- Full capture and containment of heat loads while still reducing energy costs
- 20% reduction in fan speed equates to a 48% reduction in fan energy costs
- 100% Airflow Override button with a fully adjustable timer
- Controls up to (4) 5HP inverter duty motors
- Low Maintenance – Monthly temperature probe cleaning only
- Adjustable Set-Points Include: Fan Low Speed, Fan High Speed, Fan Activation Temperature, Fan High Speed Temperature, and Ramping Rate
- Meets the requirements of IMC 507.2.1.1. which require exhaust fans to activate when cooking appliances are energized
- Installed in Exhaust Hood utility cabinet and can be factory wired. Panel can also be wall mounted.
- Fully modulating Digital Temperature Control
- Touch Screen interface for controls, setup and diagnostic
- Touch Screen display of Real time fans speeds, CFM monitoring and VFD diagnostics
- Adjustment of fan speed settings and Fan direction change available from touch screen
- One temperature sensor per hood riser (multiple temperature sensors per exhaust fan) for more precise temperature reading
- Room temperature sensor included to start the fans based on temperature offset differential between room and duct
- Preparation time feature: Run exhaust fans at low CFM and no make-up air in the morning
- Gas valve reset integrated into the system
- Self cleaning function optional
- Combined with CORE, Touch screen display of CORE status and interlock messages
- Programmable Schedule
- Building management remote control
EMS System Overview
The ETL listed Energy Management System is designed to automatically reduce exhaust and supply airflow quantities while still completely capturing & containing heat and smoke generated by the cooking appliances.
The modulation of the fans between low and high speed is adjusted by variable frequency drives. The use of variable frequency drives allows for a 20% reduction in airflow at the appliance idle temperature. The modulation of the fans during cooking operation allows for maximized energy savings versus a fan running on high speed during the same cooking period.
An adjustable, fully modulating temperature sensor is mounted in the exhaust duct and monitors the exhaust air temperature. The sensor then works in conjunction with a panel mounted temperature controller. The EMS panel is capable of controlling up to four inverter duty motors.
