Bell & Gossett 102228LF Brand Introduction

Bell & Gossett 102228LF is Series HD3 all bronze inline booster pump developed by Xylem Bell & Gossett for domestic potable water boosting applications. It specializes in raising water pressure for domestic drinking water systems, serving as three-piece integrated pump and motor assembly for commercial and residential water supply boosting.

Booster Pump is the core unit of Bell & Gossett 102228LF. Booster Pump adopts all bronze wetted components and flanged inline installation structure. Booster Pump is composed of motor, bearing assembly and volute casing. Booster Pump converts electric power into hydraulic energy to boost clean potable water pressure under stable operating condition.

Bell & Gossett 102228LF provides stable Drive for workshop and building domestic water pressure boosting control. Drive supports continuous duty operation. Drive features replaceable bearing assembly design for convenient on-site maintenance without disassembling piping. Drive adopts resilient motor mount and spring coupling to reduce running noise and vibration.

Bell & Gossett 102228LF features reliable Transmission for power distribution cabinet and water pipeline system. Transmission communicates via copper power wiring loop and water medium flow. Transmission is fully compatible with domestic potable water supply and hydronic booster control systems. Transmission delivers steady water flow and boosted pressure for domestic water usage.

Bell & Gossett 102228LF is widely used in commercial buildings, multi-family residential water supply, hot water circulation and legacy water boosting system renovation. With mature Bell & Gossett HD3 booster pump technology, this inline pump works within temperature range 0~93℃ and has strong corrosion-resistant performance with bronze material. It provides full lifecycle technical support including piping installation, commissioning and after-sales maintenance, serving global users as a trusted Series HD3 all bronze inline potable water booster pump solution.