SES SE-2030 User manual

S E AL ED E N ER GY S Y S TE MS ®
1
User Manual
Rechargeable Smart Lithium Ion Battery
SE-2030
User’s Manual
Reference Part Numbers for Battery Model SE-2030
SE20300NR29 14.4V 5.7AH, 82.08Wh
Statement of Confidentiality
The information contained within this document is confidential and
proprietary to Sealed Energy Systems. This information should not, in
whole or in part, be reproduced, disclosed or used except as
expressly and duly authorized by Sealed Energy Systems.

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User Manual
TABLE OF CONTENTS
1. REVISION HISTORY 3
2. INTRODUCTION 3
2.1. SCOPE 3
2.2. BATTERY PACK OVERVIEW 3
2.3. GENERAL PRECAUTIONS 4
2.3.1. Handling 4
2.3.2. Charge & Discharge 4
2.3.3. Storage 4
2.3.4. Disposal 5
2.3.5. Comply with Waste Regulation 5
3. REQUIREMENTS 6
3.1. GENERAL REQUIREMENTS 6
3.1.1. Nominal Voltage 6
3.1.2. Rated Capacity 6
3.1.3. Initial Impedance 6
3.1.4. Discharge 7
3.1.5. Charge 8
3.1.6. Storage 9
3.1.7. Terminal Specifications 9
3.2. FUEL-GAUGE ELECTRONICS 9
3.2.1. Overview of Operation 9
3.2.2. DC Specifications 11
3.2.3. Measurement Accuracy 11
3.3. SMBUS AND SBD PARAMETERS 12
3.3.1. Overview of Operations 12
3.3.2. SMBus Logic Levels 12
3.3.3. SMBus Data Protocols 12
3.3.4. SMBus Host-to-Battery Message Protocol 13
3.3.5. SMBus Battery-to-Charger Message Protocol 14
3.3.6. SMBus Battery Critical Message Protocol 15
3.3.7. Host to Battery Messages (Slave Mode) 15
3.3.8. Battery to Charger Messages (Master Mode) 17
3.3.9. Critical Messages (Master Mode) 17
3.3.10. Pack Calibration Cycle 19
3.4. PROTECTION ELECTRONICS 19
3.4.1. Overview of Operation 19
3.4.2. Charge Protection 19
3.4.3. Discharge Protection 20
3.4.4. Short-Current Protection 20
3.5. PASSIVE SAFETY PROTECTION 21
3.5.1. Overview of Operation 21
3.5.2. Thermal Fuse 21
3.6. MECHANICAL SPECIFICATIONS 21
3.6.1. Weight 21
3.6.2. Mating Connector 21
3.6.3. Packaging 21
3.7. ENVIRONMENTAL/SAFETY SPECIFICATIONS 21
3.7.1. EMC and Safety 21
3.8. RELIABILITY 22
3.8.1. Life Expectancy 22
3.8.2. Warranty 22
3.8.3. Shelf Life 23
4.0. MECHANICAL DRAWING 24

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1. REVISION HISTORY 2. INTRODUCTION
2.1 Scope
This specification describes the physical, functional and electrical
characteristics of a rechargeable Lithium Ion battery SE-2030 by
Sealed Energy Systems (SES®). This specification is the interface
document between SES® and its customers. It is understood that the
customer may create their own internal specification. However, this
specification is the master that defines the battery’s operation.
2.2 Battery Pack Overview
This specification describes the physical, functional and electrical
requirements for the SE20300NR29 Smart Battery including a
rechargeable Lithium Ion battery and a Battery Management Module.
The battery consists of eight (08) Lithium Ion rechargeable cells of
INR-18650 size, assembled in a 4 series/ 2 parallel (4S2P) configuration.
Each cell has an average voltage of 3.6V and a typical capacity of
2.9Ah giving a battery pack of 14.4V and 5.7Ah typical.
The battery is capable of communicating with host or the charger
through the System Management Bus (SMBus). The battery is fully
SMBus and SBDS Revision 1.1compliant. Protection is provided for
over-charge, over-discharge and short circuit. For redundancy,
passive safety devices have been integrated into the pack to protect
against over- current and over-temperature, and secondary
overvoltage has been implemented with a logic-fuse and controller.
The battery pack comprises the individual elements as shown below:
Revision
Release
Date
Revisions
Issued
Approved
1.0
20/10/2019
Released
SES
MGM
1.2
08/01/2020
Certificate of
compliance, EU REACH
Regulation no.
1907/2006 article 33(1)
contents of all SCHV
<0.1% w/w
INTERTEK
MGM
1.3
08/01/2020
Certificate of
compliance, REACH
Ann-II of 2011/ 65/EU
and adm EU 2015/863
INTERTEK
MGM
1.4
29/01/2020
BIS, Certificate of
Registration issue on
IS 16046-2:2018
INTERTEK
MGM
1.5
-
Certificate of
Compliance issued on
UN38.3 and IEC/
EN 62281
NEMKO
P
1.6
-
Certificate of
Compliance issued on
IEC/EN 62133-2:2017
NEMKO
P

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2.3 General Precaution
2.3.1 Handling
Avoid shorting the battery. Do not immerse in water.
Do not disassemble or deform the battery
Do not expose to, or dispose of the battery in fire.
Avoid excessive physical shock or vibration.
Keep out of the reach of children.
Avoid storage in direct sunlight.
Do not short-circuit a battery.
In the event of a battery leaking, do not allow the liquid to
come in contact with the skin or eyes. If contact has been
made, wash the affected area with copious amounts of water
and seek medical advice. Keep batteries clean and dry.
Secondary batteries need to be charged before use.
When possible, remove the battery from the equipment when
not in use.
Do not store batteries longer than 1 month in discharged
state. Do not storage batteries longer than 1 year without
recharge.
2.3.2 Charge & Discharge
Battery must be charged in appropriate charger only.
Never use a modified or damaged charger.
Specified product use only.
Operating Temperature
For Charge: 0OC to +45OC
For Discharge: -20OC to +55OC
2.3.3 Storage
Store in a cool, dry and well-ventilated area.
Storage Temperature: -20OC to +45OC
Recommender Storage Temperature 20OC + 5OC

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2.3.4 Disposal
Regulations vary for different countries. Dispose of in
accordance with local regulations.
Intact, spent batteries are not considered to be hazardous
waste.
Waste Treatment Methods: Waste Li-Ion batteries meet the
United States federal definition of a solid waste per 40 Code
of Federal Regulations (CFR) 261.2. It is recommended that
the batteries be recycled even though they can be disposed
of in the garbage.
Recycling: Waste Li-Ion batteries do not fall under any specific
RCRA, F, K, P or U lists. The status of scrap Li-Ion batteries
should be confirmed in the nation or US state where disposal
occurs.
2.3.5 Comply with Waste Regulations:
India: Expended battery must be taken for recycling or disposal
at an appropriate collection depot by suitably licensed
contractors in accordance with state and center
government regulations.
USA: Expended batteries are not considered hazardous waste.
Cells and batteries involved in a fire may be considered
to be hazardous waste. Dispose of in accordance with
local, state and federal laws and regulations. Consult
universal/hazardous waste regulations for further
information regarding disposal of spent batteries. If the
internal cells are leaking/broken open, consult hazardous
waste regulations under US Environmental Protection
Agency’s Resource Conservation and Recovery Act
(RCRA), waste code: D003(reactivity). Also, consult state
and local regulations for further disposal requirements.
Canada: Expended battery packs are not considered hazardous
waste. Cells and batteries involved in a fire may be
considered to be hazardous waste. Dispose of in
accordance with local, provincial and federal laws and
regulations. Consult the Canadian Environmental
Protection Act for additional details.
EU: Expended battery pack waste must be disposed of in
accordance with relevant EC Directives and national,
regional and local environmental control regulations. For
disposal within the EC, the appropriate code according to
the European Waste Catalogue (EWC) should be used. EU
Waste Code: 16 06 05 –other batteries and
accumulators.
Australia: Expended battery packs must be taken for recycling or
disposal at an appropriate collection depot by suitably
licensed contractors in accordance with government
regulations.
Taiwan: Expended battery packs are not considered hazardous
waste. Cells and batteries should be recycled at an