Product Description
Our offered Rotary Gear Pump is a type of positive displacement pump that has a rotor and a gear for generating the flow of fluids. This pump finds its usage in the chemical plants and all other application areas, where work is based on semi liquids and viscous fluids. We offer pump that is widely appreciated for its seamless finishing and rigid construction. Apart from this, it is the excellent suction quality and deliberation capacity of this pump that make it the best product to buy. The mentioned Rotary Gear Pump is available in the market not only because of its aforesaid products but budget friendly price.
Features
- Ideal choice for all kinds of petroleum products and other oils.
- From ceramic industry to food industry and pharmaceutical industry, it is used everywhere.
- Known for low leakage path and lower noise operations.
- Shows high resistance against corrosion.
Specification
| Capacity | Upto 50m3/hr |
| Head | Upto 100 mtrs |
| Size | 12 mm to 100 mm |
| Temperature | 250 deg C |
| Speed | Up to 1500 rpm |
| Pressure | Up to 12 Kg/cm2 |
Versatility for Multiple Industrial ApplicationsThis rotary gear pump serves a broad spectrum of industries, including oil and chemical processing, food-grade liquid transfer, and viscous fluid pumping. Its customizable features (inlets/outlets, material construction, coupling options) allow adaptation to exact operational requirements. With side suction and top discharge, the pump is both compact and efficient, supporting base plate mounting for stability. Whether you need high flow rates or moderate head sizes, this pump excels in delivering dependable performance.
Engineered for Reliability and Easy MaintenanceConstructed with a focus on robust engineering, the pumps high-grade alloy steel shaft, heavy-duty bearings, and durable finishes (painted or powder coated) ensure long-lasting service. The system boasts leak-proof mechanical seals and a positive displacement mechanism, offering smooth, consistent operation. Designed for quick servicing, it reduces downtime and supports minimal maintenance efforts, making it an ideal choice for demanding industrial environments.
FAQs of Industrial Rotary Gear Pump:
Q: How do I select the right model of rotary gear pump for my industrial application?
A: Selection depends on your required flow rate (10 LPM to 500 LPM), head size (up to 100 meters), viscosity of fluids (up to 100,000 cst), and inlet/outlet needs (1 to 4 BSP). Consideration of material (cast iron, stainless steel, or bronze), desired coupling type, and voltage (220V/380V) will ensure suitability for your specific industry and media.
Q: What is the process for maintaining this rotary gear pump?
A: Routine maintenance involves periodic inspection of bearings, seals, and alignment of the shaft, as well as checking for wear and tear in moving parts. Its design makes it easy to access internal components, minimizing downtime during servicing. Always follow the manufacturers maintenance schedule for optimal longevity.
Q: When should I use this rotary gear pump in my operation?
A: This pump is ideal when you need efficient transfer of oils, chemicals, or viscous liquids in industrial settings, especially when operations require high viscosity handling, self-priming capabilities, and both manual and automatic control options. Its suitable for working temperatures from -10C to +120C.
Q: Where can this pump be installed within an industrial setup?
A: The pumps horizontal, foot-mounted structure with base plate mounting permits installation near tanks or process lines. Side suction and top discharge configuration make it compatible with limited-space environments or integrated systems in factories and plants.
Q: What are the main benefits of using this rotary gear pump?
A: Key advantages include heavy-duty, leak-proof construction, smooth and reliable operation even with challenging fluids, easy maintenance, and adaptability to various voltages and standards. Its quiet performance ( 78 dB) and robust build support long-term efficiency.
Q: How does the self-priming and positive displacement feature enhance operation?
A: Self-priming eliminates the need for manual priming, speeding up startup and minimizing risks of airlock, while positive displacement ensures steady flow rates even with viscous or fluctuating fluid conditions, crucial for precise industrial processes.