Power :: 8 x 1000A Battery Distribution Fuse Bay with nrgsmart Remote Monitoring Installation Guide

Transcription

1 Installation Guide nrgsmart describes the family of distributed network monitoring and management products, from BDFBs, high current and low current secondary panels, as well as Web interface software and data server solutions. nrgsmart allows you to collect performance data on distributed assets and tools to help you efficiently access business critical and actionable information. Telect recognizes the industry need to manage distributed assets more efficiently, get better power performance out of deployed assets, as well as pursue realistic and achievable alternative energy goals. Through nrgsmart, access to data at the equipment level provides the foundation for managing performance of a distributed DC power distribution system. Individual circuit monitoring: measure power at the circuit level. This enables powerful trend analysis and insights into equipment performance and enables preventative maintenance processes. - High accuracy, 100% passive monitoring, modular sensor modules Collect feed voltage, circuit current, and temperature Network Data Collection: Intelligent interpretation of the collected data, based on equipment data signature (smart alarms), drives relevant business decisions. - Hosted Data Services available through the nrgsmart-adh service - SNMP Interface comes standard when used with the nrgcontrol-bt Data Analytics: The nrgbdfb, when used in conjunction with the nrgsmart-adh Service, can be remotely monitored through the nrgsmart web portal and dashboard views. Remotely access the data that is important to you. Instantly see real-time results at any of your distributed sites. 1

2 Overview Telect s nrgbdfb 1000A Battery Distribution Fuse Bay includes up to 8 panels per bay with each panel supporting a single feed with a maximum input rating of 1000A. Each panel contains 20 circuit positions for either bullet-style breakers or TFD fuse holders and features -48V operating voltage to fit in legacy and next-gen network applications with advanced circuit level monitoring. The nrgbdfb provides total front access to fuses and LED status. All terminals for outputs, ground, and alarms are on the rear of the panel. Input terminals are loacted on the interior side of the panel. Inputs are studs for dual-hole lugs. Ground terminals are studs for dual-hole lugs. Output studs are for dual-hole lugs. Power/fuse alarm terminals are wire wrap pins. The bullet terminals can accept either TFD fuse holders or bullet terminal breakers. Single pole, double pole, and triple pole breakers are also supported. Specifications Panels Number of panels per BDFB 1-8 Number of circuit positions per panel Feeds Panel Inputs Voltage range, nominal voltage Max input load rating per panel Short circuit withstand rating Nominal power loss at full load nrgnet bus rating Percentage of full power dissipation at nominal voltage Input terminal studs (with nuts, flat washers, and spring washers) for dual-hole compression lugs Input wire size Listed upstream protection required Dual-Hole Outputs Max. output single-pole, longdelay circuit breaker (ea.) Max. output TPS or TLS Minimum short circuit interrupt rating Output terminal studs (with KEPS, nuts, and washers) for dual-hole compression lugs Output wire size 20 Each panel is a single feed -40V to -60V (Nominal -48Vdc) 1000A 5000A Less than 140W per 54,000W full load per side (1000A x 54V) 7A Less than 1% Two pair of 3/8 16 studs on 1 in. centers per terminal [max. lug width of 1.79 in. (49.2 mm)] per pair Torque nut (using 9/16 in. or 15 mm wrench) to 150 in.-lb (~17 N m), max. #1 AWG to 750 MCM 1250A max. 100A (80A continuous load) 125A (100A continuous load) 5000A 1/4-20 studs on 5/8 in. centers [max. lug width of in. (15.8 mm)] for a BATT terminal and 0.70 in. (17.7 mm) for a RTN terminal] Torque bolts (using 7/16 in. or 12 mm wrench) to 50 in.-lb (~5.5 N m), max. #14 AWG minimum Dry Contact Alarms Alarm wire size Alarm terminals Relay contact ratings Max. alarm power rating Voltage Sensor Sensor accuracy Voltage measurement range Feed voltage detection #22 to #18 AWG Wire wrap Dry Form-C contacts 30 VDC, 60 VDC, V: 72 ma 48V: 174 ma (7.06W) 0 to V: ±0.3V -20V to -60V: ±0.1V 0 to -60VDC 0 to V: Alarm -20V to -60V: Normal NOTE: Voltage measurement may be slightly different than at input terminal blocks due to the voltage drop within the panel. Sensors are factory calibrated and do not require user adjustment. Frame Grounding Earth GND terminal bolts (with washers) for dual-hole compression lug Ground wire size Two pair of 1/4-20 threaded holes on 5/8 in. centers Torque nut (using 7/16 in. or 12 mm wrench) to 50 in.-lb (~5.5 N m), max. Two pair of 3/8-16 threaded holes on 1 in. centers Torque nut (using 9/16 in. or 15 mm wrench) to 150 in.-lb (~17 N m), max. #2 AWG recommended (for 1/4-20 threaded holes on 5/8 in. centers) 4/0 1250A over-current protection (for 3/8-16 threaded holes on 1 in. centers) 2

3 Controller Specifications Communication nrgnet connector from BDFB to external panels nrgnet connector functions Supported protocols Supported browsers Fit and Finish Material Color Mechanical Removable 5-pin connector with screw down terminals Two fused nrgnet outputs Proprietary nrgnet used to communicate between panels and controller Chrome Firefox Steel: 3/16" inner core; 16-guage outer enclosure Pewter grey powder coat Dimensions (L x W x H) 26" x 19" x 84" Weight Environmental Installed: ~650 lbs Shipping: TBD Operating temperature -5 to 40 C Humidity 0 to 90%, non-condensing Inputs/Outputs Connection to Configuration Wizard Connection to data server Connection to nrgsmart panels Voltage range (nominal) Max. operating current SD Card Capacity SD Card type Mounting Configuration Options 1. Top or bottom feed 2. Internal or external return bus 3. Number of panels 4. Panel bus bar options 5. Accessories 10/100 Ethernet, RJ-45 jack 10/100 Ethernet, RJ-45 jack nrgnet -20V to -57V (nominal -48 VDC) 3A (80% of 4A fuse rating) 4 Gigabytes Micro SD Custom BDFB door mount with LCD display 3

4 Installation Please read these instructions carefully and completely before beginning installation. For assistance, contact Technical Support at , or These instructions presume you have verified the Telect equipment being installed is compatible with the rest of the system, including power, ground, circuit protection, signal characteristics, equipment from other vendors, and local codes or ordinances. Inspecting the Shipment Telect Inc. is not liable for shipping damage. Telect is not responsible for any equipment damage or poor operating performance when you do not follow these guidelines or when you use non-certified installers. Keep the container until you have checked equipment operation. If you experience any kind of problem, call Telect s Customer Service Department at Use the original, undamaged container if you are instructed to return the enclosure to Telect. If a shipping container is damaged, keep it for the carrier s inspection. Notify the carrier and call Telect s Customer Service Department at Other than this installation guide, the nrgbdfb frame ships with no other components. Optional concrete and raised floor anchoring kits discussed in this guide are shown on pages 13 and 15. Important Installation Guidelines Elevated Operating Ambient Temperature - If installed in a closed or multi-unit rack asembly, the operating ambient temperature of the rack environment may be greater than room ambient. Therefore, consideration should be given to installing the equipment in an environment compatible with the maximum ambient temperature (Tma) specified by the manufacturer. Reduced Air Flow - Installation of the equipment in a rack should be such that the amount of air flow required for safe operation of the equipment is not compromised. Mechanical Loading - Mounting of the equipment in the rack should be such that a hazardous condition is not achieved due to uneven mechanical loading. Circuit Overloading - Consideration should be given to the connection of the equipment to the supply circuit and that the effect that overloading of circuits might have on over-current protection and supply wiring. Appropriate consideration of equipment nameplate ratings should be used when addressing this concern. Reliable Earthing - Reliable earthing of rack-mounted euqipment should be maintained. Particular attention should be given to supply connections other than direct connections to the branch circuit (e.g. use of power strips). NOTE: The nrgbdfb is DC-I, and can be grounded in both CBN and IBN networks. All eight panel feeds have isolated returns, and the chassis grounds are isolated from all returns. The nrgbdfb is suitable for installation in network telecommunication facilities and in locations where the NEC applies.! ALERT ALERT! It is recommended that this product is installed within a restricted access location where access is through the use of a tool, lock and key, or other means of security, and is controlled by the authority responsible for the location. This product must be installed and maintained only by qualified technicians. Verify all connections meet requirements specified in local electric codes or operating company guidelines before supplying power. Unit shall be protected by a listed circuit breaker or branch-rated fuse sufficient to interrupt power levels specified on the preceding page. Only use components and crimping tools approved by agencies or certifying bodies recognized in your country or region, such as Underwriter s Laboratories (UL), TUV, etc. 4

5 Top or Bottom Feed Options The nrgbdfb can be configured for either top or bottom feed installation. For bottom feed, the nrgbdfb must be mounted using the raised floor seismic anchor kit (DR-ANCRF). For top feed installations, either the raised floor seismic anchor kit (DR-ANCRF) or the concrete floor seismic anchor kit (DR-ANCS) can be used. Top Feed Bottom Feed DR-ANCS Yes No DR-ANCRF Yes Required Internal or External Return Bus The nrgbdfb can be configured for either internal or external return bus configuration. Part Number Note Internal return kit nrgbdp-ir One per panel is required (1-8) External return kit nrgbdp-er One external return kit is required for any number of panels (1-8) 5

6 nrgbdfb Recommended feed cable routing (750kcmil cables shown) RTN BATT RTN BATT 6

7 Number of Panels Bottom Feed 7

8 Top Feed 8

9 Panel Bus Bar Options The nrgbdfb bus bridge vertical (nrgbdb-bbv) and the nrgbdfb return bridge vertical (nrgbdb-rbv) support up to 1000A. 9

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11 Frame Installation! ALERT ALLERT! Only qualified technicians may install and maintain this product. Verify all connections meet requirements specified in local electric codes or operating company guidelines. Only use components and crimping tools approved by agencies or certifying bodies recognized in your country or region, such as Underwriter s Laboratories (UL), TUV, etc. Installation Considerations Location & Space The nrgbdfb frame requires 28" (71 cm) door clearance at the front and rear. Leave as much side clearance for panel removal and worker access as required by your application or local regulations. If you do not require side access, you can install the nrgbdfb frames with zero side clearance, and you can leave off any adjacent panels for side-by-side nrgbdfb frames needing cross-access. Choose a location in compliance with your local operating company requirements.! ALERT ALLERT! The nrgbdfb frame weighs approximately 650 lbs. (294 kg) for the nrgbdfb, including fully loaded breakers (160 circuits). Use the appropriate lifting equipment. Concrete Floor (51005-ANCS Anchor Kit) Each Telect Anchoring Kit (sold separately) contains an isolation pad, concrete anchors, threaded studs, and fastening hardware to anchor and secure the base of one nrgbdfb frame to a concrete floor. Using the isolation pad as a template, mark the hole patterns, then move the pad aside. Drill a 5/8" (18 mm) diameter hole to the appropriate depth so the anchor will be flush with the concrete surface when installed at each of the four anchor locations. Use a HEPA filter shop vacuum while drilling to prevent concrete dust contamination of adjacent equipment. Install the anchor using the proper setting tool (part number ). Tool should be driven into the anchor until the tool shoulder meets the top of the anchor. Figure X - Mounting Hardware 11

12 Mounting! ALERT ALLERT! If you drill past a reinforcing bar, you MUST use an isolation pad to isolate the nrgbdfb frame from the rebar ground. Telect recommends the use of isolation pads on all nrgbdfb frame installations to protect against inadvertent rebar grounds. Figure X - Isolation Pad for nrgbdfb frame 1. Place the isolation pad over the newly installed anchors. 2. Set nrgbdfb frame in place on the isolation pad. Do not let debris fall into the holes. 3. Place the plate, isolating spacer, flat washer, lock washer and the bolt over each anchor location as shown in Figure X (Mounting Hardware). 4. Torque bolt assembly 22 ft-lbs. 12

13 Raised Floor (DR-ANCRF Anchor Kit) Each Telect Anchoring Kit (sold separately) contains an isolation pad, concrete anchors, threaded rods, and fastening hardware to anchor and secure the base of one nrgbdfb frame to a raised floor and the concrete below it. See Isolation Pad for nrgbdfb Frame on page 13 for a view of the isolation pad. 1. Locate the isolation pad over one raised floor panel. 2. Using the isolation pad as a template, mark the hole patterns, then move the pad aside. 3. Drill a 5/8" (18 mm) diameter hole at each of the four anchor locations. 4. Remove the floor panel, transfer the panel holes to the concrete! ALERT ALLERT! If you drill past a reinforcing bar, you MUST use an isolation pad to isolate the nrgbdfb frame from the rebar ground. Telect recommends the use of isolation pads on all nrgbdfb frame installations to protect against inadvertent rebar grounds. 5. Drill a 5/8 (18 mm) diameter hole to the appropriate depth so the anchor will be flush with the concrete surface when installed at each of the four anchor locations. Use a HEPA filter shop vacuum while drilling to prevent concrete dust contamination of adjacent equipment. 6. Install the anchor using the proper setting tool (part number ). Tool should be driven into the anchor until the tool shoulder meets the top of the anchor. Clean out the holes using a HEPA filter shop vacuum and carefully clean away all debris. 7. Place the isolation pad over the newly installed anchors. 8. Set nrgbdfb frame in place on the isolation pad. Do not let debris fall into the holes. 9. Place the plate, isolating spacer, flat washer, lock washer and the bolt over each anchor location. 10. Torque bolt assembly to 22 ft-lbs. 13

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15 Grounding! WARNING WARNING! To maintain proper grounding protocol, always ground this nrgbdfb frame to the site master ground return that facilitates the earth ground for the site.! WARNING WARNING! Failure to properly ground this equipment can create hazardous conditions to installation personnel and to the equipment. 1. Route the 4/0 AWG (min.) ground wire in from the isolated chassis ground (use appropriate fittings) to the ground in the nrgbdfb frame (ground lug locations vary). 2. In the nrgbdfb frame, crimp a single-hole compression lug for a 3/8-16 stud onto the ground wire. 3. Thread a 3/8-16 KEPS nut (not provided) on the stud and tighten to ~150 in. lb (~ 17 N m). 4. Place the compression grounding lug over the stud. 5. If desired or required, place a washer on top of the lug. 6. Thread another KEPS nut onto the stud and also tighten to ~150 in. lb. (~17 N m). 3/8-16 tapped holes on 1" centers for larger earthing conductor lug. 1/4-20 threaded holes on 5/8" centers Grounding locations Additional earth grounding point near the bottom of the frame for bottom feed grounding. 15

16 nrgbdp Panel Installation The nrgbdfb can be configured with various panel configurations, typically configured with two panel increments (2, 4, 6, or 8). nrgbdfb s with a subset of panels, up to 8 total, can be upgraded with additional panels as capacity needs increase. There are two steps in identifying the appropriate panel configuration options for retrofitting or installing additional panels to an nrgbdfb. 1. Panel Kit Configuration options 2. Return Kit Configuration options Panel Kit Configuration Options nrgsmart Part Number nrgbdp-m Module Configuration Notes Picture Fully populated with 20 nrgbt monitoring modules. Modules are pre-installed and have a yellow front covering on each module. nrgbdp-p Fully populated with 20 BT passthrough modules. Modules are pre-installed and have a white front covering on each module. The pass-through modules does not provide current monitoring, just feed alarm pass-through. nrgbdp-u Does not have modules populated. Modules would need to be purchased separately with this configuration. No modules are provided with this configuration. Bullet Terminal breakers and TFD fuse holders would not be able to be installed until an nrgbt or BT module was installed. This option would be purchased in conjunction with individual modules to provide a custom configuration with less than 20 circuits configured. 16

17 nrgbdp Panel Kit Components Item Quantity Description Notes 1 1 Input feed bus bar 2 4 ¼ inch split washers Install input feed bracket to the nrgbdp panel 3 4 ¼ inch flat washers Install input feed bracket to the nrgbdp panel 4 4 ¼ inch x 1 inch hex bolt Install input feed bracket to the nrgbdp panel 5 1 nrgbdp-x kit nrgbdp-m (shown) nrgbdp-p nrgbdp-u 6 4 3/8 inch split wahers Install the nrgbdp-x to the nrgbdfb frame 7 4 3/8 inch flat washers Install the nrgbdp-x to the nrgbdfb frame 8 4 3/8 inch hex nut Install the nrgbdp-x to the nrgbdfb frame 9 1 nrgnet connectivity cable Connects the nrgnet power and communication to the next nrgbdp panel in the chain nrgsmart circuit covers If using TFD fuse kits the covers shipped with the panel will need to be discarded Small screws Secures the circuit cover to the nrgbdfb frame Large screws Two screws secure the circuit cover to the bullet terminal breaker/tfd fuse A GMT fuse 7 Amp continuous rating 14 1 nrggmt sensor module Each panel provides overall redundant power to the nrgnet monitoring system, up to 8 redundant nrgnet power sources in a fully loaded nrgbdfb. The power contribution of the nrgnet circuit is monitored and reported as an additional circuit nrgbdp-aux nrgsmart alarm card which is powered off of the nrggmt sensor module (item 14) 17

18 Return Kit Configuration Options nrgsmart Part Number nrgbdp-ir Module Configuration Notes Picture Internal return kit for the nrgbdp panel kits. Each panel kit will require one nrgbdp-ir, up to 8 panel returns for a fully populated nrgbdfb. nrgbdp-er External return bar for the nrgbdfb. One nrgbdp-er is required for an nrgbdfb configured with external returns. One nrgbdp-er for any panel configuration (2, 4, 6, or 8). If using an existing nrgbdfb that is configured with external returns, you will not need to purchase a return kit with your panel options. nrgbdp-ir Internal Return Kit Components Item Quantity Description Notes 1 1 Internal panel return 2 1 Mounting bracket for internal panel return Install input feed bracket to the nrgbdp panel 3 4 ¼ inch flat washers Install mounting bracket to the nrgbdp panel return 4 4 ¼ inch x 1 inch hex bolt Install mounting bracket to the nrgbdp panel return 5 2 Glastic spacers Isolate the panel return from the panel input feed 18

19 Installation Steps! WARNING WARNING! Before connecting input power cables, make sure the input power to the nrgbdfb is turned off. For input wiring - wiring used as inputs to the nrgbdp panels: Crimp dual-hole compression lugs onto #1 AWG to 750MCM copper wires. Insulate lug barrels with UL94 V-0-rated heat-shrink tubing. nrgbdp Panel Input Feed Connections Installing the nrgbt Sensors The nrgbt sensor is installed and removed by using the nrgbt- HEX wrench as shown in the Figure X below. The hex wrench locks into the bolt located in the Bullet Terminal port on the sensor. To install the sensor, insert and lock the nrgbt-hex wrench into the sensor Bullet Terminal port. The sensor is locked into place and connected to the backplane terminals as the hex wrench is turned clockwise. To remove the sensor, insert and lock the nrgbt-hex wrench into the sensor Bullet Terminal port and turn counter-clockwise to automatically extract the sensor. Figure X - Inserting/Extracting the nrgbt sensor 19

20 nrgbdp Power Connections 10 Amp nrgnet output fuse provides redundant power to the Controller and nrgnet distribution. Each nrgbdp panel connected provides a redundant -48 VDC source (up to eight redundant sources). 4 Amp nrgnet output fuse nrgnet output to external nrgsmart panels. nrgnet connection for internal nrgbdp panels. 20

21 nrgtemp temperature probe input. nrgnet connection between nrgbdp panels. Dry contact alarm terminals. 21

22 Equipment outputs. Equipment returns. Equipment Output Connections 22

23 nrgbdp Bridging Options The nrgbdp panels can be bridged from one panel s return and feed to the other panels. Input Return Without Bridge Feed With Bridge Feed nrgbdp Panel Input Feed Connections 23

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25 Built-in Controller WAN connection. LAN connection. Reset. nrgnet OUT #1. SD Storage. nrgnet OUT #2. 25

26 SNMP Telect Data Hosting Chassis ground VPN nrgnet IN nrgnet IN nrgnet OUT nrgnet IN nrgnet OUT nrgnet IN nrgnet OUT nrgnet OUT Left Daisy Chain Configuration Right Daisy Chain Configuration 26

27 nrgcontrol nrgnet Connectivity nrgnet is Telect s proprietary communication link between nrgsmart panels and the nrgcontrol controller. The connection is a single wire with four conductors to provide power and data communication. nrgcontrol WAN Connectivity The nrgcontrol WAN port located on the back of the unit is used to connect the controller to the data storage location options. The controller can be operated in the following modes. 1. Local Only Mode No WAN connection required. The controller will collect data from all panel sensors that are connected to it over the nrgnet interface. No SNMP Traps or Data is sent for monitoring. Data is stored locally on the included SD card. The instantaneous sensor data can be viewed from the front of the controller s LCD screen for all attached monitoring panels. 2. SNMP Mode The WAN port must be connected and configured to operate on the same subnet as the customer defined SNMP/NMS server address. See SNMP Configuration section XXXX The nrgsmart MIB table is available for download at the following URL: SNMP Traps can be setup for any or all of the following: current threshold crossings, breaker trips or blown fuses, voltage threshold crossings, temperature threshold crossings. See section XXXX for setting threshold vlaues for the nrgsmart sensors. Sensor data and configuration data can be polled by issuing MIB commands from teh NMS. The NMS will have to manage and store all collected data. 3. Telect Hosted Data Mode The WAN port must be connected and configured to the nrgetl1.telect.com domain name (Default). The user must purchase the nrgportal-adh data hosting option to register for an nrgportal account and login access to the data visualization tools. The user must accept the Telect Hosted Data Terms and Condistions to send data to the hosted service. The Telect hosted data service manages user portal configuration, site equipment deployment configurations and provides access to data analytic views of collected sensor data over the customer s entire deployed network of nrgsmart panels. Options are available to deploy user managed data servers behind a customer s firewall. Contact your field representative to setup a site survey discussion for server deployment options. 4. SNMP and Telect Hosted Data Mode Both SNMP Traps and Telect Data Hosing can be operated simultaneously. 27

28 nrgcontrol LAN Connectivity TCP/IP LAN connection. 1. Connect a CAT5 cable to the LAN connector of the built-in controller inside the door of the nrgbdfb. 2. The laptop should be setup to receive DHCP addresses. The controller will assign a valid local IP address. 3. Using a web browser, navigate to Chrome is the recommended browser. Other supported browsers include Firefox. 4. The Configuration Wizard will be displayed. For information on connecting and configuring your nrgsmart panels, please refer to Configuration Wizard User Guide. 28

29 Replacing an nrgbdp Panel Within the nrgbdfb Frame! WARNING WARNING! It is critical that all input feeds, to any of the bridged panels, are disconnected. In the process of changing out the nrgbdp panel, it is highly probable that the BATTERY and RETURN will come in contact with each other during the replacement process. 1. Remove breakers and nrgbt sensor modules. To remove the sensor, insert and lock the nrgbt-hex wrench into the sensor Bullet Terminal port and turn counter-clockwise to automatically extract the sensor 2. Remove the alarm card. 29

30 3. Remove the nrggmt sensor module 4. Unplug nrgnet cables from the back of the nrgbdp panel (both top and bottom) 30

31 5. Remove the Bus Bars Unbolt 4-3/8" bolts from the input bus bar located in the front compartment of the nrgbdfb Remove the 4 bolts Unbolt 4-3/8" bolts from the return bus bar located in the back compartment of the nrgbdfb 31

32 6. Remove the return bus bar by: A. Pushing the bus bar next to the glastic back plane B. Pushing the bus bar up toward the glastic spacer C. Rotating the bottom of the bus bar out between the return and equipment studs B The fit is tight, but should easily pass through the studs. NOTE: The nrgbdp design has changed from this revision, facilitating easier installation of bus bars and access to bolts. A C 7. Remove the top two and bottom two 3/8" bolts from the nrgbdp. NOTE: Save the bolts and nuts as they will be used to secure the new nrgbdp panel. 8. Remove the nrgbdp from the nrgbdfb frame by rotating the nrgbdp panel attached return out of the nrgbdfb frame. 32

33 Preparing to Install the New nrgbdp Panel 9. Remove 5-1/4" nuts from the new nrgbdp panel 10. Install the two glastic spacers from the old panel or from the provided kit onto the new panel. The glastic spacer will screw onto the 1/4" studs located on the new nrgbdp panel. 33

34 11. Install panel return and secure the three 1/4" bolts shown. 12. Install the nrgbdp panel with return into the nrgbdfb frame by rotating the nrgbdp panel in to the frame hole from the rear. 13. Secure the top two and bottom two 3/8" bolts into the nrgbdfb frame. You will be using the bolts that removed from the original nrgbdp panel. 14. Install the front input bus bar as outlined in Step Install the rear return bus bar as outlined in Steps 6 and Remove the protective blue cover over the nrggmt connection socket. Lightly grab (do not squeeze) with needle nose pliers and pull straight back. 34

35 17. Re-install the nrggmt sensor outlined in Step Re-install the alarm card into the alarm card slot outlined in Step Re-install the nrgnet cables as shown in Step Re-install the nrgbt sensors as shown in Step Install breakers and breaker covers. 35

36 Related nrgbt Products nrgbt Associated Parts Description Use nrgbdfb nrgbdfb-m BDCBB/BDFB enclosure, unpopulated with internal bus return - no panels/no returns BDCBB, full loaded with BT monitoring modules, internal returns BDFB frame nrgbdp-blank BDP panel blank BDP panel cover nrgbdp-m nrgbdp-p Kit BDFB/BDCBB, panel, fully loaded w/bt monitoring modules Kit BDFB/BDCBB, panel, fully loaded w/bt passthrough modules Fully loaded with panels and modules BDP panel wiith monitoring modules BDP panel with passthrough modules nrgbdp-u Kit BDFB/BDCBB, panel, unpopulated BDP panel with no modules nrgbt nrgsmart:mod BT, current sensor Replacement high current bullet terminal sensor nrgbt-tfd Kit nrgsmart: Mod, TFD monitoring TFD kit, including sensor module and face plate nrgbt-tfdfp nrgsmart:acc, TFD, face plate TFD face plate nrgbt-cbfp nrgsmart:acc, CB, face plate Circuit breaker face plate nrgbt-blank nrgsmart:acc, BT, blank face plate Blank face plate, when no circuit breaker or TFD holder is utilized nrgbt-hex nrgsmart:acc, BT, Hex wrench Hex wrench used to insert and extract the nrgbt sensors nrgbdp-ir Kit: Internal return (each panel) Internal return bus kit nrgbdp-er Kit: External return (one per BDB) External return bus kit nrgbdp-aux nrgsmart: nrgbdp, aux card Replacement alarm card nrgbdb-bbv nrgsmart:nrgbdp, vertical bus bridge (N-2) Vertical bus bridge (N-2) nrgbdb-rbv nrgsmart:nrgbdp, vertical return bridge (N-2) Vertical return bridge (N-2) nrgbdb-bbh nrgsmart:nrgbdp, horizontal bus bridge (1 per frame) Horizontal bus bridge (1 per frame) nrgbdb-rbh nrgsmart:nrgbdp, horizontal return bridge (1 per frame) Horizontal bus bridge (1 per frame) nrgbdb-2pb nrgsmart:nrgbdp, 2-pole circuit bridge 2-pole circuit bridge nrgbdb-3pb nrgsmart:nrgbdp, 3-pole circuit bridge 3-pole circuit bridge nrgrf-bt nrgsmart:nrgbdfb, Bluetooth Bluetooth nrgnet-500 nrgsmart:acc, nrgnet cable, spool, 500 ft 500 foot spool of unterminated RS-485 cable nrgnet-10 nrgsmart:acc, nrgnet cable, unterminated, 10 ft 10 foot length of unterminated RS-485 cable nrgtemp nrgsmart:acc, temp sensor, 6 ft 6 foot temperature probe nrgportal-adh nrgsmart:acon, data hosting Annual data hosting service contract nrgsmart-apsc nrgsmart:acon, annual product support contract Annual support and maintenance contract DR-ANCS Seismic anchor kit Seismic anchor kit (concrete) DR-ANCRF Data center rack raised floor anchor Seismic anchor kit (raised floor) nrgbdfb-iso nrgsmart:kit, isolation pad Isolation pad for concrete floor installation nrgbdfb ordering configuration information can be found in the nrgbdfb Ordering Guide. 36

37 Related Circuit Breakers and Fuses Circuit Breaker Part Number Amperage Circuit Breaker Part Number Amperage A A A A A A A A A A A A A A A A TFD Holder Part Number Description TFD FUSE HOLDER FOR TPS/TLS FUSES TPS Fuse Part Number Amperage TPS Fuse Part Number Amperage A A A A A A A A A A A A TLS Fuse Part Number Amperage TLS Fuse Part Number Amperage A A A A A 37

38 Compression Lugs For 3/8-16 studs on 1" centers Telect Burndy Panduit T&B Lug Die Lug Die Lug Die Lug Die # YAIC2TC38 11 LCD1-38D-E P / YA252TC38 12 LCD1/0-38D-X P / YA262TC38 13 LCD2/0-38D-X P / LCD3/0-38D-X P / YA282TC38 15 LCD4/0-38D-X P MCM YA322TC38 19 LCD400-38D-6 P MCM YA342TC38 20 LCD500-38D-6 P MCM YA392NT38 24 LCDN750-38D-6 P For 1/4-20 studs on 5/8" centers Telect Burndy Panduit T&B Lug Die Lug Die Lug Die Lug Die # YAV10-2TC14E2 -- LCD10-14A-L # YAV10-2TC14E2 -- LCD10-14A-L # YA8CL-2TC14 49 LCD8-14A-L P # YA6CL-2TC14 7 LCD6-14A-L P # P29 YA4CL-2TC14 8 LCD4-14A-L P # YA2CL-2TC14 10 LCD2N-14A-Q P # YA1CL2NT / YA25L2NT14 12 LCDN1/0-14A-X P

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40 Maintenance Telect s indoor nrgbdfb frames require no preventative maintenance. Service Technical Support support@telect.com Phone: In-Warranty Service Contact your Telect equipment distributor, or call a Telect Customer Service Representative: Telect will repair or replace defective products within the limits of the warranty. NOTE: Call a Customer Service Representative for a Return Material Authorization (RMA) before returning any equipment. Out-of-Warranty Service Contact a Telect Customer Service Representative as detailed above. Telect will provide a Purchase Order form along with a Return Material Authorization (RMA) to be included with the nrgbdfb frame when it is shipped for repair. A processing fee will be charged to guarantee a repair estimate. The charge is credited against actual material and labor costs. Repacking for Shipment 1. Tag the equipment showing the owner s name, address, and telephone number, together with a detailed description of the problem. 2. Use the original shipping container, if possible. If you do not have it, package the equipment in a way to prevent shipping damage. Include the RMA inside the container and legibly print the RMA number on the outside of the package, near the shipping address. 3. Insure the shipment. 40

41 FCC Class A Notice This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device many not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Note: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide a reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense. Modification Any modifications made to this device that are not approved by Telect Inc. may void the authority granted to the user by the FCC to operate this equipment. ICES-003 Class A Notice - Avis NMB-003, Classe A This Class A digital apparatus complies with Canadian ICES-003. Cet appareil numérique de la classe A est conforme à la norme NMB-003 du Canada.! WARNING WARNING! The intra-building port of the equipment is suitable for connection to intra-building or unexposed wiring or cabling only. The intra-building port of the equipment MUST NOT be metallically connected to interfaces that connect the OSP (Outside Plant) or its wiring. These interfaces are designed for use as intra-building interfaces only (Type 2 or Type 4 ports as described in GR-1089) and require isolation from the exposed OSP cabling. The addition of Primary Protectors is not sufficient protection in order to connect these interfaces metallically to OSP wiring. ELECTROSTATIC DISCHARGE (ESD) PRECAUTIONS ELECTROSTATIC DISCHARGE (ESD) PRECAUTIONS! When handling any electronic component or assembly you must observe the following antistatic precautions to prevent damage. Always disconnect power from the server and wear a grounded wrist strap when working around the nrgcontrol-bt. Always wear a grounded wrist strap when handling printed circuit boards. Treat all assemblies, components, and interface connections as static-sensitive. 41

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