Flow regulator CSP6i with chrome sleeve M22i (for fittings with external thread on the spout) 00460
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Flow regulator CSP6i with chrome sleeve M22i (for fittings with external thread on the spout) 00460
CSP6i Flow Regulator – Water and Energy Saving
This flow regulator, equipped with a chrome M22i sleeve, is an ideal solution for fittings with an external thread on the spout. It is designed to work with small instantaneous water heaters with a power of 5-13kW and a flow rate below 3.5 l/min, ensuring optimal performance and comfort.
How it works and why choose it?
The CSP6i flow regulator mixes water with air, creating a gentle, even stream that reduces water consumption without sacrificing comfort. This not only saves resources but also reduces operating costs. Thanks to its precise design, the regulator provides a stable flow even at low water pressure. The chrome M22i sleeve guarantees an aesthetic appearance and corrosion resistance.
Who is this product for?
- Installers: Quick and easy installation in standard fittings with an external M22i thread. Ensures optimal operation of CLAGE instantaneous water heaters, increasing their energy efficiency.
- End users: Lower water and energy bills by reducing consumption. Comfortable water stream that does not splash. Aesthetic appearance to match modern bathrooms and kitchens.
Additional information
- The regulator's design minimizes scale build-up, which extends its lifespan and reduces the need for maintenance.
- Regular cleaning (once a year) or replacement of the regulator will ensure its optimal operation for a long time.
- The regulator is compatible with most standard fittings equipped with an external M22i thread.
- Ensures energy-saving operation of CLAGE heaters, supporting environmental protection.
CERTIFICATES, APPROVALS, SAFETY, COMPLIANCE AND WARNINGS
Attachments
- OŚWIADCZENIE_GPSR_ROHS_WEEE_POP_ REACH_21083_CLAGE_DE_05.2025
- OŚWIADCZENIE_GPSR_ROHS_WEEE_POP_ REACH_21083_CLAGE_EN_05.2025
- OŚWIADCZENIE_GPSR_ROHS_WEEE_POP_ REACH_21083_CLAGE_PL_05.2025

