Halloween Special Ideal Heating Hp290 Dhw Pre-plumbed Cylinder 210l 2 Zone Inc Control & Buffer 240133 Perfect Gift [nO1UWXdB]

Ideal Heating's stainless steel pre-plumbed hot water cylinders offer a perfect blend of efficiency and convenience. Designed and manufactured in the UK, they feature industry-leading reheat times and are specifically engineered to store and generate hot water efficiently using a heat pump. By eliminating much of the complexity and cost associated with traditional heat pump installations, these pre-plumbed cylinders simplify the process. Fully assembled in our UK factory, they come with all essential components pre-fitted, including the three-port valve and filter, saving both time and space during installation.

Additionally, the cylinders are pre-wired, with key elements such as pipe sensors and thermostatic cut-outs already integrated to optimise installation and enhance reliability. The pre-plumbed cylinder range also includes models with an integrated buffer, combining the domestic hot water cylinder and a separate buffer tank within a single unit, along with pre-wired circulation pumps and standard pre-plumbed components.

For system suitability and compatibility advice, please contact Oceanair for more details.

• Two zone DHW heat pump cylinder compatible with air source heat pumps
• Easy and quick to install as pre-wired and pre-plumbed
• Heat up time from 10°C to 50°C* of 32.71 min
• 25 Year warranty (T's & C's apply)
• Primary heat exchanger surface area 2.5m2
• Features secondary return connection
• 70L integrated buffer
• Includes control box, integrated buffer, expansion vessel, heat pump filter
• Suitable for new and retrofit installations
• Fully pre-wired and pre-plumbed
• Available in standard sizes and slimline sizes
• Highly efficient multi-coil heat exchanger
• Compatible with IDeal Heating HP290 Air to Water Heat Pumps
• Includes 3kW immersion heater
• Also available as 1 zone cylinders

*Heat Up Time, HWA Heat Pump Test 002:2020 (flow rate 0.42l/s and flow temperature of 55°C). See Technical Attachments for more precise parameters and conditions.