The P-K MACH ‘n Roll is a highly efficient gas-fired, condensing domestic hot water and comfort heat system designed to produce reliable hot water delivery without scale build-up.
The P-K MACH n’ Pool is an excellent option for heating your chlorine swimming pool.
The P-K MACH ‘n Roll system takes advantage of unused space underneath the boiler to create a package that deliver high-value in a smaller footprint than conventional fabricated systems. Designed with service in mind, the indirect heat exchanger is fully accessible from the front of the unit, making installation and service easy.
Ideally suited for commercial building applications such as schools, office buildings, apartments, hotels and offices, this efficient water-to-water heating system is manufactured from the highest quality materials combining a robust aluminum alloy heat exchanger above with an indirect stainless steel heat exchanger below. Both zones were individually engineered using different alloys that when used together deliver higher efficiency and industry leading reliability.
Designed with service in mind, the indirect heat exchanger section is mounted on a pull out tray, making it fully accessible from the front of the boiler. Inspect, clean or repair the water side without having to “tear the boiler apart”. For full access, isolate the boiler and domestic lines, remove couplings and unions, take off the front access panel and slide out the heat exchanger.
The P-K MACH ‘n’ Roll system needs only five connections to get it running. Each unit is delivered with the boiler loop ready to go and only requires connections to a Domestic Water Supply, Return to Storage Tank, Electrical, Gas, and Venting (Polypropylene, Stainless Steel or CPVC).
MACH ‘n’ Roll domestic hot water and comfort heat systems are equipped with the most intuitive interface in the industry, the NURO® Touch-Screen Control. Designed to maximize efficiency, the NURO Control System monitors and modulates the combustion and ignition of the boiler to maintain the desired outlet temperature.