SOLAR AC MOTOR PUMP CONTROLLER - 2 HP

SOLAR AC MOTOR PUMP CONTROLLER - 2 HP Specification

Input Voltage
150V-450V DC (solar input)

Features
LCD Display, Fault Indications, Overload Protection, Dry Run Protection

Efficiency
Above 95% (Controller)

Maintenance Type
Low Maintenance

Product Type
Solar AC Motor Pump Controller

Material
Stainless Steel/Metal (for pump), ABS/Metal (for controller enclosure)

Number of Cells
Depends on solar array configuration

Power
2 HP

Operating Temperature
-10C to 50C

Max Voltage
450V DC (Input from solar panel)

Max System Voltage
450V DC

Output Voltage
Three Phase 380V/415V AC Output

Cable Length
Custom as per site installation

Switch Mode
Automatic/Manual

Size
Standard for 2 HP system

Dimension (L*W*H)
Controller: Approx. 350 x 300 x 150 mm

Color
Blue (Controller) / Metallic (Pump)

Weight
Controller: Approx. 6-8 kg / Pump: Varies by model

Application
Irrigation, Water Supply, Agriculture, borewell, rural water supply

Type Of Technology
MPPT (Maximum Power Point Tracking)

Installation Type
Wall/Panel Mounted (Controller), Submersible (Pump)

Communication Interface
Optional RS485/Modbus (on select models)

Protection Features
Over Voltage, Under Voltage, Overload, Short Circuit, Dry Run

Motor Compatibility
Supports AC Induction Motors

Phase
Three Phase Output

Enclosure Type
IP65 for controller

Supported Solar Panel Type
Polycrystalline/Monocrystalline

Cooling Type
Naturally Air Cooled (Controller), Water Cooled (Submersible Pump)

Control Method
Automatic Start/Stop based on sunlight & water level

Frequency
50/60 Hz AC Output

Mounting Arrangement
Wall-mount (controller)/Submersible (pump)

Display
Digital LCD Multifunction Display

SOLAR AC MOTOR PUMP CONTROLLER - 2 HP About

2HP AC Solar Pump is a trusted supplier of high-efficiency Solar Pumps, designed to meet the growing demand for sustainable and cost-effective water pumping in agriculture, domestic, and industrial applications. Our solar pumps run directly on solar energy, reducing electricity costs and enabling off-grid operation in rural areas.

Key Features:

Available in AC and DC pump variants
Power range: 0.5 HP to 10 HP
Submersible and surface pump options
High-efficiency MPPT-based solar controllers for maximum power output
Durable construction with corrosion-resistant stainless steel body
Low maintenance and long service life
Built-in protections: dry run, overload, short circuit, reverse polarity
Optional hybrid operation (solar + grid/diesel)

Product Range:

Submersible Solar Pumps Ideal for deep borewells
Surface Solar Pumps Suitable for open wells, ponds, and rivers
AC/DC Solar Pumps Versatile compatibility with solar inverters/controllers
3 HP, 5 HP, 7.5 HP, and 10 HP variants in stock

Applications:

Agricultural irrigation (drip & sprinkler)
Drinking water supply in rural areas
Livestock watering
Government solar pump subsidy schemes
Water lifting from borewells and wells

Reliable Performance in Demanding Environments

The controller ensures consistent operation even under varying weather conditions, thanks to its wide input voltage range (150V-450V DC) and support for both water-cooled submersible pumps and naturally air-cooled control units. With IP65 protection and high efficiency (>95%), it stands up to dust, water jets, and extreme temperatures, making it ideal for irrigating fields and supplying rural water.

Comprehensive Protection and Intelligent Control

Equipped with advanced features such as overload, over-voltage, under-voltage, short circuit, and dry run protection, the SOLAR AC Motor Pump Controller safeguards your investment. Automatic start and stop operations, controlled by sunlight intensity and water level sensors, minimize manual intervention and maximize operational efficiency while reducing energy waste.

User-Friendly Display and Communication Features

The digital LCD multifunction display provides clear, real-time data on operational status, faults, and system parameters. Select models offer RS485/Modbus interfaces for remote communication, monitoring, and integration with automation systems, streamlining management for larger installations or remote sites.

FAQ's of SOLAR AC MOTOR PUMP CONTROLLER - 2 HP:

Q: How does the SOLAR AC Motor Pump Controller automatically manage pump operation based on sunlight and water levels?

A: The controller uses integrated sensors to monitor available sunlight and water tank or well levels. It starts the pump automatically when adequate sunlight and sufficient water levels are detected and stops operation if conditions become unfavorable, thereby safeguarding equipment and optimizing water usage.

Q: What protection features are built into this 2 HP solar pump controller?

A: This controller includes over-voltage, under-voltage, overload, short circuit, and dry run protection. These features prevent electrical faults, damage to the motor or pump, and unnecessary wear, thereby extending equipment lifespan and preventing costly breakdowns.

Q: When should I choose this controller for my water pumping needs?

A: Opt for this controller if you require a reliable, energy-efficient solution for agriculture, borewell irrigation, rural water supply, or other water transfer applications where grid power is unavailable or unreliable. Its automatic operation and robust protection make it suitable for remote or unattended installations.

Q: Where can the SOLAR AC Motor Pump Controller be installed?

A: The controller is designed for wall or panel mounting (controller unit) in shaded, ventilated areas, while the submersible pump should be installed within wells or water tanks. Its sturdy IP65 enclosure ensures it can withstand outdoor conditions.

Q: What types of solar panels and motors are compatible with this system?

A: This controller supports both polycrystalline and monocrystalline solar panels within a 150V-450V DC range. It is compatible with most three-phase AC induction motors, including submersible types, up to 2 HP capacity.

Q: How does the MPPT technology benefit the performance of the pump controller?

A: MPPT (Maximum Power Point Tracking) technology ensures maximum energy extraction from the solar array at all times, optimizing power conversion efficiency (above 95%) and enabling reliable motor operation even when sunlight fluctuates.

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