SW Conext E-Panel Instruction Manual SW Conext E-Panel shown with optional equipment. Features ● Inverter battery breaker ● 500 amp / 50mv shunt included for battery monitoring systems ● AC input and output bus bars included ● Spaces for 6 Dinrail and 4 panel mount circuit breakers MidNite Solar 1 7722 - 67th Ave NE Arlington, Wa 98223 www.midnitesolar.
MNECSW E-Panel Instructions IMPORTANT SAFETY INSTRUCTIONS SAVE THESE INSTRUCTIONS - These instructions contain important safety and operating instructions for MidNite Solar E-Panels. If you do not fully understand any of the concepts, terminology, or hazards outlined in these instructions, please refer installation to a qualified dealer, electrician or installer. These instructions are not meant to be a complete explanation of a renewable energy system.
MNECSW E-Panel Instructions INSTRUCTIONS DE SÉCURITÉ IMPORTANTES CONSERVER CES INSTRUCTIONS Ces instructions contiennent des informations importantes pour utiliser le Midnite Solar MNECSW-250 E-Panel en toute sécurité. 1 . Avant l’utilisez cet appareil lis et comprends toutes les instructions et avertissements. 2. Si vous ne comprenez pas l’une des concepts ou des instructions contenu dans cette manuel consulter un agent spécialisé. 3.
MNECSW E-Panel Instructions Table of Contents Features............................................................................................... 1 Warnings.............................................................................................. 2 Model Number Descriptions.................................................................5 Optional Accessories........................................................................... 6 Component Locator..............................................
MNECSW E-Panel Instructions Model Number Descriptions E-Panel Kits: Includes E-Panel, 1 75 or 250 Amp DC disconnect breaker, 500 Amp shunt, Busbars for AC and DC connections, Heavy Duty tin plated copper busbars for easy DC connection to the inverter, Multi-position busbars for easy connection of AC in and out as well as PV. E-Panel kits are not pre-wired. MNE1 75SW MNE250SW MNSW-BP E-Panel with 1 75 Amp DC Disconnect breaker. E-Panel with 250 Amp DC Disconnect breaker.
MNECSW E-Panel Instructions Optional accessories The SW Conext E-Panel has mounting for up to two MidNite Solar Classic MPPT Charge Controllers with optional mounting bracket. Available in 1 50, 200 and 250 volt versions, The Classic Charge Controller maximizes yield from your solar / hydro or wind source. The Classic provides over a years worth of graphs and data which is also accessible from your PC or over an internet connection. Built in arc fault detection and DC GFP. Plus many other features.
MNECSW E-Panel Instructions Optional accessories MNSPD - MidNite Solar Surge Protective Device The MidNite Solar Surge Protective Device (MNSPD) is a Type 1 device, designed for indoor and outdoor applications.
MNECSW E-Panel Instructions Optional accessories Continued The Whiz Bang Jr. is designed to work with the KID or Classic Charge Controllers to give even greater resolution on power measurements. SImple one wire hook-up. The Whiz Bang Jr can provide shunt access for co-operative products. Other optional parts include circuit breakers, battery cables, the Battery Capacity meter and more. Visit www.midnitesolar.com or your dealer for more information.
MNECSW E-Panel Instructions Component Locator Spaces for Panel Mount Circuit Breakers Sold Separately Spaces for DIN Rail Circuit Breakers - Sold Separately Typically used for the AC bypass assembly" Main DC Breaker Option - Not Installed DC Negative BusBar Positive BusBar To Inverter Negative BusBar To Inverter 500 Amp 50 mV Shunt Negative Battery Connection Main battery positive connection Battery Plus BusBar PV Plus BusBar L1 Input Busbar L2 Input BusBar Earth Ground BusBar PV Minus BusBar Neutral
MNECSW E-Panel Instructions Component Locator Continued Battery Disconnect Module (BDM) Sold Separately Breaker mounting bracket not shown 1 0 | Page 1 0-262-1 REV E
MNECSW E-Panel Instructions E-Panel Dimensions 11 | Page 1 0-262-1 REV E
MNECSW E-Panel Instructions E-Panel Knockout Size and Location 1 2 | Page 1 0-262-1 REV E
MNECSW E-Panel Instructions System mounting dimensions with optional Backplate.
MNECSW E-Panel Instructions Removing the E-Panel cover To remove the E-Panel cover Remove the four screws on the front and the four screws on the left side. The cover will now pull straight out toward you. To Re-install reverse the steps shown above. If you have a slider installed to tie the breakers together as a bypass switch, ensure that the breakers are in the correct position (all up or all down) and that the slider engages the handles on the breakers.
MNECSW E-Panel Instructions Installing the XW-SCP To install the XW-SCP to the front of the E-Panel remove the rectangular knockout at the lower left corner of the E-Panel. Remove any sharp edges. Route the Xanbus cable from the connection on the inverter to the connection on the XW-SCP and install the terminator if appropriate. A terminator is required at each end of the network. Refer to the documentation that came with your XW-SCP.
MNECSW E-Panel Instructions Installation Considerations While the E-Panel can greatly simplify the wiring of an inverter system, the installation and wiring of electrical systems is a complex task and should only be attempted by qualified installation personnel. The E-Panel is a Type 1 enclosure intended to be mounted in a dry location, protected from rain, snow etc. The NEC requires clearance around the enclosure and 36" free and clear of obstructions in front of the installation.
MNECSW E-Panel Instructions Installation Tools Required: Drill and drill bits for pilot holes #2 Phillips screwdriver Slotted screwdriver (A torque driver is recommended for all electrical connections) Wrench or socket set for mounting Wrench or socket set for DC Terminals Wire strippers Needle-nose pliers Other materials needed for installation: (these will vary based on system options) Strain Reliefs, Hardware for Mounting E-Panel, Inverter and Backplate Wire/cable for AC and DC connections Optional eq
MNECSW E-Panel Instructions Installation Continued Installation begins with selecting a location that is dry, accessible and able to support the weight of the system. Choose a location that minimizes wire lengths especially the battery cables. Use 2" long1 /4" or larger lag screws Use 2" long1 /4" or larger lag screws Drywall not shown Example: Conext SW E-Panel with backplate wall mounted Above, the E-Panel and inverter are mounted to the wall with the backplate.
MNECSW E-Panel Instructions Installation Continued Use 3 1 /2" or longer 1 /4" lag screws 2X4 approximately 32-3/4" Drywall not shown Example: Wall mounting the Conext SW E-Panel and Conext SW Inverter Above the E-Panel and inverter are mounted to the wall without the backplate. In this installation 2X4s were used to span the studs. This helps to ensure a secure installation. Once the system is mounted on the wall the final connections can be made.
MNECSW E-Panel Instructions Danger! DC Wiring Potentially hazardous voltages may be present. Even at low voltages batteries can produce incredibly large currents. Ensure that all sources of power are disconnected. Tensions potentiellement dangereux peuvent être présents. Même à de faibles tensions batteries peuvent produire incroyablement grands courants. Veiller à ce que toutes les sources d'alimentation sont débranchés. E-Panel Busbars Inverter Battery Connections Inverter Battery connections.
MNECSW E-Panel Instructions DC Wiring continued Option - Not installed DC Minus BusBar To Battery Bank Minus To Battery Bank Plus Battery Plus BusBar PV Plus to Charge Controller In and Solar/Wind/Hydro In PV Minus to Charge Controller In and Solar/Wind/Hydro In 21 | Page 1 0-262-1 REV E
MNECSW E-Panel Instructions AC Wiring Danger! Potentially dangerous voltages may be present. Ensure that all sources of power are disconnected. Des tensions potentiellement dangereuses peuvent être présentes. Veiller à ce que toutes les sources d'alimentation sont débranchés. These breaker locations may be used for AC or DC distribution or both if proper isolation is provided. Refer to the wiring diagrams for typical applications. Breakers sold separately.
MNECSW E-Panel Instructions Single Inverter with AC Bypass Above: AC wiring for a single inverter with bypass switch. Use a minimum of 8 AWG wire for a 50 amp bypass or a minimum of 6 AWG wire for a 60 amp bypass. The ground wire should be at least the same gauge as the largest wire used. When the slider is in the "UP" position Inverter power will be at the AC Output terminal blocks. When the slider is in the down position Grid/Gen power will be at the AC Output terminal blocks.
MNECSW E-Panel Instructions Single Inverter without AC Bypass Above: AC wiring for a single inverter without bypass switch. Use a minimum of 8 AWG wire. The ground wire should be at least the same gauge as the largest wire used. Torque all connections according to the chart in Appendix A. Re-torque the circuit breaker connections after one hour. Do not skip this step. The copper wire will cold flow after the initial tightening and may become loose creating a potential hazard.
MNECSW E-Panel Instructions MNSW4024-CL1 50 With AC Bypass Single Inverter with AC Bypass Above: AC wiring for a single inverter with bypass switch. Use a minimum of 8 AWG wire for a 50 amp bypass or a minimum of 6 AWG wire for a 60 amp bypass. The ground wire should be at least the same gauge as the largest wire used. Torque all connections according to the chart in Appendix A. Re-torque the circuit breaker connections after one hour. Do not skip this step.
MNECSW E-Panel Instructions Slider Kit Installation To install the slider kit: The Slider kit comes with (2) 8-32 X 3/4" screws, (2) 8-32 plain nuts, (2) 3/1 6" nylon spacers, (1 ) slider and, (2) 8-32 lock nuts. Install the screws from the inside of the cover and secure with the plain nuts. Place the spacers on the screws as shown. Place the slider on the screws on top of the spacers. Secure with the lock nuts by tightening the nuts until they are just firm.
MNECSW E-Panel Instructions Appendix A Tightening torque Busbar Torque Values Small Busbar Screws ......................................................... ............... 1 4 - 1 0 AWG 20 In Lbs. Small Busbar Screws ......................................................... ............... 8 AWG 25 In Lbs. Small Busbar Screws.......................................................... ............... 6 AWG 35 In Lbs. Large Busbar Screws ......................................................... ...............
MNECSW E-Panel Instructions Appendix C Wire size by breaker size Wire size based on breaker size @75°C. Breaker Size AWG Wire Size Wire Size mm2 1 0 Amp............................... . 1 6 AWG........................... 1 .31 mm2 1 5 Amp............................... . 1 4 AWG........................... 2.08 mm2 20 Amp............................... . 1 2 AWG........................... 3.31 mm2 30 Amp............................... . 1 0 AWG........................... 5.26 mm2 40 Amp...................
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