Blue White BWA1N30A7T FlexFlo A100N Metering Pump – 95.1 GPD, 115V, 7/16" OD Compression

The Blue White BWA1N30A7T FlexFlo A100N Metering Feeder Pump is built for accurate, consistent chemical dosing in pool, spa, and water treatment systems. This 115V peristaltic metering pump delivers up to 95.1 gallons per day, making it a strong choice for higher-output chemical feed applications where steady flow and dependable performance matter.

Unlike traditional chemical feed pumps that rely on valves, the FlexFlo A100N uses a peristaltic pump design that helps reduce clogging, prevents vapor lock, and keeps the chemical isolated inside the pump tubing. This makes it ideal for feeding chlorine, acid, and other liquid treatment chemicals with clean, repeatable output.

Key Features

• Blue White FlexFlo A100N peristaltic metering feeder pump
• Manufacturer part number: BWA1N30A7T / A1N30A-7T
• Maximum output: 95.1 gallons per day
• Voltage: 115V, 60Hz
• Connection size: 7/16" OD compression nut connections
• Peristaltic design helps prevent clogging and vapor lock
• Self-priming operation for dependable chemical feed performance
• Liquid chemical contacts only the pump tubing
• Designed for pool, spa, and water treatment chemical dosing

Common Applications

• Swimming pool chemical feed systems
• Spa and aquatic facility chemical dosing
• Chlorine feed systems
• Acid feed systems
• Commercial water treatment systems
• High-output liquid chemical injection

Product Specifications

• Brand: Blue White
• Series: FlexFlo A100N
• Product Type: Peristaltic Metering Pump
• Model / SKU: BWA1N30A7T
• Alternate Part Number: A1N30A-7T
• Voltage: 115V
• Frequency: 60Hz
• Maximum Flow Rate: 95.1 GPD
• Connection Type: Compression nuts
• Tubing Size: 7/16" OD
• Application: Liquid chemical feed and metering

The Blue White FlexFlo A100N is a practical replacement or upgrade option for systems that need a reliable chemical feed pump with higher daily output. Its peristaltic design helps simplify maintenance because the chemical stays inside the tubing instead of passing through valves or internal pump components.