Emergency Lighting - ELSX Modular Static Inverter Unit 3 Phase 25kVA - 125kVA Benefits n Performance n Pure sine wave output n Higher lighting levels when compared to self contained emergency lighting n Most standard AC luminaires can be used, no need for modification. It should be ensured that all fittings selected for emergency lighting comply with EN60598-2-22, therefore must not be 2 pin, have glow starters or be lamps with built in starters n More energy efficient than self contained lighting offering cost savings year on year n Best in class electrical performance for 3 phase Emergency Lighting requirements n Installation n Removable top entry gland plate n Integral 100mm plinth (excluding distribution) to allow good manouverability n Allows load to be distributed across 3 phases - smaller cabling required n Front access enclosures keeps footprint to a minimum n Operational n Central point for maintenance and testing therefore less disruptive to daily working routines n Hot swappable modules reducing Mean Time To Repair (MTTR) n Comprehensive and easy to use diagnostic display Key Features n n n n n n n Pure sine wave output Modular hot swappable Fully compliant with BS EN 50171:2001 High efficiency = High energy savings Battery deep discharge protection Full LCD and LED display Enclosure protection to IP21 as standard (options up to IP54 are available) Applications n n n n n n n n n Commercial Retail Hotels Sports and Leisure Facilities Cinemas Museums Airports Hospitals Manufacturing The ELSX range of Static Inverter Units offer a reliable, proven and space saving solution for Emergency Lighting requirements. The ELSX is a modular system utilising hot swappable technology ensuring that repair time on your life safety system is kept to a minimun. The ELSX is compact, easy to maintain and fully compliant to BS EN50171:2001. The ELSX is robust and designed to meet the most demanding on site requirements. System Operation Active Standby Mains Healthy Mains Failed Emergency Lighting - ELSX Modular Static Inverter Unit 3 Phase 25kVA - 125kVA Technical Data System Input Enclosure n Zintec Steel - RAL 7035 n Key lockable doors n Front access enclosure for ease of maintenance n Top cable entry with removable gland plate n IP21 for standard enclosures Voltage: 400VAC 3ph Voltage range: +/- 10% Frequency: +/- 15% Battery Charger n Microprocessor controlled, power factor corrected n Temperature compensated n Constant voltage, current limited rectifier n Protection against reverse battery polarity n Protection against battery over voltage, input mains low and mains surges n Low volts disconnect Inverter n Modular with hot swappable capability n High frequency microprocessor controlled PWM IGBT inverter n Pure sine wave output n Galvanic isolation with ground neutral (when supplied with optional output transformer) Load Circuit n Single or multiple outputs can be offered as maintained, non maintained or a combination of both n Solid state switching device Remote Monitoring n Volt free contacts for: Common Alarm, Static Inverter Fault, Battery Discharging, Low Battery Volts, Load on Inverter, Load on Bypass - contacts rated at 1A, 24V AC/DC Datalogger n 1024 historical records can be retrieved for reference and diagnosis Display n A 320 x 240 user friendly graphic display allowing the user to browse the parameters for input, output, load, batteries and current Static Inverter status System Output Voltage: 400VAC 3ph Voltage regulation: +/- 1%, static balanced load Output frequency: 50Hz Frequency regulation: +/- 2% synchronised +/- 0.2% free-running Wave form: Sine wave DC / AC Efficiency: >95% Load power factor: 0.5 lag - 0.5 lead Overload: 120% continuous Operating temperature: 0 to 40°C (inverter only) LCD Digital Meter (Readings) n n n n n n Mains input - voltage and frequency Inverter - AC voltage / current / kVA / % load / frequency DC volts DC discharge current Charge current Maintained output - AC voltage / frequency Alarms n n n n n n n n n n n n n Mains fail Charge fail Inverter fail Boost charge (NiCd batteries only) Battery disconnected DC over voltage Battery test - 10 minute / rated standby test Battery fail Cooling fan fail Inverter overload Inverter over temperature Short circuit Battery low volts Fully Compliant with the Following Standards n n n n Emerson Network Power George Curl Way, Southampton SO18 2RY, UK Tel: +44 (0)23 8061 0311 Fax: +44 (0)23 8061 0852 [email protected] EmersonNetworkPower.eu Emergency Lighting EN 50171:2001 Safety EN 62040-1 EMC Emissions EN 61000-6-3 EMC Immunity EN 61000-6-2 Emerson. Consider it Solved., Emerson Network Power and the Emerson Network Power logo are trademarks and service marks of Emerson Electric Co. or one of its affiliated companies. ©2014 Emerson Electric Co. All rights reserved.