G. Jost electronic TMC-2001RTS User manual

TMC-2001RTS
(Firmware V2.23)
Batterie – Management – System
Manual
G. Jost – electronic
Larstraße 55
53844 Tr isd rf
www.cellizer.c m

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Manual
1 GENERAL 4
1.1 In One Word 4
1.1 Copyright notices 4
1.2 Safety Requirements 5
1.3 undamental unctional Procedure 6
1.4 Validity of the Manuals 7
1.5 Guarantee and Limitations 7
2 TMC-2001RTS COMPONENTS 8
2.1 Survey 8
2.2 Standard components and optional accessories 8
2.3 Manual 8
2.3.1 General Fundamentals 8
EMPLOYMENT POSSIBILITIES 9
4 OPERATING ELEMENTS AND CONNECTIONS 10
4.1 Measuring Input Connection Jacks 10
4.2 Operating Switch Keys 11
4.2.1 Key Occupation 11
4.2.2 Switch On and Off 11
5 GENERAL EXPLANATION OF THE MENUS 12
5.1 The internal database 12
5.2 The Main Menu 12
5.2.1 he INFO entry 12
5.3 undamental Operating Sequence 13
5.3.1 he Battery Definition menu 14
5.3.2 Viewing of Measured Values 14
5.4 The Individual Measurement functions 14
5.4.1 Float 14
5.4.2 DISCHARGE, CHARGE 16
5.4.3 RESIS ANCE 16
5.4.4 EMPERA URE 18
5.4.5 CONNEC OR 18
5.4.6 DMA35 (IrDA) 19

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5.4.7 DMA35 (B ) 19
5.4.8 IN ERVAL U 20
5.4.9 IN ERVAL U+I 20
6 THE DATA MENU 22
6.1 SHOW DATA 22
6.2 EXPORT (CSV) 23
6.3 SHOW BATTERY DE INITION 23
6.4 CLEAR DATA 23
6.5 CLEAR BATTERY DE INITION 23
7 SETTINGS 24
7.1 SYSTEM 24
7.1.1 SE IME & DA E 24
7.1.2 SELEC LANGUAGE 24
7.1.3 ES HEADSE 24
7.1.4 ES RANSPONDER 24
7.2 MEASUREMENT 25
7.2.1 POLARI Y ON 25
7.2.2 POLARI Y OFF 25
7.3 BT-SETTINGS 26
7.3.1 LINK COMPU ER 26
7.3.2 LINK HEADSE 26
7.3.3 LINK DMA35 V4 27
7.3.4 REMOVE PAIRINGS 27
7.4 CSV-EXPORT 27
7.4.1 EXPOR ARGE 27
7.4.2 FILENAME FIXED 27
7.4.3 FILENAME UNIQUE 27
8 APPENDIX 28
8.1 Charging the TMC-2001RTS 28
8.2 Remove batteries 28
8.3 Use of the R ID 29
8.4 irmware Update 29
9 FREQUENTLY ASKED 1

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1 General
1.1 In One Word
Battery systems m unted in permanent area units are ever gaining n significance.
Measurements and tests are a must f r maintaining and retaining perati nal readiness.
Only in this way is it p ssible t determine the m mentary system status, t determine the
availability f the batteries, t detect hidden malfuncti ns and t carry ut appr priate
measures f r their eliminati n bef re damage is caused.
The c mputer integrated TMC-2001RTS supp rts the service staff in their tasks. It
pr vides a system which features the f ll wing advantages:
 light, c mpact, p rtable
 menu c ntr lled, easy perati n
 quick measured value determinati n
 universal empl yment
 c mputer integrated analysis f the measuring results by means f PC
We appreciate the fact that in purchasing this measuring system y u have been c nvinced
f the advantages it ffers and we wish t express ur thanks f r y ur decisi n. Naturally,
a manual, describing the advantages ffered, is a part f the system itself. We w uld
request y u t take the little time required t w rk y urself thr ugh the manual. M st
imp rtant f all are chapter "Safety Requirements" and chapter "Fundamental Functi nal
Pr cedure".
Sh uld y u have any further questi ns, desire extensive inf rmati n r, als , have any
critical remarks please d n t hesitate t c ntact y ur l cal sales representative, r email
us under inf @cellizer.c m .
1.1 Copyright notices
Micr s ft, Wind ws and Micr s ft Excel are registered trademarks f Micr s ft
C rp rati n.
Bluet th is a registered w rd and figurative mark f the Bluet th SIG.

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1.2 Safety Requirements
Bef re y u begin t deal m re deeply with the device itself, we w uld like t give y u a few
safety hints in advance.
Please bserve the respective DIN/VDE/EN/IEC/ANSI-guidelines, the rules and
regulati ns f r l cal perat rs and the instructi ns f the battery manufacturer.
Battery systems are electrical equipment systems having high sh rt-circuit
currents. Av id sh rt-circuits which can cause current interrupti n, damage t the battery,
stati n equipment and/ r harm t pers nnel. Be sure to think about possible short-
circuit dangers which can be caused by incorrectly connected shunts!
The TMC-2001RTS, the safety measuring leads and the access ries sh uld nly
be empl yed f r th se purp ses described here. Inc rrect use can cause damage t the
measuring system. Damage r used c mp nents must be immediately replaced.
Always maintain a g d c ntact with the test clamps. It is n t all wed t m ve r
rem ve test clamps during a measurement, therwise unwanted sparks c uld be
generated. Always wait f r the ac ustic ackn wledgment f the c mpleted measurement
pr cess!
A resistance measurement sh uld n t be perf rmed while charging. L k f r well-
ventilated battery-r ms!
The TMC-2001RTS charging unit may nly be c nnected t the p wer supply
v ltage indicated n the identificati n shield. The unit sh uld n t be c vered up r exp sed
t dampness during charging perati n. The DATALOGGER should not be operated on
the charging unit while carrying out measurements.
The TMC-2001RTS is equipped with a transp nder-m dule which will emit radi -
frequencies. Please be sure that it is all wed t use this feature in y ur c untry! C ntact
y ur nearest sales-representative f r m re inf rmati n. (125kHz)
The safety measuring leads and als all external cabling are n t all wed t be
l nger than 2 meters.
Be sure t secure y ur data at regular intervals. This is valid f r the measuring
device st red measured values, as well as, f r the data in y ur wn PC.
The device sh uld n t be exp sed t direct sunshine r temperatures exceeding
40 degrees Celsius (e.g. lying nt heating units, radiat rs, etc.).
Never exceed the voltage of 24VDC at the P+ input.

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1. Fundamental Functional Procedure
The TMC-2001RTS measuring system serves the determinati n f the c nditi n f
permanent m unted l cal batteries, l gging and the determinati n f the perating safety
f these battery systems by empl ying c mputer integrated evaluati n. The measuring
system can, based up n its c ncepti n, be used f r pened lead-acid/electr lyte batteries,
as well as, f r cl sed battery systems.
The system includes certain perati nal m des (als referred t as pr grams) f r this
purp se and the m st imp rtant nes are listed bel w:
 Fl at
 Discharge, Charge
 Battery interval test
Al ngside these perati nal m des there are a series f extensi n pr grams, such as, f r
example a bridge c nnect r test which r unds ff the p wer sc pe. These tasks are
supp rted and backed up by the battery management system st red in the PC.
 Battery data base file
Hint: The battery database which is created and maintained in the PC- s ftware sh uld
be the fundamental base f the use f TMC. If this database was n t created yet it sh uld
be d ne n w bef re the intr ducti n int TMC is c ntinued. F r further inf rmati n please
refer t the PC-s ftware manual which is separate fr m this ne.
The "Fl at" is the simplest perati nal m de. During the “Fl at” the measurement f the
individual cell v ltages is carried ut in the usual way. The value is measured, indicated n
the display and internally st red. The device aut matically all cates the date and time f
day. The measured values are c mpared t previ usly entered t lerances and deviati ns
are ac ustically and ptically signalized during measurement. Once measurement has
been c mpleted the number f measured cells, the average value, all individual cell
v ltages, as well as, the number f the cells having the highest and l west v ltages can be
sh wn n the display.
The "Discharge", “Charge” and "Interval Test" are carried ut in the same manner. Only
here the number f measuring cycles and the time intervals f measured value rec rding
are different.
In the perati n m de „RESISTANCE“, all bl ck v ltages and internal resistance values
are measured and st red simultane usly.
The perati n m de „INTERVAL“ perf rms the st rage f a discharge curve
The entire hist ry f a battery can be f ll wed using the "Battery Data Base File" n the
PC. The file administrates all typical battery values, such as, n minal capacity, pr jected
set-p int capacity, all wable v ltage t lerances, manufacturing and c mmissi ning date
and all excepti nal ccurrences. The file all ws the immediate access t the hist rical data
f the system and simplifies decisi n making in c nsiderati n t battery status in
c njuncti n with the actual measured values.

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1.4 Validity of the Manuals
The manual is valid f r firmware versi n V2.23.
1.5 Guarantee and Limitations
The manufacturer supplies a guarantee f 12 m nths after purchase f r material and
c nstructi n. The guarantee is n t valid if the pr duct is m dified r altered in any way by
the cust mer and, likewise, damaged by an act f G d r by empl yment under unusual
w rking c nditi ns. The manufacturer reserves the right t replace the pr duct by
supplying a new r verhauled device.
Please c ntact y ur l cal representative by guarantee claims.
We reserve the right t imp se the f ll wing limitati ns:
 We reserve the right t make alterati ns and changes in the said system and t
make changes in the inf rmati n included in this manual with ut n tice.
 We d n t accept resp nsibility f r damages f any type ccurring in the use f the
test system and/ r ccurring due t the fact that empl yment purp ses c uld n t
be perf rmed. The manufacturer can, in n case, be held resp nsible f r direct
damages, indirect damages r subsequent damages which ccur t the cust mer
by empl yment r n n-empl yment p ssibilities f the pr duct.
 The pr grams may neither be c pied n r duplicated. Even th ugh we have taken
the utm st care in the preparati n f the pr gram and this manual, malfuncti ns
can still ccur in the pr gram sequence which we cann t take resp nsibility f r.
 Sh uld a part f the guarantee specificati n be invalid the laws and rdinances f
the Federal Republic f Germany are valid.
This is valid f r the device and f r the evaluati n f the s ftware c mp nents empl yed in
the c mputer.

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2 TMC-2001RTS Components
2.1 Survey
2.2 Standard components and optional accessories
Standard c mp nents:
Item
Article
-
no.
TMC-2001RTS (DataL gger)
Free f c st S ftware, CS-Manager
(available as d wnl ad fr m ur website)
Charging unit
Measuring leads
Manual
(available as d wnl ad fr m ur website)
Opti ns:
Item
Article
-
no.
RF-ID Transp nder Tags
Temperature sens r
Specific Gravity sens r
Please note that you will download the latest version of PC software on the net.
Older versions may not be able to communicate correctly with the TMC-2001RTS!
2. Manual
2. .1 General Fundamentals
 This symb l refers t situati ns r pr cedures which c uld cause danger t
pers ns and/ r damage t bjects.
 Imp rtant hints and sequential steps are designated by "Hint".
 Imp rtant test secti ns in the manual are accentuated by b ld type.
 Practice examples are indicated as f ll ws: Practice Example

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Employment Possibilities
The measuring system features the f ll wing main aspects:
 Float, whereby the cell v ltages f a battery system are rec rded, f r example, in
a m nthly measurement f the charge retenti n.
 Discharge and Charge, whereby the cell v ltages f a battery system are
rec rded.
 Interval, v ltages r current sequences can be rec rded in freely defined time
intervals.
 A battery file is pened c vering the entire lifetime f a battery using the PC and its
installed analysis s ftware. In this file all the activities c ncerning a battery
(measurements, substituti n f cells etc.) are st red and can be evaluated in
graphic and/ r table f rm.
The measuring system supp rts all perati nal sequences kn wn in the past. The
measuring results and/ r inputs serve as unified data base f r further pr cessing n the
PC r f r n the sp t utput.
The different functi nal m des are selected in a menu system. The build-up f this menu
system c rresp nds t the perati nal sequence. During measured value st re the
measured values are simultane usly m nit red f r high and l w limit value vi lati n f
v ltage t lerances and, when required, indicated as such.
The time f day and the date are aut matically inserted.
The perati nal status f a battery system can be evaluated exactly by utilizing the battery
file. The evaluati n can be f ll wed ver a peri d f years. Thus, an extra rdinary survey
c vering the individual battery fl ats, discharges and charges is established.

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4 Operating Elements and Connections
4.1 Measuring Input Connection Jacks
The measuring device features f ur c nnecti n jacks f r the measuring leads and/ r
sens rs included in the delivery.
The measuring signals refer t the reference and/ r gr und p tential f the [COM]-jack.
The measuring inputs are not galvanically isolated.
Measuring Ranges
The measuring ranges depend up n the ccupati n f the input jacks.
[COM] / [P-] Gr und (earth)-/reference p tential f each particular range. Current
carrying c nnecti n t the –p le f a battery under test (resistance
measurement).
[S+] Input f r DC/AC Measurement. Cell/bl ck v ltages r c mplete battery
v ltages are measured ver this inputs. This input is als the p sitive
sense lead during a resistance measurement.
Range 1: 24.50 VDC Res luti n: 0.0001 VDC
Range 2: 600.00 VDC Res luti n: 0.0010 VDC
600V CAT III
DC - Input impedance : 2 M



[S-] Inputs f r DC Measurement. The signal f a DC clip- n current clamp r a
temperature sens r can be pr cessed at this input. This input is als the
negative sense lead during a resistance measurement.
Range 1: 2450.0 mVDC Res luti n: 0.01 mVDC
DC - Input impedance: >10 M
[P+] Current carrying c nnecti n t the +p le f a battery under test (resistance
measurement). Please observe the voltage limitation of 24VDC at this
input! This input is directly connected to a power transistor!

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4.2 Operating Switch Keys
The measuring device is perated using the membrane switch keys.
4.2.1 Key Occupation
The butt ns are self-explaining. Y u can scr ll r change number settings with the arr w-
keys. The -key is used f r exiting menus, r f r an early st p f a functi n in use. The
-key is mainly used f r a c rrect terminati n f a ch sen pr gram.
4.2.2 Switch On and Off
The device is switched n with the -key. Press and h ld the butt n until y u hear the
p wer n signal (max. 2 sec nds). Use “P wer Off” in the main menu t shut d wn the
device Y u can turn ff the device in an emergency case, by pressing the -butt n l nger
than 5 sec nds.

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5 General Explanation of the Menus
The device has three different menu sequences available.
1) The measurement menu
2) The database menu
3) The settings menu
The desired selecti n menu is selected, fr m the main menu by pressing the appr priate
menu key. The sequence r sub-menus l cated bel w the main menu are paged using the
-, -keys. The desired sub-p int is selected using the -key, als called [RET]-key.
5.1 The internal database
The internal database enables a simple and efficient identificati n f battery banks. The
database will be transferred fr m the PC-S ftware int the TMC-2001RTS data l gger.
The database can be activated inside the measurement setup functi ns.
Please n te that all inputs/data such as limits, site n ., battery n ., were d ne in the
CS-MANAGER-S ftware and will be used when executing the measurements. It is als
p ssible t verwrite s me f these settings.
The TMC can receive or send data while the unit is in the main-menu.
5.2 The Main Menu
After the measuring device has been switched n the main menu always appears n the
display:
5.2.1 The INFO entry
The INFO-screen displays the versi n f the internal firmware, the battery v ltage and the
usage f the internal mem ry and direct ry entries.
MAIN MENU
MEASUREMENT
DATA MENU
SETTINGS
INFO
POWER OFF

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MEASUREMENT
MULTIMETER
FLOAT (VOLTAGE)
DISCHARGE (VOLTAGE)
CHARGE (VOLTAGE)
RESISTANCE
TEMPERATURE
CONNECTOR
INTERVAL U
INTERVAL U + I
DMA35 (IrDA)
DMA35 (BT)
QUIT
Descripti n f the Menu Measurement
After the selecti n f “Measurement”, y u d have the ch ice f several menu entries:
5. Fundamental Operating Sequence
1) Selecti n f the desired functi n t use (Fl at, Discharge, …)
2) Pr gram sequence.
3) Viewing f the sh rt analysis.
Ending of the programs:
Pr grams are ended with the -key r aut matically. A s ended pr gram ensures the
c rrect st rage f the measured values. Please be sure, that you have entered the
correct value of blocks! The selected function will stop, if the defined number of
blocks have been processed.
Running programs can also be interrupted by pressing the -key. In this case the
measured values recorded are still stored, but will not be transferred. Please d n t
panic, these data can be reactivated using [DATA MENU]->[SHOW DATA] (press until
y u see that the XXXXX-indicati n is replaced by the c rrect number f measured values).

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5. .1 The Battery Definition menu
After y u have selected a desired functi n an input menu is sh wn. Here y u can edit all
inputs simply by m ving the selecti n arr w ver the entry t change.
Klick n and y u will see, that the numbers are simply changed with the use f the
arr w keys. With y u will g t the next figure t change. After pr cessing the last
figure y u will be put back int the b x selecti n y u had bef re. The limit values help in
the rec rding f measured values and subsequent pr cessing s that the perat r is
drawn attenti n t bad measuring values. Each sequence menu has its wn limit value
which is separately administrated and called up by the system.
Bef re y u want t edit the desired entries, y u can l ad a battery setup fr m the internal
st red battery database. If y u have d wnl aded a battery database, y u can use the
entry
[SELECT BATTERY].
The keys and scr ll thr ugh the database. If y u h ld d wn these keys f r l nger
than 2 sec nds, the scr ll-speed is increased. Y u can activate the st red battery
definiti n by using the -key. The key will quit his functi n with ut the use f the
st red battery definiti n.
Y u can always re-edit the l aded battery definiti n, bef re y u start the desired functi n.
After all inputs are made, you must select “START” to measure the desired values.
5. .2 Viewing of Measured Values
After y u have made y ur measurement, a sh rt verview f the measurement is
displayed. Depending n the functi n, the average, minimum and maximum values are
sh wn.
5.4 The Individual Measurement functions
The f ll wing chapters will describe m st f all pr grams and functi ns which can be
reached via the [Measurement]-selecti n menu.
5.4.1 Float
Application: Measuring f the cell v ltages f a battery system in fl at
c nditi n.
(e.g. repeating measurements f charge retenti n acc rding t
individual time plans, quarterly ...).
<FLOAT>
START
SELECT BATTERY
AREA: 0123
BATTERY: 5663
BLOCKS: 0012
MIN: 11.8500 V
MAX: 13.6540 V
QUIT

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Measuring Range ±24.50V, is set aut matically.
Connections: [COM]-jack, [S+]-jack.
Ac ustic alarm indicati n by high/l w vi lati n f freely definable limit values.
Wait f r the ac ustic signal (n leads are c nnected t the battery) bef re y u can start the
measurement.
Key Functions
Interrupti n f this r utine with ut st rage. Can be reactivated in the [DATA] -
[SHOW DATA]menu.
G back t the bl ck fr m which the new measurement sh uld be carried ut. The
bl ck number will change.
Under s me circumstances it can happen, that the aut matic reading is disturbed.
By pressing this key, the measured values are always displayed and can be st red
by using the -key.
End f the functi n with measured value memory store. The st rage is d ne
aut matically if the battery was selected fr m the internal database bef re!
The cells f a battery system are measured after ending f the f ll wing run sequence:
 Press the measuring leads firmly n the cell p les.
 Wait f r the "high" pitched t ne, perhaps the t ne sequence f r alarm
signals will s und (rec rding f the measured values).
 Rem ve the measuring leads fr m the cell p les.
 Wait f r the single t ne (ready f r the next measurement).
This pr cedure is repeated until all cells f the battery system have been measured.
After each rec rded value the cell v ltage is indicated n the display.
Hint: Sh uld y u wish t additi nally measure temperatures, density and bridge
c nnecti ns, in ne Fl at, be sure to carry out the FLOAT program first.
T be sure f the measurements taken, the measured values can be viewed nce again
and, when required , als cancelled [DATA] - [SHOW DATA].

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5.4.2 DISCHARGE, CHARGE
Application: Cyclic measurement f cell v ltages f a battery system during
c ntr lled charging r discharging. The desired pr gram is called up
bef re each cell v ltage measurement.
As pp sed t a FLOAT a DISCHARGE, r CHARGE is measured here during a charging
r discharging pr cess. An essential difference t a FLOAT is that in the testing pr cedure
the cell/bl ck v ltages f a battery system are measured several times. In rder t be able
t make a statement c ncerning a test, a minimum f tw measuring sequences are
required (measuring f all cell/bl ck v ltages).
If a test has less than tw measuring sequences the rec rded values are n t st red.
Please d refer t the functi n Float f r the use f the display and keys.
T be sure f the measurements the measured values can be viewed nce again and
when required als re-measured under [DATA] - [SHOW DATA].
5.4. RESISTANCE
Application: Measuring f the internal bl ck resistances and v ltages
Measuring Range 1,00V - 24.0VDC
Connections [P+] and [S+] must be c nnected t the +P le f the battery bl ck
[P-] and [S-] must be c nnected t the -P le f the battery bl ck
Key Functions
Interrupti n f this r utine with ut st rage. Can be reactivated in the [DATA] -
[SHOW DATA] menu.
G back t the bl ck fr m which the new measurement sh uld be carried ut. The
bl ck number will change.
End f the functi n with measured value memory store. The st rage is d ne
aut matically if the battery was selected fr m the internal database bef re!
The cells f a battery system are measured after ending f the f ll wing run sequence:
 Press the measuring pr bes firmly n the cell p les.
 Wait f r the "high" pitched t ne, perhaps the t ne sequence f r alarm
signals will s und (rec rding f the measured values).
 Rem ve the measuring pr bes fr m the cell p les.
 Wait f r the single t ne (ready f r the next measurement).
This pr cedure is repeated until all cells f the battery system have been measured.
T be sure f the measurements the measured values can be viewed nce again and
when required als re-measured under [DATA] - [SHOW DATA].

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F r the c nnecti n, use nly the supplied Kelvin clips. Each Kelvin terminal c nsists f tw
measurement leads, ne p wer lead (P, black) and ne sense lead (S, red).
H w it w rks:
Never apply voltages higher than 24VDC at the P+ input jack!
+ - + -
P+ S+ S- P-

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5.4.4 TEMPERATURE
Application: Measuring f the individual cell temperatures f a battery system.
The system expects an IR-Temperature pr be (1mV / 1°C).
Measuring Range ±2.450VDC, is set aut matically.
Connections [COM]-jack, [S-]-jack.
Ac ustic alarm indicati n by high/l w vi lati n f freely definable limit values.
Key Functions
Interrupti n f this r utine with ut st rage. Can be reactivated in the [DATA] -
[SHOW DATA] menu.
G back t the bl ck fr m which the new measurement sh uld be carried ut. The
bl ck number will change.
Take ver f the displayed value.
(Press the key l nger). End f the functi n with measured value memory store.
The st rage is d ne aut matically if the battery was selected fr m the internal
database bef re!
T be sure f the measurements the measured values can be viewed nce again and
when required als cancelled under [DATA] - [SHOW DATA].
5.4.5 CONNECTOR
Application: Rec rding f all the bridge c nnect r l sses f a battery system.
The l sses are measured in mV. Y u sh uld perf rm this functi n
within a capacity test.
Measuring Range 0 mV – 2450mVDC
Connections [COM]-jack, [S-]-jack.
Key Functions
Interrupti n f this r utine with ut st rage. Can be reactivated in the [DATA] -
[SHOW DATA] menu.
G back t the bl ck fr m which the new measurement sh uld be carried ut. The
bl ck number will change.
Take ver f the displayed value.
(Press the key l nger). End f the functi n with measured value memory store.
The st rage is d ne aut matically if the battery was selected fr m the internal
database bef re!
T be sure f the measurements the measured values can be viewed nce again and
when required als cancelled under [DATA] - [SHOW DATA].

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5.4.6 DMA 5 (IrDA)
Application: Read ut f the DMA35 V3 density sens r fr m Ant n-Paar. All
density and temperature values will be st red.
Connections IrDA-Interface.
After selecti n f this functi n, the system waits f r data n the infrared data p rt.
Place the DMA35 in 10cm distance fr m the TMC (the infrared transmitter and receiver
must face each ther). Start the transmissi n n the DMA35 with:
Menu->Measuring Data->Exp rt->Exp rt All
On the TMC display, the indicati n <RECEIVING> sh uld be seen. The DMA displays
<Exp rt xx%>. After a successful transmissi n, the evaluati n f the transmitted readings
will be displayed.
H w it w rks:
(The infrared p rt is in the regi n f the label „Aux“ behind the plastic)
5.4.7 DMA 5 (BT)
Application: Read ut f the DMA35 V4 density sens r fr m Ant n-Paar. All
density and temperature values will be st red.
Connections Bluet th-Interface.
After selecti n f this functi n, the system waits f r data n the Bluet th c nnecti n.
Please start n w the exp rt functi n f all measured data n the DMA. The RTS expects a
csv-file. Best practice is t use “ ; “ and “ , “ f r delimiter and decimal p int.
Please be sure that y ur DMA is paired with RTS. If n t, please activate
SETTINGS-
> BT_SETTINGS->LINK DMA35. N w the RTS is visible and can be f und.
On the DMA, y u have t ch se the exp rt target “TMC-2001RTS. This has d be d ne
nly nce.

August 2020 TMC-2001RTS Page 20 / 31
Manual
5.4.8 INTERVAL U
Application: Rec rding and display f measured values with st rage.
These measured values are c ntinu usly rec rded in freely definable time intervals (e.g.
f r the rec rding f one t tal v ltage curve during discharging).
TMC measures a certain electrical variable at equal "Interval Measurement" time intervals.
In the TMC the time intervals are adjustable, starting with the smallest time interval f 1
sec nd. Thus, it is p ssible t rec rd the entire v ltage f a battery during charging r
discharging in intervals f 5 sec nds.
Measuring Range The measuring range is 600VDC.
Key Functions
Interrupti n f this r utine with ut st rage. Can be reactivated in the [DATA] -
[SHOW DATA] menu.
End f the functi n with measured value memory store.
Input connection used:
[COM] Gr und reference
[S+] The v ltage input signal, mainly the t tal v ltage f the battery
The charging component cannot be used to extend the recording.
5.4.9 INTERVAL U+I
Application: Rec rding and display f measured values with mem ry st rage.
The measured values are c ntinu usly rec rded in freely definable time intervals. (E.g. f r
the rec rding f an entire voltage curve and current curve during discharging).
Measuring Range The measuring range f r the v ltage measurement is 600VDC.
The measuring range f r the current clamp is set via the
current/v ltage-rati .
Key Functions
Interrupti n f this r utine with ut st rage. Can be reactivated in the [DATA] -
[SHOW DATA] menu.
End f the functi n with measured value memory store.