QSNE-2DAL-D Energi Savr Node QSTM 20 V. DALI Loop 2. seetouch QS Wallstation Energi Savr Node QS. QS Control Link

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1 LUTRON R Node TM NE-2DAL-D Fixture Controller NE-2DAL-D Node TM The Node is a DIN-rail mounted controller for -compliant Digital Addressable loads. It provides bus power and control for two independent loops with up to 6 ballasts each. The Node control unit also provides direct connections and power for the following Lutron devices: upancy sensors Daylight sensors receivers devices 2 2 Hi Temp L N Test 2 V GND Node TM NE-2DAL-D +.(0) Ethernet 2 V D E Features Provides power for either one or two loops of compliant digital addressable loads (up to 250 ma per loop). Each can control a maximum of 6 zones. failure memory retains control unit programming in the event of a power loss. Default configuration requires no commissioning. Programming available via the Node handheld device. Four occupancy sensor inputs for automated control of lights in areas. Four daylight sensor inputs automatically adjust light levels based on the amount of natural light entering through the windows. Four receiver inputs for personal control. Add more occupancy sensors, daylight sensors, or receivers by connecting additional Node units. Includes control link for seamless integration of lights, motorized window treatments, and control stations. Node modules can be used in a Quantum system to control and manage light in an entire building. LUTRON One sensor group shown; connections available for up to four sensor groups V~ Daylight upancy Ethernet Programming Link Node Control Link 2 seetouch Wallstation Node Ballast Ballast Quantum Panel Ballast Ballast Contact Closure Interface GRAFIK Eye Up to 6 ballasts on each loop Up to 00 total devices

2 Node TM NE-2DAL-D Fixture Controller Typical Application: Requires commissioning NE-2DAL-D Open Offices Corridor Private Offices seetouch Wallstation Link Window Window Window LUTRON Daylight LUTRON Daylight upancy upancy upancy upancy Link upancy upancy upancy LUTRON Daylight LUTRON Daylight LUTRON Daylight seetouch Wallstation Node Node Link

3 LUTRON Node TM NE-2DAL-D Fixture Controller Simple Applications: Preconfigured modes require no commissioning NE-2DAL-D Node Wired to sensor group Node Window Window Daylight upancy Wired to sensor group Window Window upancy upancy 2 Wired to sensor group 2 Perimeter Interior Perimeter Interior Preconfigured Mode Perimeter Daylighting * four fixtures shown on and eight fixtures shown on 2, however, up to 6 fixtures can be connected per loop. Preconfigured Mode 2 Two Zones with upancy s * Six fixtures shown on each loop, however, up to 6 fixtures can be connected per loop. Default Behavior for Connections upancy Daylight Connected to sensor group Controls only Controls only Connected to sensor group 2 Controls 2 only Controls 2 only Connected to sensor group Controls both s Controls both s with equal daylight gain Connected to sensor group Controls both s Controls both s with lower daylight gain on 2 Troubleshooting and Maintenance Features Maintains redundant memory of ballast programming for ease of single or multiple ballast replacement. After installation, "TEST" button verifies wiring on all fixtures Status LEDs verify connections to control stations and sensors. After installation, Node identifies ballast communication failures.

4 Node TM NE-2DAL-D Fixture Controller Specifications Node TM V~ 50/60 Hz, max current draw 50 ma Lightning strike protection meets ANSI/IEEE standard Can withstand voltage surges of up to V~ and current surges of up to 000 A. Bus Output: 8 V 250 ma maximum per loop. Standards CE Listed Lutron Quality Systems registered to ISO Environment Ambient Temperature Operating Range: 0 ºC - 65 ºC Relative humidity: less than 90% non-condensing For indoor use only Terminals Mains wiring: mm 2 Bus Wiring: mm 2 Wiring: mm 2 Mounting Mounts to standard DIN rail (Width = 6.7 mm) s Up to 6 compliant loads on each loop can be addressed and grouped into 6 zones Node supplies 250 ma to power each. wires are polarity insensitive and topology-free. Link Limits The link can have up to 00 devices and 00 zones. Each Node unit counts as one device toward the 00 device limit. Each assigned zone counts toward the 00 zone limit. NE-2DAL-D upancy s Use occupancy sensors to automatically turn the lights off in an area a fixed time after it becomes vacant. Use occupancy sensors to automatically turn the lights on in area when it becomes occupied and to automatically turn the lights off in an area a fixed time after it becomes vacant. Four occupancy sensors can connect directly to the Node. Each area's occupied level and unoccupied level can be programmed. Supply Outputs () V 50 ma maximum. - An auxiliary power supply must be used if the device requires more than 50 ma. upancy sensor must provide a dry contact closure or solid-state output. Accessory Controls seetouch wallstations can be configured to control Node zones. Select one of 6 scenes and off in Node areas. Control individual lighting zones in Node areas. Each Node can power up to three seetouch controls. LED indicator displays the status of programmed lights. Infrared Receivers Use Lutron receivers for personal control of individual lighting zones. Four receivers can connect directly to the Node. Daylight s Lutron daylight sensors allow daylight harvesting with programmable gain settings in up to four gain groups per area. Four daylight sensors can connect directly to the Node.

5 Node TM NE-2DAL-D Fixture Controller Specifications (continued) NE-2DAL-D munication with GRAFIK Eye Node zones respond to GRAFIK Eye scene buttons in areas associated with the GRAFIK Eye. Node zones respond to scene commands initiated by the GRAFIK Eye astronomic time clock in areas associated with the GRAFIK Eye. Node operates in afterhours mode in areas associated with a GRAFIK Eye that is in afterhours mode. munication with E-IO Node zones respond to scene commands initiated by the E-IO in scene selection mode or occupancy sensor mode.

6 Node TM NE-2DAL-D Fixture Controller Mechanical Dimensions NE-2DAL-D mm (.5 in) 6.6 mm (6.6 in) 60.6 mm (2.9 in)

7 Node TM NE-2DAL-D Fixture Controller Overview of Wiring Terminals NE-2DAL-D s PELV Link Programming Port * 2* 2 2 Ethernet 2 Hi Temp L N Test 2 V GND Node TM NE-2DAL-D +.(0) V D E Mains Wiring * Wire according to local codes.

8 V D E Node TM NE-2DAL-D Fixture Controller Wiring: Line Voltage 2 2 Hi Temp L N Test 2 V GND Node TM NE-2DAL-D +.(0) Ethernet 2 Wiring from Distribution to Bus Supply NE-2DAL-D Turn off breaker at distribution panel. Run line, neutral, and ground wires from a V~ 50/60 Hz feed to the Node. Emergency Lighting Applications Use normal (non-essential) power only. When normal power drops out, the Node will not power the bus. When this occurs, ballasts powered from emergency feeds go to their emergency mode, full light output by default. G N L Mains Wiring and Low Voltage Separation The Node is designed to separate mains wiring from PELV circuits. Follow appropriate local and national codes to avoid violating required separation guidelines. Distribution Panel

9 V D E Node TM NE-2DAL-D Fixture Controller Wiring: Bus NE-2DAL-D Ethernet 2 The Node will supply power to an independent bus loop, which supports a maximum of 6 ballasts. 2 V GND Hi Temp L N Test Node TM NE-2DAL-D +.(0) Wiring wiring is not SELV wiring is treated as mains voltage, and thus may be run within the same sheathing. Ensure that there is no greater than a 2 V drop between the Node and the end of the loop. Consult all national and local electrical codes for separation requirements.

10 V D E Node TM NE-2DAL-D Fixture Controller Wiring: Control Link 2 2 Hi Temp L N Test 2 V GND Node TM NE-2DAL-D +.(0) Ethernet 2 NE-2DAL-D PELV System Low-Voltage Wiring System communicates using low-voltage wiring. Wiring may be daisy chained or t-tapped. Wiring must be run separate from line/mains voltage. Total length of control link must not exceed 600 m. Use two.0 mm 2 conductors for control power (2 V, COM). Use one, twisted-shielded pair of.0 mm 2 for data link (, ). COM 2 V Daisy-Chain Wiring Example Node seetouch Wallstations Control Link Sivoia Smart Panel Sivoia Shade

11 Node TM NE-2DAL-D Fixture Controller Wiring: Control Link (continued) T-Tap Wiring Example NE-2DAL-D seetouch Wallstations Sivoia Smart Panel Control Link Sivoia Shade Node

12 Node TM NE-2DAL-D Fixture Controller Wiring: Control Link (continued) Low-Voltage Wiring Example NE-2DAL-D ESN = Node ESN ESN 2 and ESN have their own power supply; no terminal 2 connection ESN ESN powers wallstations 2,, and only; no terminal 2 connection between wallstations and C B A C B A 2 2 C B A 2 2 C B A 2 7 ESN powers wallstation only; terminal 2 terminates at wallstation ESN 2 2 C B A 2 2 C B A 2 2 C B A 2 Connect the terminal,, and connections to all control interfaces. Each control unit has its own power supply. Terminate the terminal 2 connection (2 V power) so that each control unit supplies power to a maximum of three wallstations. Do not connect terminal 2 between a Node control unit and any other Node control unit and/or another power supply. Each wallstation should receive power from only one control unit. ESN ESN powers wallstations 5, 6, and 7 only; no terminal 2 connection between wallstations and 5

13 V D E LUTRON R Node TM NE-2DAL-D Fixture Controller Wiring: Class 2 s Electrical Contractors and Engineers All sensor wiring is PELV. Follow all applicable national and local codes for proper circuit separation and protection. Class 2 sensor terminals accept mm 2 solid conductors. Mains voltage and PELV wiring must be kept separate. Wiring Instructions: Turn off breaker at distribution panel. Daylight : Connect the four conductors to the four terminals as shown. Terminals: Red = Black = mon White = Yellow = Daylight Daylight must be placed within 0 m (00 ft) of the Node. Daylight upancy COM NE-2DAL-D NOTES: One daylight sensor can be wired to each sensor group. Consult the daylight sensor specification sheet to properly locate the sensor. Do not place the sensor above pendants, fixtures, directly below lighting fixtures, or within skylight wells. upancy : Connect three conductors to three terminals as shown. One occupancy sensor can be wired to each sensor group. Receiver: Connect the three conductors to the three terminals as shown. Receiver must be placed within 0 m (00 ft) of the Node. NOTES: One Receiver can be wired to each sensor group. * If a daylight sensor and receiver are connected, do not connect the daylight sensor's output (white wire). Yellow Red Black White * + OCC COM White Red Black LUTRON Daylight upancy 2 2 Ethernet 2 Hi Temp L N Test 2 V GND Node TM NE-2DAL-D +.(0) NOTE: There are four sensor groups. Each group wires the same and is shown above. Group Group 2 Group Group 2 2 Ethernet 2V Temp Test 2V Versaplex TM V-2D-PD-M +.(0)

14 Node TM NE-2DAL-D Fixture Controller NE-2DAL-D Installation of Programming Connection The Node Hand-Held Device is used to program Node in installations requiring commissioning. Connection to the system is made via Wi-Fi through a wireless router as shown below. It is recommended that the person programming the system is able to see all of the lights during the programming process. NOTE: Ethernet programming connection not used when Node is part of a Quantum system. Recommended: Install Wall Jack for missioning Wireless Router (by others) Wireless router- connected temporarily (during system commissioning and future adjustments) or permanently. All lights should be visible from the wireless coverage area of the router Dedicated Ethernet connection for Node units Easily accessible Ethernet wall jack installed in the area containing the lights Control Link Node Alternate Approach: Router connected directly to the Node If Node is accessible and located such that lights are visible from the Wi-Fi coverage area, then the wireless router can be connected directly to Node as shown below. Wireless Router (by others) Wireless router- connected temporarily (during system commissioning and future adjustments) or permanently. All lights should be visible from the wireless coverage area of the router Dedicated Ethernet connection for Node units Control Link Node