EISSBox OpenADR 2.0b

Transcription

1 Installation Instructions EISSBox EISSBox OpenADR.0b INS # Energy Interop Server & System (EISS ) EISSBox.0b Local Unit Installation Guide. IPKeys EISSBox is an OpenADR.0bcertified end point that is capable of receiving demand and response (DR) and pricing signals. This document is a guide on how to setup, install and trouble shoot the EISSBox.0.

2 EISSBox Exterior The EISSBox assembly consists of an enclosure, computer board and relays. The unit may also contain indicator light(s) or buttons on the exterior. Figure, seen below. EISSBox Interior The computer board and relays, Figure below, are the main components that make up the interior of the EISSBox. The output signals originate from the relays and can be wired for normally open or closed conditions. Connection of the EISSBox to external hardware will be discussed in further detail later in this document. Figure. EISSBox Exterior Figure. EISSBox Interior

3 3 Location for your EISSBox The EISSBox is used to provide closure into an Eaton lighting control system. Typically, the unit should be mounted in a dry location near the loads to be controlled. Locations that are exposed to the elements require a different waterproof enclosure. NNote: The maximum recommended distance from the EISSBox to the load is 00 feet. A 0 VAC receptacle must be located within four feet of the EISSBox along with a wired ethernet connection unless a cellular option has been included. 4 EISSBox Installation 4. Mounting Mount the EISSBox vertically to keep all external wiring below the box and minimize the potential of damage from moisture or dust. It s best to use selftapping screws suitable for the surface to which the unit will be mounted. Sheet metal screws are best for metal surfaces and drywall screws for wood or drywall. For secure fastening, insert screws into the upper and lower holes in the box. Once the box has been mounted, then connect it to the loads. 4. Connecting to the Relays Relays are included in the standard EISSBox to allow external equipment to receive automated demand response signals. These relays can be used for direct control or to signal other devices. When used for direct control applications, EISSBox relays are rated up to 50 VAC, 5A (0 VAC, 0A) resistive load. These relays can be wired in a normally open or closed state. Depending on the choice of wiring, either state can indicate when a demand response event has occurred. For example, if the box is wired to be normally open, then it s in demand response when the relay is closed and vice versa. The relay on the right marked Relay 0, in Figure 3 below, corresponds to the first asset. The Standard EISSBox comes with two relays as shown. Figure 3. EISSBox Relays 3

4 4.3 Power Up Plug in the power supply and ethernet cable into the network. Be sure the network allows IP addresses to be assigned via DHCP. The EISSBox uses a request / response method called Poll to contact the EISS server to get its configuration parameters and OpenADR.0 information. This method often doesn t require any modification to the customer s network or firewall. There are three LED lights on the circuit board that can be used to determine the operational state of the EISSBox per Figure 4 below. The red and green status lights next to the ethernet port will light up when power is applied. The red light indicates that there is power and moments later the green light should come on indicating that the single board computer has booted successfully. The small LED light located on the ethernet connector will begin flashing green. This indicates network traffic and a successful connection to the network.0 Figure 4. Circuit Board Indicator Lights 4.4 Connecting to Various Eaton Lighting Control Systems The figures below illustrate how to interface the EISSBox to the following lighting control systems: Room Controller ControlKeeper ilumin Fifth Light NNote: The connection to the EISSBox relays is dependent on the choice of wiring. To determine this, refer to section 4., Connecting to the Relays. 4

5 White Red Black Green White Red Black Green Energy Options DIP Switch Occupancy Not Used Default 0% Occ 0% Vac (default) 30% 40% White Red Black Green Energy Options DIP Switch Occupancy Not Used Default 0% 0% 30% 40% 00V Dimming Outputs Occ Vac (default) Switchpack Receptacle BMS/Out Slider Station Wallstations Energy Options DIP Switch Occupancy Not Used Default 0% Occ 0% Vac (default) 30% 40% 00V Dimming Outputs Switchpack Receptacle BMS/Out Slider Station Wallstations Switchpack Receptacle BMS/Out Slider Station Wallstations 00V Dimming Outputs 00V Dimming 00V Dimming 00V Dimming OC C Control 0 Room Controller Connect Relay 0 to the positive and negative terminals on each Room Controller. Up to 00 Room Controllers can be daisy chained together to one EISSBox. When a demand response signal is received, the Room Controller will adjust the lighting levels based on the chosen DIP Switch settings. These settings can be adjusted by alternating the position of DIP Switch and as described in figure 5 below. Blue EM Line In Black Line In Blue Load In Red Load Out Blue EM Loads Out White/Black 0V N Yellow Load Out Purple Load 3 Out White/Orange 77V N CAUTION: Bonding between conduit connections is not automatic and must be provided as part of the installation. Adjustable Skylights QuickConnect Cables Low End High End Adjustable Skylights Energy Options Status 00V Gain Adjustment (Class ) Control Sequence: inp reduction based on Energy Option DIP swit Room Controller. The light level reduction Occupancy, Daylighting or Wallstation curr light level reduction reduces ligh rate to limit occupant impact. When Input is removed remain at the current level until a change o Wallstation, Occupancy Sensor. This prov savings by keeping the lighting at a reduce action. Blue EM Line In Black Line In Blue Load In Red Load Out Blue EM Loads Out White/Black 0V N Yellow Load Out Purple Load 3 Out White/Orange 77V N CAUTION: Bonding between conduit connections is not automatic and must be provided as part of the installation. Adjustable Skylights QuickConnect Cables Low End High End Adjustable Skylights Energy Options Status 00V Gain Adjustment (Class ) Input input from OpenADR device or other contact input. Blue EM Line In Black Line In Blue Load In Red Load Out Blue EM Loads Out White/Black 0V N Yellow Load Out Purple Load 3 Out White/Orange 77V N CAUTION: Bonding between conduit connections is not automatic and must be provided as part of the installation. Adjustable Skylights QuickConnect Cables Low End High End Adjustable Skylights Energy Options Status 00V Gain Adjustment (Class ) 0% (Default) 0% 30% 40% If using, ensure the level of reduction is selected using Energy Option DIP Switches &. To Building LAN Requires connection to the Internet to connect to the Utility for Signalling Use the EISS Web Utility to verify functionality Dual Relay Board 0amp Relays 0V Wall Power Plug Figure 5. Room Controller and EISSBox Interface Room Controller and Smart Devices use Click & Go technology: The Room Controller will automtically recognize any smart device connected with the quick connect cable (provided) and start working immediately upon power up with no programming required. The Room Controller defaults to Manual On/Automatic Off vacancy sensor mode for maximum energy savings. Wallstations buttons can toggle zones or trigger preset scenes and can be mixed within each wallstation. RM CONTROLLER WIRING DIAGRAM DEMAND RESPONSE OpenADR.0b EISSbox E 5

6 OC C Control 0 ControlKeeper Connect the EISSBox Relay to an available input channel on the ControlKeeper lighting control panel. Any input may be used and programmed. A demand response input can be brought into a single ControlKeeper and broadcast over the lighting control panel network. The demand response command can be programed ControlKeeper to turn OFF or dim lighting loads based on the panel type. For more information please consult Eaton s Lighting Systems Technical Support. ControlKeeper TouchScreen Lighting Control Panel Low voltage switch inputs Dual Relay Board 0amp Relays 0V Wall Power Plug Figure 6. ControlKeeper and EISSBox Interface OpenADR.0b EISSbox 6

7 Scene Scene Scene 3 Scene 4 Scene Scene Scene 3 Scene ilumin The EISSBox relay connects to a UIGNA dry contact input and can be programmed to issue a lighting scene, which will set a lighting level. It could even control the local lighting in areas of the building. Each Source Controller can power up to 0 wallstations/devices. These devices must be within 000ft of the Source Controller. For devices further from a Source Controller add a 5 Vdc power supply. 00 devices/addresses per physical segment on icannet (BNNA can be added to combine more than 00 devices together, up to total) SC77UN3PML0 SC774UN3PML0 DRY CONTACT CLOSURE TUNGSTEN DMX OUTPUT CONSOLE BY ZERO 88 OR OTHERS DISCHARGE DMX5 SECURITY SYSTEM AV COMPONENTS, 3 & 4 WIRE FLUORESCENT COLD CATHODE COLOR CHANGING FIXTURES DRY CONTACT CLOSURE CONTACT CLOSURE INPUT TUNGSTEN DISCHARGE, 3 & 4 WIRE FLUORESCENT COLD CATHODE COLOR CHANGING FIXTURES CLS4TSBRLWIR UIGNA RS3 SINA CLS3TLBWIR CLSTLBWIR HH7IR icannet Cable type Cooper LCCNP (N PLENUM) OR Cooper LCCP (PLENUM) Cable or Belden 50R (N PLENUM) or 50P (PLENUM) Maximum segement distance of 000m/300ft per segment Figure 7. ilumin and EISSBox Interface 7

8 CONDUIT # CONDUIT # CONDUIT #3 CONDUIT # CONDUIT # CONDUIT #3 CONDUIT # CONDUIT # CONDUIT #3 0V 0V 0V DI.0 4VDC DI.0 4VDC DI.0 4VDC OC C Control 0 Fifth Light Fifth Light LIGHTING CONTROL PANEL LOW VOLTAGE INPUT LIGHTING CONTROL PANEL LOW VOLTAGE INPUT LIGHTING CONTROL PANEL LOW VOLTAGE INPUT Dual Relay Board 0amp Relays 0V Wall Power Plug OpenADR.0b EISSbox Figure 8. Fifth Light and EISSBox Interface 8

9 4.5 Connecting an External Opt Out Button The standard EISSBox has the option for a momentary button to be connected allowing customers to opt out of active events. The momentary normally open button should be wired between the bottom terminal (G) and the top terminal (7) per Figure 9 below. 5. LED Indicator The multicolored LED that is located on the front of the unit (Figure 0 below) is used to determine the status of the EISSBox. It will illuminate once the unit has been assigned to an account. The color of the LED indicates the state of the EISSBox as shown in Figure 0 and the table below. Figure 9. Opt Out Button Wire Terminals Figure 0. Exterior LED Indicator LED Color Meaning Description Green No Events Pending No scheduled Red (Solid) Active Event in effect Yellow (Flashing) Error Possible issue with settings, software or hardware Yellow (Solid) Pending Event active and pending 9

10 WARRANTIES AND LIMITATION OF LIABILITY Please refer to under the Legal section for our terms and conditions. Eaton 000 Eaton Boulevard Cleveland, OH 44 United States Eaton.com Eaton s Lighting Systems Controls Products 03 Cooper Circle Peachtree City, GA 3069 coopercontrol.com 05 Eaton All Rights Reserved Printed in USA P/N: March, 05 Eaton is a registered trademark. All trademarks are property of their respective owners. In cooperation with: IPKeys Technologies, LLC