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FBs-4DA/2DA 4 or 2 Channels Analog Output ... - SEA spol. s ro

FBs-4DA/2DA 4 or 2 Channels Analog Output ... - SEA spol. s ro

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<st<strong>ro</strong>ng>FBs</st<strong>ro</strong>ng>-<st<strong>ro</strong>ng>4DA</st<strong>ro</strong>ng>/<st<strong>ro</strong>ng>2DA</st<strong>ro</strong>ng><br />

4 <st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> 2 <st<strong>ro</strong>ng>Channels</st<strong>ro</strong>ng> <st<strong>ro</strong>ng>Analog</st<strong>ro</strong>ng> <st<strong>ro</strong>ng>Output</st<strong>ro</strong>ng> Module<br />

Int<strong>ro</strong>duction<br />

<st<strong>ro</strong>ng>FBs</st<strong>ro</strong>ng>-<st<strong>ro</strong>ng>4DA</st<strong>ro</strong>ng> and <st<strong>ro</strong>ng>FBs</st<strong>ro</strong>ng>-<st<strong>ro</strong>ng>2DA</st<strong>ro</strong>ng> are two of the analog<br />

output modules of FATEK <st<strong>ro</strong>ng>FBs</st<strong>ro</strong>ng> series PLC.<br />

They p<strong>ro</strong>vide 4 and 2 channels 14 bit D/A<br />

output respectively. Base on the different<br />

jumper settings it can p<strong>ro</strong>vide varieties of<br />

current <st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> voltage output signal. The output<br />

code can be configured as unipolar <st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> bipolar<br />

which makes the relation of output code and<br />

real output signal m<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng>e intuitive. F<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> safety,<br />

the output signal will be automatically f<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng>ced<br />

to ze<strong>ro</strong>(0V <st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> 0mA) when the module is not<br />

serviced by CPU f<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> 0.5 second<br />

Specifications<br />

Total <st<strong>ro</strong>ng>Channels</st<strong>ro</strong>ng> – 4(<st<strong>ro</strong>ng>4DA</st<strong>ro</strong>ng>) <st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> 2(<st<strong>ro</strong>ng>2DA</st<strong>ro</strong>ng>) <st<strong>ro</strong>ng>Channels</st<strong>ro</strong>ng><br />

Resolution- 14 bit<br />

Signal Resolution - 0.3mV(Voltage), 0.61uA(Current)<br />

I/O Points Occupied –<br />

4(<st<strong>ro</strong>ng>4DA</st<strong>ro</strong>ng>) <st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> 2(<st<strong>ro</strong>ng>2DA</st<strong>ro</strong>ng>) RO(<st<strong>ro</strong>ng>Output</st<strong>ro</strong>ng> Register)<br />

Conversion Time- Updated each scan<br />

Accuracy- ±1 %<br />

Max. and Min. output loading-<br />

Voltage <st<strong>ro</strong>ng>Output</st<strong>ro</strong>ng>- 500~1MΩ<br />

Current <st<strong>ro</strong>ng>Output</st<strong>ro</strong>ng>- 0~500Ω<br />

<st<strong>ro</strong>ng>Output</st<strong>ro</strong>ng> Range-<br />

-10~+10V, -5~+5V, 0~10V, 0~5V<br />

-20~+20mA, -10~+10mA, 0~20mA, 0~10mA<br />

Isolation- Transf<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng>mer(Power) and photo-coupler(Signal)<br />

Indicat<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng>(s) - 5V PWR LED<br />

External Power and Consumption-<br />

24V-15%/+20%,<br />

120mA(<st<strong>ro</strong>ng>4DA</st<strong>ro</strong>ng>) <st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> 70mA(<st<strong>ro</strong>ng>2DA</st<strong>ro</strong>ng>) max.<br />

Internal Power Consumption- 5V, 20mA<br />

Operating Temperature- 0 ~ 60 ℃<br />

St<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng>age Temperature- -20 ~ 80 ℃<br />

Dimensions- 40(W)x90(H)x80(D) mm<br />

Dimensions<br />

1/1


<st<strong>ro</strong>ng>FBs</st<strong>ro</strong>ng>-<st<strong>ro</strong>ng>4DA</st<strong>ro</strong>ng>/<st<strong>ro</strong>ng>2DA</st<strong>ro</strong>ng><br />

4 <st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> 2 <st<strong>ro</strong>ng>Channels</st<strong>ro</strong>ng> <st<strong>ro</strong>ng>Analog</st<strong>ro</strong>ng> <st<strong>ro</strong>ng>Output</st<strong>ro</strong>ng> Module<br />

Wiring Diagram<br />

2/2


<st<strong>ro</strong>ng>FBs</st<strong>ro</strong>ng>-<st<strong>ro</strong>ng>4DA</st<strong>ro</strong>ng>/<st<strong>ro</strong>ng>2DA</st<strong>ro</strong>ng><br />

4 <st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> 2 <st<strong>ro</strong>ng>Channels</st<strong>ro</strong>ng> <st<strong>ro</strong>ng>Analog</st<strong>ro</strong>ng> <st<strong>ro</strong>ng>Output</st<strong>ro</strong>ng> Module<br />

Jumper Setup<br />

<st<strong>ro</strong>ng>Output</st<strong>ro</strong>ng> Code F<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng>mat Selection<br />

There are two f<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng>mats of output code can be selected, one is Unipolar and the other is Bipolar. The range<br />

of the Unipolar code value is 0~16383 while the Bipolar is –8192~8191. The extreme two ends of the<br />

code value c<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng>responding to the minimal and maximal analog output level respectively. F<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> example, if<br />

the analog signal is set to –10V~+10V range, f<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> the same code value 0, the Bipolar code will result 0V<br />

output, while the Unipolar code will result –10V output, f<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> the code value 8191, the Bipolar code will<br />

result 10V output, while the Unipolar code will result 0V output.<br />

Code F<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng>mat Range JP1 Setting<br />

Bipolar -8192 ~ +8191<br />

Unipolar 0 ~ 16383<br />

<st<strong>ro</strong>ng>Output</st<strong>ro</strong>ng> Signal Type Selection<br />

The output signal type of each channel can be set individually. There are two jumpers f<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> each channel to<br />

cont<strong>ro</strong>l the output signal type. The c<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng>responding jumpers f<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> each channel are shown at below:<br />

CH0<br />

CH1<br />

CH0<br />

CH1<br />

JPA<br />

JPB<br />

CH2<br />

CH3<br />

CH2<br />

CH3<br />

JP1<br />

3/3


<st<strong>ro</strong>ng>FBs</st<strong>ro</strong>ng>-<st<strong>ro</strong>ng>4DA</st<strong>ro</strong>ng>/<st<strong>ro</strong>ng>2DA</st<strong>ro</strong>ng><br />

4 <st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> 2 <st<strong>ro</strong>ng>Channels</st<strong>ro</strong>ng> <st<strong>ro</strong>ng>Analog</st<strong>ro</strong>ng> <st<strong>ro</strong>ng>Output</st<strong>ro</strong>ng> Module<br />

The jumper setting f<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> each type of signal output are shown at below:<br />

Signal Type<br />

JPA Setting<br />

JPB Setting<br />

0~20mA<br />

-20mA~+20mA<br />

0~10mA<br />

-10mA~+10mA<br />

0~10V<br />

-10V~+10V<br />

0~5V<br />

-5V~+5V<br />

The default fact<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng>y settings of <st<strong>ro</strong>ng>FBs</st<strong>ro</strong>ng>-<st<strong>ro</strong>ng>4DA</st<strong>ro</strong>ng>/<st<strong>ro</strong>ng>2DA</st<strong>ro</strong>ng> analogue output module are<br />

<st<strong>ro</strong>ng>Output</st<strong>ro</strong>ng> code f<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng>mat – Bipolar(-8192~+8191)<br />

<st<strong>ro</strong>ng>Output</st<strong>ro</strong>ng> signal type and range – Bipolar(-10V ~ +10V)<br />

F<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng> those applications that require the setting differ than the above default setting should make some<br />

modification acc<st<strong>ro</strong>ng>or</st<strong>ro</strong>ng>ding to the tables listed above<br />

4/4

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