Gledhill PLUIN150SL 150 Litre Slimline Indirect Unvented Hot Water Cylinder

The Gledhill PLUIN150SL is a StainlessLite Plus Indirect Slimline unvented hot water cylinder offering 150 litres of mains-pressure hot water from a conventional boiler. Its reduced 475mm diameter makes it ideal for smaller properties or older homes with restricted space, while delivering high flow rates suitable for multi-bathroom domestic use.

Manufactured from duplex stainless steel with 50mm insulation, the cylinder features a high-efficiency corrugated coil for faster recovery times and includes a 3kW incoloy immersion heater for backup. It comes with full WRAS, WRC and NSF approvals and carries a 25-year warranty.

Key Features

• Indirect unvented cylinder for use with gas or oil boilers (sealed or open vented)
• High-efficiency corrugated coil for faster reheat
• 3kW incoloy immersion heater for emergency backup
• 90° elbow, flexihose and drain valve supplied as standard
• ErP rating B
• 25-year warranty
• WRAS, WRC and NSF approved
• Vertical orientation with no secondary return

Benefits

• ✔ Enables mains-pressure hot water in space-limited installations
• ✔ Faster recovery than plain-tube coils
• ✔ Lightweight design (lightest in class) for easier handling
• ✔ High flow rates for showers and baths without pumps
• ✔ Low heat loss with 50mm insulation
• ✔ Complete with essential fittings for quick install
• ✔ Suitable for properties up to 3 bathrooms
• ✔ Long-term corrosion resistance from duplex stainless steel

Technical Specifications

• MPN: PLUIN150SL
• Capacity: 150 litres (152 litres nominal)
• Diameter: 475 mm
• Height: 1519 mm
• Weight (empty): 28 kg
• Weight (full): 177 kg
• Heat-up time: 25 minutes
• Immersion heaters: 1 (3 kW incoloy)
• ErP rating: B
• Max working pressure: 6 bar
• Material: Duplex stainless steel
• Insulation: 50 mm

What’s in the Box?

1 x Gledhill PLUIN150SL StainlessLite Plus Indirect Slimline 150L unvented cylinder complete with 3kW immersion heater, 90° elbow, flexihose, drain valve and G3 kit components.