Marley Engineered Products introduces the CU900 Series Custom Cabinet Unit Heater, which delivers supplemental comfort heat in a contemporary design to match modern and future architect specifications. The unit is operated by the new SmartSeries Plus, a digital touchscreen control capable of running a fully programmable internal schedule as well as connecting to a BACnet Building Management System.
Offered by QMark, the CU900 Series Cabinet Unit Heater features a standard stamped grille with optional ducted grilles and a hinged front panel for one-person maintenance on ceiling applications. A front cover interlock de-energizes the unit when the front cover is removed for added safety. A disposable air filter is mounted in the inlet air stream or choose an optional permanent and washable aluminum filter.
Feature a robust design, the cabinet is constructed of heavy 16-gauge cold-rolled steel to provide strength and finished with a polyester powder coating for corrosion resistance. Motors are mounted with automatic thermal overload protection and motor fuse protection is provided on all heaters to meet safety requirements.
The Custom Cabinet Unit Heater offers a temperature range of 50 to 100 degrees F. It is available in white, beige, charcoal gray, aluminum, statuary bronze, desert tan or gloss black. Custom colors are available upon request.
The SmartSeries Plus intelligent controller comes ready to connect to a Building Management System using BACnet MS/TP protocol with just a few presses on the digital touchscreen and a simple 2 wire connection. The SmartSeries contains two scheduling modes – a Setpoint Mode for heat only and a Dual Setpoint Mode for heating and cooling.
Added SmartSeries controls include an occupancy setting to quickly schedule multiple periods per day at a desired temperature for operation when occupants are expected in a space. Other features include a lockable keypad to protect the unit from unauthorized access or tampering and a temperature override that allows users to set a temperature above programmed setpoints for up to four hours in an unoccupied state.