Product Description
Rotary Gear Pump Type HGBX
ROTODEL rotary pump type "HGBX" is a self-priming bi-directional positive displacement gear pump in simple two-piece cast-iron construction with single helical modified profile carbon steel gears shrunk fitted on alloy steel hardened & ground shaft as impeller firmly supported on 4 nos of self-lubricated sintered bronze bush bearing.
The pump can be run in either direction with change in Inlet-Outlet port position. The relief valve operations can be reversed by simply changing the R.V. parts on opposite side. The motorised pump-set in mono-block design ensures perfect alignment, saves space & reduces time.
"HGBX" series pumps are designed to run at 1440 RPM up to viscosity of 500 CST, for higher viscosity it is desirable to reduce speed for sizes above 11/4". Performance at low speed is always advantageous as it improves efficiency reduces noise level & NPSHR & enhances operational life, Capacity will reduce in proportion to the speed.
Precision Engineering for Demanding ApplicationsThe HGBX Rotary Gear Pump offers exceptional performance for handling viscous fluids in industrial environments. Its cast iron construction and precise machining ensure durability under high pressure and temperature conditions, making it ideal for transferring oil, diesel, bitumen, and lubricants. A mechanically sealed design enhances operational reliability and leakage prevention.
Versatility in Operation and InstallationWith mounting type options like foot mounted, and a range of pump sizes from 1/4" to 3", this gear pump adapts easily to various setups. It supports clockwise and anti-clockwise rotation, allowing flexible integration into existing processes. The external gearing and spur gear profile optimize efficiency and provide consistently high torque output.
Trusted Quality for Industrial RequirementsEngineered for efficiency up to 90%, the HGBX Rotary Gear Pump is ideal for distributor, supplier, trader, and exporter needs across India. Operating at a standard voltage of 415V and capable of handling up to 200C, it meets diverse industrial expectations for dependable liquid transfer and long-term use.
FAQs of HGBX Rotary Gear Pump:
Q: How does the HGBX Rotary Gear Pump handle viscous liquids effectively?
A: The HGBX pump uses a precision-machined external spur gear arrangement, which enables smooth and efficient transfer of viscous liquids. Its high output torque and mechanical seal ensure reliable pumping with minimal leakage, even when handling challenging fluids like bitumen and lubricants.
Q: What is the process for installing this rotary gear pump?
A: The pump is designed for easy foot mounting, accommodating various pipe sizes (1/4" to 3"). Installers should securely fix the pump base to a stable platform, ensure proper alignment, and connect the inlet and outlet pipes. Electrical connections should be made to a 415V supply, and rotational direction set (clockwise or anti-clockwise) as required.
Q: When is it most suitable to use this pump in industrial applications?
A: This pump is ideal for situations that require transferring oil, diesel, bitumen, LDO, and other viscous liquids. Its maximum discharge of 225 LPM and temperature tolerance up to 200C make it perfect for heavy-duty processes that demand robust, continuous flow under challenging conditions.
Q: Where can these pumps be sourced in India?
A: These pumps are available through authorized distributors, exporters, suppliers, and traders across India. They are distributed to meet both domestic and industrial requirements, backed by reliable after-sales support and technical assistance.
Q: What are the advantages of using a mechanical seal in this pump?
A: The mechanical seal in the HGBX Rotary Gear Pump significantly reduces fluid leakage, supports higher pressure applications (up to 10 kg/cm), and enhances overall operational reliability. It also minimizes maintenance needs and extends pump life, especially when handling abrasive or high-temperature fluids.
Q: How does the pumps efficiency and output affect operational costs?
A: With an efficiency rating of up to 90% and high output torque, this pump reduces energy consumption while maintaining steady fluid transfer rates. This results in lower operational costs, especially for frequent or large-volume industrial processes.