Water Level Controller

Approx. Rs 4,500 / PieceGet Latest Price

Features:

Controlling water level in tank by switching On/Off pump located at remote area from tank without any human effort no limitation of distance between tank and pump because of GSM technology from both controllers multiple users can get feedback about status of tank level as well pump On/Off Manual override is available by Call, SMS or Missed Call.Provision to save all data of pump and tank server Saving Time, Electric, Money, Water, and Human effort avoid shortage or scorcity of water becasue of human mistakes.Provision to know stastus of tank water level and Motor/Pump from registered Mobile numbers protection for motor against Phase Fault , Phase Reverse, Dry Run, Overload or any technical fault Feedback to users by Call/SMS in case of any failurts at motor side password protection, IMEI tracking

Approx. Rs 5,500 / PieceGet Latest Price

• AC/DC Water level controller
• Input: 30V-300V DC (Solar)
• Output: 30V -300V DC
• Power supply: Input: 30V -300V DC. Output: 12V DC
• Motor Auto On/Off with level sensing
• Tank Emty/Full Indication

Additional Information:

• Item Code: AISDC001
• Production Capacity: 10000
• Delivery Time: 15 Days
• Packaging Details: Standard Corrugated Box Packaging

Approx. Rs 6,000 / PieceGet Latest Price

A Solar Water Level Controller is a system designed to automatically control the water levels in a tank using solar energy, reducing reliance on grid electricity and ensuring that the tank is always filled to an optimal level. It integrates solar-powered components with sensors and a microcontroller to manage the water supply efficiently.

1. Solar Panel: Provides energy to the system. The panel generates electricity from sunlight, which is used to power the controller and water pump.

2. Water Level Sensors: These sensors detect the water levels in the tank (high, low, or normal). They send signals to the controller to trigger actions like turning the pump on or off.

   • High-level sensor: Detects when the water level is full.

   • Low-level sensor: Detects when the water level is too low.

   • Normal-level sensor: Can be used to ensure water levels stay within a certain range.

3. Controller (Microcontroller): A central processing unit that reads the input from the water level sensors and makes decisions based on that input. The controller sends commands to either turn on or off the pump.

4. Water Pump: A pump that draws water from a water source (like a well or borehole) and fills the tank. The pump operates only when needed, and it is powered by the solar panel.

5. Battery (optional): In some designs, a battery stores excess energy produced by the solar panel during the day. This allows the system to operate at night or during cloudy conditions when solar power generation is low.

6. Relay or Switching Device: A relay acts as an electrical switch, turning the water pump on or off depending on the signals received from the microcontroller.

• The solar panel generates power during the day and stores excess energy in the battery (if applicable).

• The water level sensors monitor the tank. If the water level drops below the low-level sensor, the controller will activate the pump to fill the tank.

• When the water reaches the high-level sensor, the controller will turn off the pump, preventing overflow.

• The system automatically switches between the solar panel and the battery as necessary, ensuring a continuous and reliable water supply.

• Automatic Operation: The system operates automatically without manual intervention.

• Energy Efficiency: It uses renewable solar energy, reducing electricity bills and promoting sustainability.

• Water Conservation: Ensures that the water level is maintained without overfilling or underfilling the tank.

• Low Maintenance: Once installed, the system requires minimal upkeep.

• Remote Monitoring (optional): Some advanced systems include features like smartphone apps to monitor and control the water levels remotely.

• Residential Use: For homes with rooftop water tanks.

• Agriculture: To automate water supply for irrigation systems or farm storage tanks.

• Industrial: For controlling water in industrial cooling towers, processing plants, or any system where water levels need to be monitored and maintained.

• Cost-Effective: Reduces energy consumption by utilizing free solar energy.

• Sustainable: Eco-friendly and reduces the carbon footprint.

• Reliability: The system operates 24/7, as long as there's sunlight (with backup battery if applicable

Additional Information:

• Production Capacity: no limit
• Delivery Time: within same day in local area
• Packaging Details: panel made up of metal and IP 65 material

Approx. Rs 4,500 / PieceGet Latest Price

Additional Information:

• Item Code: AIWLC01
• Port of Dispatch: Pune
• Production Capacity: 10

Approx. Rs 4,500 / PieceGet Latest Price

Additional Information:

• Item Code: AIWLC02
• Port of Dispatch: P

Approx. Rs 8,800 / PieceGet Latest Price

Approx. Rs 12,000 / PieceGet Latest Price

1.       REAL TIME MONITORING:

Tank level monitoring system, allows user to monitor real time water level of any tank remotely via web application or Mobile phone. Data of tank level transferred to cloud based server through 4G/5G connectivity.

2.       REMOTELY ON/OFF:

 User can operate pump set remotely from same application or can schedule the pump on off time from application.

3.      AUTOMATIC ON/OFF BY SENSOR DATA :

Automatic On/Off operation of the pump after detecting low level and high level of water in tank. This allows user to maintain sufficient level of water in the tank. User can set low and high levels as per requirement.

4.      ALERTING AND NOTIFICATIONS :

The system can be configured to trigger alerts (e.g., SMS, email, push notifications) when tank levels reach predefined thresholds, helping to prevent overfilling, exhaustion of resources or potential problems. 

5.       REPORTING AND ANALYSIS:

The system can generate reports on tank usage patterns, historical data, and other relevant information to help optimize operations and resource management.

6.       SCHEDULING:

User can schedule Pump On/Off as per requirement. Pump On/Off will work only in set time.

Additional Information:

• Production Capacity: 200
• Delivery Time: 2-3 DAYS