f j elektronik alarm-display sd9648 · [email protected] • controls and indicators field...

Elektronik

Martens Elektronik GmbHKiebitzhörn 18 • D-22885 Barsbüttel/Germany • www.martens-elektronik.de��FFFF+49-(0)40-670 73-0 • Fax +49-(0)40-670 73-288 • JJJJ [email protected]

Alarm-Display SD 964820 Digital- or 12 Digital- and 8 Analog inputs

FeaturesMMMM Activation with voltage free contacts,

0/24 V signals or 0/4 ... 20 mA for monitoring of analog measuring values

MMMM First- or last message, priority

MMMM Internal and external reset

MMMM LCD-text display with background lighting2 lines, 16 characters each, 6.5 mm high

MMMM Text length max. 64 characters

MMMM Programming by frontside keypad

MMMM Acoustic alarm with integr. buzzer

MMMM Alarm relay, SPDT

MMMM Real-time clock

MMMM Front protection IP65

GeneralThe Alarm-Display SD9648 will be used for indicating and evaluations of alarm signals as well as analogmeasured values.

Short information

Sort mode The messages take place alternatively after their priority or after its occurrence (first/lastmessage).

Display mode Fault signals are cyclically or permanently displayed. With permanent announcement allmessages can be queried by depressing the key.

Display time It is programmable whether a message is deleted automatically after omission of thecause or additionally an acknowledgement is necessary.

Relay / buzzer Parallel to the messages buzzers and/or alarm relay can be activated.

Start-up-delay After switching on of the device, for an adjustable time by 0 ... 999 s all alarm signals aresuppressed.

Message delay time Programmable from 0.0 ... 9.9 s.

Analog input Display range, alarm setpoints und alarm performance (min / max) are free programma-ble. Process values can be displayed at any place in the message.

Date / time Can inserted in arbitrary place into a message (only with real-time clock), alternativelythe current time or the time with the occurrence of an alarm.

Note: With powerless device the inputs became a high resistance.

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GHM-Messtechnik GmbH • Standort MartensKiebitzhörn 18 • D-22885 Barsbüttel / Germany+49-(0)40-670 73-0 • Fax +49-(0)40-670 73-288 [email protected] • www.ghm-messtechnik.de


Content PageTechnical data ....................................................................................................................................................2Connection diagram...........................................................................................................................................3Dimensions ........................................................................................................................................................3Controls and indicators ......................................................................................................................................4Description .........................................................................................................................................................4Programming......................................................................................................................................................5Error messages................................................................................................................................................12Characters........................................................................................................................................................13Variables ......................................................................................................................................................... 13Programming examples ...................................................................................................................................14Ordering code ..................................................................................................................................................16

Start-up note:Before the device can be used, it must be configurated for the intended use.

Technical dataPower supplySupply voltage : 230V AC ±10%, 115V AC ±10%, 24V AC±10%, 24V DC ±15%Frequence AC : 50/60 HzPower consumption : max. 3.5 VAOperating temperature : 0 ... +50 °CRated voltage : 250 V~ acc. to VDE 0110 between input/output/supply voltage

degree of pollution 2, overvoltage categoric IIITest voltage : 4kV=, between input/output/supply voltage

- conformity : EN55022, EN60555, IEC610004-3/4/5/11/13

InputsDigital inputs : 0/24 V DC, Ri = 10 kΩ, switching threshold low <4 V, High >11 V max. 35 VImpulse/ break : min. 10 msAnalog inputs : 0/4 ... 20 mA, Ri = 100 Ω voltage drop max. 2.2 V at 20 mA

overload app. ≥ 23 mA (max. voltage 35 V).With powerless device the inputs became a high resistance

Accuracy : 0.1 %, ± 1 DigitTemperature coefficient : < 0.003 %/KTransmitter-supply : Uo = 24 V, Ri 150 Ω, max. 50 mA

Display : LCD-text display white/blue, 6.5 mm high with background lightingDisplay range : 2 lines 16 characters eachRefreshing time : 0.5s

Output : SPDT < 250 V AC < 250 VA < 2 A, < 300 V DC < 50 W < 2 A

Panel case : DIN 96x48 mm, Material PA6-GF; UL94V-0Dimensions : Front 96x48 mm, mounting depth 100 mm, Weight : max. 390 gConnection : Clamp terminals, 2 mm² single wire, 1,5 mm² flexible wire, AWG14Protection : Front IP65, terminals IP20, finger safe acc. to German BGV A3

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Content PageTechnical data ....................................................................................................................................................2Connection diagram...........................................................................................................................................3Dimensions ........................................................................................................................................................3Controls and indicators ......................................................................................................................................4Description .........................................................................................................................................................4Programming......................................................................................................................................................5Error messages................................................................................................................................................12Characters........................................................................................................................................................13Variables ......................................................................................................................................................... 13Programming examples ...................................................................................................................................14Ordering code ..................................................................................................................................................16

Start-up note:Before the device can be used, it must be configurated for the intended use.

Technical dataPower supplySupply voltage : 230V AC ±10%, 115V AC ±10%, 24V AC±10%, 24V DC ±15%Frequence AC : 50/60 HzPower consumption : max. 3.5 VAOperating temperature : 0 ... +50 °CRated voltage : 250 V~ acc. to VDE 0110 between input/output/supply voltage

degree of pollution 2, overvoltage categoric IIITest voltage : 4kV=, between input/output/supply voltage

- conformity : EN55022, EN60555, IEC610004-3/4/5/11/13

InputsDigital inputs : 0/24 V DC, Ri = 10 kΩ, switching threshold low <4 V, High >11 V max. 35 VImpulse/ break : min. 10 msAnalog inputs : 0/4 ... 20 mA, Ri = 100 Ω voltage drop max. 2.2 V at 20 mA

overload app. ≥ 23 mA (max. voltage 35 V).With powerless device the inputs became a high resistance

Accuracy : 0.1 %, ± 1 DigitTemperature coefficient : < 0.003 %/KTransmitter-supply : Uo = 24 V, Ri 150 Ω, max. 50 mA

Display : LCD-text display white/blue, 6.5 mm high with background lightingDisplay range : 2 lines 16 characters eachRefreshing time : 0.5s

Output : SPDT < 250 V AC < 250 VA < 2 A, < 300 V DC < 50 W < 2 A

Panel case : DIN 96x48 mm, Material PA6-GF; UL94V-0Dimensions : Front 96x48 mm, mounting depth 100 mm, Weight : max. 390 gConnection : Clamp terminals, 2 mm² single wire, 1,5 mm² flexible wire, AWG14Protection : Front IP65, terminals IP20, finger safe acc. to German BGV A3

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Connection diagram

Note!If the analog signal is generated by an device with automatic burden recognition (current/voltage changeover),the analog output must be configured to 4 ... 20mA (see page 7).

Terminal position

Panel cut-out acc. toDIN 43700-96x48

Dimensions

Digital- or analog inputs 1-8 Digital inputs 9-20

Inpu

t 1

Inpu

t 2

Inpu

t 3

Inpu

t 4

Inpu

t 5

Inpu

t 6

Inpu

t 7

Inpu

t 8

Inpu

t 9

Inpu

t 10

Inpu

t 11

Inpu

t 12

Inpu

t 13

Inpu

t 14

Inpu

t 15

Inpu

t 16

Inpu

t 17

Inpu

t 18

Inpu

t 19

Inpu

t 20

Exte

rn. a

ckno

wle

dge

+24

V D

C

Alarmrelay

GN

D

Operation with voltagefree NO contact

Operation with voltagefree NC contact

Opeartion with external control voltage 24 V DC

Analog inputs0/4 ... 20 mA

Supply voltage

Seal

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Controls and indicators

Field for additional text

Enter/acknowledge buttonDown button

Up button

Infrared-sensor

Right buttonLeft button

DescriptionAfter switching on the supply the device initializes itself. The display shows the message SD9648 VX.X(X.X software-version). After the initializing procedure the device is located in the working level. Displayedmessages can be paged and acknowledged with button .Pressing the button for more than 2 seconds, activates the Configuration level Now all the parametersdefining the function of the SD9648 can be programmed.After finishing the configuration or when no button was pushed for more than 2 minutes, the program returns tothe working level. Leaving the configuration level is possible at any time by pressing the button for morethan 2 seconds.

Programming:

Menu selectionWith every new display page 2 menu points will be shown.The arrow º marks the actual menu pointWith button the next menu point will be selectedWith button the last menu point will be selected(Over the infrared remote control IR51 the menu items can also be selected by entering of the first letters.)With button the wanted menu will be called up.

Parameter(e.g. input-no.; measuring range, alarm setpoint.....)The wanted value will be entered with and .Arrows º » indicates that more than 32 characters can be displayed in the arrow direction. + = 1 parameter back

MessagesThe wanted character position in the message will be selected with buttons and . The wanted cha-racter will be selected with buttons and .The entered character will be automatically stored with button and the cursor shows the next position.

Special functions: + = Deletes character at the cursor position. Repeat function by pressing the button continuously. + = Blank 8888 at the actual cursor position. Repeat function by pressing the button continuously. + = Line feed in the next line of the character set (see page 13). + = Simulation for controlling of the edited messages including the variables (see page 13).

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Controls and indicators

Field for additional text

Enter/acknowledge buttonDown button

Up button

Infrared-sensor

Right buttonLeft button

DescriptionAfter switching on the supply the device initializes itself. The display shows the message SD9648 VX.X(X.X software-version). After the initializing procedure the device is located in the working level. Displayedmessages can be paged and acknowledged with button .Pressing the button for more than 2 seconds, activates the Configuration level Now all the parametersdefining the function of the SD9648 can be programmed.After finishing the configuration or when no button was pushed for more than 2 minutes, the program returns tothe working level. Leaving the configuration level is possible at any time by pressing the button for morethan 2 seconds.

Programming:

Menu selectionWith every new display page 2 menu points will be shown.The arrow º marks the actual menu pointWith button the next menu point will be selectedWith button the last menu point will be selected(Over the infrared remote control IR51 the menu items can also be selected by entering of the first letters.)With button the wanted menu will be called up.

Parameter(e.g. input-no.; measuring range, alarm setpoint.....)The wanted value will be entered with and .Arrows º » indicates that more than 32 characters can be displayed in the arrow direction. + = 1 parameter back

MessagesThe wanted character position in the message will be selected with buttons and . The wanted cha-racter will be selected with buttons and .The entered character will be automatically stored with button and the cursor shows the next position.

Special functions: + = Deletes character at the cursor position. Repeat function by pressing the button continuously. + = Blank 8888 at the actual cursor position. Repeat function by pressing the button continuously. + = Line feed in the next line of the character set (see page 13). + = Simulation for controlling of the edited messages including the variables (see page 13).

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Note: All parameters can be called if they are not blocked by other programmed parameters and if theyare available. Factory settings are shown in the display grafic.

Menue display Parameter display

SD9648StörmeldeDisplay

Configuration level1

press 2 s min.

deutsch~ englisch

1.1

When first calling the configuration level.

Language of the operating instructions.

2


2.1Message if no error is present.Edit message,see page 4 and 13.

Operating level

continuepage 6

Notes to representation

Parameter is only displayed when configurated

Parameter is only displayed when feature is included (see order code)

Programming

LanguageºStandard text

ºLanguageStandard text –

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3

3.1

Message programming for the inputs 1... 20.Devices with analog inputs have additional parame-ters.

(depends on device type)

Selection of input no.

3.2

3.3Decimal selection, 0 ... 3 decimals

3.4Setting possible from-9 9 9 9 9 ... 9 9 9 9 9 digit

3.5Selection possible from-9 9 9 9 9 ... 9 9 9 9 9 digit

3.6Switching performance for alarm outputactivation

3.7Setting possible fromstart value ... end value

3.8Edit message(see page 4 and 13).Note :Parameter programmning for input 2-20are identical

continuepage 7

Note!In case of change ofa measuring rangeincluding analog vari-ables in the messagethey must be adaptedif necessary (see page 13).


Input: 1(digital)

Input: 1(analog)

Measure range 1Decimals: 1

Measure range 1Start: 0.0

Measure range 1End: 100,0

Alarm function 1OFF ~MIN ~MAX

Alarm 1at: 0.0

ºMessages •Copy messages –

Text 1

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3

3.1

Message programming for the inputs 1... 20.Devices with analog inputs have additional parame-ters.

(depends on device type)


3.2

3.3Decimal selection, 0 ... 3 decimals

3.4Setting possible from-9 9 9 9 9 ... 9 9 9 9 9 digit

3.5Selection possible from-9 9 9 9 9 ... 9 9 9 9 9 digit

3.6Switching performance for alarm outputactivation

3.7Setting possible fromstart value ... end value

3.8Edit message(see page 4 and 13).Note :Parameter programmning for input 2-20are identical

continuepage 7

Note!In case of change ofa measuring rangeincluding analog vari-ables in the messagethey must be adaptedif necessary (see page 13).


Input: 1(digital)

Input: 1(analog)

Measure range 1Decimals: 1

Measure range 1Start: 0.0

Measure range 1End: 100,0

Alarm function 1OFF ~MIN ~MAX

Alarm 1at: 0.0

ºMessages •Copy messages –

Text 1

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Messages •ºCopy messages –

4

Copy messagefrom 1 to 2

4.1

Copy mode.With same or similar messages the programming ex-penditure can be reduced with this function.

Start- and destination address (identicalwith input no.). Note:With same start- and destination addressthe existing text will be deleted and withText X substituted. X = Input-no.

Overwrite?Message 2 N

4.2Only displayed if text is available at thedestination address.Selection with Y or N.

Text 1

4.3Edit message

ºInput type •Alarm output –

5

Input 1 2 3 ºactive H H H

5.1

Input identification. NO (H) or NC (L) with digital inputs and 0...20mA or 4...20mA with analog inputs

Enter H or Lfor digital inputs 1 ... 20.

Input 1 2 3 º0/4mA 4 4 4

5.2Enter 0 or 4for analog inputs 1 ... 8.

Input 9 10 11 ºactive H H H

5.3Enter H or Lfor digital inputs 9 ... 20.

continuepage 8

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Input type •ºAlarm output –

6

Text scrollingafter 1s

6.1

Definition of the criteria for the identification of mes-sages when simultaneous several alarms being pre-sent.

Input of the display time of a message ofseveral lines (scrolling lines 1+2/3+4)and/or change to other activated messa-ges.

Auto scrollingOFF ~ON

6.2Automatical scrolling between severalpresented messages.Selection of ON jumps backto the menu selection.

Sort byFirst message –

6.3Selection:First messageThe first message is permanently indica-ted. When manual scrolling is selected,every following messages are displayedin the queue of there indicated sequence

Last message as before, however in reverse order.

Priority The message with the highest priority ispermanently indicated. At manualscrolling all further messages in the or-der of their priority, and/or with the samepriority are sorted according to the lastmessage mode.

continuepage 9

Input 1 2ºPriority 1 1

6.4 Enter wanted priority.1 = highest priority9 = lowest priority


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Input type •ºAlarm output –

6

Text scrollingafter 1s

6.1

Definition of the criteria for the identification of mes-sages when simultaneous several alarms being pre-sent.

Input of the display time of a message ofseveral lines (scrolling lines 1+2/3+4)and/or change to other activated messa-ges.

Auto scrollingOFF ~ON

6.2Automatical scrolling between severalpresented messages.Selection of ON jumps backto the menu selection.

Sort byFirst message –

6.3Selection:First messageThe first message is permanently indica-ted. When manual scrolling is selected,every following messages are displayedin the queue of there indicated sequence

Last message as before, however in reverse order.

Priority The message with the highest priority ispermanently indicated. At manualscrolling all further messages in the or-der of their priority, and/or with the samepriority are sorted according to the lastmessage mode.

continuepage 9

Input 1 2ºPriority 1 1

6.4 Enter wanted priority.1 = highest priority9 = lowest priority


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ºAcknowledge •Alarm relay –

7

Acknowledge int.~OFF ON

7.1

Acknowledge functionextern and/or intern possible

Acknowledge externSelectionOFFHIGH (NO)LOW (NC) Note: all inactive messages will be deleted

Acknowledge ext.~OFF HIGH ~LOW

7.2

Quit relayFault removed –

7.3Fault removedThe relay can be quit if the belongingmessage is not present (like the message in the display).

Fault pending The relay can be quit if the belongingmessage is present (like buzzer).

Input 1 2 3ºAcknowl. N N N

7.4Selection Y activates the generalacknowledge function for each input.

continuepage 10

Acknowledge internwith button .Note: only the just displayed and inactivemessage will be deleted. The internalbuzzer can always be reset with everyfrontside button.

Acknowledge •ºAlarm relay –

8

Not energized~Energized

8.1

Switching function of the internal alarm relay.

Selection Y activates the alarm relay forthe indicated input

Inputs 1 2 3ºRelay N N N

8.2

Switching performanceNot energizedRelay active at alarmEnergized Relay inactive at alarm


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ºBuzzer •Alarm delay –

9

Input 1 2 3ºBuzzer N N N

9.1

Buzzer function

Selection Y activates the buzzer for theindicated input. The buzzer can quit with every frontsidebutton

Buzzer •ºAlarm delay –

10

Startup delayDelay 0s

10.1

Alarm delay function

Startup delay of the device after poweron from 0 ... 999 s.

Messagesdelay 0.0s

10.2Message delay after incoming alarmfrom 0.0 ... 9.9 s.

ºDate/time •LCD-display –

11

Date tt.mm.jjjjXX.XX.XXXX

11.1

Only with feature realtime clock

Configuration of the actual date.

Time hh:mm:ssXX:XX:XX

11.2Configuration of the actual time.

continuepage 11


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ºBuzzer •Alarm delay –

9

Input 1 2 3ºBuzzer N N N

9.1

Buzzer function

Selection Y activates the buzzer for theindicated input. The buzzer can quit with every frontsidebutton

Buzzer •ºAlarm delay –

10

Startup delayDelay 0s

10.1

Alarm delay function

Startup delay of the device after poweron from 0 ... 999 s.

Messagesdelay 0.0s

10.2Message delay after incoming alarmfrom 0.0 ... 9.9 s.

ºDate/time •LCD-display –

11

Date tt.mm.jjjjXX.XX.XXXX

11.1

Only with feature realtime clock

Configuration of the actual date.

Time hh:mm:ssXX:XX:XX

11.2Configuration of the actual time.

continuepage 11


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Date/time •ºLCD-display –

12

BrightnessLevel: 7

12.1Configuration of display brightness from 1 ... 9.

ContrastLevel: 5

12.2Configuration of display contrast from 1 ... 9.

ºRemote control •Input lock –

13

Device adressNo: 7

13.1Input of a device address within the ran-ge 1... 99. It́s possible to program 99devices with the remote control IR51 wi-thout mutual influence. If the address 1should be standard, the address no mustnot be changed by IR51. Every devicereact of each pressed button .

Remote control •ºInput lock –

14

Input lockOFF ~INT ~ALL

14.1

continuepage 12

INT Front key pad lockedALL as before, additional remote control is lo-cked. Changing possible by pressingbuttons or for 2 seconds.


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ºFactory adjust –(Exit)

15

Factory adjustCode=0

15.1Code for factory settings.

Factory adjust –º(Exit)

16

End of programming


Operating levelIf no alarm is indicated the programmed Standard text (page 5) will be displayed.

Error messages

Parameter error-> please check

Write protected!!

If this messages appears, an configuration error is present. This message will bedeleted by entering the Configuration level. The device is working with factory set-tings of this / these parameter(s). The function must be tested. If the same messa-ges appears again, the device must be sent for factory repair.

Input lock activated. See page 11.


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ºFactory adjust –(Exit)

15

Factory adjustCode=0

15.1Code for factory settings.

Factory adjust –º(Exit)

16

End of programming


Operating levelIf no alarm is indicated the programmed Standard text (page 5) will be displayed.

Error messages

Parameter error-> please check

Write protected!!

If this messages appears, an configuration error is present. This message will bedeleted by entering the Configuration level. The device is working with factory set-tings of this / these parameter(s). The function must be tested. If the same messa-ges appears again, the device must be sent for factory repair.

Input lock activated. See page 11.


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Character set: 8 = BlankA B C D E F G H I J K L M N O P Q R S T U V W X Y Z a b c d e f g h i j k l m n o p q r s t u v w x y z ä ö ü ß ñ 8 0 1 2 3 4 5 6 7 8 9 ² ³ -1$ ε @ - + ± * ÷ ^ [ ] ( ) < = > » ➔ ~ · ∞ % # & α γ μ Ω π Σ ̊ / “ ́ 8 ! ? : ; , . _ 8

= 1 character forwards= 1 character backwards

+ = Line feed to the next line of the character set

VariableVariable can inserted in arbitrary place into a message.

Variable Function$c Number of the indicated message ( = input number)$a Number of indicated messages$o Priority of the indicated message (does not work at “Standard text” )$n Recording counter of repeated messages on one input until acknowledge appears.

(f ≤ 1Hz; nmax=99; if no. >99 flashes)[xxxx] All characters between [ ] are flashing (no combination with analog values possible)

Only with feature real-time clock$h Actual hour (24h mode)$i Actual hour (12h mode)$p am / pm (12h mode)$m Actual minute$s Actual second$d Actual day$x Actual month$y Actual year$w Actual week day, 2 letters identification

εh, εi, εp, εm, εs, εd, εx, εy, εwas before, if messages appears (does not work at “Standard text” )

εt Additional time 1/100 seconds

Only with feature analog inputs$1 ... $8 Shows permanent the analog value of the actual inputs 1 ... 8.

By pressing the button after entering the input number, a number of substitute symbols isinserted automatically of the confirured measuring range into the text. This preemption can beadapted if necessary to the requirements. _ is a substitute symbol for a number. "," or "." indi-cates the decimal point. Maximally 5 numbers can be indicated, whereby already the variablename reserves $x already 2 numbers and/or signs and 1 number. If the difference betweenmeasuring range end and measuring range start is more than 10000, the last number is keptautomatically to "0". If are less digits reserved than necessary for the measuring range, this is marked in the simu-lation mode (buttons + at the same time) by flashing squares.

ε1 ... ε8 Shows the analog value at input 1 ... 8 to the actual time of the presented signal (does not work at “Standard text” )

After entering the variables (e.g. $x or εx) the button must be pressed. Reserved positions for the ana-log variables will be inserted in the working mode.

Example: $2_,_ Reserved Positions for the analog-display of the measuring range from 0 ... 160.0

If reserved positions will be overwritten, the displayed value of the variable is incorrect.More examples next page.

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Attention!No pressure

Variable function examples MMMM Displaying of date and time in Standard text if no alarm appears..

MMMM Displaying of date and time in messages at the time of the incoming signal. Identification possible for time and sequence of the signals.

MMMM Displaying of the actual analog measuring value in messages or Standard text.

MMMM Displaying of several analog values in the messages, at the time of incoming signal .This function allows to make an analysis for process problems possible.

MMMM Identification of the alarm input (identical with input number).

LineActual date and time

1 $w, $d.$x.$y2 $h:$m:$s

Time at indicated input1 εh:εm:εs2 Less water3 Raw water

Analog value (actual value)1 Press 6: $1_,_°C2 Over temperature

Analog value (process value at time of incoming signal)1 Press 6: ε1_,_°C2 Over temperature

Number of the indicated input1 $C Door open

Recording counter1 Door open,2 $n Messages

Flashing Text1 [Attention!]2 No pressure

Line

12

12

23

12

12

1

12

12

Mo, 16.02.0714:23:30

16:10:33Less water

Less waterraw water

Press 6 160.5°COver temperature


01 Door open

Door open33 Messages

Programming examples

Anzeige

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Attention!No pressure

Variable function examples MMMM Displaying of date and time in Standard text if no alarm appears..

MMMM Displaying of date and time in messages at the time of the incoming signal. Identification possible for time and sequence of the signals.

MMMM Displaying of the actual analog measuring value in messages or Standard text.

MMMM Displaying of several analog values in the messages, at the time of incoming signal .This function allows to make an analysis for process problems possible.

MMMM Identification of the alarm input (identical with input number).

LineActual date and time

1 $w, $d.$x.$y2 $h:$m:$s

Time at indicated input1 εh:εm:εs2 Less water3 Raw water

Analog value (actual value)1 Press 6: $1_,_°C2 Over temperature

Analog value (process value at time of incoming signal)1 Press 6: ε1_,_°C2 Over temperature

Number of the indicated input1 $C Door open

Recording counter1 Door open,2 $n Messages

Flashing Text1 [Attention!]2 No pressure

Line

12

12

23

12

12

1

12

12

Mo, 16.02.0714:23:30

16:10:33Less water

Less waterraw water



01 Door open

Door open33 Messages

Programming examples

Anzeige

- 14 - - 15 -

1.SD9648 - -

1. Inputs

2. 3.- -

12

2. Real-time clo01

3. Supply voltage

20 digital inputs12 digital + 8 analog inputs

withoutwith clock

4. 5.-

0145

4. Options00

230 V AC115 V AC 24 V AC 24V DC

without option

5. Additional text (appears in the field for additional text, max. text field 3 mm x 90 mm)

±10 %±10 %±10 %±15 %

50-60 Hz50-60 Hz50-60 Hz

Ordering code:

10/05-V1_9-01

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Elektronik

Martens Elektronik GmbHKiebitzhörn 18 • D-22885 Barsbüttel/Germany • www.martens-elektronik.de��FFFF+49-(0)40-670 73-0 • Fax +49-(0)40-670 73-288 • JJJJ [email protected]



f j elektronik alarm-display sd9648 · [email protected] • controls and indicators field...

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