Hayward CL200 In-Line Automatic Chemical Feeder
The Hayward CL200 In-Line Automatic Chemical Feeder is a durable, adjustable in-line chlorinator designed to automatically dispense chlorine or bromine tablets into your pool circulation system for consistent sanitization and easier maintenance.
This in-line feeder installs directly into your return plumbing after the filter, using your existing pump flow to slowly dissolve tablets and deliver a steady level of sanitizer to the pool water. It’s ideal for pool owners who want to reduce manual tablet handling and avoid floating dispensers.
Key Features and Benefits
- Uses large or small slow-dissolving chlorine or bromine tablets, giving you flexibility in sanitizer choice.
- Adjustable dial control valve lets you precisely set the chemical feed rate for different pool sizes and conditions.
- Easy-Lok threaded cover provides safe, convenient access when adding tablets, while sealing securely during operation.
- Integrated finger-release catch adds an extra layer of security to help prevent accidental opening under pressure.
- Corrosion-resistant ABS body and high-quality Viton lid seal are built for long service life in harsh pool environments.
- Automatic operation works with your circulation system to provide more consistent sanitizer levels and reduce day-to-day chemical handling.
Specifications
- Model: Hayward CL200 In-Line Automatic Chemical Feeder.
- Installation type: In-line feeder plumbed into return line after the filter.
- Compatible tablets: Slow-dissolving chlorine or bromine tablets and sticks.
- Control: Dial-style feed-rate adjustment on the body of the feeder.
- Lid: Easy-Lok threaded cover with finger-release safety catch.
- Materials: ABS chlorinator body with Viton seal at the cover.
- Typical application: In-ground or above-ground pools using 1.5-inch PVC plumbing.
This feeder is best installed by following manufacturer plumbing guidelines and should always be placed after any heater in the return line to protect equipment and ensure safe, effective chlorination.
