DAB ESYBOX MAX | 60/120 M220-240

DAB ESYBOX MAX 60/120 – Intelligent Water Booster Pump for Commercial Buildings

Engineered for performance and efficiency, the DAB ESYBOX MAX 60/120 is an advanced water pressurization system built to meet the high-demand needs of modern commercial buildings. This all-in-one booster pump system features a high-efficiency, variable speed motor, integrated sensors, and smart connectivity, delivering constant water pressure with minimal energy use. Whether you're managing a multi-level condominium or a large office complex, the ESYBOX MAX offers scalable flexibility, wireless control, and seamless installation via the ESYDOCK MAX docking station.

• Powerful Performance: 3.6 hp single-phase motor delivers up to 76 GPM and 227 ft of head for reliable high-volume water supply.
• Smart Pressure Control: Integrated variable frequency drive (VFD) maintains constant pressure while reducing energy consumption.
• Scalable System: Configurable as a single, double, triple, or quadruple pump unit—perfect for buildings up to 14 floors.
• Built-In Intelligence: Features a digital display, Wi-Fi module, pressure sensors, and DConnect compatibility for local and remote monitoring.
• Tool-Free Docking: ESYDOCK MAX system allows for fast installation and easy maintenance without extensive setup.
• Certified Safe: Complies with NSF61, 372, UL, and CSA standards—ideal for potable water applications.

The ESYBOX MAX 60/120 is designed to handle clean, non-aggressive liquids at temperatures up to 122°F, with a maximum inlet pressure of 73 psi. Thanks to its vertical multistage design and energy-saving permanent magnet motor, this system is both compact and quiet, making it an ideal choice for urban buildings and technical rooms.

Trusted by engineers and building managers alike, the DAB ESYBOX MAX combines robust performance with cutting-edge technology to deliver water exactly where and when it's needed—efficiently and reliably.

Upgrade your water system today with the DAB ESYBOX MAX 60/120—your solution for scalable pressure control and optimized performance in commercial settings.