutoff if water leakage is detected.

Features

1.  Mist Nozzles:

  • Designed to create a fine mist.
  • Ensures even distribution of moisture.

2.  Humidity Control:

  • Maintains high humidity levels, typically between 85% to 100%.
  • Crucial for the propagation of certain plant species.

3.  Temperature Control:

  • Some advanced models include heating elements or cooling systems.
  • Helps regulate temperature for optimal plant growth.

4.  Timers and Sensors:

  • Automated systems often include timers.
  • Humidity sensors to control the frequency and duration of misting.

5.  Enclosure:

  • Usually enclosed to maintain the controlled environment.
  • Materials like plastic or glass are commonly used.

6.  Water Supply System:

  • Continuous and reliable water source.
  • Filters may be included to prevent nozzle clogging.

7.  Air Circulation:

  • Some systems include fans or ventilation.
  • Ensures even distribution of humidity and temperature.

8.  Light Control:

  • Some chambers have integrated lighting systems.
  • Allows for control over light intensity and photoperiod.

9.  Ease of Access:

  • Doors or panels for easy access to plants.
  • Facilitates maintenance and monitoring.

10.  Durability and Construction:

  • Built with durable materials to withstand constant moisture.
  • Often designed for easy cleaning and maintenance.