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Kanepi’s Wireless Lighting Control System. User Webinar. Discussion Points. Technology Features Operation and Functions. Technology. ZigBee Ethernet. Mesh network covers your facility everywhere light reaches. Utilizes ZigBee RF in a mesh network. Based on the IEEE 802.15.4
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Kanepi’s Wireless Lighting Control System User Webinar
Discussion Points • Technology • Features • Operation and Functions
Technology • ZigBee • Ethernet
Mesh network covers your facility everywhere light reaches Utilizes ZigBee RF in a mesh network Based on the IEEE 802.15.4 Low Power digital radio Wireless Personal Area Network (WPAN) ISM Bands: 2.4GHz and 915MHz 20 – 250Kbits/sec Powered by
Utilizes Ethernet for WWW Public Domain Customer Domain Qualcomm Server WAN LAN Facility Manager NTP Pool INTU! Gateway Firewall pool.ntp.org DNS Server – for NTP Kanepi Server Kanepi Tech Support Detail Powered by
Operation and Functions • User Interface • Components Powered by
User Interface User Interface Manages lighting groups, events, alerts and user profiles (web based) MyKanepi.com Sample Pages
Components Control Panel Assembly Control Panel Assembly Manages wireless network Contains Touchscreen for Manual control Linux based gateway ZigBee antenna Power supply ZigBee Antenna System Control Panel Smart Touchscreen Gateway
BLK WHT OCC LT B1 B2 B3 Components • Light Control Module Light Control Module (LCM) ZigBee enabled transceiver Controls light fixture Functions Intercepts power to device Allows occupancy and light sensor inputs Drives electronic ballasts Printed Circuit Board Electrical Connections Power Sensor Inputs LCM Ballast Control Outputs ZigBee Transceiver Antenna Cover
Applications • Electronic Ballasts • Resistive Loads • Magnetic Ballasts • Motor Loads
Electronic Ballasts Light Control Module Ground (120 - 277VAC) Line In Neutral BLK WHT OCC LT B1 B2 B3 Connect to One Type Sensor Only Light Sensor Occupancy Sensor Maximum: 3 Ballasts @ 0.5A ea
Resistive Loads Light Control Module Ground (120 - 277VAC) Line In Neutral BLK WHT OCC LT B1 B2 B3 Connect to One Type Sensor Only Light Sensor Occupancy Sensor Maximum: 3 @ 140VA
Magnetic Ballasts Light Control Module Ground (120 - 277VAC) Line In Neutral BLK WHT OCC LT B1 B2 B3 Connect to One Type Sensor Only Light Sensor Occupancy Sensor 3x Maximum: 3 Ballasts @ 1100VA ea
Features • Centralized Computing • Common Database • Wireless • Mesh Network
Centralized Computing • Accessible anywhere you have internet • Desktops, laptops • No pop-ups to ask you to update and restart • Don’t need Admin privileges • Over the air updating for peripherals • No site visits for firmware upgrades • Data backup assured • Local and Remote
Common Database • Speeds issue resolution • Issues at all facilities logged in one place • Energy Savings Reporting • Yearly or Quarterly • Alert Monitoring • From network to peripheral status • Uptime Monitoring • Uptime reported • Downtime scheduled
Wireless • No low voltage wire infrastructure • Retrofits avoid existing obstacles (HVAC,asbestos) • Saves cost in new construction • Zone ,rezone and scalable • Moves, Adds and Changes • Add-on Peripherals • Occupancy and Light Sensors • Local rocker switches
Mesh Network - Integrity • Self-healing • Physical or RF interferences rerouted • Powered off LCM’s rejoin once powered up • Sleeping LCM’s rejoin through protocol • Self-repeating • LCM’s act as repeaters to propagate large spaces • Multiple LCM’s aid in rerouting RF signaling • Creation of a Mobile Ad-hoc Network (MANET) Self-heal
Mesh Network - Benefits • Positioning • Triangulating positions of objects – XYZ axis • Statistical analysis of events possible • Behavior modeling • Proximity • Each LCM has up to 30m signal strength • As close as 0.5m for densely populated peripherals • Standard Based • ZigBee – Interoperability and security Graphic
System Requirements • Personal Computer • Browser • Microsoft - Internet Explorer (7.0 or later) • SVG Viewer • Adobe – Scalable Vector Graphics (SVG) Viewer (Version 3.03)
Kanepi’s Wireless Lighting Control System User Webinar