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====== Opis ======
__jzpdf__
[https://kamami.pl/linkto_logo KA-LOGO!-IO-Simulator] to zestaw symulacyjny dla sterownika logicznego [https://kamami.pl/sterowniki-plc/563424-zestaw-startowy-logo-8-siemens-rce-6ed1052-1md00-0ba8.html Siemens LOGO! 8]. Dzięki płytce symulatora IO, możliwe jest zasymulowanie poszczególnych bitów na wejściach sterownika przy pomocy przełączników, jak i również wykorzystanie wbudowanego w sterownik przetwornika ADC do pomiaru napięcia, naświetlenia czy temperatury.
====== Description ======
[https://kamami.pl/sterowniki-plc/563006-ka-logo-io-simulator-zestaw-symulacyjny-dla-sterownika-siemens-logo-8.html KA-LOGO!-IO-Simulator] kit helps to simulate logical states on the [https://kamami.pl/sterowniki-plc/563424-zestaw-startowy-logo-8-siemens-rce-6ed1052-1md00-0ba8.html Siemens LOGO! 8] logical controler. With the IO simulator board, You can simulate each bits on the LOGO! inputs using toggle switches. It is possible to use the embedded LOGO! ADC's to measure a voltage, ALS or temperature values.
<center>
<center>
[[Plik:KA-LOGO!-IO-Simulator_modul.png|none|600px|thumb|center]]
[[File:KA-LOGO!-IO-Simulator_modul.png|none|600px|thumb|center]]
</center>
</center>
Znajdujący się w zestawie moduł z diodami elektroluminescencyjnymi pozwala na sygnalizację stanów na czterech wyjściach sterownika LOGO!. Zestaw szczególnie polecany automatykom, chcącym przetestować pisane aplikacje bez mozolnego podłączania wszystkich wymaganych czujników.
Included LED module can signalise states of four LOGO! outputs. Integrated LED drivers (NCR401U by Nexperia) provides constant brightness of the indicators.
<center>
<center>
[[Plik:KA-LOGO!-IO-Simulator_modul_LED.png|none|500px|thumb|center]]
[[File:KA-LOGO!-IO-Simulator_modul_LED.png|none|500px|thumb|center]]
</center>
</center>
The kit is especially recommended for Automation Engineers and persons, who wants to learn and tests their codes without connecting every used sensors.


===== Podstawowe cechy i parametry =====
<center>
*Uk
{| class="wikitable"  style="width: 1000px;"
|-
! style="text-align: center;"|Attention! The product is designed for the Siemens 6ED1052-1MD00-0BA8 and 6ED1052-1MD08-0BA0 logic controllers. In case of using the product with other Siemens Logo! 8 controller, please ensure it's compatibility.
|}
</center>
 
===== Parameters =====
*IO simulator module:
**The module is dedicated for using with LOGO! 8 (supplied from 24 V DC)
**It has gold plated pins, which provides the best contact with PLC terminal blocks.
**It allows to simulate each eight bits using two position switches
**It allows to use the capabilities of the built-in LOGO! 8 ADC converters by measure the analog value from sensors (switch by J7, J8):
***temperature sensor MCP9700, with output voltage scalled to the measure range of LOGO! 8 (+5…+105°C)
***potentiometer
***phototoresistor (ALS)
***external sensor, connected to the terminal blocks (EXTIN)
**It is equipped with terminal blocks, which gives the possibility of easy connecting to the 24V DC power source and to the external sensor.
**Using special spacers (included), the IO simulator module doesn't strain the terminal blocks of LOGO! 8 logic controller.
<center>
{| class="wikitable"  style="width: 1000px;"
|-
! style="text-align: center;"|Attention! The IO simulator module works correctly only with LOGO! 8 supplied from the 24V DC power source.
|}
</center>
*LED indicators module:
**The module is dedicated for using with LOGO! 8 (supplied from 24 V DC)
**Gives a posibility of indicating digital output states of the LOGO! 8 (Q1...Q4)
**Built-in NCR401U LED drivers by Nexperia provides constant lights brightness
**It has gold plated pins, which provides the best contact with PLC terminal blocks.
**It has terminal block, which gives the possibility of easy connecting the 24V DC lines
 
<center>
{| class="wikitable"  style="width: 1000px;"
|-
! style="text-align: center;"|Attention! LED indicators module works correctly only with the LOGO! 8 supplied from the 24V DC power source.
|}
</center>


===== Wyposażenie standardowe =====
===== Included =====
<center>
<center>
{| class="wikitable"  style="width: 1000px;"
{| class="wikitable"  style="width: 1000px;"
|-
|-
! style="text-align: center;"|Kod
! style="text-align: center;"|Code
! style="text-align: center;"|Opis
! style="text-align: center;"|Description
|-
|-
| style="text-align: center;"|<b>KA-LOGO!-IO-Simulator</b>
| style="text-align: center;"|<b>KA-LOGO!-IO-Simulator</b>
| style="text-align: center;"|
| style="text-align: left;"|
*Zmontowany i uruchomiony moduł IO oraz moduł LED
*Assembled and tested module of IO simulator
*Dwie podpory (tuleje dystansowe)
*Assembled and tested module of LED indicators
*Dwie śrubki montażowe podpór
*Two spacer sleeves
*Two screws for spacer sleeves
|}
|}
</center>
</center>


===== Opis wyprowadzeń =====
===== Terminal blocks (for supply) =====
The IO simulator module has four terminal blocks. Connectors marked as "L+" and "M" are used to connecting and forwarding the power supply between modules. Double terminal blocks on the left side allows for:
*[upper] - connect a power supply to the module and the LOGO! 8 device
*[lower] - forward supply for the IO indicators module
<center>
[[File:KA-LOGO!-IO-Simulator_zlacza_srubowe.png|none|500px|thumb|center]]
</center>


===== Simulator's board switches =====
The IO simulator module is equipped with toggle switches marked as INP: I1-I8, , which sets the digital states on each lines of the LOGO! 8 module. Selectors INP: I7, I8 can be used to connect the analog signals to LOGO! 8 ADC's. Using two switches "SEL", You can configure the signal character on the I7/I8 lines (by connecting to supply voltages for bit simulation or by connecting to a analog lines).
Slide switches allows to configure the analog inputs. Line Al1 might be connected to ALS sensor (LIGHT) or potentiometer (POT). For the Al2 line You can select readings from temperature sensor (TEMP) or external analog input (EXTIN).
<center>
<center>
{| class="wikitable"  style="width: 1000px;"
{| class="wikitable"  style="width: 1000px;"
|-
|-
! style="text-align: center;" rowspan="10"| [[Plik:KA-LOGO!-IO-Symulator_obrys_PCB.png|center|200px]]
! style="text-align: center;"|Switch
! style="text-align: center;"|JP1
! style="text-align: center;"|Position
! style="text-align: center;"|Funkcja
! style="text-align: center;"|Description
|-
| rowspan="2" style=" text-align: center; "|I1...I8
| style="text-align: center;"|0
| style="text-align: center;"|Low logic level on the I1...I8 lines
|-
| style="text-align: center;"|1
| style="text-align: center;"|High logic level on the I1...I8 lines
 
|-
| rowspan="2" style=" text-align: center; "|SEL [I7/Al1]
| style="text-align: center;"|I7
| style="text-align: center;"|I7 switch sets the logical states
|-
|-
| style="text-align: center;"|+3,3V
| style="text-align: center;"|Al1
| rowspan="3" style="text-align: center;" |Zasilanie modułu
| style="text-align: center;"|The I7 voltage depends on the analog value from ALS sensor or potentiometer
 
|-
|-
| style="text-align: center;"|+V
| rowspan="2" style=" text-align: center; "|SEL [I8/Al2]
| style="text-align: center;"|I8
| style="text-align: center;"|I8 switch sets the logical states
|-
|-
| style="text-align: center;"|GND
| style="text-align: center;"|Al2
| style="text-align: center;"|The I8 voltage depends on the analog value from temperature sensor or the EXTIN input
|-
|-
| style="text-align: center;"|RxD
| rowspan="2" style=" text-align: center; "|LIGHT/POT
| style="text-align: center;"|Linia odbiorcza UART (z translatorem poziomów napięcia)
| style="text-align: center;"|LIGHT
| style="text-align: center;"|Analog voltage measures from the ALS sensor
|-
|-
| style="text-align: center;"|TxD
| style="text-align: center;"|POT
| style="text-align: center;"|Linia transmisyjna UART (z translatorem poziomów napięcia)
| style="text-align: center;"|Analog voltage measures from the potentiometer slide.
 
|-
|-
| style="text-align: center;"|nRST
| rowspan="2" style=" text-align: center; "|TEMP/EXTIN
| style="text-align: center;"|Zerowanie układu (wyzwalane poziomem niskim)
| style="text-align: center;"|TEMP
| style="text-align: center;"|Analog voltage measures from the temperature sensor
|-
|-
| style="text-align: center;"|KEY
| style="text-align: center;"|EXTIN
| style="text-align: center;"|Przycisk zmiany trybu pracy (maksymalne napięcie na linii: 3,6 V)
| style="text-align: center;"|Analog voltage measures from the EXTIN input
 
|}
|}
</center>
</center>
====== Diody MODE oraz PAR ======
 
Moduł KAmodBT-HC05 wyposażono w diody sygnalizujące tryb pracy i stan połączenia ze sparowanym
===== Potentiometer =====
urządzeniem. Przy domyślnym ustawieniu modułu, zielona dioda MODE sygnalizuje tryb widoczności (świecenie 5 razy / sekundę), tryb konfiguracji (świecenie co 2 s) lub tryb aktywności (podwójne błyśnięcie  co  2  s).   Dioda  PAR  (czerwona)  zaświeca  się  w  momencie  nawiązania  komunikacji  ze sparowanym urządzeniem.
The potentiometer on the IO simulator board could be connected to the I7 line. Voltage of the potentiometer slide has range from 0 to 10 Volts DC.
 
===== Ambient Light Sensor =====
The ALS sensor of the IO Simulation board could be connected to the I7 line of LOGO! 8. Output voltage of the photoresitor has range from 0 to 10 Volts DC (depending on ambient light level).
 
===== Temperature sensor =====
On the IO Simulator module the voltage matching circut is applied for temperature sensor MCP9700. It scales the temperature sensor output voltage to the ADC range of LOGO! 8 device.
On the line I8, it is possible to obtain 0 to 10 V DC range (with 12-20mV margin from 10V line) for temperatures measured from +5 to +105 Centigrade degrees.
 
===== External sensor connector (EXTIN) =====
It is possible to connect a external sensor to the IO Simulator module. Output voltage of connected sensor must not be higher than 5V DC. 5V power supply for the external sensor is available on terminal block, located at right side.
For example, the compatible external sensor is [https://kamami.pl/odleglosci/560840-sharp-gp2y0a60szlf-analogowy-czujnik-odleglosci-10-150cm-5v.html Pololu - 2474]. Connection method is shown on the image:
<center>
<center>
[[Plik:KAmodBT-HC05_diody.png|none|200px|thumb|center]]
[[File:KA-LOGO!-IO-Simulator_zlacze_extin.png|none|600px|thumb|center]]
</center>
</center>


====== Przycisk trybu pracy ======
===== Spacer sleeves =====
Moduł KAmodBT-HC05 został wyposażony w przycisk zmiany trybu  pracy – krótkie jego przytrzymanie
Included spacer sleeves needs to be mounted to the IO Simulator module for preventing a tensions of board (and the excessive exploitation of LOGO! 8 terminal blocks). The mountage method is shown on the foto:
w  momencie  dołączenia  zasilania  (lub  przy  wykonaniu  zerowania)   pozwala  na  przejście  do  trybu konfiguracji modułu z wykorzystaniem komend AT. Równolegle z przyciskiem dołączona jest także linia KEY – podanie na nią sygnału (o maksymalnym napięciu  równym 3,6 V) pozwala na sterowanie trybem
pracy z poziomu np. mikrokontrolera. Linia ta jest ściągana do masy rezystorem o wartości 10kΩ.
<center>
<center>
[[Plik:KAmodBT-HC05_przycisk.png|none|200px|thumb|center]]
[[File:KA-LOGO!-IO-Simulator_tuleje_dystansowe.png|none|600px|thumb|center]]
</center>
</center>


===== Linki zewnętrzne =====
===== External links =====
*[http://download.kamami.pl/p557976-kamodbt_hc05_datasheet.pdf Karta katalogowa układu HC-05]
*[http://ep.com.pl/artykuly/11565-Przykladowa_aplikacja_LOGO_Cyfrowy_termometr_z_sygnalizacja_przekroczenia_progow.html Article (language: PL) "Sample application of LOGO! 8. Digital thermometer with signaling of over thresholds" on the EP portal]
 
[[Kategoria:Moduły peryferyjne KAmod (Kamami)]]
[[Kategoria:Zawartość]]

Latest revision as of 16:05, 1 November 2024

Description

KA-LOGO!-IO-Simulator kit helps to simulate logical states on the Siemens LOGO! 8 logical controler. With the IO simulator board, You can simulate each bits on the LOGO! inputs using toggle switches. It is possible to use the embedded LOGO! ADC's to measure a voltage, ALS or temperature values.

Included LED module can signalise states of four LOGO! outputs. Integrated LED drivers (NCR401U by Nexperia) provides constant brightness of the indicators.

The kit is especially recommended for Automation Engineers and persons, who wants to learn and tests their codes without connecting every used sensors.

Attention! The product is designed for the Siemens 6ED1052-1MD00-0BA8 and 6ED1052-1MD08-0BA0 logic controllers. In case of using the product with other Siemens Logo! 8 controller, please ensure it's compatibility.
Parameters
  • IO simulator module:
    • The module is dedicated for using with LOGO! 8 (supplied from 24 V DC)
    • It has gold plated pins, which provides the best contact with PLC terminal blocks.
    • It allows to simulate each eight bits using two position switches
    • It allows to use the capabilities of the built-in LOGO! 8 ADC converters by measure the analog value from sensors (switch by J7, J8):
      • temperature sensor MCP9700, with output voltage scalled to the measure range of LOGO! 8 (+5…+105°C)
      • potentiometer
      • phototoresistor (ALS)
      • external sensor, connected to the terminal blocks (EXTIN)
    • It is equipped with terminal blocks, which gives the possibility of easy connecting to the 24V DC power source and to the external sensor.
    • Using special spacers (included), the IO simulator module doesn't strain the terminal blocks of LOGO! 8 logic controller.
Attention! The IO simulator module works correctly only with LOGO! 8 supplied from the 24V DC power source.
  • LED indicators module:
    • The module is dedicated for using with LOGO! 8 (supplied from 24 V DC)
    • Gives a posibility of indicating digital output states of the LOGO! 8 (Q1...Q4)
    • Built-in NCR401U LED drivers by Nexperia provides constant lights brightness
    • It has gold plated pins, which provides the best contact with PLC terminal blocks.
    • It has terminal block, which gives the possibility of easy connecting the 24V DC lines
Attention! LED indicators module works correctly only with the LOGO! 8 supplied from the 24V DC power source.
Included
Code Description
KA-LOGO!-IO-Simulator
  • Assembled and tested module of IO simulator
  • Assembled and tested module of LED indicators
  • Two spacer sleeves
  • Two screws for spacer sleeves
Terminal blocks (for supply)

The IO simulator module has four terminal blocks. Connectors marked as "L+" and "M" are used to connecting and forwarding the power supply between modules. Double terminal blocks on the left side allows for:

  • [upper] - connect a power supply to the module and the LOGO! 8 device
  • [lower] - forward supply for the IO indicators module
Simulator's board switches

The IO simulator module is equipped with toggle switches marked as INP: I1-I8, , which sets the digital states on each lines of the LOGO! 8 module. Selectors INP: I7, I8 can be used to connect the analog signals to LOGO! 8 ADC's. Using two switches "SEL", You can configure the signal character on the I7/I8 lines (by connecting to supply voltages for bit simulation or by connecting to a analog lines). Slide switches allows to configure the analog inputs. Line Al1 might be connected to ALS sensor (LIGHT) or potentiometer (POT). For the Al2 line You can select readings from temperature sensor (TEMP) or external analog input (EXTIN).

Switch Position Description
I1...I8 0 Low logic level on the I1...I8 lines
1 High logic level on the I1...I8 lines
SEL [I7/Al1] I7 I7 switch sets the logical states
Al1 The I7 voltage depends on the analog value from ALS sensor or potentiometer
SEL [I8/Al2] I8 I8 switch sets the logical states
Al2 The I8 voltage depends on the analog value from temperature sensor or the EXTIN input
LIGHT/POT LIGHT Analog voltage measures from the ALS sensor
POT Analog voltage measures from the potentiometer slide.
TEMP/EXTIN TEMP Analog voltage measures from the temperature sensor
EXTIN Analog voltage measures from the EXTIN input
Potentiometer

The potentiometer on the IO simulator board could be connected to the I7 line. Voltage of the potentiometer slide has range from 0 to 10 Volts DC.

Ambient Light Sensor

The ALS sensor of the IO Simulation board could be connected to the I7 line of LOGO! 8. Output voltage of the photoresitor has range from 0 to 10 Volts DC (depending on ambient light level).

Temperature sensor

On the IO Simulator module the voltage matching circut is applied for temperature sensor MCP9700. It scales the temperature sensor output voltage to the ADC range of LOGO! 8 device. On the line I8, it is possible to obtain 0 to 10 V DC range (with 12-20mV margin from 10V line) for temperatures measured from +5 to +105 Centigrade degrees.

External sensor connector (EXTIN)

It is possible to connect a external sensor to the IO Simulator module. Output voltage of connected sensor must not be higher than 5V DC. 5V power supply for the external sensor is available on terminal block, located at right side. For example, the compatible external sensor is Pololu - 2474. Connection method is shown on the image:

Spacer sleeves

Included spacer sleeves needs to be mounted to the IO Simulator module for preventing a tensions of board (and the excessive exploitation of LOGO! 8 terminal blocks). The mountage method is shown on the foto:

External links
Retrieved from "http://wiki.kamamilabs.com/index.php?title=KA-LOGO!-IO-Simulator&oldid=4724"