Hayward SP1023G 1.5″ Female Threaded Return Fitting with Gasket
Part # SP1023G — a genuine Hayward return fitting designed for in-ground and above-ground pool wall returns. This fitting provides a secure, leak-resistant connection for 1.5″ threaded return eyeballs, directional jets, or standard return nozzles.
Key Features
- 1.5″ female threaded return fitting for standard return eyeballs and directional nozzles.
- Durable ABS construction engineered for long-term resistance to pool chemicals and UV exposure.
- Includes gasket for a watertight seal through the pool wall or return port.
- Designed for both in-ground and above-ground pool installations.
- Straightforward installation with standard plumbing tools.
Typical Applications
This return fitting is typically installed during new pool construction or used as a replacement when an existing fitting becomes cracked, worn, or begins leaking. Suitable for standard wall returns that circulate filtered water back into the pool.
Installation & Compatibility Notes
Turn off the pump and depressurize the system prior to installation. Thread the fitting into the existing return port or wall fitting, ensuring the gasket is properly positioned to form a seal. Install the desired return eyeball or directional nozzle into the threaded opening. Check that all connections are tight and leak-free once circulation resumes.
Why Choose This Fitting?
Hayward return fittings are known for their durability and precise threading, ensuring a secure fit with standard return nozzles. The SP1023G offers reliable sealing and trouble-free installation, helping maintain proper circulation and efficiency in any pool system.
Maintenance Tips
- Inspect the return area periodically for drips or moisture that may indicate gasket wear.
- Replace the return eyeball or directional nozzle if flow becomes restricted or the nozzle shows signs of damage.
- During winterizing, remove the eyeball insert and install a compatible winter plug as recommended for your climate.
- Avoid overtightening, which can stress or crack the fitting over time.
