Fireye Nexus NXM2G Efficiency Control

[{"filename":"MF-00-2-0700-0-020-B_Nexus_NXM2G.pdf","text":"Nexus Combustion Efficiency Systems\n ®\n\n\n\nNXM2G Efficiency Control\n\nIntelligent Boiler Load Optimizer\nNXM2G\nIntelligent microprocessor-based system\ndesigned to reduce energy costs by providing\noptimum thermal efficiency of low-temperature\nhot water boilers\n\nThe Intelligent Boiler Load Optimizer (3G-OTH-02773) efficiency\ncontrol measures the supply and return temperature via digital\nsensors and monitors the “call for heat.”\n\n • On first firing, the boiler will reach the normal\n temperature set point and turn off\n • On the next stage, the Intelligent Boiler Load Optimizer\n (3G-OTH-02773) will check:\n • For the “call to heat”\n • If the boiler supply and return temperatures are within\n the designed temperature differential settings, and\n • If the boiler is required to fire, based on control\n algorithms\n\nWhen this occurs, the Intelligent Boiler Load Optimizer\n(3G-OTH-02773) will hold off the boiler firing (save mode) based on\ntemperature and time, which are both adaptive. This control\nfunction will also inhibit the burner from firing on high fire if\nthe boiler load demand is low, thus helping to ensure the\nbest efficiency for the current system demand. This helps\neliminate the wasted energy caused by standby cycling.\n\n\nSpecifications\n Supply Voltage 120VAC / 60 Hz\n Rated Current 50mA\n Relay Switch Cap 2A at 120VAC (resistive)\n Fuse Rating 1.6A at 120VAC\n Dimensions (WxHxD) 6.9 in. x 7.9 in. x 2.1 in.\n Sensors Plug in digital therm (2)\n Sensor Range 131°F to 257°F\n Weight 3.6 lbs\n Environment NEMA 1/IP11\n Minimum/Maximum Temperature 32°F to 125°F\n\n\n\n\nfireye.com\n\fNexus Combustion Efficiency Systems\n ®\n\n\n\nNXM2G Efficiency Control\n\nBoiler Standby Cycling\nStandby cycling on boilers occurs throughout the year, even if the boilers are just providing hot water generation during\nthe summer months. This can be reduced by fitting the Intelligent Boiler Load Optimizer (3G-OTH-02773) to each boiler. The\nsystem identifies and removes standby cycling therefore reducing energy costs and CO2 emissions.\n\n\n\n\nApplicable Systems Value Delivered\n • Closed loop commercial boilers that use gas, oil • Clients are observing energy and carbon savings of\n propane and/or LPG for building or process heating 10% to 20%\n • Single or multiple boiler configurations • Controlling boiler short-cycling can help provide\n • Compatible with existing controls and operations; significant energy and maintenance savings\n operates with existing BMS • Reducing the amount of boiler cycles (the number\n of times the boiler turns on and off) minimizes the\n • Dynamic and self-adjusting\n energy input needed to reheat the boiler\n • Single stage, multi-stage or modulating boilers\n • Fast payback or ROI with low capital investment\n\n\n\n\nFor more information, please contact your local Fireye Distributor.\nfireye.com\nMF-00-2-0700-0-020-B (2024/08)\nAll trademarks and service marks referred herein are property of their respective owners.\n©2024 Fireye. All Rights Reserved.\n\n Join us on"}]