W & W Manufacturing X3 & X6 User manual

User’s Manual
ANALYZER X3 & X6
R
MADE IN
USA BY:
W & W Manufacturing Co.
3 MINUTE
BATTERY
ANALYZER !
W & W Manufacturing Co.
800 South Broadway
Hicksville, NY 11801
In USA & Canada: 800-221-0732
In N.Y. State: 516-942-0011
Fax: [phone]
E-Mail: [e-mail]
Website: http://www.ww-manufacturing.com
Copyright Version 210.19.07.Rev.2
All specifications are subject to change without notice.
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Table of Contents
Features……………………………………………………………..4
Specifications……………………………………………...............5
Part Overview…………………………………………………….…6
Understanding the X3’s adapters Cup………………….……….7
Getting started …………………………………………....………8
Quick Test Analysis………………………………………..……......9
Cycle Mode…………………………………….…......................10
Auto Mode.................………………………………….…………11
Condition Mode……………………………………….....….. .....12
Discharge Mode………………………………. .........................13
Learn Mode………………………………………..……. ............16
Safety and Precautions……………………………………………3
Charge Mode.........................................................................14
Impedance Mode..................................................................15
Notes
2
Universal cup operation...........................................................17

Safety and Operating Environment
Always use a grounded AC outlet to power the Analyzer X3 & X6.
Keep the Analyzer X3 & X6 at least one-foot away from any object to allow for proper
Do not Analyze Batteries outside the recommended temperature ranges. For good and
(Room temperature) is recommended. Allow batteries to stabilize to room
temperature before analyzing.
Do not exceed the battery manufacturer’s recommended voltage, charge current and
ventilation.
consistent results, 25°C
discharge current.
3
Notes

of battery chemistries such as; Lithium Ion, Lithium Polymer, Nickel Cadmium and Nickel Metal Hydride.
Most mechanical shapes can be accommodated with a specially designed battery cup. See battery
Cup description for more information.
FEATURES
Analyzes, condition and charges Nickel Cadmium and Nickel Metal Hydride batteries.
Analyzes and charge lithium Ion and lithium polymer batteries.
Features a single button capable of multifunction and an easy to read display for a user interface.
Auto condition cycle for nickel batteries and life cycle mode for all batteries.
Quick Test (QT), determines the state of a battery, as well as one of two states
Optional thermal printer for status and result printing.
PC program available for more advance user interfacing and graph generation.
Embedded OEM parameters or user defined profiles in “Learn Mode”.
Prime mode, allows one to enable a Li-ion battery to be unlocked at the upper and lower end of
the Li-ion protective circuits range. Enabling Nickel based battery to acquire a charge to enable
the battery to be evaluated by the various modes of the X3 & X6.
OVERVIEW
The W&W Analyzer X3& X6 is a programmable battery tester and battery cycler capable of testing a variety
4
Batt>60% and Batt<60%
*
Universal cup
The Universal cup will allow one to evaluate batteries with different chemistries and cell counts within defined
specifications. The Universal cup has one memory location that can be programed the same as the Learn
Memory location in a standard cup.
During entry into the “Learn Mode”of the Universal cup, Battery Chemistry, Capacity, and the number of Cells
Are prompted for data entry. Follow the Directions below to enter data for the Learn Mode.
Data Range
Chemistry (Lithium Ion, Nickel Cadmium, and Nickel Metal Hydride)
Capacity 100 - 4000 maH
# Of Cells 1-12 NiCd and 1-4 Li-ion
Important: It is important that when testing
an UNKNOWN BATTERY in the learn mode that
you select the UNKNOWN state as opposed to
GOOD. You can not perform a valid Quick
test or an impedance test with the Universal cup.
One must observe the proper polarity when
connecting the battery to the Universal cup.
Should you connect the battery incorrectly,
you will hair a buzzing sound, reverse the leads.
At this point you may perform all the standard
operations that can be performed in stations; 2
3, 5 and 6 of the X3 and X6.
To change the cup settings for a different battery
or for different parameters for the same battery,
just repeat the Learn mod process again.
.
17
PUSH BUTTON ONCE
Display After “Turn On”
PUSH
PUSH
PUSH
NO ACTION
NO ACTION
ACTION
PUSH
PUSH
PUSH
PUSH
PUSH
SELECTING “ LEARN “ FOR
UNIVERSAL CUP
NO ACTION
NO ACTION
REMOVE BATTERY
BATT STATUS: UNKNOWN OR GOOD
<FUNCTION> TO CHANGE
ENTER THE NEW CHARGE
RATE: 1000 MA
ENTER NEW DIS -CHRG
RATE: C/2
LION 1CELL 1800MAH
CHRG: 1000MA C /:2
LEARN MODE COMPLETE
SELECTED CAPACITY =
1800 MAHR
PASS / FAIL LEVEL =
80% OF CAPACITY
STORING NEW
CONFIGURATION
REMOVE BATTERY
BATTERY TYPE =
LITHIUM ION
CELL COUNT =
2 CELLS
LEARN MODE
SELECTED
INSERT BATTERY
EMPTY
EMPTY
READY
Universal cup.

& X6 SpecificationsX
Number of stations
QuickTest:
Standard Tests:
BatteryVoltage
Charge/Discharge current:
Maximum charge power X3
Maximum Discharge power: X3
Power Management
Chemistries
Charge and End of Charge Detection Protocols:
Display:
Batter yAdapters:
Data Ports:
Line Voltage:
Input Current:
Output: X3 X6
Dimensions and Weight: X3 X6
Options Available:
3 6
#1 #1 & 4
Takes approximately 3min.
Checks Impedance
Checks voltage min/max
Checks discharge at different rates
Utilizes an algorithm to determine capacity range.
Chargeonly3 6
Discharge onl y 3 6
Cycle :1,2,33 6
Auto3 6
Condition3 6
Impedance1 1 & 4
:1.2 to 15V Max. Number of cells: Nickel based : 12 cells, Li-ion: 4 cells
50mA to 4A in 50mA steps
:55W/station,60 Wtotal58W/station,100WtotaL
25W/station 25W/station,,75W tota 75W totall
:The X3 & X6 automatically regulates which station will receive max. Power during high pwr demands.
: Lion, NiCD and NiMH
Li -ion, Constant current - Constant voltage Detection is achieved at C/11. Where (C) = capacity of Batt.
Nickel based battery: Constant current, with negative deltaVDetection.
20x22Backlit LCD
QuickConnect Adapter Cups for ease of changingAdapters (No tools required)
FiveMemory locations, each can be programmed for Li-ion, NiCD or NiMH
Fifth memory location is field programmable, for all parameters
RS-232 interface to P.C. And Serial Printer
100TO 240 VAC 50 to 60 Hz
2A
[email protected] A[email protected]
Lengt Lengt hh 4.5”(110.25mm) 4.5”(110.25mm)
Widt Widt hh 13”(318.5mm) 24.5”(622.3mm)
Dept Dept
hh
9”(220.5mm) 9”(220.5mm)
Weigh Weigh tt 6.5lb(2.96kg) 11.3lb(5.2kg)
P.C.Software, Serial Printer, Universal Adapter and Power Supply ([email protected])
All Specifications are subject to change without notice.070217
Station Std Power Supply Hi Power Supply
X3
*
5
Learn Mode
This mode when selected will allow a battery’s parameters to be created for new battery models.
A battery “Adapter Cup” holds a total of 5 battery profiles for parameter storage; four are preprogrammed
with OEM information for a particular battery series. The fifth profile can be modified by the “Learn
Mode”. During entry into the “Learn Mode”, Battery Chemistry, Capacity, and the number of Cells are
prompted for data entry. Follow the Directions below to enter data for the Learn Mode.
Data Range
Chemistry (Lithium Ion, Nickel Cadmium, and Nickel Metal Hydride)
Capacity 100 - 4000 maH
# Of Cells 1-12 NiCd and 1-4 Li-ion
ACTION
Display After “Turn On”
NO ACTION
NO ACTION
NO ACTION
NO ACTION
PUSH
PUSH
PUSH
PUSH BUTTON ONCE
PUSH
PUSH
PUSH
PUSH
PUSH
PUSH
BATTERY TYPE =
LITHIUM ION
SELECTED CAPACITY =
1800 MAHR
CELL COUNT =
2 CELLS
ENTER THE NEW CHARGE
RATE: 1000 MA
PASS / FAIL LEVEL =
80% OF CAPACITY
ENTER NEW DIS -CHRG
RATE: C/2
NOMINAL IMPEDANCE =
250 mOHMS
ACCEPT DEVIATION =
35%
LION 1CELL 1800MAH
CHRG: 1000MA C /:2
STORING NEW
CONFIGURATION
EMPTY
EMPTY
LEARN MODE
SELECTED
BATT STATUS: UNKNOWN OR GOOD
<FUNCTION> TO CHANGE
INSERT BATTERY
**
**
Learn Mode Precautions
A good battery must be used to calibrate a
battery’s profile. OEM batteries have unique
profiles that should not be used when testing
non-OEM batteries. For each new non-OEM
battery, create a new profile. The factory
settings can not be modified in the field,
however by utilizing the LEARN MODE
function one can learn a non-OEM battery.
It is very important that the battery you are
using the LEARN MODE function for must be
at least 95% of the stated capacity and a
Impedance test should be performed on
the battery in question and entered when
requested in the LEARN MODE. It is a good
idea to set the acceptable deviation to
35% to begin with. The learning of a good
non-OEM battery will enable you to perform
a QUICK TEST (QT) in station #1 of the X3 and
stations #(1) and #(4) of the X6.
PUSH READY
LEARN MODE COMPLETE
REMOVE BATTERY REMOVE BATTERY
(**) APPEARS ONLY WHEN A (GOOD) BATTERY IS BEING LEARNED!
Important: It is important that when testing
an UNKNOWN BATTERY in the learn mode that
you select the UNKNOWN state as opposed to
the GOOD state until the battery has been
certified to be equal to or greater than 95% of
it’s rated capacity, then perform an Impedance
test and record the results, repeat the learn
mode with: BATT STATUS: as GOOD. Once a
good battery is learned, you will be able to
perform a QUICK TEST in station (1) of the X3
and on stations (1) and (4) of the X6.
.
*
*
16
SELECTING “ LEARN “
AND RESULTS
X3 X6
Stations
Stations
X6 55W/station, 120W total 58W/station, 200W total
X6 25W/station, 150W total 25W/station 150W total

Rear view of Analyzer X3
Rear view of Analyzer X6
Analyzer X3
Parts Overview
Printer PortPrinter PortPrinter PortPrinter Port
FUNCTION BUTTONS
DISPLAY
Serial Port
(Printer) DB9-Male
Serial Port
(Computer) DB9-female
Adapter cups
EMPTY
EMPTY
EMPTY
1
2
3
6
Impedance Test
Impedance of a battery can be a good indicator of degradation of a battery’s performance. In general, the lower
the impedance number the better the battery performance during discharge. As a battery ages the
impedance starts to rise indicating possible problems with the electrolyte, separator, contact corrosion, or
metal interfaces, all impact the impedance.
The initial impedance of a new battery should be recorded and compared through the life of a battery and a
determination can be made to remove the battery from service when the impedance rises out of range.
The Analyzer X3 and X6 produce impedance results within a 15 seconds of testing and displays the impedance in
Ohms on the display or on a printout when an optional printer is used.
Follow the directions below for Impedance testing.
READY
EMPTY
FOR RESULTS
Display After “Turn On”
After the battery is placed
in the adapter
PUSH FUNCTION BUTTON
until battery
specs appear
in the display
ACTION
NO ACTION
NO ACTION
NO ACTION
NO ACTION
PUSH
PUSH
PUSH
PUSH
PUSH
PUSH
CYCLE/AUTO/CONDITION
<FUNCTION> FOR NEXT
DIS -CHRG BATTERY
<FUNCTION> FOR NEXT
BATTERY IMPEDANCE
.233 ohms
<FUNCTION> FOR NEXT
NICD 700 MAH 7.2V
<FUNCTION> FOR NEXT
QUICK TEST
<FUNCTION> FOR NEXT
<FUNCTION> FOR NEXT
HAS BEEN SELECTED
TO PROCEED PRESS
<FUNCTION>
NICD 700 MAH 7.2V
HAS BEEN SELECTED
CHARGE BATTERY
IMPEDANCE TEST
IMPEDANCE TEST
TESTING
15
SELECTING “IMPEDANCE “
AND RESULTS
Serial Port
(Computer) DB9-female
On/Off Switch
Power in Receptacle
On/Off Switch
Power in Receptacle
Hi Power in Receptacle
optional
Serial Port
(Printer) DB9-Male
This test is only performed in Pocket #1 for the X3 and pockets #1 and #4 for the X6.

Understanding the Analyzer X3’s and X6’s Adapter CUP
The “Adapter Cup” allow different batteries to be serviced by the Analyzer X3 and X6.
Each “Adapter Cup” is made for a specific battery model. There are 5 memory locations
(data profile locations) within each “Adapter Cup”. The first four profiles store pre-stored
battery information and can only be altered using an optional software interface. The type
of data stored for example is chemistry (NiCD, NiMH, Lithium Ion and Lithium Polymer),
capacity, impedance, charge current, and discharge current.
The fifth profile location is used for a user defined battery type or the same OEM model.
To invoke this location and store data, use the “Learn Mode”. See the Section on “Learn
Mode” in order to enter data.
Highlighted Features
Physically accommodates battery pack in the analyzer
Holds five different Muti -chemistry parameter profiles.
Learn Mode profile location for user defined parameters of a unique battery.
Locking Latch system allows cups to be changed without tools.
UP to 4 OEM battery pack’s profiles programmed at factory
Prime mode, allows the unlocking of a Li-ion Battery protection
circuits, both at the upper and lower limits. The Prime mode will
also put a charge on a nickle based battery that has been
allowed to self discharge to a level that the X3 or the X6 or a battery charger
could not recognize it when the battery is placed in a charger or the
X3 or X6.
Adapter cup
7
To select the Analyzer X3’s and X6’s Charge Mode, follow the directions below:
ACTION
Display After “Turn On”
After the battery is placed
in the adapter
NO ACTION
NO ACTION
NO ACTION
NO ACTION
NO ACTION
FOR RESULTS
PUSH FUNCTION BUTTON
until battery
specs appear
in the display
PUSH
PUSH
PUSH
PUSH
CYCLE/AUTO/CONDITION
<FUNCTION> FOR NEXT
DISCHARGE BATTERY
CHARGE BATTERY
CHARGE BATTERY
CHARGING
READY
CHARGE COMPLETED
120 MINUTES + TOP OFF
<FUNCTION> FOR NEXT
<FUNCTION> FOR NEXT
HAS BEEN SELECTED
EMPTY
TO PROCEED PRESS
<FUNCTION>
LION 1650 MAH 7.4V
<FUNCTION> FOR NEXT
LION 1650 MAH 7.4V
HAS BEEN SELECTED
QUICK TEST
<FUNCTION> FOR NEXT
Charge Mode
The Analyzer X3 and X6 applies two types of charge algorithms for the two types of chemistries.
For Nickel based battery chemistries, a constant current of 1C (changeable with software option) is applied
until the battery voltage peaks and descends negative. A top off current or 0.2C is then applied for 30
minutes to bring the total charge to 100%.
Lithium batteries are charged with a different algorithm. The Analyzer X3 and X6 applies a constant current of
1C until the battery pack voltage equals between 4.1 and 4.2 Volts (the exact voltage depends on the pack
manufacturer’s specification). Upon reaching the predetermined voltage, the voltage is then held constant
allowing the current to decrease to C/11.
The rate at which the battery is charging is called a C rate. The (C) rate is the charging current divided by the
Capacity of the battery . For example: the capacity of a battery is 1200maH and the charge current is
1200 mA, than (C) rate is 1(C). If the charge current is reduced to 120 mA, then the C rate is 0.1C.
14
SELECTING “ CHARGE “
RESULTS

Getting Started
Power Up
- Connect the unit to the proper AC voltage and
Turn-on power using the switch located on the
Back of the unit.
You are now ready to service a battery.
. Placing the appropriate “adapter cup” in the analyzer will allow
you to service an OEM battery. The cup contains pre-stored data e.g. chemistry type, capacity, impedance,
charge rate and discharge rate for 4 battery types.
There is a fifth data position in the “cup” reserved for user defined information during the Learn Mode.
See “Learn Mode” for more information.
1. Place a battery into the “adapter cup”. The display “Press Function to Proceed” should be displayed.
The analyzer should detect your battery and give chemistry and capacity options as the function button is
Pushed. See note below, should the aforementioned not occur. *
*Note: If you do not see your chemistry during this process, remove the battery and reinsert it after pressing
the function button momentarily. This operation will place you in the “Learn Mode”. See “Learn Mode” on how
To proceed.
2. Scroll through the menu until your battery appears (using the Function Button). When your battery
appears, stop pressing the Function Button and wait until the display stop blinking. An acknowledgement
beep will be heard and the display will also acknowledge your selection.
3. The display will now show a menu of “Test options”as you press the function button e.g. QUICK TEST,
CYCLE/AUTO/CONDITION, Dis-charge, Charge and Impedance Test. This sequence only occurs for Station (1).
As you press the Function button the display should scroll through the menu of “Tests”. When the test you
have select appears in the display, just simply stop pressing the function button and wait until the display
stop blinking. Once the display stops blinking, an acknowledgement beep will be heard along with a visual
of the test you Selected in the display.
4. The test you selected will now start. Results will be displayed upon completion and if you have the
optional printer attached a print out will also be printed upon test completion.
WW Manufacturing
V3.20P Date: 2.09.03
EMPTY
EMPTY
EMPTY
EMPTY
EMPTY
EMPTY
EMPTY
EMPTY
EMPTY
ONCE THE UNIT HAS BEEN
POWERED, THE DISPLAY
SHOULD SHOW, AND THEN SHOW
1
1
4
2X3
X6
3
6
3
2
5
For Stations (2) and (3) you will see the following sequence: CYCLE/AUTO/CONDITION, DIS-CHRG BATTERY
and CHARGE BATTERY
8
Discharge Mode
The Analyzer X3 and X6 is capable of a single discharge cycle by selecting Discharge Mode.
In the normal discharge mode a constant pre-stored load current (C/5) is applied to the battery until 1volt
per cell has been reached. The result of the measurement is displayed as a percent of capacity. The
capacity of a battery is defined as the amount of current over time. So the discharge result shown by the
Analyzer X3 and the X6 is also given in mAh, the amount of current discharged over time.
The rate at which the battery is discharge is called the (C) rate. 1C is the discharge current amount of the
battery divided by battery capacity. For example: the capacity of a battery is 1200mAh and the discharge
current is 1200 mA, 1C. If the discharge current is reduced to 120 mA, then the C rate is 0.1C.
Use the following procedure to select the Discharge mode:
ACTION
Display After “Turn On”
After the battery is placed
in the adapter
NO ACTION
NO ACTION
NO ACTION
NO ACTION
NO ACTION
FOR RESULTS
PUSH FUNCTION BUTTON
until battery
specs appear
in the display
PUSH
PUSH
PUSH
CYCLE/AUTO/CONDITION
<FUNCTION> FOR NEXT
DIS-CHRG BATTERY
DIS-CHRG BATTERY
DIS-CHRG
READY
DIS-CHRG BATTERY
CAP= 91% 1501MAH
<FUNCTION> FOR NEXT
HAS BEEN SELECTED
EMPTY
TO PROCEED PRESS
<FUNCTION>
LION 1650 MAH 7.4V
<FUNCTION> FOR NEXT
LION 1650 MAH 7.4V
HAS BEEN SELECTED
QUICK TEST
<FUNCTION> FOR NEXT
13
SELECTING “ DISCHARGE “
RESULTS

This is an advanced proprietary algorithm capable of determining the health of a battery. Specially stored
parameters allowing the Analyzer X3 or X6 to identify a battery’s range of capacity and display: Batt>60% or
Batt<60%of rated capacity . Batteries that have a low state of charge when placed in the X3 for the QT
May require a charge of up to 10 minutes before performing the QT. Up to 3 attempts to charge the battery
will be tried before a message is displayed “Discard the Battery”.
Even batteries that do not have pre-stored parameters can have a QT on, but will first be required to go
through the “ Learn Mode”. Note, first a good battery must be learned before QT can be performed .
A impedance test must be performed prior to the “Learn Mode”, and incorporated into the LEARN MODE.
SELECTING “ QUICK TEST “
RESULTS
SELECTING “ CONDITION “
AND RESULTS
FOR RESULTS
PUSH
QUICK TEST ANALYSIS
BATT>60% 0R BATT<60%
Display After “Turn On”
After the battery is placed
in the adapter
NO
NO
NO
NO
ACTION
ACTION
ACTION
ACTION
REMOVE BATTERY
PUSH FUNCTION BUTTON
until battery
specs appear
in the display
READY
EMPTY
TO PROCEED PRESS
<FUNCTION>
LION 1650 MAH 7.4V
<FUNCTION> FOR NEXT
LION 1650 MAH 7.4V
HAS BEEN SELECTED
HAS BEEN SELECTED
QUICK TEST
QUICK TEST
TEST
<FUNCTION> FOR NEXT
ACTION DISPLAY
QUICK TEST ANALYSIS
9
Condition Mode
The CONDITION CYCLE serves basically two needs of Nickel based batteries, one is to reform the
Cells of a battery that hasn’t been used for an extended period of time, say for 3 or more Months.
Usually deep discharging the batter y will restore the battery back to normal capacity such as the discharging
and charging cycle used in the Analyzer X3 and X6.
Lithium Ion batteries do not suffer from voltage depression, but they will not be harmed if the Conditioning
cycle is applied to them. To select the condition cycle follow the instructions below.
ACTION
Display After “Turn On”
After the battery is placed
in the adapter
NO ACTION
NO ACTION
NO ACTION
NO ACTION
NO ACTION
NO ACTION
NO ACTION
FOR RESULTS
PUSH FUNCTION BUTTON
until battery
specs appear
in the display
PUSH
PUSH
PUSH
CYCLE/AUTO/CONDITION
<FUNCTION> FOR NEXT
CYCLE/AUTO/CONDITION
HAS BEEN SELECTED
CYCLE 1
CONDITION TO 80%
CONDITION TO 80%
HAS BEEN SELECTED
TESTING
READY
CONDITION - DONE 1
CAP= 85% 595 MAH
<FUNCTION> FOR NEXT
<FUNCTION> FOR NEXT
EMPTY
TO PROCEED PRESS
<FUNCTION>
NICD 700 MAH 7.2V
<FUNCTION> FOR NEXT
NICD 700 MAH 7.2V
HAS BEEN SELECTED
QUICK TEST
<FUNCTION> FOR NEXT
Secondly this mode will eliminate MEMORY EFFECT better known as VOLTAGE DEPRESSION.
With the X3 and X6, the percentage of the rated capacity of the battery being CONDITIONED is set at 80%, the 80%
is set at the factory and can be modified with the use of optional software.
12

Cycle Mode
The Cycle mode will cycle a battery through a charge and discharge cycle, known as Cycle (1). One could
Select, Cycle 1, 2 or 3. By selecting cycle 1,2 or 3 all one would be doing is repeating the Charge/discharge
number to reflect the chosen Cycle count. Cycle 2 and 3 are often used for incoming quality control of new batteries.
The X3 will display the capacity (in percentage of rated capacity and mAH). It should be noted that after the
FOR RESULTS
Display After “Turn On”
After the battery is placed
in the adapter
PUSH FUNCTION BUTTON
until battery
specs appear
in the display
ACTION
NO ACTION
NO ACTION
NO ACTION
NO ACTION
NO ACTION
NO ACTION
PUSH
PUSH
PUSH
CYCLE/AUTO/CONDITION
<FUNCTION> FOR NEXT
CYCLE/AUTO/CONDITION
HAS NEEN SELECTED
CYCLE 2
CAP=88% 616 MAH
<FUNCTION> FOR NEXT
NICD 700 MAH 7.2V
<FUNCTION> FOR NEXT
QUICK TEST
<FUNCTION> FOR NEXT
HAS BEEN SELECTED
TO PROCEED PRESS
<FUNCTION>
NICD 700 MAH 7.2V
HAS BEEN SELECTED
CYCLE 2
CYCLE 2
TESTING
READY
EMPTY
completion of the Cycle function the battery is left in a fully charged state.
Life cycle testing can be accomplished by choosing the Auto test. Battery performance for multiple cycles can be
evaluated as long as the battery is not removed. Charge and discharge cycles are performed with 10-minute
rest in between charge and discharge.
An example of how this test can be used is the following: A manufacturer states that a NiMH battery will
Achieve a % of the stated capacity through the 300 cycles through its life (life can be defined as 300 cycles).
The 300 cycles can be verified provided that the discharge rate is adjusted per the manufacturer’s specifications.
ACTION
Display After “Turn On”
After the battery is placed
in the adapter
NO ACTION
NO ACTION
NO ACTION
NO ACTION
NO ACTION
NO ACTION
FOR RESULTS
PUSH FUNCTION BUTTON
until battery
specs appear
in the display
PUSH
PUSH
PUSH
CYCLE/AUTO/CONDITION
<FUNCTION> FOR NEXT
CYCLE/AUTO/CONDITION
HAS BEEN SELECTED
CYCLE 1
AUTO CYCLE
AUTO CYCLE
HAS BEEN SELECTED
TESTING
THE ACTUAL READING WHEN YOU PRESS THE FUNCTION
BUTTON WILL DEPEND ON WHERE IN THE CYCLE YOU ARE.
IT IS FOR THIS REASON WE RECOMMEND PERFORMING
THIS TEST WITH A SERIAL PRINTER
AUTO CYCLE - PASS 45
CAP= 85% 595 MAH
<FUNCTION> FOR NEXT
<FUNCTION> FOR NEXT
EMPTY
TO PROCEED PRESS
<FUNCTION>
NICD 700 MAH 7.2V
<FUNCTION> FOR NEXT
NICD 700 MAH 7.2V
HAS BEEN SELECTED
QUICK TEST
<FUNCTION> FOR NEXT
Auto Mode
10 11
SELECTING “ CYCLE 2 “
RESULTS
SELECTING “ AUTO “
RESULTS