SOLAR DC MOTOR PUMP CONTROLLER - 2 HP

SOLAR DC MOTOR PUMP CONTROLLER - 2 HP Specification

Features
Soft Start, MPPT, Dry Run Protection, Overload/Overheat Protection, Digital Display, Remote Monitoring

Efficiency
Up to 98%

Maintenance Type
Low Maintenance

Input Voltage
Flexible, 110V-380V DC (with wider compatibility)

Product Type
Solar DC Motor Pump Controller

Material
Stainless Steel, Metal and ABS Housing

Number of Cells
Depends on solar panel configuration

Power
2 HP

Operating Temperature
-10C to 55C

Max Voltage
Up to 380V DC (according to model)

Max System Voltage
600V DC

Output Voltage
Variable DC, typically 48-380V DC (depends on pump requirement)

Cable Length
Customizable as per installation

Switch Mode
Digital/Automatic Switch Mode

Size
Standard Compact Design

Dimension (L*W*H)
Box: Approx. 350mm x 300mm x 120mm

Color
Blue (Controller), Silver/Grey (Pump)

Weight
Controller: Approx. 6 kg, Pump: 8-10 kg

Application
Irrigation, Water Supply, Agriculture, Industrial Water Handling

Type Of Technology
Microcontroller-based MPPT Drive Technology

Installation Type
Wall Mounted/Panel Mounted

Rated Current
10-14A (depends on actual pump load)

Display Type
Digital LED with Status Indicators

Frequency
0-50/60 Hz adjustable for AC pumps

Remote Function
Remote or Wi-Fi GSM optional

Panel Compatibility
Highly compatible with Polycrystalline & Monocrystalline solar panels

Protection Features
Overvoltage, Undervoltage, Short Circuit, Dry Run & Fault Detection

Flow Rate Supported
Depends on pump model (typically for 2HP: up to 25000 LPD)

Controller Input
Multiple DC Inputs, Solar or Battery compatible

Motor Compatibility
BLDC/Submersible DC/AC pump compatible with DC input

Cooling
Natural air/forced fan cooling (model specific)

Ingress Protection
IP54 or higher (splash proof controller)

SOLAR DC MOTOR PUMP CONTROLLER - 2 HP About

T Square Motor 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

Why Choose T Square Motor?

Quality-assured solar pump solutions
Competitive pricing and ready stock
Expert guidance on solar system sizing
PAN India delivery and after-sales support

Go green and power your water needs with the sun.
Contact T Square Motor for high-performance Solar Pumps at the best price.

Seamless Solar and Battery Integration

Harness renewable energy efficiently with the controller's compatibility with both solar and battery power sources. Whether you use polycrystalline or monocrystalline solar panels, its design supports a variety of setups with customizable inputs and wide voltage ranges-maximizing both performance and flexibility for irrigation and industrial applications.

Maximized Protection and Durability

Engineered for reliability, this controller incorporates IP54 splash-proof protection, stainless steel and ABS housing, and safeguards against overvoltage, undervoltage, short circuits, and dry run conditions. It ensures continuous operation by detecting faults early and implementing necessary safeguards, reducing the risk of costly downtime.

User-Friendly Control and Remote Monitoring

Monitor and configure your pump with ease thanks to the digital LED display, status indicators, automatic switch mode, and optional remote or Wi-Fi GSM connectivity. The user-friendly interface streamlines system oversight, while remote options offer monitoring flexibility even from a distance.

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

Q: How does the SOLAR DC MOTOR PUMP CONTROLLER benefit agricultural and industrial users?

A: This controller offers energy-efficient pump management by utilizing solar or battery power, significantly lowering operating costs. Its advanced protection features guard against system failures, ensuring reliable irrigation and water supply for agricultural and industrial needs.

Q: What types of pumps are compatible with this controller?

A: The controller is compatible with BLDC motors, submersible DC pumps, and AC pumps that accept DC input, offering flexibility for varied installation requirements. It supports pumps rated up to 2 HP, making it suitable for many water handling applications.

Q: When is remote monitoring recommended for this controller?

A: Remote monitoring is ideal when you need to supervise or control the pump from locations that aren't on-site, such as for farms, large properties, or industrial operations. The optional remote or Wi-Fi GSM function delivers real-time status updates, enhancing convenience and operational oversight.

Q: Where should the controller be installed for optimal performance?

A: It is designed for wall or panel mounting in sheltered areas that avoid direct water exposure while benefiting from good airflow or natural cooling. The compact size and splash-proof rating (IP54) enable flexible installation in diverse settings.

Q: What is the process for adjusting frequency for AC pumps?

A: The controller allows users to set the frequency between 0-50/60 Hz, adaptable for different pump models. Adjustments can be made through the digital interface, optimizing pump performance based on site requirements.

Q: How does the controller provide system protection during pump operation?

A: It automatically monitors voltage, current, and pump performance, activating safeguards like overvoltage, undervoltage, short circuit, dry run, and fault detection. These protections help prevent damage and extend the lifespan of connected equipment.

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