Clack V3070FM NHWBP No Hard Water Bypass Valve WS1 & WS1.25 (female x male)

Clack V3070FM NHWBP No Hard Water Bypass Valve WS1 & WS1.25

Product Overview:
Optimize your water treatment system with the Clack V3070FM NHWBP No Hard Water Bypass Valve WS1 & WS1.25 (female x male), supplied by GAPS Water Treatment. This state-of-the-art valve is designed to prevent raw water from bypassing during regeneration, ensuring consistent water quality and efficient system performance.

Features:

• Eliminates Raw Water Bypass: Ensures untreated water does not bypass the system during regeneration, maintaining high water purity.
• Full 1.25” Ports: Minimizes pressure loss, ensuring efficient flow and operation.
• Low Voltage Drive Assembly: Controlled by the valve’s circuit board for reliable and energy-efficient performance.
• Proven Clack DC Drive Assembly: Offers durability and dependable operation, supporting consistent system functionality.
• Compatibility: Seamlessly integrates with WS1 and WS1.25 Control Valve Fittings for easy installation.
• Flow Rates:
  • Port A to B: CV factor of 15.5 with a 3.7 psi drop at 30 gpm.
  • Port B to A: CV factor of 15.9 with a 3.6 psi drop at 30 gpm.
• Operating Specifications:
  • Pressure: 1.4 bar to 8.6 bar
  • Temperature: 4 °C to 43 °C

Benefits:

• Consistent Water Quality: By eliminating hard water bypass, the valve ensures consistently high-quality water output.
• Energy Efficiency: The low voltage drive reduces energy usage, providing cost savings in operation.
• Durable and Reliable: Crafted with proven components for long-lasting performance and minimal maintenance needs.

Specifications:

• Model: Clack V3070FM NHWBP
• Port Size: 1.25 inches (female x male)
• Flow Rates: 3.7 psi drop at 30 gpm (Port A to B), 3.6 psi drop at 30 gpm (Port B to A)
• Pressure Range: 1.4 bar (min) to 8.6 bar (max)
• Temperature Range: 4 °C (min) to 43 °C (max)

Upgrade your water treatment system with the Clack V3070FM NHWBP No Hard Water Bypass Valve WS1 & WS1.25, supplied by GAPS Water Treatment, to ensure superior water quality and system reliability.