Choosing the right chemical feed pump is essential for safe and effective water treatment. The following selections represent a range of peristaltic and diaphragm metering pumps designed to dose chlorine, acid, alkali, and other treatment chemicals with accuracy and reliability. Each product is sourced from reputable brands and offers features suited to residential, commercial, and small industrial applications. Use this guide to compare capacities, materials, and compatibility with common water chemistry systems.
| Product | Brand | Key Feature | Fits |
|---|---|---|---|
| Stenner Peristaltic Pump 85MJH2A2S | Stenner Pump Company | 0.8–17 GPD, 100 PSI | Chlorine injection, accurate dosage |
| Precision Controls Diaphragm Metering Pump | Generic | 31.6 GPD, 150 PSI | Chemical dosing with 115V option |
| Crispaire Diaphragm Metering Pump | Crispaire | Up to 30 GPD, 100 PSI | Laboratory and small-scale dosing |
| Stenner Peristaltic Pump 85MJH7A1S | Stenner Pump Company | 2–40 GPD, 100 PSI | Chlorine injection, flexible tubing |
| Hayward AC035 Peristaltic Replacement | Hayward | Replacement pump for HCC2000-CP | Automated water chemistry controllers |
Stenner Peristaltic Pump 85MJH2A2S — Adjustable Head
The Stenner 85MJH2A2S model is a flexible, adjustable head pump designed for precise chemical dosing. With a selectable range of 0.8 to 17 gallons per day and a maximum pressure of 100 psi, this unit suits chlorine injection and other corrosive liquid dosing tasks. The 20-foot Santoprene tubing with 1/4 inch inner diameter supports long life in typical water treatment chemistry. Its variable GPD and robust head construction enable consistent metering across varying flow conditions, making it a solid choice for small to medium-scale treatment systems.
Precision Controls Diaphragm Metering Pump — 31.6 GPD
This diaphragm metering pump delivers up to 31.6 gallons per day at up to 150 psi. It ships with a standard 115V power cord and plug, and it can be wired for 230V operation if hardwired. Its design emphasizes stable dosing for chlorine and other treatment chemicals, providing dependable performance for home and light commercial water systems. The pump’s compact footprint and straightforward connections simplify installation in existing chemistries without major system redesigns.
Crispaire Diaphragm Metering Pump — 30 GPD
The Crispaire pump is engineered for precision chemical metering in labs and small-scale water treatment. It provides adjustable flow up to 30 GPD (approximately 4.72 LPH) with consistent stroke accuracy. The kit arrives fully equipped with suction and discharge tubing, a bleed valve, back-check valve, and injection fittings, reducing setup time. A modular design supports easy diaphragm and valve replacement, making maintenance simpler for ongoing reliability, especially in indoor environments.
Stenner Peristaltic Pump 85MJH7A1S — 2–40 GPD
This Stenner model expands dosing capability with a 2 to 40 GPD range and 100 psi maximum. It uses a 7-tube configuration and a Santoprene tube with 20 feet of 1/4 inch tubing in white. The pump is designed for reliable chlorine injection and other chemical dosing tasks in moderate-scale water treatment setups. Its adjustable head and durable materials support long service life in challenging chemical environments.
ARTSIM Neptune DBF-5HP Chemical Feeder
The Neptune DBF-5HP is a compact chemical feeder with a 5-gallon capacity, rated to operate at up to 300 psi. Weighing 38 pounds, it is suitable for higher-pressure applications and provides robust dosing for a range of water treatment chemicals. Its substantial capacity and pressure tolerance make it a fit for more demanding residential-to-light commercial installations that require steady, higher-pressure chemical dosing.
Hayward AC035 Peristaltic Replacement Pump
The Hayward AC035 replacement pump is designed for Hayward HCC2000-CP automated water chemistry controllers. It offers a straightforward installation path for upgrading or maintaining existing systems. The peristaltic design helps protect sensitive chemicals and minimizes leaks while providing reliable dosing in diverse water treatment environments. This replacement option is ideal for users seeking compatibility with a well-known controller ecosystem.
Buying Guide: Key Purchase Considerations
- Delivery method: Peristaltic pumps push fluid through tubing, minimizing chemical exposure to internal components. Diaphragm metering pumps rely on precision displacement for higher accuracy with viscous or challenging chemicals. Choose based on chemical properties and desired accuracy.
- Flow range and pressure: Verify the GPD or LPH range and maximum psi to ensure compatibility with your treatment regimen and line pressure. For high-pressure systems, select models rated above system pressure.
- Chemical compatibility: Tubing and seals must resist your specific chemical (chlorine, acids, bases). Santoprene and other elastomers vary in chemical resistance; confirm compatibility for longevity and safety.
- Electrical requirements: Some pumps run on 115V, others on 230V or are hardwired. Confirm electrical availability and any necessary control wiring or controllers in your system.
- Maintenance and parts availability: Look for pumps with modular components (diaphragms, valves, seals) that are easy to replace. Availability of replacement kits helps reduce downtime.
- Installation footprint: Consider mounting space, tubing routing, and accessibility for routine maintenance and calibration.
- System integration: Ensure compatibility with existing controllers (e.g., HCC2000-CP) and any dosing schedules or feedback loops you employ for water chemistry management.
- Reliability and service support: Reputable brands and readily available support can influence long-term performance and troubleshooting efficiency.
In selecting a chemical feed pump for water treatment, balance dosing requirements, chemical compatibility, and system pressure with maintenance practicality. The products listed here span compact residential units to higher-capacity options, enabling informed comparisons across price points, materials, and control interfaces. Always follow local water treatment regulations and chemical handling guidelines when integrating dosing equipment.
Add a Comment