Description EZ-MAX® H Relay Panels deliver power and performance in compact and cost-effective 8-circuit and 24-circuit models. EZ-MAX H Relay Panels are the ideal solution for smaller, standalone applications that do not require on-site factory commissioning or advanced networking features like GreenMAX® Relay Control Systems. Leviton EZ-MAX H Relay Control Panels are used for smaller, standalone projects where centralized lighting control, programming and monitoring are required. For maximum equipment protection, the standard 30A latching relay card has a short circuit current rating (SCCR) of 18,000A at 347V to allow it to withstand higher current inrushes caused by short circuit conditions. The 20A 2-Pole relay has an SCCR of 14,000A at 480V. Low-voltage inputs allow connection of photocells, occupancy sensors, and low-voltage switches for a comprehensive yet easily installed energy management solution. Designed in a compact, 14.5” x 17” (8-circuit model) or 20” x 24” (24-circuit model) standard electrical enclosure, EZ-MAX H is engineered to be contractor friendly, quick to install and simple to configure

Applications • Smart replacement for time clock/contactor installations • Low-voltage controls • Daylight control • Occupancy sensor integration • Site lighting • Parking garage/parking lot lighting • Retail Stores • Warehouse Space • Manufacturing/Industrial

Features • LCD user interface with keypad • 8 and 24 relay panel sizes, relays sold separately • Astronomical and real time clock for scheduling • 4 Open/Close Time Schedules, and 99 holidays (including recurring U.S. holidays) • Each relay card includes one low voltage input • Upload or save programming via removable SD memory card • Panels have hinged locking doors • Keypad user interface mounted on exterior of door • Knockouts on top and bottom for low voltage and line voltage feeds • NEMA 1 surface mount enclosure • UL916, UL924 and cUL listed • 5 year limited warranty

Panel Support • 64 schedules—ON, OFF, ON/OFF • 32 groups of any or all relays • 6 outdoor scenarios • Templates can be programmed with the inputs and groups to be controlled • 18 indoor scenarios • Simple architecture—user defined inputs (motion sensor, photocell, switch) and actuator (relay) groups • Users can specify if the schedule is an ON schedule, OFF schedule, or ON/OFF schedule • Users specify which group is being controlled and when the event should occur