Description
Overview:
The Advanced Water Heatrae Sadia Cold Water Combination Valve presents a specialized solution meticulously crafted for unvented cylinders. Boasting ease of installation and versatility, this multibloc unit offers both vertical and horizontal fitting options, efficiently incorporating the pressure reducer. Its multifaceted design integrates a pressure reducing valve, pressure relief valve, and an internal check valve, contributing to its comprehensive functionality. This unit also features a dedicated connection for balanced cold water take-offs, along with a specific port for seamless integration of an expansion vessel.
The primary purpose of the Heatrae Sadia Cold Water Combination Valve is to ensure the protection of unvented cylinders. By expertly controlling the main supply pressure directed towards the cylinder tank, this multibloc unit guarantees both safety and performance optimization for unvented cylinder systems. It's important to note that while this valve is purpose-built for regulating pressure within unvented cylinders, it does not extend to regulating the pressure for the entire property.
Key Features:
- Advanced Water Heatrae Sadia Cold Water Combination Valve
- Designed exclusively for Unvented Cylinders
- Effortless installation - supports vertical or horizontal fitting
- Comprehensive design includes pressure reducing valve, pressure relief valve, and internal check valve
- Incorporates a specialized connection for balanced cold water take-offs
- Equipped with a dedicated port for seamless integration of an expansion vessel
Technical Specification:
- Type: Multibloc
- Range Description: Heatrae Sadia
- Manufacturer Model No: DHS750
- Brand Name: Advanced Water
The Advanced Water Heatrae Sadia Cold Water Combination Valve stands as a specialized solution that ensures effective pressure management for unvented cylinder systems. With its versatile installation options, comprehensive valve configuration, and commitment to safety and performance, this multibloc unit significantly contributes to the longevity and efficiency of unvented cylinder setups.
