Key Information

• 30 kW condensing water heater with 200 L stainless steel tank
• Up to 98% gross efficiency
• ErP A-rated
• Low-NOₓ burner
• High recovery rates
• 316L stainless steel heat exchanger
• ErP-rated A high-efficiency modulating pumps
• Multi-line graphical display with live data, settings, and history access
• BMS connectivity via Modbus
• Full anti-legionella function with strap-on sensor
• Room-sealed or conventional flue options for flexible installation
• 2-year manufacturer’s guarantee

What’s Included

• Andrews MAXXflo EVO 30/201 condensing water heater
• Integrated 200 L stainless steel storage tank

The Andrews MAXXflo EVO 30/201 is a single-burner condensing water heater designed to provide consistent hot water for commercial buildings with medium to high demand. Featuring a 30 kW output and a 200 litre stainless steel storage tank, it combines compact design with exceptional performance. Operating at up to 98% gross efficiency and delivering impressive recovery rates, it’s ideal for applications such as hotels, care homes, and leisure facilities.

Built to Meet and Exceed Standards

This model uses a low-NOₓ burner that complies with and surpasses London Plan emissions standards, making it a future-proof solution for environmentally conscious projects. Equipped with ErP-rated A modulating pumps, the system delivers greater efficiency and improved water temperature control. Its 316L stainless steel heat exchanger ensures long-term durability, while the patented condensing flue system maximises heat recovery for reduced running costs.

Smart Management and Safety Features

The MAXXflo EVO 30/201 includes advanced Siemens electronic controls with a multi-line graphical display, giving operators access to live data, system settings, and detailed history logs. It’s also BMS-ready via Modbus, allowing 24/7 remote monitoring and management. For added safety, it comes with a full anti-legionella function using a strap-on sensor to control secondary return temperatures and pump operation, ensuring compliance with safety standards.