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Kevin Boyce Director of Product Management, LED Drivers Kevin Boyce Director of Product Management, LED Drivers

Kevin Boyce Director of Product Management, LED Drivers - PowerPoint Presentation

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Uploaded On 2020-01-30

Kevin Boyce Director of Product Management, LED Drivers - PPT Presentation

Kevin Boyce Director of Product Management LED Drivers 180W PWX LED Drivers 180W PWX Drivers PWX Programmable Wireless Programming X Auxiliary Output with lt05W Standby Power Programmable Features ID: 774166

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Kevin BoyceDirector of Product Management, LED Drivers 180W PWX LED Drivers

180W PWX Drivers PWX Programmable Wireless Programming X Auxiliary Output with <0.5W Standby Power Programmable Features Output Current – programmable down to 100mA output currentDimming Level – programmable below 10% of maximum output current to provide relative 10% dimming of tuned currentDimming Curve – programmable to Linear, Linear Soft Start or LogarithmicDimming Control Voltage – Dim-to-off, minimum dimming and maximum dim control voltagesLumen Maintenance – programmable to increase the output current over a period of time up to 100,000 hoursThermal Overload – programmable to reduce the output current as the internal temperature rises PWX Drivers EVERset Programming Software LDPC000A Configuration Tool Programming Solution

180W PWX LED Drivers KSP KSP KSP KSP *347-480V input voltage available in Q1 2020

180W 950mA PWX Driver KSP KSP KSP KSP *347-480V input voltage available in Q1 2020 Driver Operating Range: Voltage Current (mA) 10% Dim 5% Dim

180W 1400mA PWX Driver KSP KSP KSP KSP *347-480V input voltage available in Q1 2020 Driver Operating Range: Voltage Current (mA) 10% Dim 5% Dim

180W 2000mA PWX Driver KSP KSP KSP KSP *347-480V input voltage available in Q1 2020 Driver Operating Range: Voltage Current (mA) 10% Dim 5% Dim

180W Outdoor Family Full power 630-2000mA D950C180UNVPWX12/24-F Full power 630-950mA D14CC180UNVPWX12/24-F Full power 940-1400mA D20CC180UNVPWX12/24-F Full power 1390-2000mA180W PWX LED Drivers Operating Ranges

PWX Key Features vs Competitive Product Feature Advantage Number of Models 3 with Aux 2 without Aux 3 without Aux, 1 with Aux Output Current Levels 630mA to 2000mA 860mA to 1250mA 630mA to 1800mA Output Voltage Ranges 50Vdc to 285Vdc 70Vdc to 280Vdc 50Vdc to 285Vdc Surge Protection 6kV 4kV (common mode) 6kV Efficiency >91.75% at 1.40A, 128Vdc >90.5% at 1.20A, 150Vdc >91.75% at 1.25A, 144Vdc Programming Options Output Current, Dimming Curves, Dimming Values, Internal Thermal Overload Output Current, Dimming Curves, Dimming Values, External Thermal Overload Output Current, Dimming Curves Programming Method RFID Wired RFID Aux Output Current 200mA @12Vdc 100mA @24Vdc N/A 100mA @24Vdc* Aux Output Voltage 12 or 24Vdc Options N/A 24Vdc only* Standby Power <0.5W N/A <0.5W* The 180W PWX series of LED Drivers is a better, more complete offering than what Philips and Osram offer INTERNAL ONLY * Signify auxiliary only offered on 1.25A 180W driver 180W PWX LED Drivers

EVERset Programming Software

EVERset Programming Software EVERset Programming Software Version 1.4.0 is available now 180W PWX Drivers included in the default database Programmable Thermal Overload added https://unvlt.com/support/led-driver-tuning/ EVERset Programming Software LDPC000A Configuration Tool PWX Drivers Programming Solution

Programmable Thermal Overload Allows for driver output current to be reduced prior to the factory set internal thermal overload Starting Temperature, Ending Temperature and Ending Current are configurable Linear response between Starting and Ending Temperatures No External NTC or leads required for thermal overload Available in EVERset V1.4.0App note EVD15 added for Programmable Thermal Overload

Marketing Resources The formal launch e-blast sent out Dec 16 th Feel free to forward the e-blast to your customers. Collateral PDFs are available on www.unvlt.com. Product Flyer Spec SheetsTo support the launch of the new drivers, these tactics (among others) will be in play…LED Component Selector GuidePress ReleaseSocial MediaPresentation Library