The Heavy Duty 1.5 Inch Skipper Rain Gun is designed for efficient and extensive irrigation, suitable for both small and large agricultural fields. This robust rain gun is engineered to provide maximum coverage with minimal water consumption, making it an ideal choice for drip irrigation systems. Its durable construction ensures long-lasting performance, even under challenging agricultural conditions.

Specifications

• Product Type: Rain Gun
• Brand: Generic (Made in India)
• Pump Power Required: 5 to 12.5 HP
• Circular Area Covered: Up to 1.2 acre
• Flow Range: 150 to 600 LPM
• Radius: 80-135 Feet (approx)
• Coverage Area: 1 acre (approx)
• Inlet Size: 1.5" Female Standard Pipe Thread
• Inlet Water Pressure Range: 2.5 to 5 Kg/cm²
• Nozzle Size Included: 14mm

Key Features

• Wide Coverage: Covers up to 1.2 acres, making it suitable for large agricultural fields.
• Efficient Water Use: Flow range from 150 to 600 LPM, ensuring optimal water usage.
• Extended Radius: Shoots water up to 135 feet, providing extensive coverage.
• Durable Construction: Made from high-quality materials for long-lasting use.
• Versatile Pump Compatibility: Compatible with pumps ranging from 5 to 12.5 HP.
• Optimal Pressure Range: Operates efficiently within an inlet water pressure range of 2.5 to 5 Kg/cm².

Why Choose the Heavy Duty 1.5 Inch Skipper Rain Gun?

• Efficient Irrigation: Ensures uniform water distribution, promoting healthy plant growth.
• Cost-Effective: Reduces water wastage and ensures efficient use of resources.
• Easy to Install: Simple setup process with a 1.5-inch inlet size for quick connection.
• Reliable Performance: Consistent and reliable operation for long-term use.

Usage Instructions

1. Setup: Connect the rain gun to a water supply with a 1.5-inch standard pipe thread.
2. Adjustment: Ensure the pump power is within the 5 to 12.5 HP range.
3. Operation: Adjust the inlet water pressure to between 2.5 to 5 Kg/cm².
4. Maintenance: Regularly check and clean the nozzle to prevent clogging and maintain efficient water flow.