LumaWatt Application Guide
LumaWatt OUTDOOR WIRELESS CONTROL AND MONITORING SYSTEM Table of Contents Overview....................................................................... 1 Specification Features................................................... 2 System Components..................................................... 3 System Applications...................................................... 4 Parking Garage Applications.......................................... 5 Area and Site Applications................................
Specification Features The LumaWatt System is best described as a peer-to-peer wireless network of luminaire integrated sensors that operate in accordance to programmable profiles. Profiles dictate how the individual sensor operates a luminaire as well as how to function among its network peers. The end user can create and manage sensor profiles with browser-based management software and broadcast to sensors as necessary, via wireless gateways.
System Components Sensor Module Factory installated and locally intelligent sensors enable system reliability. Each luminaire sensor is installed and test commissioned at the factory, saving field installation labor and minimizing startup failures. Luminaire behavior is determined by how each sensor responds to its most recent software profile and operates regardless of the availability of other network components.
System Applications Laying out the LumaWatt system is easy following a few simple guidelines. FIG. 2 Five Hops Start with the Site Plan Identify luminaire mounting heights to determine desired sensor lens types, narrow or wide. Specify luminaire catalog numbers with the lens type suffix; DIMRF-LW for wide lenses used below 16' or DIMRF-LN narrow lenses above 16' to a maximum of 35'.
Parking Garage Applications Parking garage overall energy conservation and peak load reduction can be maximized by combining time scheduling, dimming on vacancy and daylight harvesting strategies. Following the example below, an energy saving of 38% is possible in an enclosed parking garage. Perimeter luminaires may be grouped together and programmed to dim, should natural lighting be available. Sides of Drive Fixture Location Fixture Spacing = 30' on center with 30' between fixtures above parking bays.
Area and Site Applications For outdoor parking area applications, lighting should be dimmed or turned off within one hour of business closing. Scheduled dimming and occupancy detection can be combined to reduce maximum lighting levels outside business hours yet ensuring egress and security lighting is available on occupancy detection. Sides of Drive Fixture Location Fixture Spacing = 160' x 120' on Center. 20 fixtures per 60' wide drive lane; 40 fixtures total for 420' x 120' parking deck.
Quick-start Guide (System Hardware) STEP 1: Hardware setup of the LumaWatt energy management server, which includes: Easy Interface a. Attaching an Ethernet cable to the intranet port on the LumaWatt energy management Easy, intuitive, menu driven, interface allows for placement of luminaire icons. server from an Ethernet switch on organization’s intranet. Changing luminaire icons indicated status. b.
Quick-start Guide (LumaWatt System Software) Operational Setup Look for any LED activity on the connector side of the NETGEAR® switch to verify that power is on. Press and release the momentary power button located on the right side of the LumaWatt energy management server to power it on. The power button should illuminate with an LED if power is turned on. Allow approximately four minutes for the LumaWatt energy management server to complete its power up tasks before continuing.
FAQs How do I order the system? Using the application guidelines on page 4, determine the number of gateways, routers and LumaWatt energy management servers. If the network components cannot be installed individually in a suitable location, specify the ENCI enclosure with factory installed router and LumaWatt energy management server.
Ordering Information System Ordering Information Product Family Components 1 Options Accessories (Order Separately) RF= LumaWatt Outdoor Wireless System EM1= LumaWatt Energy Management Server 2, 3 GW1=Gateway 4, 5 ROUT1=Router 2, 6 ENCI=Indoor Rated Enclosure 1, 7 Luminaire Sensor (Add as Suffix) DIMRF-LW= LumaWatt Wireless Sensor, Wide Lens for 8'-16' Mounting DIMRF-LN= LumaWatt Wireless Sensor, Narrow Lens for 16'-40' Mounting RFSEN1LWBZ=Wide Distribution Replacement Luminaire Sensor Finished in Br
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