Commercial Series
DOSING CONTROLLER
Dosing Controller automates nutrient management operations of the Terrarium. The pH and EC levels within a plant factory environment fluctuate on a continuous basis as a result of evaporation and transpiration processes of the crop apart from freshwater induction into the nutrient tank. The Dosing Controller can manage the pH, EC, Nutrient Temperature (optional), and Dissolved Oxygen optional levels in the nutrient solution. The grower can set the desired setpoints for pH, EC nutrient temperature and dissolved oxygen, as per best practices or agronomist recommendations for the crops under cultivation.
MONITERED PARAMETERS
- pH
- EC
- DO (Dissolved Oxygen)
- Nutrient Temperature
PRODUCT FEATURES
- Three modes of operation: Automatic. Schedule and Manual to suit different growing needs
- Monitors solar radiation to determine ambient light for day and night classification
- Supports Wi-Fi communication protocol for connectivity to the cloud via the Communication Gateway Controller
- Intuitive touch screen graphical interface for easy operations under any lighting conditions
- User friendly mobile app for remote climate control of the plant factory over the internet.
- Built-in real time clock with CMOS battery backup for precision scheduling operations
- User configurable peristaltic pump ratios and speed to meet the desired nutrient discharge rate
- Calibration mode to ensure accurate operation of the pH and EC sensors
- EC and nutrient temperature parameter units can be configured for different regions
USAGE BENEFITS
- Ensures delivery of accurately prepared nutrient solution supplied to the hydroponic system within the plant factory resulting in consistent crop yields
- Prevent crop wilting and other diseases by ensuring optimal nutrient supply through day and night or through the year
- Achieve lower input resource costs by controlling the dosing processes to use minimal amounts of buffer and nutrient solutions
- Enable labor cost savings through remote monitoring of the plant factory 24/7 thereby reducing the need for manual inspection and intervention
- Graphical dashboards and analytics give a better understanding of the plant factory operations, based on granular data collected over a period of time, and visibility to the combination of parameters giving maximum yield
- Easy and clutter-free installation of the Dosing Controller, Nutrient Sampler, Sensor Probes and PVC Housing Assembly
- Optional solar power modules for power grid independent operation of the Controllers
- Implement stringent access control measures through password protection at the controller level to prevent unauthorized access to setpoints and schedules
- Receive notifications and alerts to implement proactive and reactive remedial measures to prevent crop loss situations
CLIMATE CONTROLLER
The Climate Controller provides a stress-free cultivation environment for crops by preventing sudden changes in the micro-climate of the greenhouse. The Climate Controller can interface with Weather Monitors to receive weather forecasts of the plant factories outdoor climate to manage the plant factory indoor climate by controlling the fan & pad system and fogging/heating system.
MONITERED PARAMETERS
- Air Temperature
- Sea Level Pressure
- Relative Humidity
- CO2 Level
- VPD
- Dew Point
- Evapotranspiration
- Solar Radiation
- Barometric Pressure
- Heat Index
Specifications
• Display: 3.2″ HMI TFT
• Air Temperature: 0-50 °C +2°C
• Relative Humidity: 5-90% RH +2%RH
• Sunlight Detection Wavelength Band: 390 to 400nm
• Air Pressure: 0-40KPA VPD 0.45kPa -1.25kPa
• Barometric Pressure: 15KPA CO2 250-1000ppm
• Solar Radiation: 400-1100 nm
• Rain Precipitation: 0-200 mm/h
• Evapotranspiration: 0.1-1000 mm day
• Sea Level Pressure: 1-100hpa
• Wind Speed: 0-70 m/s
• Heat Index: -2 to 50°C
• Cloud Height: 0-1000 meter
• Dew Point: 10-34°C
• Relay Switching Voltage (VAC): 230V 30A
• Relay Operating Voltage (VDC): 5Va 30A
• Power Source: 230V AC, 5A,60 Watts
• Operating Temperature Range: oC to 55°C (32°F to 125°F)
• Usage Conditions: Avoid Direct Sunlight
IRRIGATION CONTROLLER
The Irrigation Controller manages the irrigation system by controlling the water pumps and solenoid valves, that are part of the plant factory nutrient system. Irrigation control in a plant factory needs careful attention when compared to soil-based systems, due to the smaller root zone volume, greater water-holding capacity, and a higher dissolved oxygen concentration in the nutrient solution. The controller can support up to 2 zones with each zone having a dedicated nutrient tank.
MONITERED PARAMETERS
- Nutrient/ Water Level
- Inlet Flow Rate
- Outlet Flow Rate
- Solar Radiation
Specifications
• Display: 3.2″ HMI TET
• Solenoid Valve: 1 to 2 Inch 2/2 Way 220V AC Diaphragm Valve 2W-250- 25
• UVA (Radiation) Detection Wavelength Band: 315nm to 400nm
• Water Level Operating Range: 25cm – 4.5m
• Water Flow Rate (Inlet & Outlet): 10-200 Liter/min
• Water Pressure Resistance: 2Mpa 2Mpa
• Relay Switching Voltage (VAC): 230V 30A
• Relay Operating Voltage (VDC): 5V@30A
• Power Source: 230V AC, 5A
• Power Consumption: 60 Watts
• Operating Temperature Range: 0°C to 55’C (32°F to 125°F)
• Usage conditions: Avoid Direct Sunlight
LIGHTING CONTROLLER
Lighting Controller manages the VPD. PAR. and Light Intensity in Greenhouse, Growth chambers/rooms and Hydroponics/Vertical farming for the efficient growth of plants and bountiful yields. These controllers provide artificial lighting to plants for the purpose of photosynthesis and maintaining the PAR and VPD levels for the high growth and yield patterns of plants with the lot sensor technology.
USAGE BENEFITS
Light intensity for typical indoor farming applications
IP66 rated and UL wet rated for easy watering and cleaning
Daisy chain end to end making installation easier
Uniform light for even plant growth Operating Environment: o degree C to +4 degree C
L90/36000 hours per TM-21
Specifications
- Body Material: Aluminum
- Lighting Color: Full Spectrum
- Working Temperature: Operating Environment: o Degree C to +40 Degree C
- Voltage: 120-240V
- Power Consumption: 295-580watts
- Photon Flux: 550-1100 micromoles/sec
- Weight: 9-21Lbs
- Warranty: 5 Year
- Beam Angle: 120 Degree
- Brand Name: Axalyn
- Dimensions: 4 ft. and 2 ft. light bar
PRODUCT FEATURES
- Light intensity for typical indoor farming applications
- IP66 rated and UL wet rated for easy watering and cleaning
- Daisy chain end to end making installation easier
- Uniform light for even plant growth Operating Environment: o degree C to +4 degree C
- L90/36000 hours per TM-21
Domestic Series
DOSING CONTROLLER
Dosing Controller automates nutrient management operations of the Terrarium. The pH and EC levels within a plant factory environment fluctuate on a continuous basis as a result of evaporation and transpiration processes of the crop apart from freshwater induction into the nutrient tank. The Dosing Controller can manage the pH, EC, Nutrient Temperature (optional), and Dissolved Oxygen optional levels in the nutrient solution. The grower can set the desired setpoints for pH, EC nutrient temperature and dissolved oxygen, as per best practices or agronomist recommendations for the crops under cultivation.
MONITERED PARAMETERS
• PH EC DO (Dissolved Oxygen) • Nutrient Temperature
PRODUCT FEATURES
- Three modes of operation: Automatic. Schedule and Manual to suit different growing needs
- Monitors solar radiation to determine ambient light for day and night classification
- Supports Wi-Fi communication protocol for connectivity to the cloud via the Communication Gateway Controller
- Intuitive touch screen graphical interface for easy operations under any lighting conditions
- User friendly mobile app for remote climate control of the plant factory over the internet.
- Built-in real time clock with CMOS battery backup for precision scheduling operations
- User configurable peristaltic pump ratios and speed to meet the desired nutrient discharge rate
- Calibration mode to ensure accurate operation of the pH and EC sensors
- EC and nutrient temperature parameter units can be configured for different regions
USAGE BENEFITS
- Ensures delivery of accurately prepared nutrient solution supplied to the hydroponic system within the plant factory resulting in consistent crop yields
- Prevent crop wilting and other diseases by ensuring optimal nutrient supply through day and night or through the year
- Achieve lower input resource costs by controlling the dosing processes to use minimal amounts of buffer and nutrient solutions
- Enable labor cost savings through remote monitoring of the plant factory 24/7 thereby reducing the need for manual inspection and intervention
- Graphical dashboards and analytics give a better understanding of the plant factory operations, based on granular data collected over a period of time, and visibility to the combination of parameters giving maximum yield
- Easy and clutter-free installation of the Dosing Controller, Nutrient Sampler, Sensor Probes and PVC Housing Assembly
- Optional solar power modules for power grid independent operation of the Controllers
- Implement stringent access control measures through password protection at the controller level to prevent unauthorized access to setpoints and schedules
- Receive notifications and alerts to implement proactive and reactive remedial measures to prevent crop loss situations
MULTI CONTROLLER
The Multi Controller is the heart of the terrarium automation system as it monitors and controls the crucial parameters to keep the plants happy and thriving. This is the world’s first controller capable of managing the environment in Vapor Pressure Deficit (VPD), priority mode to control transpiration which directly affects plant health.
MONITERED PARAMETERS
• Air Temperature • Solar Radiation • Relative Humidity • Heat Index • VPD • Nutrient Level • Evapotranspiration • Turbidity • Barometric Pressure • Inlet Flow • Sea Level Pressure • Outlet Flow • CO2 • PAR • Lux
PRODUCT FEATURES
- Three modes of operation: Automatic, Schedule and Manual to suit different growing needs
- Communicates with the dosing controller to synchronize dosing and irrigation activities
- Supports Wi-Fi communication protocol for connectivity to the cloud via the Communication
Gateway Controller - Synchronizes the pump and solenoid valve of that specific zone as per the calendar schedule
- Intuitive touch screen graphical interface for easy operations under any lighting conditions
- User-friendly mobile app for remote control of the plant factory over the internet
- Built-in real-time clock with CMOS battery backup for precision scheduling operations
- Controls water levels across reservoirs and water tanks along with inlet and outlet flow rates
- User configurable peristaltic pump ratios and speed to meet the desired nutrient levels
- Manages CO2 ppm levels for optimal photosynthetic rates in the controlled environment
- Manages solar radiation to determine ambient light for day and night classification
- Measures VPD levels by regulating the evaporative demand of the plant factory
USAGE BENEFITS
- Ensures highly accurate and dynamic control over the supply and availability of the nutrient solution to the crop root zone
- Allows control over the supply of nutrient solution by accommodating for solar radiation and subsequent water transpiration rates
- Easy and clutter-free installation of the Controllers, Sensor Probes wiring harness and PVC components
- Implement stringent access control measures through password protection at the controller level to prevent unauthorized access to setpoints and schedules
- Receive notifications and alerts to implement proactive and reactive remedial measures to prevent crop loss situations.
- Graphical dashboards and analytics give a better understanding of the plant factory operations, based on granular data collected over a period of time, and visibility to the combination of parameters giving maximum yield
- Ensures delivery of accurately prepared nutrient solution levels supplied to the hydroponic system within the plant factory resulting in consistent crop yields
- Built-in real-time clock with CMOS battery backup for precision scheduling operations
