KiloVault HLX Series User manual

KiloVault HLX and CHLX
Lithium Iron Phosphate
Deep Cycle Solar Batteries
Installation and User Manual
Revision: 2.1.0, 02/2021
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com

**WARNING High Voltage Risk of Personal Injury or Death**
As is the case with all batteries, the risk of shock is present. When handling batteries,
use protective measures including, but not limited to, safety glasses, insulated gloves,
and protective footwear.
When working with or installing batteries, use electrically insulated gloves and tools.
Remove personal metal items such as watches, rings, bracelets, etc.
The information included in this manual is accurate at the time of publication.
However, this manual is subject to change without prior notice as we continuously
improve our products.
Additionally, the illustrations in this manual are for demonstration only and are
intended to help explain the KiloVault® HAB™ system concepts and installation
instructions. Details may vary slightly depending upon the market region and the
product version.
Please note: If this unit is installed by someone other than the end-user, the installer
must explain the contents of this installation and user’s manual to the end-user.
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
1

1 - About the HLX and CHLX batteries 3
1.1 - Features - HLX & CHLX 3
1.1.1 - Battery Management System 4
1.1.2 - HLX iT, the Bluetooth Monitoring Application 4
1.1.3 - CHLX Only 4
1.2 - Contact Us 5
2 - Safety Information 5
2.1 - Symbols Used in this Manual 5
2.2 - Warnings 6
3 - Installation 7
3.1 - Before You Install Your Batteries 7
3.2 - Location 8
3.3 - Cabling 9
3.4 - Configurations 9
4 - Operation 11
4.1 - Inverter/Charger Settings 11
4.2 - Solar Charge Controller Settings 12
4.3 - Battery Monitor Settings 14
4.4 - Generator / Automatic Generator Control Settings 15
4.5 - HLX iT Bluetooth Mobile Application 15
4.5.1 - HLX iT Screens & Operation 16
5 - Troubleshooting / Q&A 21
6 - Storage and Recommissioning 25
7 - Specifications 25
7.1 - Electrical 26
7.1.1 - Charge / Discharge Curve 28
7.2 - Environmental 28
7.3 - Physical 29
8 - Certifications 30
9 - Disposal 30
10 - Limited Warranty 31
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
2

1 - About the HLX and CHLX batteries
The KiloVault® HLX and CHLX series of solar lithium batteries are specifically designed
and tested for the beating that serious hybrid, off-grid inverters, and solar charge
controllers can throw at them. Compared to traditional deep cycle batteries, the HLX
and CHLX series’ lithium battery technology more efficiently stores and delivers the
renewable energy that you have generated, with no maintenance on your part.
This manual contains important information regarding the safe use of KiloVault® HLX
series batteries. Your battery is an electrical device that will provide years of useful
service with proper care. Ensure you read and understand the instructions contained in
this manual before use.
1.1 - Features - HLX & CHLX
●12 V Lithium Iron Phosphate (LiFeP04) with Bluetooth
●Models: KLV1200HLX and CHLX (100 Ah/1200 Wh), KLV1800HLX and CHLX (150
Ah/1800 Wh), KLV3800HLX and CHLX (300 Ah/3600 Wh)
●Flexible: Works in 12 Volt (V), 24 V, or 48 V configurations
●Gives You More: Use the full battery capacity if necessary. HLX withstands
occasional 100% discharges. Please Note: frequent 100% discharges will
decrease battery life.
●Long-life: Even after 2000 full discharges, 80% of the total battery capacity
remains
●Maintenance Free: No watering or cleaning of hazardous chemicals required
●High Efficiency: 94.5%, providing up to 12% more usable stored energy
●Smart Investment: Lower cost per watt-hour/cycle and longer lifespan than lead
batteries
●Safer: No thermal run-away issues as with other lithium technologies
●Heavy Duty: The 1200 HLX takes up to 80 continuous charging amps, 100
continuous discharging amps. 1800 and 3600 HLX take up to 150 amps of
continuous charging/discharging current, all three meeting the tough demands
of serious inverters and chargers
●Integrated Battery Management System (BMS)
●HLX iT Bluetooth Monitoring Application (iOS and Android)
●7.5 Years Limited Manufacturer’s Warranty
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
3

1.1.1 - Battery Management System
Every KiloVault® battery contains a BMS that helps protect it from over voltage
charging/discharging, over current charging/discharging, and extreme temperatures
while charging and discharging. While this system is robust, batteries must be installed
using appropriate inverter charge controller settings, devices to protect them from
open photovoltaic (PV)/solar panel voltage, and other high voltage charging sources.
Failure to adhere to proper installation requirements will void the warranty and may
damage the system.
1.1.2 - HLX iT, the Bluetooth Monitoring Application
The KiloVault® smartphone Bluetooth app enables you to view general information
about the selected individual battery. It can help troubleshoot when attempting to
detect the cause of the battery bank going off-line. The app is available for free
download for both Android and iPhone phones. Each battery is identified by a unique
name assigned at the factory.
1.1.3 - CHLX Only
CHLX Series lithium batteries include all the advantages of the HLX Series with the added
benefit of cold weather operation. Internal heating technology allows the battery to
continue charging, even when the ambient temperature is well below zero.
The 1200 CHLX heater is 64 W. The CHLX 1800 heater is 96 W, and the CHLX 3600
heater is 192 W. The heater is powered by charging current, not by the battery. The
battery does not self-discharge to warm itself.
In all of the batteries the heater starts at an internal temperature of 0°C (32°F).
Below an external temperature of -30°C (-22°F), the heat dissipation is too great to
bring the battery up to temp.
When the batteries are on an AC charger, it takes about 2 hours to warm the battery
from an internal temperature of -30°C (-22°F) to 10°C (50°F). It will take about 1.5 hours
to warm the battery from an internal temperature of -20°C (-4°F) to 10°C (50°F).
When the batteries are charging with solar, it might take a longer time, depending
upon the charger output.
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
4

The CHLX also differs from the HLX in that they communicate with each other over the
battery cables to coordinate heating. To make sure this communication can take place
CHLX can only be wired up to 4 batteries in parallel OR up to 4 batteries in series, but
not both . They cannot be wired in a combination series & parallel configuration. Doing
so will disrupt the coordination between CHLX batteries.
1.2 - Contact Us
KiloVault® LLC
330 Codman Hill Road, Boxborough, MA 01719
[phone]
[email protected]
www.kilovault.com
2 - Safety Information
2.1 - Symbols Used in this Manual
Warning:
Indicates a condition that can cause personal risk or injury.
Caution:
Indicates a condition that can cause equipment damage.
Note:
Indicates points of interest of particular emphasis that make operation
more efficient or convenient.
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
5

Disclaimer:
Indicates information limiting the scope of responsibility.
2.2 - Warnings
High Voltage Risk. Improper use may cause personal injury or death.
Do not use a battery that appears damaged in any way.
All batteries present the risk of shock, use protective measures when
handling. When working with or installing batteries use electrically insulated gloves
and tools. Remove personal metal items such as watches, rings, bracelets, etc.
High voltage connections of batteries (configurations of greater than 36 V DC nominal)
are dangerous. DC voltages over 52 V can stop the adult human heart and a fully
charged 48 V nominal system is over this level. Use appropriate safety measures
including the removal of metal personal items and insulated gloves.
A small risk of spark exists while making electrical connections.
Ensure the installation area is free of explosive gases and liquids.
Ensure the batteries are not installed in confined areas containing explosive
substances. This includes flammable fuel powered machinery, holding tanks, pipe
fittings, and connectors.
In the unlikely event of a fire, when possible first shut off the source of electricity.
Class ABC extinguishers are recommended in close proximity of your power generating
equipment and are best suited for multipurpose fire types such as wood, flammable
liquids, and electrical appliances.
Respiratory irritation may be caused if the battery is punctured or cracked.
Skin contact with a punctured or otherwise open battery can cause irritation.
To avoid risk of shock or fire, ensure all wires are properly sized and in good
condition.
Verify all equipment to be connected to the batteries is turned off before making any
electrical connections.
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
6

Do not submerge the batteries. This can cause personal injury and will void your
warranty.
Do not attempt to disassemble the batteries. This can cause personal injury and will
void your warranty.
KiloVault® batteries can be used in RV applications for electrical appliances ONLY. They
can NOT be used to crank over motors in such vehicles.
3 - Installation
3.1 - Before You Install Your Batteries
1. When gathering your tools for your installation, please make sure that you have a
digital multimeter with a 0.1 V accuracy. It will help you to verify battery polarity
before you make any connections. You can also use the multimeter to ensure that
your batteries are at the same voltage.
2. Please write down and save the serial numbers of your batteries along with the rest
of your system information. If you have already downloaded and installed the HLX iT
battery monitoring application, also write down and save the battery names.
3. Each battery must be commissioned by individually charging it to exactly 14.1 V
before placing it into operation with other batteries. Otherwise, the batteries will be
fully charged or fully discharged at different times and could cause a low voltage or
high voltage disconnect.
a. You will see 14.1 V while the battery is still on the charger and actively
charging. When charging is finished and the charger shuts off or the battery
is disconnected, the voltage will slump to 13.3 > 13.6 V. This is normal. The
battery is still fully charged.
b. Due to transportation regulations, lithium batteries cannot be shipped fully
charged. As a result, if you have purchased more than one battery for your
system all batteries must be fully charged to exactly 14.1 V before using.
c. Many automotive type battery chargers will not reach 14.1 V. Please check
charger specifications when selecting your charge. You can contact your
KiloVault® distributor for a list of recommended chargers. An acceptable
charger
i. Must be a 12 V charger
ii. Maximum charge voltage - 14.2 V
iii. 1200 HLX/CHLX maximum charge amperage - 80 A
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
7

iv. 1800/3600 maximum charge amperage - 150A
v. Charger must taper the amps as the battery approaches 14.1 V
d. After batteries are fully charged and disconnected from the charger, allow
them to rest for a minimum of two hours. During this time, the voltage will
relax, even as low as 13.3 V. Your batteries are still fully charged. This is
normal.
3.2 - Location
Locate your battery bank in a place that is dry and as well protected from extreme
temperatures as possible. No ventilation is required as these do not off-gas like lead-acid
batteries do.
HLX and CHLX batteries must be placed flat on their bottoms. Any other orientation will
void the warranty. Also, do not stack them one directly on top of another.
Batteries warm up while in use. Please consider your local average and seasonal
temperature when positioning your battery bank. If they will be in a warmer environment
you may want to leave a minimum of one inch spacing between each of the batteries.
If they will be subjected to cold temperatures you may want to place them as closely as
possible to each other. Consider adding insulation or an insulated enclosure around the
batteries if they will be exposed to temperatures that approach 32°F (0°C). The BMS will not
allow charging below freezing. Using insulation when it is cold will maintain more of the
heat generated during normal charging and reduce the chance of the BMS shutting the
battery down to protect the battery cells.
Please note: Battery capacity is reduced by 20% as its internal temperature falls between
room temperature (approximately 77°F (25°C)) and just above 32°F (0°C).
If you purchased CHLX batteries and if there is a charging current, the battery heaters will
activate.
Please remember to remove the insulation in warmer months. Overheating the batteries
will shorten their life and the BMS will shut down the battery in temperatures above 149°F
(65°C).
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
8

3.3 - Cabling
All wire must be the appropriate gauge and construction to handle the loads that will be
placed upon it. Heavy gauge, fine stranded copper wire is the industry standard. A
minimum of 2/0 or 4/0 AWG copper cable is recommended for battery interconnect cables.
The cables connecting batteries in series into rows must be the same length. The cables
connecting the rows in parallel must be the same length. The home run cables to the
inverter must be the same length. Cables of different lengths will cause voltage differences
in your battery bank. The rows in your battery bank must be kept within 0.2 V of each
other to ensure that they work correctly and that large currents between rows aren’t
generated.
If your battery bank suddenly shuts down as one or more rows approaches fully charged or
fully discharged, it is likely either the batteries are not all at the same state of charge or, if
they are measured with a multimeter to be all the same voltage, the voltage drop across
the cables connecting the rows is not equal. Also use the voltmeter to make sure that the
voltage drops across each battery interconnect is very close.
Torque all bolts and battery terminals to 88.51 to 97.36 in lb (10 - 11 Nm). Terminals left
insufficiently tightened will lead to overheating, melting the battery and potentially causing
a fire. Be careful when using thin washers. You may think you're applying sufficient torque,
but if the washers are too thin, the cable lugs can still move. Add additional washers until
you can tighten and the cable lugs cannot move.
3.4 - Configurations
The KiloVault® HLX series of batteries can be used 12 V, 24 V, 36 V, and 48 V
configurations where one, two, three or four batteries are connected in series, plus to
minus, in a row. The maximum number of batteries in a bank is limited to sixteen (4 in
parallel and 4 in series). Each row of batteries must be kept within 0.2 V of each other
or the battery bank may prematurely shut down during charging and discharging.
Exception: CHLX can only be wired up to 4 batteries in parallel OR up to 4 batteries in
series, but not both. They cannot be wired in a combination series & parallel
configuration.
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
9

Maximum HLX Configuration
Maximum CHLX Series Configuration
Maximum CHLX Parallel Configuration
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
10

4 - Operation
It is very important that your battery chargers (solar charge controller, inverter/charger
or AC) can be set to settings appropriate for the HLX & CHLX. If it cannot, please
contact KiloVault Technical Support for guidance.
Also, some chargers just have settings for broad battery types like; flooded, gel, agm
or lithium. Before using these chargers on your battery, please contact KiloVault
technical support for guidance.
Note: If you cannot find a specific setting, remember to check the settings for
guidance. Also, please don’t hesitate to contact KiloVault technical support for help.
Voltages are per HLX in a single series string. Amperages are per total HLX strings in
parallel.
Adjust your settings as necessary until your system best fits your power use patterns
and needs.
4.1 - Inverter/Charger Settings
Setting
Values - Volts are per battery in a single
string, Amps are per string in parallel
1200 - Battery Capacity
1200 Wh. 100 Ah
1800 - Battery Capacity
1800 Wh. 150 Ah
3600 - Battery Capacity
3600 Wh, 300 Ah
1200 - Max Charge Current
80 A
1800/1600 Max Charge Current
150 A
Absorb End Amps
2 A
Absorb Time (some controllers do not allow a
selection under 6 minutes, please contact
KiloVault for additional information)
2 minutes or less
Absorb Voltage
14.1 V
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
11

Battery Temperature Compensation
0 mV/°C
Battery Type
Lithium or Custom, whichever lets you set the
recommended settings
Bulk Voltage
14.1 V
Charge Cycle
2 stage no float
Default Battery Temperature
Warm
Equalization
Disabled
Float Voltage
n/a
HBCO (High Battery Cut Out)
14.4 V
LBCO (Low Battery Cut Out)
12.25 V (or as close as it can be set)
LBCO Delay
5 seconds
LBCO Hysteresis
0.5 V
Max Bulk Current
Set to whatever percentage of the inverter
current plus the charge controller current is less
than or equal to 100 A
Peukert Factor
1.05
Recharge/Re-Bulk Volts (≈80% DoD)
12.75 V
1200 - Recommended Charge Current
60 A per HLX in Parallel (Solar Charge Controller
Amps + Percentage of Inv/Charger's Mac DC
Output. Ex: For an XW Pro, it would be a
percentage of 140 A, the XW Pro’s Max DC
Output Current)
1800/3600 - Recommended Charge Current
100 A per HLX in Parallel (Solar Charge
Controller Amps + Percentage of Inv/Charger's
Mac DC Output. Ex: For an XW Pro, it would be a
percentage of 140 A, the XW Pro’s Max DC
Output Current)
1200 - Standard Charge Current
60A
1800/3600 - Standard Charge Current
100 A
4.2 - Solar Charge Controller Settings
A couple of notes regarding charge controller settings. When used along with an inverter
charger, we suggest that the solar charge controller be set to 3-stage charging, while the
inverter/charger is set to 2-stage No Float. That way you’re floating your batteries for free
with the sun.
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
12

Also, set your charge controller’s Recharge / Rebulk voltage, where a new charge cycle
starts, to just above your inverter/chargers recharge setting, so the solar charge controller
starts charging before the inverter does.
Setting
Values - Volts are per battery in a single
string, Amps are per string in parallel
1200 Battery Capacity
1200 Wh, 100 Ah
1800 Battery Capacity
1800Wh, 150 Ah
3600 Battery Capacity
3600Wh, 300 Ah
Absorb Time
2 minutes or less
Absorb Voltage
14.1
Battery Temperature Compensation
Do not use an external battery temperature
sensor with these batteries. If the sensor or
compensation value is required for a charge
controller or inverter charger to work, set the
battery temperature compensation to 0mV/°C
Battery Temperature Compensation
0.00 mV/degC
Battery Type
Lithium or Custom, whichever lets you set the
recommended settings
Battery Voltage - Nominal
12 V
Bulk Termination Voltage (if applicable)
13.9 V
Bulk Voltage
14.1 V
Charge Cycle
3 stage
Equalization
Disabled
Float Voltage (set below the resting voltage of
the battery bank)
≈13.6 V or lower. Low enough to not trigger
float when the battery "relaxes" after charging
stops.
Max Float Current
10 A
Maximum Charge Rate - 1200
1.25C, 80 A
Maximum Charge Rate - 1800
1C, 150 A
Maximum Charge Rate - 3600
C/2, 150 A
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
13

Recharge Volts (≈80% DoD)
Just above your inverter/charger
recharge/rebulk volts so it starts charging from
the sun before the inverter starts charging from
the grid or generator.
4.3 - Battery Monitor Settings
Not all battery monitors will have all of these settings. We’ve tried to include as many as
are common between manufacturers.
Setting
Values - Volts are per battery in a single
string, Amps are per string in parallel
1200 Battery Capacity
1200 Wh, 100 Ah
1200 C-Rating
1.25 C
1800 Battery Capacity
1800 Wh, 150 Ah
1800 C-Rating
1C
3600 Battery Capacity
3600 Wh, 300 Ah
3600 C-Rating
C/2
Battery Efficiency
94.50%
Charge Ending Amps
2 A
Charger Float Current - 1800 - 1% of capacity
1.5 A
Charger Float Current - 3600 - 1% of capacity
3 A
Charger Float Voltage
≈13.6 V
Fully Charged Voltage
14.1 V
Nominal Temperature
77°F (25°C)
Peukert's Exponent
1.05
Recharge / Re-Bulk Volts (≈80% DoD)
12.25 V
Self Discharge Rate
≤2% per month
Temperature Coefficient
0 mV / °C
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
14

4.4 - Generator / Automatic Generator Control Settings
With one exception that we know of, the battery related settings for using a generator
and/or an automatic generator start/stop (AGS) control with HLX/CHLX batteries can be
found in the inverter/charger and solar charge controller settings.
Some generators and/or AGS have settings for 2 minute, 2 hour and 24 hours (or
similar duration) start voltages. They set time limits the battery voltage can sit at
before activating the generator. They are related to the Low Voltage
Disconnect/Cut-Off voltage and the Recharge/Rebulk voltage. Expect to adjust all of
them to get exactly the generator behavior you wish.
●2 minutes - Set just above the inverter/charger Low Voltage Disconnect (12.25
V) so the generator starts before the inverter stops inverting.
○Start at approx. 12.3 V.
●2 hours - Set above the 2 minutes volts.
○Start at approx. 12.4V.
●24 hours - Set just below the Recharge/Rebulk voltage. If the Recharge/Rebulk
setting hasn’t already started the generator in this time, the generator will start.
○Start at approx. 12.7 V if Recharge/Rebulk is 12.75 V.
4.5 - HLX iT Bluetooth Mobile Application
Disclaimer:
The KiloVault® Bluetooth® mobile application is provided as is and is
solely intended to gather general information. It is not intended to
replace a voltmeter, ammeter, or any other testing / measurement
device. Nor is it guaranteed to work with every mobile device.
The KiloVault® smartphone Bluetooth® app enables you to view general information
about the selected individual battery. It can help troubleshoot when attempting to
detect the cause of the battery bank going off-line. The app is available as a free
download for both Android and iOS devices on the iOS and Google Play app stores.
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
15

Your Android / iOS mobile device must support Bluetooth® 4.0 and Bluetooth® Low
Energy (BLE). The iOS version requires iOS 10.0 or later and is compatible with iPhone,
iPad, and iPod touch. The Android version requires Android 4.3 (Jelly Bean) and up.
Additionally, the Android version must have permission to access both Location and
Local Storage .
4.5.1 - HLX iT Screens & Operation
When you first start HLX iT, if you have bluetooth enabled, the screen will show all of
the HLX batteries within a 100m radius, depending on the physical or electrical
interference.
Battery List Screen
Basic Information
Closeup - Tabs
Tap on any of the batteries shown. The Basic information screen will load, along with 4
menu tabs or buttons or icons at the top of the screen.
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
16

The Basic Information screen shows the voltage, state of charge, capacity, status
(charging / discharging / standby), and health of that battery. The state of charge (SoC)
is an estimated value and does not drive any battery behaviors / performance. To get
back to your list of batteries, tap the arrow in the lower left corner of the screen.
From the Basic screen you can also get detailed information on battery current alarms,
individual battery cells and if you wish, rename your batteries.
To get information on individual cells, first tap the "⋮" symbol in the lower right corner
of the Basic Information screen. A login dialog will appear. Type “1234” into the login
dialog and tap “confirm”. A button called “Battery Information” will appear. Tap that
button. A semi-transparent screen will appear with 8 button-like icons. They indicate if
the battery has any active alarms. The indicators are normally green. They will be red if
there is an alarm. They are High Voltage (HV), Low Voltage (LV), Overcurrent Charging
(OCC), Overcurrent Discharging (OCD), Low Temperature Discharging (LTD), Low
Temperature Charging (LTC), High Temperature Discharging (HTD), High Temperature
Charging (HTC).
Location of the "⋮" Symbol
Login Dialog
Battery Information Button
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
17

Below the alarm indicators are 4 battery shaped icons. They represent the 4 cells that
make up the battery. Their color does not indicate anything. They are always the same
color. Below each battery icon is a number showing each cell’s voltage in mV
(millivolts). The color of the numbers do not mean anything. They're always the same
color. The difference between the highest and lowest should be 300mV or less. Tap
anywhere to dismiss this screen.
Battery Details Screen
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
18

To rename your batteries, first write down the original battery name, the battery serial
number, and store this information in a safe place. Then tap the "⋮" symbol in the
lower right corner of the Basic Information screen. A login dialog will appear. Type
“5678” into the login dialog and tap “confirm”. A button called “Rename Device” will
appear. Tap that button. The “Rename” dialog will appear. Type in the new name and
tap “Confirm”. The battery is now renamed.
Location of the "⋮" Symbol
Login Dialog
Rename Device Button
Rename Dialog
KiloVault®LLC • 330 Codman Hill Road, Boxborough, MA 01719 • [phone] • [email protected] •www.kilovault.com
19