Fluid Repair Kit Compatibility & Service Information
Compatible Machines
| Pump Series | Model | Wetted Section Configuration |
| QUANTM™ Hygienic Electric Diaphragm Pumps | h30 (QHC) | FG configuration with SS seat, CW check ball, PO diaphragm, and PT seals |
Product Overview
The Graco 25V230 Kit, H30(QHC)SS,CW,PO,PT is a genuine Graco Fluid Repair Kit engineered for servicing compatible QUANTM™ hygienic h30 (QHC) electric-operated diaphragm pumps. Designed to restore fluid-section performance, the kit contains critical wear components configured with stainless steel seats, CW check balls, PO diaphragms, and PT seals.
Routine replacement of fluid-section components helps maintain pumping efficiency, reduce unplanned downtime, and ensure consistent operation in demanding hygienic and industrial fluid-handling applications.
Kit Configuration
| Component | Material / Type |
| Seat | SS (Stainless Steel) |
| Check Ball | CW |
| Diaphragm | PO |
| Seal | PT |
Typical Kit Contents
- Replacement seats
- Check balls
- Diaphragms
- Diaphragm hardware and sealing components
- Installation adhesive where applicable
Benefits of Genuine Graco Repair Kits
- OEM-engineered for precise fit and performance
- Supports reliable fluid transfer and pump efficiency
- Helps extend service life of pump components
- Reduces maintenance-related downtime
- Maintains original equipment specifications
Frequently Asked Questions
The 25V230 is a fluid repair kit designed to replace wear components in compatible QUANTM h30 (QHC) hygienic diaphragm pumps and restore fluid-section performance.
This kit is compatible with QUANTM h30 (QHC) hygienic pumps configured with an FG wetted section using SS seats, CW check balls, PO diaphragms, and PT seals.
Genuine Graco kits are manufactured to original equipment specifications, helping ensure correct fit, reliable operation, and long-term pump performance.
Replacement is recommended when diaphragms, check components, seals, or other fluid-section parts show signs of wear, leakage, reduced flow, or decreased pump efficiency.
