ProStor SC
The ProStor SC range is designed for high-performance domestic hot water storage and generation in commercial applications. Each vessel incorporates a high-output fixed coil heat exchanger and WRAS-approved vitreous lining to deliver reliable, hygienic, and corrosion-resistant DHW production.
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Features
Large Internal Coils
WRAS Approved Vitreous Lining
Capacities: 300 – 1,500 Litres
Electrical Immersion Tapping
De-stratification Tappings
Flanged Inspection Hatch
50 mm Factory-Applied Insulation
Low Standing Losses
5-Year Warranty
Single or Three-Phase Electrical Element Options
Optional De-stratification Pump
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Benefits
Delivers rapid and efficient heat transfer from the primary circuit supporting high DHW recovery rates and peak demand performance.
Provides long-term corrosion protection and maintains potable water quality. Ensures compliance with UK water regulations and extends vessel service life.
Enables accurate sizing to match building demand profiles, reducing energy waste while maintaining availability during peak usage.
Allows the installation of electric immersion heaters for backup, top-up, or Legionella control cycles, improving system resilience.
Supports even temperature distribution within the vessel, improving usable DHW volume and maintaining consistent outlet temperatures.
Provides direct access for inspection, cleaning, and maintenance, reducing downtime and supporting long-term hygienic operation.
Reduces heat loss and improves energy efficiency while maintaining a compact overall footprint suitable for plantroom installations.
Minimises energy loss during standby periods, contributing to lower operating costs and improved system efficiency.
Demonstrates product durability and manufacturer confidence, offering assurance of long-term reliability and reduced lifecycle costs.
Offers flexibility to suit site electrical infrastructure and DHW backup strategies, including off-peak or emergency heating.
Actively improves temperature uniformity within the cylinder, increasing usable hot water capacity and system performance under variable demand.
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