Savant Sol-Ark Quick reference guide

Savant Power System Deployment Guide - Sol-Ark Copyright 2022 Savant Systems, Inc
009-2222-01 | 121222 - 1 -
Savant Power System Deployment Guide - Sol-Ark
Document Number: 009-2222-01
Document Date: December 2022
Document Supports: da Vinci 10.1 or higher
This document guides the installer through the process of wiring and configuring Savant Power System, and supports the following products:
–PKG-ESS600A-SOLARK36-HG76
–PKG-ESS400A-SOLARK24-HG38
–PKG-ESS200A-SOLARK12-HG19-NA
–PKG-ESS200A-SOLARK12-HG19-01
–PKG-ESS200A-SOLARK12-HG19-INT
–PKG-ESS800A-SOLARK48-HG76

Savant Power System Deployment Guide - Sol-Ark Copyright 2022 Savant Systems, Inc
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Table of Contents
To access links to the topics within this document, click the corresponding entry in the table below.
Important Safety Information....................................................................................3
1. Before You Begin............................................................................................................4
2. Deployment Steps..........................................................................................................5
3. Third Party Documentation........................................................................................5
4. ASCO Automatic Transfer Switch (Recommended).........................................6
4.1 Overview ...................................................................................................................6
4.2 Installation ................................................................................................................6
4.3 ATS Wiring ...............................................................................................................7
4.4 ATS Functionality Test.........................................................................................9
5. Sol-Ark Inverter .............................................................................................................10
5.1 15k Overview..........................................................................................................10
5.2 12k Overview........................................................................................................... 11
5.3 Mounting................................................................................................................. 12
5.4 Wire Grid & Load (AC Power) ........................................................................ 12
5.5 Battery Wiring (DC Power).............................................................................. 13
5.6 Battery Sensor Placement................................................................................ 14
5.8 Solar Panels (DC Power)................................................................................... 15
5.9 Communication .................................................................................................... 17
6. HomeGrid Battery Stack............................................................................................ 16
6.1. Installation .............................................................................................................. 19
6.2. Configuration .......................................................................................................20
7. HomeGrid Skybox (Optional).................................................................................. 16
7.1 Installation .............................................................................................................. 16
7.2 Configuration ........................................................................................................ 17
8. Savant ............................................................................................................................... 21
8.1 Power Modules .................................................................................................... 22
8.2 Power Module Configuration ......................................................................... 23
9. Complete Configuration ........................................................................................... 23
Appendix A: ASCO ATS Grid Loss Behavior ................................................................ 24
Appendix A: ASCO ATS Parameters ............................................................................... 25
Appendix B: Sol-Ark Parameters ...................................................................................... 29

Savant Power System Deployment Guide - Sol-Ark Copyright 2022 Savant Systems, Inc
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Important Safety Information - Read First
Before installing, configuring, or operating any equipment, Savant recommends
that each dealer, integrator, installer, etc. access and read all relevant technical
documentation. Savant Power technical documentation can be located
by visiting Savantpower.com. Vendor documentation is supplied with the
equipment.
Read and understand all safety instructions, cautions, and warnings in this
document and the labels on the equipment.
Safety Statements
All safety instructions below must be read, understood, and carefully followed
under all applicable circumstances when working with any Savant equipment.
1. Follow all input power ratings marked on product near power input!
2. If fuse replacement is required, replacement fuse should match fuse
rating marked on the product.
3. Do not use equipment near water.
4. Clean only with dry cloth.
5. Do not block any ventilation openings or install near any heat sources
such as heat registers, stoves, radiators, amplifiers, etc.
6. Refer all servicing to qualified service personnel. Servicing is required
when any part of the apparatus has been damaged in any way, or fails to
operate normally for any reason.
7. Use only attachments/accessories specified by the manufacturer,
following all relevant safety precautions for any such attachments/
accessories.
8. For applicable equipment, use the included power cord with the
grounding prong intact to insure proper grounding of the device.
9. If the provided plug does not fit the desired outlet, contact a licensed
electrician to replace the obsolete outlet.
10. Protect any power cord from being walked on, pinched, strained, or
otherwise potentially damaged, especially at the outlet or device
connections.
11. Disconnect any outlet powered apparatus from its power source during
lightning storms or when unused for long periods of time.
12. To completely disconnect equipment from AC mains power,
disconnect the power supply cord plug from the AC receptacle on the
device.
13. For any hardwired or fixed in-wall apparatus, carefully follow all wiring
diagrams and instructions. All electrical wiring and servicing should be
performed by a properly licensed electrician.
Safety Classifications In this Document
NOTE:Provides special information for installing,
configuring, and operating the equipment.
IMPORTANT!
Provides special information that is critical to
installing, configuring, and operating the equipment.
CAUTION!
Provides special information for avoiding situations
that may cause damage to equipment.
WARNING!
Provides special information for avoiding situations
that may cause physical danger to the installer, end
user, etc.
Electric Shock Prevention
ELECTRIC
SHOCK!
The source power poses an electric shock hazard
that has the potential to cause serious injury to
installers and end users.
ELECTRICAL
DISCONNECT:
The source power outlet and power supply input
power sockets should be easily accessible to
disconnect power in the event of an electrical hazard
or malfunction.
Weight Injury Prevention
WEIGHT INJURY!
Installing some of the Savant equipment requires two
installers to ensure safe handling during installation.
Failure to use two installers may result in injury.

Savant Power System Deployment Guide - Sol-Ark Copyright 2022 Savant Systems, Inc
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1. Before You Begin
Read this document in its entirety before starting deployment of any product listed within. The following is the items relevant to a Savant Power System
installation.
IMPORTANT!: Unless stated otherwise, all items listed in the Planning and Savant subsections of this checklist are required. All third party equipment
except for the Sol-Ark inverter is optional and must be installed according to the line diagram drawn and approved within the Savant Power Design Guide.
Planning
1. Stamped Engineering Plan According to Local Codes ................................................................................................................................................
2. Completed Savant Power System Worksheet .................................................................................................................................................................
Savant Equipment
1. Smart Host (SHR-2000)...........................................................................................................................................................................................................
OR
2. Pro Host or Super Pro Host (SVR-5100, SVR-7000S) ..................................................................................................................................................
AND
3. Smart Controller (SSC-02485 or any controller with available R485 ports) .......................................................................................................
4. Sol-Ark Main Inverter Communication Cable (064-0715-xx).....................................................................................................................................
5. Sol-Ark Subordinate Inverter Communication Cable (064-0714-xx)......................................................................................................................
6. OPTIONAL: Smart Energy Monitor (SEM-2015)..............................................................................................................................................................
Sol-Ark
1. Sol-Ark 12k inverter.....................................................................................................................................................................................................................
OR
2. Sol-Ark 15k inverter.....................................................................................................................................................................................................................
HomeGrid
1. Stack’d Series Base.....................................................................................................................................................................................................................
2. Battery Modules...........................................................................................................................................................................................................................
3. Battery Module System (BMS)...............................................................................................................................................................................................
4. OPTIONAL: HomeGrid Skybox ..............................................................................................................................................................................................

Savant Power System Deployment Guide - Sol-Ark Copyright 2022 Savant Systems, Inc
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2. Deployment Steps
1. Install ASCO Automatic Transfer Switch (Recommended) ........................................................................................................................................
See ASCO Automatic Transfer Switch (Recommended)
2. Wire & Install Sol-Ark Inverter................................................................................................................................................................................................
See Sol-Ark Inverter
3. Install & Configure HomeGrid Battery.................................................................................................................................................................................
See HomeGrid Battery Stack
4. Install HomeGrid Skybox ..........................................................................................................................................................................................................
See HomeGrid Skybox (Optional)
5. Wire Savant Equipment............................................................................................................................................................................................................
See Savant
6. Complete Configuration ...........................................................................................................................................................................................................
See Complete Configuration
3. Third Party Documentation
IMPORTANT!: This document assumes the installer has read all relevant 3rd party documentation. Read all manufacturer documentation for all 3rd
party products in use; which may include, but are not limited to:
ASCO ATS
–PN. 381333-402B ASCO ATS Installation Manual
–PN. 381333-400H ASCO 300 Series D Frame Installation Guide
Sol-Ark
–Sol-Ark 12k Manual
–Sol-Ark 15k Manual
–Battery Communications Integration Guide
–DATA MONITORING PowerView Settings Guide (PV PRO)

Savant Power System Deployment Guide - Sol-Ark Copyright 2022 Savant Systems, Inc
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4. ASCO Automatic Transfer Switch (Recommended)
An ASCO ATS is recommended, but not required to be installed to allow the system to switch between using and not using the Sol-Ark inverters
automatically.
4.1. Overview
A
B
C
D
4.2. Installation
Mounting
To mount the ASCO Automatic Transfer Switch, refer to the outline and mounting diagram shipped with the ASCO ATS and mount the transfer
switch according to details and instructions shown in the ASCO ATS Installation manual. Mount it vertically to a rigid supporting structure. Level all
mounting points by using flat washers behind the holes to avoid distortion of the transfer switch.
Power Cables
Test the conductivity of the power cables before installation. Then connect them to the appropriate terminal lugs on the transfer switch as shown on
the wiring diagram provided with the transfer switch. Make sure that the lugs provided are suitable for use with the cables being installed. Standard
terminal lugs are the solderless screw type and accept wire sizes listed on the drawings provided with the transfer switch. Remove surface oxides
from cables by cleaning with a wire brush. When aluminum cable is used, apply joint compound to conductors. Tighten cable lugs to the torque
specified on rating label.
ALive Load Terminals
B
Emergency Source Terminal
CNormal Source Terminals
DMaintenance Handle

Savant Power System Deployment Guide - Sol-Ark Copyright 2022 Savant Systems, Inc
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4.3. Functionality Test
The functional test consists of two checks: manual operation and electrical operation. Do these checks in the order presented using the maintenance
handle to avoid damaging the transfer switch.
Manual Operation
The maintenance handle on the transfer switch is for maintenance purposes only. Manual operation of the transfer switch should be checked before it
is operated electrically. The weight marked Nrepresents Normal and Erepresents Emergency.
ELECTRIC SHOCK!: All power must be o. All power sources and the load must be de-energized before performing a manual operation. Do not
manually operate the transfer switch until both power sources are disconnected. Once disconnected, do the following:
1. Open both circuit breakers.
2. Open the enclosure door.
3. Grasp the attached maintenance handle and turn it as shown to manually operate the transfer switch.
IMPORTANT NOTE!: If the maintenance handle does not operate smoothly, check for shipping damage or construction debris. Do not
energize a damaged transfer switch!
4. Return the transfer switch to the Normal position.
NOTE: If Normal and Emergency connections are reversed, this operation is also reversed.
5. For information on automatic operation of the ATS, see Appendix A: ASCO ATS Grid Loss Behavior.
4.4. Parameters
Once the ATS is confirmed to be fully functional, use the interface on the front of the enclosure to set the parameters for ATS. ATS parameters are
listed in Appendix B: ASCO ATS Parameters.

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5. Sol-Ark
5.1. Sol-Ark 15k Overview
ON/OFF
OFF
ON
WIFI
Side View Front View
B
C
A
D
Inside View
E
F
G H
IK
JL
M
N O P
ALCD Touch Screen IBattery Terminal Blocks (Positive)
B
Wifi Dongle Enclosure
J
Battery Terminal Blocks (Negative)
CON/OFF Button KMPPT Inputs
DPV Disconnect Switch LNeutral Bus Bar
E
200A Battery Breaker
M
Ground Bus Bar
FCommunication Ports NGenerator Terminal Blocks
GBattery Sensor Inputs OLoad Terminal Blocks
H
200A Load Breaker
P
Grid Terminal Blocks

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5.2. Sol-Ark 12k Overview
ON/OFF
OFF
ON
WIFI
Side View Front View
C
A
D
Inside View
B
E
F
G
H
I J
K L M
A
LCD Touch Screen
H
MPPT Inputs
BPower ON/OFF and Controls INeutral Bus Bar
CWiFi Dongle Enclosure JGround
D
PV Disconnect Switch
K
Grid L1 & L2 Terminals
EBattery Terminals LGenerator L1 & L2 Terminals
FCommunication Ports MLoad L1 & L2 Terminals
GBattery Temp, CT, and Generator Control Inputs

Savant Power System Deployment Guide - Sol-Ark Copyright 2022 Savant Systems, Inc
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5.3. Mounting
The mounting location will already be detailed within the Savant Power System Design Guide. To mount the Sol-Ark 12k inverter, follow the steps
below:
1. Ax a mounting board to studs using 6-8 screws.
2. Use multiple screws and washers to mount the French Cleat to the board or wall.
3. Mount the Sol-Ark inverter on the installed french cleat. Ensure Sol-Ark is level and sits properly.
4. Use two screws to attach the bottom mount.
5.4. Wire Grid & Load (AC)
Wire the Grid and Load to the Grid input and the Load output terminals. Sites with multiple inverters must combine the inverters using busbars rated
for the amperage to be passed.
Sol-Ark 15k
LOAD
GRID GRID
LOAD
Sol-Ark 12k

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5.5. Battery Wiring (DC Power)
Wire the Sol-Ark inverter(s) to the battery bank by following the steps below.
IMPORTANT!:
–Ensure the built-in battery disconnect is OFF while connecting batteries.
–For HomeGrid batteries, complete section 6 Homegrid before connecting battery cables or providing power to the BMS.
1. Install included toroids on battery input cables.
2. Wire all batteries through a DC combiner bus bar.
3. Wire the combiner into the battery terminals on the Sol-Ark inverter.
The image below uses the Sol-Ark 15k as an example, but the wiring is the same on the 12k, but with dierent battery terminal locations.
IMPORTANT NOTES!:
–ALL paralleled systems MUST be connected and tap into to the same large battery bank, each with its own cables attached. Taps in the diagram
below are represented as as circles.
–The 15K reaches a max of 275A of battery charge/discharge if using both sets of battery terminals. If using one set of terminals, the max battery
charge/discharge is 160A.
Batteries
DC
Combiner
Batteries

Savant Power System Deployment Guide - Sol-Ark Copyright 2022 Savant Systems, Inc
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5.6. Battery Sensor and Accessory Placement
Next, wire the battery sensors from the installed batteries to the Battery Sensor inputs on the Sol-Ark inverter.
1 32 4 5 6 7 8 910 11 12 13 14 15 16
Sensor Pin Polarity Name Use
1Battery Temperature Batt Temp Sensor has no polarity and is used for voltage correction when using
lead acid batteries.
2
3 + CT 1 Current transformers used for limited to home mode and peak shaving. Polarity
is important.
4 -
5 + CT 2 Current transformers used for limited to home mode and peak shaving. Polarity
is important.
6 -
7Generator Start Relay Two wire start for generators, simple open or closed relay.
8
9Generator On Relay N/A
10
11 Emergency Stop Short these pins to initiate emergency stop. This will shut down AC output from
the inverter and initiate rapid shutdown of the PV.
12
13 + Optional 12 Input Signal N/A
14 +
15 12V Power Supply for RSD Transmitters 12V power supply for RSD transmitters. Rated for a maximum of 1.2W (100mA
@12V)
16

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5.7. Solar Panels (DC Power)
Once batteries have been installed and tested, wire the Solar Panels to the MPPT inputs on the inverter. The following diagrams shows the wiring for
Sol-Ark inverters
Sol-Ark 15k
ELECTRIC SHOCK!: Ground the panel mounts and frames via 12AWG wire before continuing.
Solar
Panel
Y-Connector Y-Connector
Solar
Panel
Solar
Panel
Solar
Panel
Solar
Panel
Solar
Panel
Solar
Panel
Solar
Panel
IMPORTANT!:
–Sol-Ark has triple MPPTs for three separate PV input pairs.
–If using Y-Connectors, run two strings in parallel, totaling 26A (self-limiting)
– Maximum PV input is 19.5kW (± 5%) / system | 6.5kW / MPPT | MAX 500VOC PV | MAX ISC /MPPT 26A (limiting to 26A)
–Damage will occur if PV VOC > 550V.
–Parallel strings per MPPT must be the same voltage.
–PV1 A/B must be the same voltage if using both strings.
–Panels on the same MPPT can face dierent directions.

Savant Power System Deployment Guide - Sol-Ark Copyright 2022 Savant Systems, Inc
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Sol-Ark 12k
Solar
Panel
Y-Connector Y-Connector
Solar
Panel
Solar
Panel
Solar
Panel
Solar
Panel
Solar
Panel
Solar
Panel
Solar
Panel
IMPORTANT NOTES!:
– Max PV input: 13,000W(+/- 5%) per system (6,500W per MPPT) PV = 500 Vdc Max.
– Maximum PV input is 19.5kW (± 5%) / system | 6.5kW / MPPT | MAX 500Vdc PV | MAX ISC /MPPT 26A (limiting to 26A)
–Damage will occur if PV VOC > 550V.
–Parallel strings per MPPT must be the same voltage, PV1A/B must be the same voltage if both are used.
–It is OK if panels for panels on the same MPPT to face dierent directions.
–Panel frame grounding can be done to any ground in the home. Mounts usually bond frames together, so only one ground wire is needed.

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Ethernet Dongle
The Ethernet Dongle allows the inverter to communicate with the
ethernet network.
1. Open the dongle enclosure.
2. Connect the Sol-Ark to the internet by wiring an ethernet
cable through the hole in the enclosure and plug it into the
RJ45 port.
NOTE: If a wired connection is unavailable, the ethernet
dongle can be used as a wireless connection.
3. Plug the dongle in, noting the last five digits of the serial
number.
4. Reassemble the dongle housing and plug dongle into Sol-Ark,
and secure it with screws. The dongle will flash red and green
lights if installed correctly.
NOTE: A green light indicates network connectivity. A red light
indicates on and operating as normal.
5. Download the Pro PV App using an iOS or Android device.
6. Connect to the access point containing the last five digits of
the dongle serial number.
7. Register the dongle via the Pro PV app or www.mysol-ark.
com.
PV Pro App
The PV Pro App provides realtime data and troubleshooting tools.
Savant recommends creating both a company installer account
and a customer viewer. When registering the ethernet dongle and
creating a plant, it is important to be aware of the visibility of the
plant:
–If the plant is created using the customer account, the custom-
er will have access to the plant by default and the integrator
will have to request access.
–If the account is created by the integrator, the integrator will
have access to the plant by default and the customer will have
to request access.
–For more information on creating a plant, see the Sol-Ark Man-
ual Remote Monitoring Setup section.
Parameters
The parameters of the Sol-Ark inverter must be set manually
according to the equipment installed onsite. TheSee Appendix B:
Sol-Ark Parameters for all necessary parameters.
Wi-Fi Stick
P/N: EESW-D200-00
S/N: E470 1197 0046
KEY: QRGQ QQSR VXLR UQMD
ON/OFF
OFF
ON
WIFI

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6. HomeGrid Battery Stack
6.1. Installation
Physical installation of the HomeGrid Stack’d series batteries must
be completed on a level, unobstructed surface.
IMPORTANT: Do NOT connect the BMS to any energized cabling
during this step.
1. Place the Stack’d base on the floor.
2. Remove black sticker on bottom of the first Battery Module.
3. Stack the battery module onto the base.
4. Remove both side covers for the installed module.
5. Repeat steps 2-4 with remaining modules.
6. Place the Battery Monitoring System (BMS) ontop of the stack,
with no power connected to it.
7. Remove the top and side covers of the BMS.
To the bottom right is an example with four battery modules.
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4

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6.2. Configuration
Battery Addressing
The BMS and all Battery Modules must have their address configured according to its position within the battery stack. The diagram below shows
an example of four modules in a stack, but the maximum height of a stack is 8 modules The table next to the diagram shows the dial code switch
position per position within the stack.
For information on multiple battery stacks, see the HomeGrid Manual.
Addr SET
ON
1 2 3 4 5 6
3
1
4
2
BMS
Base
Address 1 2 3 4
BMS ON OFF OFF OFF
1 ON OFF OFF OFF
2 OFF ON OFF OFF
3 ON ON OFF OFF
4 OFF OFF ON OFF
5 ON OFF ON OFF
6 OFF ON ON OFF
7 ON ON ON OFF
8 OFF OFF OFF ON
EMS LAN Link-B Link-A
CAN RS485 COM RS232
Dry Contact
Invert COMM
Half Current
Invert SET
Addr SET
Imped SET
ON
1 2 3 4 5 6
ON
1 2 3 4 5 6
ON
1 2 3 4 5 6
1
Wire Battery Monitoring System
1. Install included bus bars onto the Battery Monitoring System
Battery terminals.
2. Connect the battery power cables to the bus bar to the Sol-
Ark inverter.
3. Connect the communication cable to the ports detailed in
section 5.8 Communication.

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Detect Inverters
To prompt the HomeGrid battery stack to detect all installed
inverters, set the Inverter SET dial positions on the BMS to the
following:
Inverter Set Dial Positions
1 2 3 4 5 6
ON OFF OFF OFF OFF OFF
Detect Batteries
1. Set all inverter switches on the BMS to ON. The BMS will
display the number 63. After 2-3 minutes, the quantity of
batteries installed will display.
2. Parallel Battery Stacks Only: Flip Dial Code Switch 1 on the
BMS to OFF with all other Dial Code switches ON. The BMS
will display the number 62. After 2-3 minutes, the quantity of
battery stacks installed will display.
3. Configure all battery stacks for specific inverter outlined in
the HomeGrid manual. The switch positions shown are for a
SolArk inverter.
Inverter Set Dial Positions
1 2 3 4 5 6
ON OFF ON ON OFF OFF
4. Assemble the fixing brackets into one long strip, using one
bracket per battery module installed.
5. Mount the fixing in the middle of the left-hand side of the
system as shown to the right.
4
5

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7. HomeGrid Skybox (Optional)
The Skybox can be used to monitor the state of the Homegrid batteries. Once section 6 Homegrid Battery Stack has been completed, follow the steps
below:
7.1. Overview
Front View
WiFi
Power
USB Disk
+12VIN -12VIN
A12V Power Supply Status LEDs
B
USB Port
Red Solid Red: Power is ON
OFF: Power is OFF.
CStatus LEDs
DWiFi Antenna
Green
Solid Green: No Wifi connection
Flashing (1s on, 1s o): Connected to Wifi, no connection to
HomeGrid server.
EButton
FRS232 Port
Blue OFF: Normal behavior.
Fast Blink (0.2s on, 0.2 o): Upgrading firmware.
GCANBUS/RS485 Port
ED
C
B
A
Rear View
F G

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7.2. Installation
1. Mount the Skybox on the top or side of the BMS using the
included magnet.
2. Once the Skybox is in a location where its front panel can
easily accessed, use the included auxilliary power cable to
connect it to the auxilliary power port of the BMS.
3. Confirm the red status led is ON.
4. Onced the device is Skybox is powered up, remove the cap
from the wifi antenna.
5. Tighten the bolt around the base of the antenna and rest the
antenna in a location with wireless reception.
IMPORTANT!: For information on upgrading the firmware
of the Skybox, see the Skybox Firmware Upgrade Guide on the
Savant Community.
WiFi
Power
USB Disk
+12VIN -12VIN
Dry Contact
Auxilliary Power