Hayward
Chlorine feeder
Inline trichlor tablet feeder · automatic chlorination · clear-canister design · in service at New Hope
The Hayward inline chlorine feeder on the pool equipment pad — black-and-clear cylindrical canister with the Hayward wordmark, dosing knob on top, threaded PVC plumbing in and out. Trichlor tablets load through the top cap; the canister body is translucent so the tablet level is visible at a glance. Captured 26 May 2026.
Model
Hayward inline chlorine feeder · typical residential model: CL100 (off-line) or CL200 (in-line). The clear-canister design and dosing knob match the CL200 family; confirm part number from a side label on the next inspection
Chemical type
3-inch trichlor chlorinating tablets · feeder is designed for trichlor tabs specifically — do NOT load cal-hypo, dichlor, or shock product into this canister; mixing chemistries in a sealed canister is the classic chlorinator explosion mechanism
Position in the loop
Inline on the return side — pump → filter → heater → feeder → pool returns · feeder operates whenever the pump is on; closure depends on flow, so any unplanned pump-off interrupts chlorination
Tablet source
Doheny's 3-inch chlorinating tablets · cross-referenced in the consumables record
Location
pa · 6279 Greenhill Road, New Hope PA 18938 · pool equipment pad, return-side of the loop
Tablet refill cadence
SeasonRefill frequencyTablets per refillNotes
Hot season (Jun–Aug)Weekly6 tabletsPump runs long hours · UV degrades chlorine faster · swim load higher
Shoulder / fall (Sep–Oct)Every 2 weeks6 tabletsDemand drops; tablet life extends
Winter / closedFeeder bypassed or empty during closing
Current status
In service. Cadence captured 26 May 2026. Next steward actions: (1) confirm exact Hayward model number from a side label, (2) note last refill date + tab count remaining inside canister, (3) lock annual tablet budget against the cadence above.

Service log

No entries yet. Track each refill: date, number of tablets added, tab count remaining at top of canister. Pattern will surface deviations from the cadence above.

Cross-references