Inventus Power U1LiFe 12V U1-40 User manual

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Inventus Power, Inc.
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Designed & Manufactured by
U1LiFe™
Battery User Manual
12V U1-40
12V U1-45
12V U1-50
24V U1-25

2
U1LiFe™ Battery User Manual
Applicable Models
Document Information
Environmental Regulations
The battery pack is compliant with the following environmental regulations:
• EU Directive 2011/65/EC for Restriction of Hazardous Substances (RoHS)
• EU Directive 2006/66/EC and its Article 4 amendment of Directive 2013/56/EU on batteries
and accumulators and waste batteries and accumulators
• EU Directive 1907/2006 and 2020/2096 on the Registration Evaluation Authorization and
Restriction of Chemicals (REACH)
• Management Methods for Controlling Pollution Caused by Electronic Information Products
Regulation (China RoHS)
Model Part No. (SMBus)
12V U1-40 07-56178-101
12V U1-45 07-56179-001
12V U1-50 07-56180-501
24V U1-25 07-56439-201
Release Date Revision Scope of Change
2022-08-05 V2.1 Version 2.1 release

3
U1LiFe™ Battery User Manual
DOCUMENT NOTICE: The information contained in this manual is the property of Inventus Power
and is subject to change without notice. Inventus Power reserves the right to make changes in
the design of its products or components as progress in engineering and manufacturing may
warrant. It is the customer’s responsibility to satisfy itself as to whether the information contained
herein is adequate and sucient for a user’s particular use. It is the further responsibility of
each user to ensure that all applications of Inventus Power products are appropriate and safe
based on conditions anticipated or encountered during use. This document does not create
any additional obligation for Inventus Power and does not constitute additional warranties and
representations.
Technical Support: For any issues, please email [e-mail]
Inventus Power® and U1LiFe™ are trademarks of Inventus Power.
Copyright© 2022 Inventus Power All rights reserved.
Please read all contents of this User’s Manual prior to the installation
of Inventus Power U1LiFe™ Batteries.
CANOpen Controller Area Network Bus communication CCCV Constant Current Constant Voltage
RS485 Standard type of serial communication protocol OTC Over Temperature Charging
SMBus System Management Bus OTD Over Temperature Discharging
OCV Over Charge Voltage TCO Thermal Cuto
AFE Analog Front End SOT Safety Over Temperature
BMS Battery Management System SOC State of Charge
CC Constant Current OCV Open Circuit Voltage
CID Current Interrupt Device RT Room Temperature
COV Cell Over Voltage Ah Ampere Hour
DOD Depth of Discharge CUV Charge Under Voltage
OCC Over Current Charge LED Light Emitting Diode
Abbreviations

4
Contents
Abbreviations ................................................................................................................................ 3
Safety Information ....................................................................................................................... 5
Personal Protective Equipment / Installation Tools ........................................................... 6
Unboxing the Battery .................................................................................................................. 6
Mechanical Features .................................................................................................................... 7
Battery Serial Number Format ................................................................................................. 7
Product Dimensions .................................................................................................................... 7
Initial Wake-Up ............................................................................................................................. 8
Selecting Power Cables .............................................................................................................. 8
Communication Cables ............................................................................................................... 8
Selecting a Battery Charger ...................................................................................................... 9
Connecting the Battery ............................................................................................................ 10
Battery Terminal Torque Rating ............................................................................................. 10
Module Configuration ................................................................................................................ 11
Communications .......................................................................................................................... 11
Pin Definition ................................................................................................................................ 11
Disconnecting the Battery ........................................................................................................ 12
Battery Specifications ................................................................................................................ 12
Battery Performance ................................................................................................................... 13
Troubleshooting ......................................................................................................................... 14
Maintenance and Storage ......................................................................................................... 16
Transporting Lithium-ion Batteries ........................................................................................ 17
Emergency and First Aid Procedures .................................................................................... 19
Serial Number Record ............................................................................................................... 20
Warranty Violations .................................................................................................................... 21
Recycling ...................................................................................................................................... 22
Technical Support ...................................................................................................................... 22

5
DO DO NOT
Symbol Definition
Important safety information will follow.
DO NOT dispose of battery in fire.
RECYCLE! Battery may require recycling in accordance with local laws. Regardless,
recycling is encouraged. Contact local regulatory authorities for more information.
DO NOT include battery with lead acid battery recycling.
DO NOT dispose of battery in the trash.
Shock Hazard - Labels may be located on or inside the equipment to alert people that
dangerous voltage may be present.
Burn Hazard - Labels may be located on or inside the equipment to alert people that
surface temperature may be dangerous.
• Always wear proper personal protective
equipment
• All installation should be performed by a
qualified service technician
• Use only insulative tools required for
assembly
• Dispose of the battery properly in
accordance with local, state, and federal
regulations
• Extinguish any flames with a carbon
dioxide, dry- powder fire extinguisher, and
cover with copious amounts of water
• Do not connect the battery in series or
parallel
• Do not short circuit the battery terminals
• Do not operate or store the battery beyond
the operating limits
• Do not over-charge or over-discharge the
battery
• Do not crush, puncture, or drop the battery
• Do not install where liquid is likely to contact
the battery terminals or RJ-45 ports.
• Do not burn or expose battery to fire
• Do not charge battery near flammable
materials, liquids, and surfaces
• Do not alter, disassemble, modify, or open
battery
• Do not wear jewelry (i.e. rings, watches,
bracelets, necklaces) when handling or
working near the battery
• Do not lift battery by the terminal cables
• Do not operate if battery has been damaged
in any way during shipping
Safety Information

6
Personal Protective Equipment / Installation Tools
Before installation or maintenance of your batteries, the following equipment
is required:
• Rubber gloves
• Safety goggles or other eye protection
• Philips Screwdriver
• Voltmeter
Unboxing the Battery
Before You Start
Please read all the safety and warranty information provided in this document prior to installing
and/or operating the battery.
IMPORTANT: Remove all jewelry or other metallic objects from your hands and
body during the installation and removal of the battery packs and peripherals.
What’s in the Box?
• Inventus Power U1LiFe™ battery
• UNDOT 38.2 / IATA approved packaging
• Terminal bolts (pre-installed on battery)
• Rubber battery terminal covers
Note: All power and signal cables must be purchased seperately.
Unpacking
• If possible, do not discard the packaging. This packaging is designed for the safe transporta-
tion of lithium-ion batteries compliant with gloabl shipping regulations and can be reused if
the battery must be transported to a new location.
Visual Inspection
• Please inspect each battery carefully. Report any damage from shipping to Inventus Power
immediately.

7
Mechanical Features
12V U1-40 / 12V U1-45 / 12V U1-50 / 24V U1-25
Battery Serial Number Format
Battery Serial Number Format = TJ[WW]WWWWWWSSSSSYYYYMMDD
Note: Identifier may be 21 or 23 digits
TJ Factory Location (TJ: Tijuana, Mexico)
[WW]WWWWWW Work Order Number (6 or 8 digits)
SSSSS Battery Serial Number (5 digits)
YYYYMMDD Manufacturing Date (Year, Month, and Day)
Product Dimensions
4
# Description
1Negative Terminal
2RJ45 Signal Port #1
3RJ45 Signal Port #2
4Positive Terminal
5LED Fault Indicators
(Above RJ-45 Ports)
Specification 12V U1-40 12V U1-45 12V U1-50 24V U1-25
Length 208.73±1.00 mm
Width 136.65±0.50 mm
Height 183.50±1.50 mm
12 35 5

8
Initial Wake-Up
When the U1LiFeTM battery pack arrives from the factory, it is in Shurdown Mode. To exit Shut-
down Mode, apply battery charge voltage pulse to the positive and negative terminals for >1
second.
Note: Many intelligent chargers sense voltage at the battery terminals prior to applying charge
voltage and thus will not wake the battery from Shutdown Mode. In this case, it is recommend-
ed to use a power supply set to the appropriate charge voltage to wake the battery from Shut-
down Mode.
14.4V for 1s 29.2V for 1s
12V U1LiFeTM Models 24V U1LiFeTM Models
Selecting Power Cables
Choose the appropriate power cable size based on the system load requirements. Cables are
rated at ambient temperature of 30°C (86°F) per the table below. When connected in parallel
configuration, it is preferable for all cables to be the same length size.
Communication Cables
If your application requires communication, please use any o-the-shelf cable that is compatible
with RIA Connector P/N: AJT3518821-030.
Copper Wire Gauge (AWG) Metric Wire Cross-Section (mm2) Ampacity (A)
14 2.081 20
12 3.309 25
10 5.261 30
8 8.366 50
6 13.302 65
4 21.151 85
3 26.671 100
2 33.632 115
1 42.409 130
0 (1/0) 53.460 150
00 (2/0) 67.400 175

9
Selecting a Battery Charger
A LiFePo4 charger is recommended for max battery life and capacity. Most 2 stage (constant
Current / Constant Voltage) Sealed Lead Acid chargers can be used if they meet the following
requirements:
• Constant Current (CC) is less than 20 Amps
• Constant Voltage (CV) is 14.2 Volts to 14.7 Volts for the 12V U1LiFeTM batteries
• Constant Voltage (CV) is 27.8 Volts to 28.2 Volts for the 24V U1LiFeTM batteries
• Float Voltage is within ±0.1V in the Float Charge Voltage table below.
After the charger has been selected, first connect the (-) terminal to the battery, then the (+)
terminal.
Charge Voltage / Current
Float Charge Voltage
Charger Current
Max charge current rate will vary depending on ambient temperature and battery state of charge.
Charging above the recommended current rate may impact the battery cycle life. For more de-
tailed information on charging profile, please discuss with Inventus Techincal Support.
Model 12V U1-40 12V U1-45 12V U1-50 24V U1-25
Charge Voltage 14.4 VDC 14.4 VDC 14.4 VDC 28.0 VDC
Recommended Charge Current 20A (0.5C) 20A (0.44C) 20A (0.4C) 12.8A (0.51C)
Maximum Charge Current 20A (0.5C) 20A (0.44C) 20A (0.4C) 20A (0.8C)
Model 12V U1-40 / 12V U1-45 / 12V U1-50 24V U1-25
Float Voltage 13.8V 27.6V

10
Connecting the Battery
1. Remove power to the vehicle/device prior to installation of the U1LiFe™ battery.
2. Remove all other batteries from the system prior to replacing them with U1LiFe™
batteries.
3. Remove the protective battery terminal covers from the terminals. Retain these covers in
the event that you need to remove or move the battery at some future time.
4. Attach the negative cable from the device to the negative terminal on the battery.
5. Attach the positive cable from the device to the positive terminal on the battery.
6. Attach the signal communications cable to the RJ45 ports if needed.
7. If the battery charger is integrated with the device drawing power from the U1LiFe™
battery, then please follow manufacturers recommended sequence for each battery connection.
Please contact Inventus Technical Support if the system requires more than 1 battery.
Tips for Optimizing Performance
• Charge all batteries fully prior to first use of the vehicle/device.
• Use at temperatures below 40ºC.
• Follow maintenance procedures described in this manual.
• Ensure that all batteries are secured into position to minimize damage from shock and vi-
bration.
• Periodically inspect electrical connections to ensure screws are tight and no corrosion is
present.
Battery Terminal Torque Rating
CAUTION: When using bolts to engage the battery’s threaded holes, use the appropriate
number of flat and lock washers to allow for as much thread engagement as possible with-
out bottoming out the bolt. Over-tightening battery terminal bolts could result in damage to
battery terminals. Under-tightening battery terminals could result in excessive heating of the
terminals.
CAUTION: Do not connect batteries with reversed battery leads i.e. with the
pack positive terminal connected to the source or system negative terminal or
the pack negative terminal connected to the source or system positive terminal.
Failure to follow proper connection sequence can damage the battery
and void the warranty.
Model Terminal Type Tool Type Torque (Nm)
12V U1-40
12V U1-45
12V U1-50
24V U1-25
ISO M6 x 1.0 Bolt Phillips Drive 3.1 ± 0.3 Nm

11
Module Configuration
Warning: Do not connect in series or parallel. Connecting in series exceeds the voltage limit of
the integrated safety protection circuitry and can damage the battery and void the warranty.
Connecting in parallel exceeds the current limits of the integrated protection circuitry and can
damage the battery and void the warranty.
Note: This battery has terminals always on much like a lead acid battery, so connecting the
signal port is not required.
Communications
• Each U1LiFe™ battery uses two RJ45 connectors to support signal communication with the
host system.
• Communications are disabled until the battery is awakened by the charger applying a charge
voltage.
• Voltage, current, temperature, as well as a variety of other data can be read from the battery
using SMBus communication.
• An RJ-45 interface is used as the communication interface between the battery and a connect-
ed device.
Pin # Symbol
1GND
2RESERVED
3RESERVED
4RESERVED
5RESERVED
6SCL
7SDA
85V RESERVED
Top View of RJ-45 Connector

12
Disconnecting the Battery
CAUTION: Failure to follow proper disconnection sequence can damage the
battery and void the warranty.
1. Power o the machine/device prior to the removal of the U1LiFe™ battery.
2. If the battery charger is integrated with the device drawing power from the U1LiFe™
battery, then please follow manufacturers recommended sequence for battery disconnect.
3. Disconnect the communications cable from the RJ45 port if one is attached.
4. Disconnect the positive cable from the positive terminal on the battery.
5. Disconnect the negative cable from the negative terminal on the battery.
Battery Specifications
Specification 12V U1-40 12V U1-45 12V U1-50 24V U1-25
Cell Chemistry Lithium Iron Phosphate
Voltage
(Nominal / Max Charge) 12.8V / 14.4V 25.6V / 28.0V
Energy 507Wh / 39Ah 591Wh / 45Ah 675Wh / 52Ah 675Wh / 26Ah
Continuous Discharge Current 256W / 20A 256W / 20A 256W / 20A 512W / 20A
Peak Pulse Discharge
(@ 25°C) 28A < 30 secs 25A < 10 secs
Cycle Life
(@ 25°C) 2,000 @ 80% DoD
Charge Operating Temperature 0°C to +40°C
Discharge Operating
Temperature -20°C to +60°C
Operating Humidity 20% to 80%
Scalability None
Weight
(nominal)
5.87kg
(12.94lbs)
6.46kg
(14.24lbs)
6.65kg
(14.66lbs)
6.64kg
(14.64lbs)
Communication SMBus
Certifications
(Copies of the certifications
available upon request)
UN/DOT 38.3, UL2054, UL/CSA62133-2:20,
IEC62133-2:2017, EMC, RoHS, WEEE

13
Battery Performance
Dierences between U1LiFeTM and Sealed Lead Acid batteries
The integrated cell protection and balancing circuitry responsible for the durability and addi-
tional safety features of the Inventus Power U1LiFeTM battery, also cause functional behavior that
diers from typical lead acid batteries.
Some major dierences are:
• No voltage at the terminals does not necessarily indicate a bad battery. With a lead-acid bat-
tery, finding no voltage at the terminals often indicates the battery has reached the end of its
life. With the U1LiFeTM battery, no voltage at the terminals typically means one of two things;
the battery is in “Shutdown Mode” (set when leaving factory) or the cell protection circuitry
has interrupted current to protect the battery. Simply connect the battery to a charger to re-
store voltage to the terminals.
• State of Charge (SOC) with a U1LiFeTM battery appears constant, then drops suddenly. Voltage
for a U1LiFeTM remains relatively constant throughout the depth-of-discharge, while voltage
for a lead-acid battery decreases at a linear rate. Therefore, determining a U1LiFeTM battery’s
SOC using the same methods to determine a lead-acid battery’s SOC creates the impression
that the U1LiFeTM has a full charge then loses power abruptly. A steady voltage across the
depth-of discharge is normal behavior for the U1LiFeTM. The U1LiFeTM BMS uses custom algo-
rithms to report SOC to the user via SMbus output.
• Inventus Power U1LiFeTM will exhibit 6 to 8 times the cycle life of lead acid batteries.
Cell Balancing
Over time, the cells inside a battery pack diverge in both capacity and State of Charge (SOC).
The U1LiFeTM has integrated circuitry to continuously monitor the capacity and SOC of each indi-
vidual cell string. This information is used to balance the battery and ensure maximum capacity.
Discharge Performance
In typical room temperature, the U1LiFeTM voltage remains virtually flat during discharge and ca-
pacity doesn’t change significantly, no matter how fast the discharge.
Cycle Life
The U1LiFeTM battery’s cycle life is determined by ambient temperature and charge/discharge
rates. Under optimal conditions, the U1LiFeTM can deliver thousands of cycles.

14
Troubleshooting
Despite the high reliability of the U1LiFe™ battery, you may encounter situations where the bat-
tery module does not operate as expected. These situations are typically the result of misuse,
abuse or a non-optimal operating or storage environment. If the battery is not operating correctly,
you will need to perform the following troubleshooting procedures to fix the issue.
Battery LED Error Status Indicators
Status LED’s are located just above the RJ-45 ports. LED’s will come on when the following
conditions are detected:
Terminal Voltage Absent or Low
Possible Cause(s):
• Protection circuitry is active - Verify all LED’s are o.
• The battery is in “Shutdown mode”. Shutdown mode will disable output at terminals
(voltage reads close to zero) and disable SMBus communications.
• The battery has encountered a Cell Under Voltage condition and has disabled output
to terminals and disabled SMBus communication.
Possible Solution(s):
• Connect the battery to a charger momentarily to wake the battery. This will recover
terminal voltage and enable SMBus communications. If CUV condition exists, you will
need to charge the battery until all cell voltages exceed the CUV limit.
SMBus Not Communicating or Returns Invalid Data
Possible Cause(s):
• RJ45 cable problem.
• The battery is in “Shutdown mode”. This is the default mode when leaving the facto-
ry. Shutdown mode will disable output at terminals (voltage reads close to zero) and
disable SMBus communication.
• The battery has encountered a Cell Under Voltage condition and has disabled output
to terminals and disabled SMBus communication.
Possible Solution(s):
• Verify RJ45 cable is connected properly.
• Connect the battery to a charger momentarily to wake the battery. This will recover
terminal voltage and enable SMBus communications. If CUV condition exists you will
need to charge the battery until all cell voltages exceed the CUV limit.
Error Description Green LED Yellow LED
Over Discharge Current Protection ON OFF
Over Charge Current Protection ON OFF
Charging Over Temperature Protection OFF ON
Discharging Over Temperature Protection OFF ON
Charge Over Voltage Protection ON ON

15
Troubleshooting (continued)
U1LiFeTM Rapidly Depletes its Energy between Charging
Possible Cause(s):
• The battery is out-of-balance.
• The battery has reached the end of its useful service life.
Possible Solution(s):
• Apply a float charge (13.6 V) for 48 hours to balance the battery pack’s cells.
• Replace the battery pack.
Battery Current Disappears when Charging
Possible Cause(s):
• Charging Current too high.
• Charging Voltage too high.
• Battery Temperature too high.
• Cell Over Voltage condition exists.
• Battery is fully charged.
Possible Solution(s):
• Determine error condition if LED’s are lit.
• Verify Charging Current is correct.
• Verify Charging Voltage is correct.
• Verify Battery Temperature is within Operating Range.
• Cells may be imbalanced. Apply a float charge (13.6 V) for 48 hours to balance the
battery pack’s cells.
Voltage Drops Abruptly
• This is normal for LiFePO4cells. Constant voltage throughout the battery’s SOC en-
sures maximum usable life. Once the Relative State of Charge (RSOC%) goes to 0%,
the U1LiFeTM circuitry enables under-voltage protection, which creates an open circuit
at the terminals.

16
Maintenance and Storage
Maintenance Charging
U1LiFe™ batteries can be stored in an environment with temperatures between -40°C (-40°F)
and +60°C (140°F) and between 10% and 90% relative humidity, non-condensing. For long
storage periods it is recommended to check the battery SOC every 12 months. If batteries are
stored at 25°C (77°F), charge the battery every 18 months. For storage temperatures above 40°C
(104°F), charge the battery annually. Do not store the U1LiFeTM batteries above +60°C (140°F). It
is recommended to charge the batteries when SOC falls below 10%.
Battery Case Visual Inspection
Please perform regular visual inspections of the battery case. If the battery case is found to have
dents, discoloration, or appears to be damaged in any way, DISCONTINUE USE IMMEDIATELY.
Please contact Inventus Power for assistance with evaluating the product for continued usability.
Voltage Checking
The voltage of the battery can be monitored during normal operation or as part of standard tests
performed periodically to assess the health of the battery. If you find the 12V U1 battery voltage
under 10V or the 24V U1 battery voltage under 20V at room temperature, the battery has been
over-discharged or is self-discharging due to some defect/parasitic load. Discontinue use until
the fault can be corrected and the battery can be recharged.
Battery Storage
• Battery should be stored between 30-50% SOC.
• Store in an open, well ventilated, and dry area <30°C for maximum life.
• Do not expose the battery to extreme temperature or sunlight over 60°C (140°F).
• Do not expose the battery to direct sunlight or moisture and/or precipitation.
• Handle each battery carefully to avoid sharp impacts or extreme pressure on the case.
• Do not store a fully discharged battery. Recharge battery after every use.
Minimum Temperature Maximum Temperature Duration
-20°C (-4°F) 60°C (140°F) 1 month
-20°C (-4°F) 35°C (95°F) 3 months
0°C (32°F) 25°C (77°F) 18 months

17
Transporting Lithium-ion Batteries
This section discusses the regulations governing the transportation of lithium-ion cells and
batteries both within the United States and internationally. You should read and understand
all relevant regulations discussed in this section before shipping Inventus Power U1LiFe™
batteries.
Lithium batteries are classified as Class 9 when transporting by air or ground. When shipping by
air, all lithium batteries are required to have a 30% state of charge or less. Lithium batteries with
capacity greater than 300 Wh and exceed 30kg (66lbs), are considered Class 9 when shipping
by ground. For more information on shipping Lithium Batteries, please see your freight carrier’s
requirements.
NOTE: The regulations discussed in this manual apply to lithium-ion cells and batteries. Once
the Inventus Power U1LiFe™ battery is integrated into a host system, the host may be subject to
additional transportation regulations that require additional certification testing. Since Inventus
Power cannot anticipate every possible configuration and application of the U1LiFe™
you must verify that your U1LiFe™ powered host product is compliant with all local ordinances and
regulations.
Transporting Batteries for Installation
• Place the battery terminal protective caps on the battery terminals prior to removing the
battery from its current location, to prevent accidental shorts or arcing from occurring if
a terminal touches a metal object.
• Battery handle must be in the close position prior to assembly.
• Avoid heavy vibration during transportation.
• Avoid throwing, dropping, rolling and excessive stacking during loading and transportation.
• Make sure that all cables and external connectors are disconnected and properly removed
from the battery prior to transporting it.
• Do not hang or hook battery handle with sharp device or at one corner only.

18
Transporting Lithium-ion Batteries
Transporting Batteries to a Dierent Location
If the battery needs to be shipped to a dierent location or sent back to Inventus Power for any
reason:
1. Disconnect all cables, both power and communications from the batteries.
(reference section “Disconnecting the Battery” for proper disconnection procedure)
2. Place the protective caps on the battery terminals prior to removing the battery from its
current location, to prevent accidental shorts or arcing from occurring if a terminal touches
a metal object.
3. All large lithium-ion batteries are considered “Dangerous Goods” by the US Department of
Transportation, and as a result, transporting them by common carrier (whether by ground
or by air) requires compliance with UN DOT regulations UN3480, Class 9
- “Dangerous Goods”.
4. Pack the batteries in “Dangerous Goods” certified boxes and packaging materials as
specified by the Department of Transportation (DOT). The packaging must protect the
contents from reasonable handling damage and prevent short circuits from taking place.
Ideally, one would use the original box if it’s still in good condition.
5. The package should be prepared for shipment and shipping documents should be signed
by an individual who is certified to handle and prepare the paperwork and products that
have been designated as “Dangerous Goods” for shipment.
IMPORTANT: The U1LiFe™ battery is shipped in a specially designed box to
provide maximum protection for the contents. We strongly recommend that
you save this box and use it whenever you need to transport or ship the battery.
Please follow all local laws/regulations regarding the shipment of lithium-Ion
batteries.
Following UN and DOT Regulations
Failure to comply with UN and DOT regulations while transporting Class 9 Hazardous Materials
(Dangerous Goods) may result in substantial civil and criminal penalties.

19
Emergency and First Aid Procedures
Emergency Procedures for a Smoking Battery
• If a battery begins to smoke or melt, remove charging source immediately.
• If possible, move the battery to a well-ventilated area, preferably outside.
• Submerse in water or douse with copious amounts of water.
First Aid Procedures for Human Contact/Exposure to Battery Content
In the event of exposure to battery contents, the following could occur:
• Vapor or mist could irritate eyes, mucous membranes and/or respiratory tract
• Irritation to eyes and skin
• Exposure can cause nausea, dizziness or headache.
In case of contact with the battery’s electrolyte:
• Immediately flush eyes with copious amounts of water for at least 15 minutes
• Assure adequate flushing of the eyes by separating the eyelids with fingers
• Flush skin with water
• Remove and wash contaminated clothing promptly
• If inhaled, remove oneself to fresh air
• If swallowed, wash out mouth with water
• If not breathing or having diculty breathing, seek first aid

20
Serial Number Record
Please record both the serial number and date of purchase and store this in a safe place for
future reference.
Serial Number Date of Purchase
Serial Number Date of Purchase
Serial Number Date of Purchase
Serial Number Date of Purchase
Serial Number Date of Purchase
Serial Number Date of Purchase
Serial Number Date of Purchase
Serial Number Date of Purchase
Serial Number Date of Purchase
Serial Number Date of Purchase
Serial Number Date of Purchase
Serial Number Date of Purchase
Serial Number Date of Purchase
Serial Number Date of Purchase
Serial Number Date of Purchase
Serial Number Date of Purchase
Serial Number Date of Purchase