2024年7月15日发(作者：缪邃)
Operation Guide
for Renewable Energy Applications
Visit us at
Important
Please read this manual immediately on receipt of the battery before unpacking and installing. Failure to comply with these
instructions will render any warranties null and void.
Care for your safety
No smoking,
no naked flames,
no sparks
Shield
eyes
Read
instructions
Electrical
hazard
Electrolyte is
corrosive
Danger
Clean all acid splash in eyes
or on skin with plenty of clean
water. Then seek medical help.
Acid on clothing is to be washed
with water.
Warning: Risk of fire, explosion, or burns. Do not
disassemble, heat above 60°C (140°F), or incinerate.
Metallic parts under voltage are present on the battery,
avoid short circuit. Do not place tools or items on top of
the battery.
Recycle scrap
batteries.
Contains lead.
1. Specific Attributes
The specific attributes of this type of battery, for renewable
energy applications, are as follows:
• High cycling (one “cycle” consists of a discharge, of any
depth, followed by a recharge)
• Fast recharge capability
• Deep discharge recovery
• Low rate of self-discharge
• No addition of water required during service life
SuperSafe
®
SBS
®
XC are designed for renewable energy
applications where the battery must undergo repeated cycling
with daily depths of discharge of up to 35% of capacity C
120
(such as rural settlements, communications systems and
lighting systems).
3. Features & Benefits
• Excellent deep discharge recovery and cyclability
• Up to 6,000 cycles at 20% depth of discharge and 1,500
cycles to 60% Depth of Discharge (DoD)
• Vertical or horizontal installation (see SuperSafe SBS XC
Installation, Operation and Maintenance Manual for further
information)
• No topping-up required
4. General Operation Instructions
4.1 Capacity
Capacity is the number of ampere hours (Ah) a battery can
supply for a specific current and an end of discharge voltage.
Capacity varies with the discharge time, discharge rate and
temperature.
The nominal capacity of SuperSafe SBS XC monoblocs and
cells for renewable energy applications is given as follows:
Capacity
(Ah)
C
120
4.2 Discharge Rate:
Current
(A)
l
120
Discharge
Period
(Hours)
120
End Voltage
(Vpc)
1.85V
2. Monobloc/Cell Design
The SuperSafe SBS XC monoblocs and cells consist of:
• Positive plates - Thin Plate Pure Lead (TPPL) grid technology
for long cycle life and efficient recharging
• Negative plates - provide a perfect balance with the positive
plates to ensure optimum recombination efficiency
• Separators – low resistance microporous glass fibre mat
separator with high absorption and stability
• Containers and lids - in UL94 V-0 rated flame-retardant PC/
ABS material, highly resistant to shock and vibration
• Electrolyte - high grade dilute sulphuric acid fully absorbed
into separator material to prevent spillage in case of
accidental damage
• Dual-seal terminal design to prevent leakage over the
product life
• Self-regulating pressure relief valves - prevent ingress of
atmospheric oxygen
• Flame Arrestors – built into each bloc/cell for operational
safety
This is the ratio of discharge current divided by battery
capacity.
4.3 Depth of Discharge (DoD):
This is the capacity removed from the battery compared to total
capacity. It is expressed as a percentage. The battery will be
sized for solar applications with a DoD < 80% for the autonomy
required.
2
4.4 Daily Cycle
The battery is normally used with a daily cycle - charge during
the day hours and discharge during night hours. Typically, the
daily discharge usage is between 2 and 20% DoD.
4.5 Effect of Temperature on Capacity
If the ambient temperature deviates from 25°C, a correction
factor must be applied to the published rating in order to
optimise the service life (see Figure 1 below).
Effect of Temperature on the 20 hour Discharge Performance
Shown as a Percentage of Normal Capacity @ 25ºC
140
120
C
º
5
2
100
@
e
c
n
80
a
m
r
o
f
r
60
e
P
%
40
20
0
-40 -30 -20 -10 0 10 20 30 40 50
Figure 1
Temperature (ºC)
4.6 Operating Temperature Range
The recommended operating temperature range for optimum
life and performance is between 20°C to 25°C. SuperSafe
®
SBS
®
range -40°C to +50°C. In order to maintain mechanical
XC monoblocs/cells can be operated in the temperature
integrity of the plastic components, the battery temperature
in operation should not exceed +50°C. Note, operation of
batteries at higher temperatures will reduce life expectancy. All
technical data relates to the rated temperature of +25°C.
4.7 Storage
Monoblocs and cells lose capacity when standing on open-
circuit because of parasitic chemical reactions. The high purity
of the materials used in the construction of SuperSafe SBS XC
batteries results in a very low rate of self-discharge, delivering
up to 2 years shelf life at 20°C before a refresh charge is
required.
The self-discharge rate of SuperSafe XC monoblocs and cells
is a function of the temperature. See below for the rate of self-
discharge at various temperatures:
Monthly self-discharge
rate
1.25%1.76% 2.5% 5%
Batteries should be stored in a cool, dry area. Note that high
temperature increases the rate of self-discharge and reduces
storage life. The following table gives the maximum storage
time before a refresh charge is required and the recommended
OCV audit intervals, at the given average storage ambient
temperature:
Temperature
(°C / °F)
Storage Time
(Months)
OCV Audit Interval
(Months)
+10 / +504812
+15 / +593412
+20 / +682412
+25 / +77176
+30 / +96126
+35 / +958.53
+40 / +10463
4.8 Refreshing Charge
Blocs and cells must be given a refreshing charge:
4.8.1 when the OCV approaches 2.10Vpc, or
4.8.2
occurs first.
when the maximum storage time is reached, whichever
Charge the monoblocs or cells at a constant voltage equivalent
to 2.40Vpc with minimum 0.1
hours.
C10
Amps current for a period of 24
4.9 Installation and Ventilation
The electrical protective measures and the accommodation
and ventilation of the battery installation must be carried out in
accordance with IEC 62485-2, and applicable “local/national”
standards, rules and regulations.
The battery should be installed in a clean, dry area.
Whatever your application, SuperSafe SBS XC batteries can be
mounted in any orientation except inverted. For the installation
of cells in the horizontal position, the instructions below must
be complied with.
-
+
+ -
+ -
•
•
Do not use terminal posts to lift or handle cells.
Ensure that the stand runners are located under the
•
container rather than the lid and/or lid/container seal.
Always ensure that the arrow on the lid of each unit is
pointing in vertical orientation.
3
Avoid placing the battery in a hot place or in front of a window
(no direct sunlight). Battery racks are recommended for proper
installation.
The positive terminal is identified by a “+” symbol on each
monobloc/cell. Install the batteries in accordance with the
instructions and/or layout drawing, taking care to ensure
correct terminal location and polarity.
Check that all contact surfaces are clean. Tighten terminal
fasteners, taking care to use the correct torque loading. The
fastener torque value is indicated on the product label. Fit the
covers supplied for protection against short circuit.
Follow the polarity to avoid short circuiting of monoblocs/cells.
A loose connector can cause erratic battery performance and
possible damage to the battery and/or personal injury.
4.10 Commissioning Charge
5. Cyclic Operation
5.1 Cyclic Performance
The graph below shows cycling capability of SuperSafe SBS
XC products:
Typical Number of Cycles as a Function of Depth
in Unreliable Grid Applications
of Discharge in Unreliable Grid Applications
14000
13000
12000
Typical Number of Cycles as a Function of Depth of Discharge
N
u
m
b
e
r
o
f
C
y
c
l
e
s
11000
10000
9000
8000
7000
6000
5000
4000
3000
2000
1000
0
10
The initial charge is extremely important as it will condition the
battery service life. So, the battery must be fully recharged to
ensure that it is in an optimum state of charge.
Case 1: Using a constant voltage charger. Cells here will need
to be recharged at a constant voltage of between 2.35 and
2.40 Vpc (maximum) at 25°C for a minimum of 24 hours with a
current limited to 0.01
C10
Amps. Temperature compensation for
charge voltage should be applied at the rates shown below:
+10 / +50
+20 / +68
+25 / +77
+30 / +96
+40 / +104
2.44
2.40
2.38
2.36
2.32
N
u
m
b
e
r
o
f
C
y
c
l
e
s
Depth of Discharge (%)
Figure 2
Depth of Discharge (%)
5.2 Discharging
Do not over-discharge the battery. This can be avoided by
including a Low Voltage Disconnect (LVD) switch in the circuit
or by disconnecting the battery from the load when the end
discharge voltage is reached. As a rule, installations will be
equipped with a regulator whose voltage threshold values will
protect against deep discharge:
Discharge Time
(Hours)
10
Low Voltage
Alarm
Disconnect
Voltage (LVD)
5.3 Charging
1.96Vpc
1.93Vpc
120
1.96Vpc
1.93Vpc
240
1.99Vpc
1.96Vpc
Case 2: With no external source available for recharging.
Connect the battery to the solar panel regulator and leave at
rest for 1 to 2 weeks. For this charge, set the regulator to the
values outlined in the charging section.
4.11 End-of-Charge Reading
The table hereafter gives an indication of the state of charge of
blocs and cells from a reading of open circuit voltage.
State of Charge (%)
100
90
80
70
Voltage
(Vpc)
2.17
2.15
2.12
2.10
The high charge acceptance of the TPPL technology used in
SuperSafe
®
SBS
®
XC is suited for applications which require
a fast time to repeat duty. In such applications the voltage
regulator should be set at 2.35Vpc to 2.40Vpc at 25°C.
Once fully charged the voltage can revert to float voltage with
temperature compensation as required. There are a number
of methods that can be utilised to control the recharge and
determine, when using fast charge, that full state of charge is
obtained such as Current Absorption and Ah Counting.
Based on current absorption, the recharge can be stopped
when current being absorbed by the battery reaches
0.01
C10
Amps. At this point a timer can be set/activated to
deliver an additional 1 hour of charge.
4
Ah counting can be used to control the recharge (i.e.103%
of discharged Ah is returned/115% in terms of Wh returned)
using a device with accuracy ±1% of the expected current
range. However, inaccuracies associated with equipment
calibration and/ or controller algorithm accuracy can lead to
drift in determining the true state of charge (SoC), meaning
that periodic equalisation charge and recalibration of SoC is
required.
Where Current Absorption Rate or Ah counting is used to
control the recharge, the battery voltage can be maintained
at a constant of 2.35Vpc to 2.40Vpc provided that the battery
temperature is controlled at or below +50°C.
Where the voltage cannot be adjusted to values >2.40Vpc to
compensate for temperatures below 20°C, the time to full state
of charge will increase.
The voltage/temperature compensation is +3mV/°C/Cell for a
temperature lower than 20°C (77°F) (the reference temperature
being 20°C) and -3mV/°C/Cell for a temperature higher than
20°C.
6. Service Life
Under normal operating conditions, the battery lifetime largely
depends on the temperature and depths of discharge. The
service life in cycling applications is based on the number of
years with a daily depth of discharge and can never exceed
the design life of 12 years at 20°C.
See Number. of Cycles vs DoD graph, Figure 2, and an
example of a SuperSafe
®
SBS
®
XC battery at 25°C:
of Discharge
Daily Depth
Number of Cycles
Estimated Life
(%DoD)
at 25ºC
Expectancy
(Years)
303,6009.8
7. Maintenance
SuperSafe SBS XC monoblocs and cells are VRLA batteries
and do not have to be topped up with water.
• Do not open the valve. Opening could cause lasting
damage to the battery and is prohibited.
• The containers and lids should be kept dry and free from
dust. Cleaning must be undertaken with a damped cotton
cloth without additives and without man-made fibres or
addition of cleaning agents, never use abrasives or solvents.
• Do NOT use any type of oil, solvent, detergent, petroleum
based solvent or ammonia solution to clean the battery
containers or lids.
• Discharge any possible static electricity from clothes by
touching an earth connected part.
8. Data Recording
It is recommended that, as a minimum, the following
information is recorded by means of regular data logging,
which the user must make available to EnerSys
®
warranty claim.
to validate any
1) Records of the commission charge.
2) T
(DoD) of each cycle.
he number of cycles performed and the depth of discharge
3) T
Ah in and Ah out, or Wh in and Wh out.
he duration of each charge and discharge cycle, and the
4) F
50 cycles.
ull details of the recharge voltage/current profile for the last
5) A
temperatures, recorded at regular intervals throughout
full history of the ambient and battery surface
battery operation and life.
6) T
the start/stop of the battery discharge, the start/stop of the
he time and date of each event. An event is defined as
battery recharge, the start/stop of any input power source.
9. Disposal
SuperSafe SBS XC products are recyclable. End of life
batteries must be packaged and transported according to
prevailing transportation rules and regulations. End of life
batteries must be disposed of in compliance with local and
national laws by a licensed battery recycler.
5
EnerSys World Head-
quarters
2366 Bernville Road,
Reading, PA 19605, USA
Tel: +1-610-208-1991 /
+1-800-538-3627
EnerSys EMEA
EH Europe GmbH
Baarerstrasse 18
6300 Zug
Switzerland
EnerSys Asia
152 Beach Road,
Gateway East Building #11-08,
Singapore 189721
Tel: +65 6508 1780
Contact:
©2020 EnerSys. All rights reserved. Trademarks and logos are the property of EnerSys and its affiliates unless otherwise noted. Subject to revisions without prior notice. E.&O.E.
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0
2024年7月15日发(作者：缪邃)
Operation Guide
for Renewable Energy Applications
Visit us at
Important
Please read this manual immediately on receipt of the battery before unpacking and installing. Failure to comply with these
instructions will render any warranties null and void.
Care for your safety
No smoking,
no naked flames,
no sparks
Shield
eyes
Read
instructions
Electrical
hazard
Electrolyte is
corrosive
Danger
Clean all acid splash in eyes
or on skin with plenty of clean
water. Then seek medical help.
Acid on clothing is to be washed
with water.
Warning: Risk of fire, explosion, or burns. Do not
disassemble, heat above 60°C (140°F), or incinerate.
Metallic parts under voltage are present on the battery,
avoid short circuit. Do not place tools or items on top of
the battery.
Recycle scrap
batteries.
Contains lead.
1. Specific Attributes
The specific attributes of this type of battery, for renewable
energy applications, are as follows:
• High cycling (one “cycle” consists of a discharge, of any
depth, followed by a recharge)
• Fast recharge capability
• Deep discharge recovery
• Low rate of self-discharge
• No addition of water required during service life
SuperSafe
®
SBS
®
XC are designed for renewable energy
applications where the battery must undergo repeated cycling
with daily depths of discharge of up to 35% of capacity C
120
(such as rural settlements, communications systems and
lighting systems).
3. Features & Benefits
• Excellent deep discharge recovery and cyclability
• Up to 6,000 cycles at 20% depth of discharge and 1,500
cycles to 60% Depth of Discharge (DoD)
• Vertical or horizontal installation (see SuperSafe SBS XC
Installation, Operation and Maintenance Manual for further
information)
• No topping-up required
4. General Operation Instructions
4.1 Capacity
Capacity is the number of ampere hours (Ah) a battery can
supply for a specific current and an end of discharge voltage.
Capacity varies with the discharge time, discharge rate and
temperature.
The nominal capacity of SuperSafe SBS XC monoblocs and
cells for renewable energy applications is given as follows:
Capacity
(Ah)
C
120
4.2 Discharge Rate:
Current
(A)
l
120
Discharge
Period
(Hours)
120
End Voltage
(Vpc)
1.85V
2. Monobloc/Cell Design
The SuperSafe SBS XC monoblocs and cells consist of:
• Positive plates - Thin Plate Pure Lead (TPPL) grid technology
for long cycle life and efficient recharging
• Negative plates - provide a perfect balance with the positive
plates to ensure optimum recombination efficiency
• Separators – low resistance microporous glass fibre mat
separator with high absorption and stability
• Containers and lids - in UL94 V-0 rated flame-retardant PC/
ABS material, highly resistant to shock and vibration
• Electrolyte - high grade dilute sulphuric acid fully absorbed
into separator material to prevent spillage in case of
accidental damage
• Dual-seal terminal design to prevent leakage over the
product life
• Self-regulating pressure relief valves - prevent ingress of
atmospheric oxygen
• Flame Arrestors – built into each bloc/cell for operational
safety
This is the ratio of discharge current divided by battery
capacity.
4.3 Depth of Discharge (DoD):
This is the capacity removed from the battery compared to total
capacity. It is expressed as a percentage. The battery will be
sized for solar applications with a DoD < 80% for the autonomy
required.
2
4.4 Daily Cycle
The battery is normally used with a daily cycle - charge during
the day hours and discharge during night hours. Typically, the
daily discharge usage is between 2 and 20% DoD.
4.5 Effect of Temperature on Capacity
If the ambient temperature deviates from 25°C, a correction
factor must be applied to the published rating in order to
optimise the service life (see Figure 1 below).
Effect of Temperature on the 20 hour Discharge Performance
Shown as a Percentage of Normal Capacity @ 25ºC
140
120
C
º
5
2
100
@
e
c
n
80
a
m
r
o
f
r
60
e
P
%
40
20
0
-40 -30 -20 -10 0 10 20 30 40 50
Figure 1
Temperature (ºC)
4.6 Operating Temperature Range
The recommended operating temperature range for optimum
life and performance is between 20°C to 25°C. SuperSafe
®
SBS
®
range -40°C to +50°C. In order to maintain mechanical
XC monoblocs/cells can be operated in the temperature
integrity of the plastic components, the battery temperature
in operation should not exceed +50°C. Note, operation of
batteries at higher temperatures will reduce life expectancy. All
technical data relates to the rated temperature of +25°C.
4.7 Storage
Monoblocs and cells lose capacity when standing on open-
circuit because of parasitic chemical reactions. The high purity
of the materials used in the construction of SuperSafe SBS XC
batteries results in a very low rate of self-discharge, delivering
up to 2 years shelf life at 20°C before a refresh charge is
required.
The self-discharge rate of SuperSafe XC monoblocs and cells
is a function of the temperature. See below for the rate of self-
discharge at various temperatures:
Monthly self-discharge
rate
1.25%1.76% 2.5% 5%
Batteries should be stored in a cool, dry area. Note that high
temperature increases the rate of self-discharge and reduces
storage life. The following table gives the maximum storage
time before a refresh charge is required and the recommended
OCV audit intervals, at the given average storage ambient
temperature:
Temperature
(°C / °F)
Storage Time
(Months)
OCV Audit Interval
(Months)
+10 / +504812
+15 / +593412
+20 / +682412
+25 / +77176
+30 / +96126
+35 / +958.53
+40 / +10463
4.8 Refreshing Charge
Blocs and cells must be given a refreshing charge:
4.8.1 when the OCV approaches 2.10Vpc, or
4.8.2
occurs first.
when the maximum storage time is reached, whichever
Charge the monoblocs or cells at a constant voltage equivalent
to 2.40Vpc with minimum 0.1
hours.
C10
Amps current for a period of 24
4.9 Installation and Ventilation
The electrical protective measures and the accommodation
and ventilation of the battery installation must be carried out in
accordance with IEC 62485-2, and applicable “local/national”
standards, rules and regulations.
The battery should be installed in a clean, dry area.
Whatever your application, SuperSafe SBS XC batteries can be
mounted in any orientation except inverted. For the installation
of cells in the horizontal position, the instructions below must
be complied with.
-
+
+ -
+ -
•
•
Do not use terminal posts to lift or handle cells.
Ensure that the stand runners are located under the
•
container rather than the lid and/or lid/container seal.
Always ensure that the arrow on the lid of each unit is
pointing in vertical orientation.
3
Avoid placing the battery in a hot place or in front of a window
(no direct sunlight). Battery racks are recommended for proper
installation.
The positive terminal is identified by a “+” symbol on each
monobloc/cell. Install the batteries in accordance with the
instructions and/or layout drawing, taking care to ensure
correct terminal location and polarity.
Check that all contact surfaces are clean. Tighten terminal
fasteners, taking care to use the correct torque loading. The
fastener torque value is indicated on the product label. Fit the
covers supplied for protection against short circuit.
Follow the polarity to avoid short circuiting of monoblocs/cells.
A loose connector can cause erratic battery performance and
possible damage to the battery and/or personal injury.
4.10 Commissioning Charge
5. Cyclic Operation
5.1 Cyclic Performance
The graph below shows cycling capability of SuperSafe SBS
XC products:
Typical Number of Cycles as a Function of Depth
in Unreliable Grid Applications
of Discharge in Unreliable Grid Applications
14000
13000
12000
Typical Number of Cycles as a Function of Depth of Discharge
N
u
m
b
e
r
o
f
C
y
c
l
e
s
11000
10000
9000
8000
7000
6000
5000
4000
3000
2000
1000
0
10
The initial charge is extremely important as it will condition the
battery service life. So, the battery must be fully recharged to
ensure that it is in an optimum state of charge.
Case 1: Using a constant voltage charger. Cells here will need
to be recharged at a constant voltage of between 2.35 and
2.40 Vpc (maximum) at 25°C for a minimum of 24 hours with a
current limited to 0.01
C10
Amps. Temperature compensation for
charge voltage should be applied at the rates shown below:
+10 / +50
+20 / +68
+25 / +77
+30 / +96
+40 / +104
2.44
2.40
2.38
2.36
2.32
N
u
m
b
e
r
o
f
C
y
c
l
e
s
Depth of Discharge (%)
Figure 2
Depth of Discharge (%)
5.2 Discharging
Do not over-discharge the battery. This can be avoided by
including a Low Voltage Disconnect (LVD) switch in the circuit
or by disconnecting the battery from the load when the end
discharge voltage is reached. As a rule, installations will be
equipped with a regulator whose voltage threshold values will
protect against deep discharge:
Discharge Time
(Hours)
10
Low Voltage
Alarm
Disconnect
Voltage (LVD)
5.3 Charging
1.96Vpc
1.93Vpc
120
1.96Vpc
1.93Vpc
240
1.99Vpc
1.96Vpc
Case 2: With no external source available for recharging.
Connect the battery to the solar panel regulator and leave at
rest for 1 to 2 weeks. For this charge, set the regulator to the
values outlined in the charging section.
4.11 End-of-Charge Reading
The table hereafter gives an indication of the state of charge of
blocs and cells from a reading of open circuit voltage.
State of Charge (%)
100
90
80
70
Voltage
(Vpc)
2.17
2.15
2.12
2.10
The high charge acceptance of the TPPL technology used in
SuperSafe
®
SBS
®
XC is suited for applications which require
a fast time to repeat duty. In such applications the voltage
regulator should be set at 2.35Vpc to 2.40Vpc at 25°C.
Once fully charged the voltage can revert to float voltage with
temperature compensation as required. There are a number
of methods that can be utilised to control the recharge and
determine, when using fast charge, that full state of charge is
obtained such as Current Absorption and Ah Counting.
Based on current absorption, the recharge can be stopped
when current being absorbed by the battery reaches
0.01
C10
Amps. At this point a timer can be set/activated to
deliver an additional 1 hour of charge.
4
Ah counting can be used to control the recharge (i.e.103%
of discharged Ah is returned/115% in terms of Wh returned)
using a device with accuracy ±1% of the expected current
range. However, inaccuracies associated with equipment
calibration and/ or controller algorithm accuracy can lead to
drift in determining the true state of charge (SoC), meaning
that periodic equalisation charge and recalibration of SoC is
required.
Where Current Absorption Rate or Ah counting is used to
control the recharge, the battery voltage can be maintained
at a constant of 2.35Vpc to 2.40Vpc provided that the battery
temperature is controlled at or below +50°C.
Where the voltage cannot be adjusted to values >2.40Vpc to
compensate for temperatures below 20°C, the time to full state
of charge will increase.
The voltage/temperature compensation is +3mV/°C/Cell for a
temperature lower than 20°C (77°F) (the reference temperature
being 20°C) and -3mV/°C/Cell for a temperature higher than
20°C.
6. Service Life
Under normal operating conditions, the battery lifetime largely
depends on the temperature and depths of discharge. The
service life in cycling applications is based on the number of
years with a daily depth of discharge and can never exceed
the design life of 12 years at 20°C.
See Number. of Cycles vs DoD graph, Figure 2, and an
example of a SuperSafe
®
SBS
®
XC battery at 25°C:
of Discharge
Daily Depth
Number of Cycles
Estimated Life
(%DoD)
at 25ºC
Expectancy
(Years)
303,6009.8
7. Maintenance
SuperSafe SBS XC monoblocs and cells are VRLA batteries
and do not have to be topped up with water.
• Do not open the valve. Opening could cause lasting
damage to the battery and is prohibited.
• The containers and lids should be kept dry and free from
dust. Cleaning must be undertaken with a damped cotton
cloth without additives and without man-made fibres or
addition of cleaning agents, never use abrasives or solvents.
• Do NOT use any type of oil, solvent, detergent, petroleum
based solvent or ammonia solution to clean the battery
containers or lids.
• Discharge any possible static electricity from clothes by
touching an earth connected part.
8. Data Recording
It is recommended that, as a minimum, the following
information is recorded by means of regular data logging,
which the user must make available to EnerSys
®
warranty claim.
to validate any
1) Records of the commission charge.
2) T
(DoD) of each cycle.
he number of cycles performed and the depth of discharge
3) T
Ah in and Ah out, or Wh in and Wh out.
he duration of each charge and discharge cycle, and the
4) F
50 cycles.
ull details of the recharge voltage/current profile for the last
5) A
temperatures, recorded at regular intervals throughout
full history of the ambient and battery surface
battery operation and life.
6) T
the start/stop of the battery discharge, the start/stop of the
he time and date of each event. An event is defined as
battery recharge, the start/stop of any input power source.
9. Disposal
SuperSafe SBS XC products are recyclable. End of life
batteries must be packaged and transported according to
prevailing transportation rules and regulations. End of life
batteries must be disposed of in compliance with local and
national laws by a licensed battery recycler.
5
EnerSys World Head-
quarters
2366 Bernville Road,
Reading, PA 19605, USA
Tel: +1-610-208-1991 /
+1-800-538-3627
EnerSys EMEA
EH Europe GmbH
Baarerstrasse 18
6300 Zug
Switzerland
EnerSys Asia
152 Beach Road,
Gateway East Building #11-08,
Singapore 189721
Tel: +65 6508 1780
Contact:
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