4.2 ISDN devices 502 506 512 522 532 536 542 552 556 Voltage VDC 24 Current ma (24V) 60 60 70 90 90 100 80 100 110 Protection class (IP) 20 Range of use Dry Surroundings Temperatures (Plant) 0 50 C Temperatures (Stock) -20 +60 C Humidity 0 95% not codensing Weight (g) 210 220 220 260 260 260 220 270 270 Dimensions W x H x D x101x120 (mm) D-Canal Journal DSS1 B-Canal Journal V.110, X.31, V120. X.75 Telephone Admission EU Interface 1 RS2 RS2 RS2 RS23 RS23 RS23 32 32 32 2 2 2 Interface 2 - MPI 10 W 11 General Admissions EN 61000-6-4:2001,EN 61000-6-2:2001 Country of Usable Europe (EU) W 11 Brief Instruction 4.2 GSM devices 503 507 513 533 537 543 553 557 Voltage VDC 24 Curent ma (24V) 50 50 60 90 100 80 100 110 Protection class IP 20 Range of use Dry Surroundings Temperatures (Plant) 0 50 C Temperatures (Stock) -20 +60 C Humidity 0 95% not codensing Weight (g) 210 220 220 260 260 220 270 270 Dimensions B x H x T x101x120 (mm) Types of Modulation V.32, V.34, V.110, X.31 Error Correction MNP 2-4, V42 LAPM Data Compression V.42bis, MNP 5 Dialing Methods MFV/IWV Telephone Admission FCC, DOC, R&TTE, PTCRB, IC, CTIA, FTA Interface 1 Interface 2 - MPI W 11 General Admissions EN 61000-6-4:2001,EN 61000-6-2:2001 Country of Usable Dependent on the available GSM network or provider Supported Networks 850/900/1800/1900 Profi bus W 11 Publisher: MB connect line Fernwartungssysteme GmbH Raiffeisenstraße 4 74360 Ilsfeld, Deutschland Telephone: 0049(0)7062/9178788 Fax: 0049(0)7062/9178792 Technical Support: 0049(0)9851/55776 E-Mail: Internet: Version 1.3 as per 0/2008 info@mbconnectline.de www.mbconnectline.de MPI is a registered trademark of the Siemens AG. 12
3.11 Switch setting B 1 Scope of Delivery Before starting with the installation and the implementing, please check if all parts are present: 5xx Telephone Connecting Wire TAE - Connecting Plug (not with ISDN devices) RS 232 Configuration Wire ( 9pole female on 9pole female ) Brief Instruction mbpoint Should there be a transport damage or should the content be incomplete, please contact your sales partner. 2 Installation Engage of device on the DIN-top hat rail Connect supply voltage to terminal clamp X1 Connect telephone wire with connection X2 and telephone connecting box Connect RS 232 configuration wire with X3 (COM 1) and the serial interface of the computer After that the device can be configurated with the MODCOM 32Bit Software (Position 1 or 2 of the rotary switch). If the device ought to work with a modem (Position 0 of the rotary switch) the configuration will be carried out over a terminal program (e. g. hyperterminal). With entering the command AT and pushing the Enter -key, the device should answer with OK. The operation with the MODCOM 32Bit software is only supported with switch position 1 and 2! 2.0 Displays and Control-elements SW3 LED6 LED5 LED3 LED1 LED2 LED4 SW1 SW2 X3 X4 101 120 X1/1 X1/2 101 2 1...6 X2 RJ12 +24V 0V 120 550/552/553, 554/556/557 In this mode the device works as standard-router. The device has to be configurated over the ethernet interface (Telnet). The interface X6 () is no longer available. 3.12 Testconnection (Switch setting D) In this mode a connection to a remote station might be built up to test the telephone wire and the modem. The call number has to be entered before in the MODCOM 32Bit software under adjusting remote station (Control key F9). If the device is operated at a substation, substation yes has to be activated. Afterwards the settings have to be transferred to the device. This happens over the menu item initialising remote station (Control key F12). 3.13 Delete ISDN MSN Number (Switch setting E) In this mode the preset ISDN MSN number will be deleted. That means the ISDN TA has no MSN number saved anymore and therefore accepts any call. But this is depending on the telephone connection and the telephone system respectively. Many telephone systems insist on a correct MSN number of their connected participants and only then admit a communication. The MSN number can only be adjusted over the MODCOM 32Bit or a terminal. 3.14 Load Factory setting (Switch setting F) In this mode all settings will be reset to factory settings. This might be necessary if the device cannot be addressed over the serial interface anymore. If, e. g. the RS 485 mode has been set afterwards no RS 4 Technical Data 4.1 Analog devices 500 504 510 520 530 534 540 550 554 Voltage VDC 24 Current ma (24V) 50 50 60 80 80 90 70 90 100 Protection class (IP) 20 Range of use Dry Surroundings Temperatures (Plant) 0 50 C Temperatures (Stock) -20 +60 C Humidity 0 95% not codensing Weight (g) 210 220 220 260 260 260 220 270 270 Dimensions W x H x D x101x120 (mm) Types of Modulation V.21, V.22, V22bis, V.23, V.32, V.32bis, V.34 Error Correction MNP 2-4, V42 LAPM Data Compression V.42bis, MNP 5 Dialing Methods tone/pulse dialing Telephone Admission CTR 21 Interface 1 Interface 2 - MPI 10 11 W 11 General Admissions EN 61000-6-4:2001,EN 61000-6-2:2001 Country of Usable Please look Country List Chapter 8 Manual Serie 5xx Profi bus Profi bus W 11
3.4 Switch setting 4 530/532/533, 534/536/537 In this mode the ethernet interface can be parameterized over the serial interface COM1 (X3) 510/512/513, 540/542/543, 550/552/553, 554/556/557 In this mode the 5xx works as TS-modem-adapter. The device can only communicate with the Simatic Manager / teleservice software over the interface 1 (COM1) or over the modem line. A MODCOM or standard modem operation is NOT possible! The device takes over the netrelated Baudrate from the settings of the particular PC adapter of the PG/PC. 3.5 Switch setting 5 In this mode the 540, 542, 550/552, 554/556 works as pure PC-adapter. The device is set on the net-related Baudrate of 3 MBits. The communication with the Simatic Manager can only be made over the interface 1 (COM1). A MODCOM or modem operation is NOT possible! 3.6 Switch setting 6 In this mode the 540, 542, 550/552, 554/556 works as pure PC-adapter. The device is set on the net-related Baudrate of 6 MBits. The communication with the Simatic Manager can only be made over the interface 1 (COM1). A MODCOM or modem operation is NOT possible! 3.7 Switch setting 7 InN this mode the 540, 542,550/552, 554/556 works as pure PC-adapter. The device is set on the net-related Baudrate of 12 MBits. The communication with the Simatic Manager can only be made over the interface 1 (COM1). A MODCOM or modem operation is NOT possible! 3.8 Switch setting 8 In this mode the 5xx works as TS-modem-adapter. The device can only communicate with the Simatic Manager / teleservice software ofer the interface 1 (COM1) or over the modem line. The device is set on the net-related Baudrate of 3 MBits. A MODCOM or standard modem operation is NOT possible! 3.9 Switch setting 9 In this mode the 5xx works as TS-modem-adapter. The device can only communicate with the Simatic Manager / teleservice software ofer the interface 1 (COM1) or over the modem line. The device is set on the net-related Baudrate of 6 MBits. A MODCOM or standard modem operation is NOT possible! 3.10 Switch setting A In this mode the 5xx works as TS-modem-adapter. The device can only communicate with the Simatic Manager / teleservice software ofer the interface 1 (COM1) or over the modem line. The device is set on the net-related Baudrate of 12 MBits. A MODCOM or standard modem operation is NOT possible! 2.0.1 Indicators Name Color Description Display State LED 1 Yellow TxD illuminated Datatransmission of and to modem LED 2 Yellow RxD ílluminated Received data of and to modem LED 3 Red Error illuminated Error with modem initialisation LED 4 Yellow Online flashing Incoming call illuminated Online connection illuminated Device ready LED 5 Green Ready Slow flashing Device waiting for input Fast flashing Device is booting LED 6 Green Power illuminated Supply voltage ok 2.0.2 Switches Name Description Function SW1 Function key Selection of function SW2 Modeswitch Selection of mode SW3 Reset key Reset of device 2.0.2.1 Modeswitches table 1 500, 502, 504, 506 510, 512 520, 522 Mode Function 0 Standard-Modem-Mode 1 Control-Driver-Mode without password-protection 2 Control-Driver-Mode with password-protection 3 Not occupied MPI PC-adapter Standardrouter 4 Not occupied MPI TS-modem Not occupied 5 Not occupied Not occupied Not occupied 6 Not occupied Not occupied Not occupied 7 Not occupied Not occupied Not occupied 8 Not occupied Not occupied Not occupied 9 Not occupied Not occupied Not occupied A Not occupied Not occupied Not occupied B Not occupied Not occupied Not occupied C Not occupied Not occupied Not occupied D Testconnection to a pre-set telephone-number E Delete ISDN MSN number (only with ISDN devices) F Load of factory-settings The setting of not occupied switch modes may lead to undefined conditions of the device. 10 3
2.0.2.2 Modeswitches table 2 540, 542 530, 532,534,536 550, 552,554,556 Modus Function 0 Standard-Modem-Mode 1 Control-Driver-Mode without password-protection 2 Control-Driver-Mode with password-protection 3 MPI PC-adapter (baudrate from PG/PC-interface Standardrouter MPI PC-adapter (baudrate from PG/PC-interface 4 MPI PC-adapter (baudrate from PG/PC-interface Konfiguration über COM1 (X3) MPI PC-adapter (baudrate from PG/PC-interface 5 MPI PC-adapter 3s Not occupied MPI PC-adapter 3s 6 MPI PC-adapter 6s Not occupied MPI PC-adapter 6s 7 MPI PC-adapter 12s Not occupied MPI PC-adapter 12s 8 MPI TS-modem 3s Not occupied MPI TS-modem 3s 9 MPI TS-modem 6s Not occupied MPI TS-modem 6s A MPI TS-modem 12s Not occupied MPI TS-modem 12s B Not occupied Not occupied Standard-Router C Not occupied Not occupied Not occupied D Testconnection to a pre-set telephone-number E F Delete ISDN MSN number (only with ISDN devices) Load of factory-settings The setting of not occupied switch modes may lead to undefined conditions of the device. 3 Operation Modes The different operation modes have to be selected with the SW2 rotary switch. The new operation mode can be accepted by pushing the reset key SW3. Possible differences of the operation mode selection will be described in detail in the several chapters. 3.0 Modem-Operation (Switch setting 0) In this mode the device works like a standard modem and might be configurated on particular adjustments. The 5xx has a pre-adjustment for the modem and the ISDN TA respectively, that normally don t have to be changed. If required a different configuration can be set over the enhanced commands AT:993 and AT:994 with the particular modem (AT)-commands. The serial interface can also be set over the enhanced commands AT:01, AT:02, AT:03 and AT:04. 3.1 Control-Driver-Mode Switch setting 1 (without password-protection) In this mode the 5xx is not password-protected. The 5xx can only be used in connection with the MODCOM 32Bit software and the control-drivers. No recall is possible. 3.2 Control-Driver-Mode Switch setting 2 (with password-protection) In this mode the 5xx is password-protected. The 5xx can only be used in connection with the MODCOM 32Bit software and the control-drivers. The recall of the remote station ( 5xx) to the local station is possible. If the passwords of the device and Modcom 32Bit are different, the modem connection will be made but will be interrupted after password comparison. 3.3 Switch setting 3 530/532/533 In this mode the 53x works as standard-router. The device can only be configurated over interface 1 over a terminal program (see to this chapter Modem Operation (Switch Setting 0)). But the interface 1 is deactivated for the connection of serial end devices. Furthermore the serial settings (AT:02 and AT:04) of the interface 2 (Ethernet) of the 53x are blocked. Input has to be acknowledged with Error. 510/512/513, 540/542/543, 550/552/553, 554/556/557 In this mode the 5xx works as pure PC-adapter. The device takes over the net related Baudrate from the setting of the particular PC-adapter of the PG/PC. Communication with the Simatic Manager is now only possible over the interface 1 (COM1). A MODCOM or Modem Operation is NOT possible! 4 9
2.1.4 Interface X5 Base-T This interface works with MBit/s and serves as connection of devices with Ethernet-interfaces or the according networks. 2.1 Connections and Interfaces 2.1.1 Power Supply SW3 LED6 LED5 LED3 LED1 LED2 SW2 LED4 SW1 X3 X5 1...8 RJ 1 2 101 Pin Description RJ 10Base-T 1 Tx+ 2 Tx- 3 Rx+ 4 n.c. = not connected 5 n.c. 6 Rx- 7 n.c. 8 n.c. LED Description LED Ethernet Interface 1 On when Base-T network link present 2 On when network traffic detected 2.1.5 Interface X6 ( 51x, 54x, 55x) This interface works with up to 187,5kbit on the devices 51x and serves as connection to a device with MPI-interface or an according MPI-net. On the devices 54x and 55x, the interface works with up to 12s and serves as connection to a device with MPI or or an according net. SW3 LED6 LED5 LED3 LED1 LED2 SW2 LED4 SW1 X3 X6 101 Pin Description X6 MPI (SUB D 9 female) 1 n.c.= not connected 2 n.c. 3 Data wire B 4 RTS AS (n.c. by 54x und 55x) 5 GND (5V) 6 +5V 7 n.c. 8 Data wire A 9 RTS PG Name Description X 1/1 + 24 Volt d.c. voltage X 1/2 0 Volt d.c. voltage 2.1.2 Interface X2 RJ 12 Female ISDN Analog Pin 1 n.c. n.c. Pin 2 TX+ n.c. Pin 3 RX+ Lb/b Pin 4 RX- La/a Pin 5 TX- n.c. Pin 6 n.c. n.c. n.c.= not connected 2.1.3 Interface X3/X4 (SUB D 9 plug) The interface X3 (COM1) is the standard configuration-interface of the 5xx. The device responds for adjustment over this interface and is being initialised over the MODCOM 32Bit software. In the modem mode (switch position 0) the configuration interface may be fixed on devices with two serial interfaces with the command AT:07. 2.1.3.1 Description of the signals on the 9-pole SUB D multiway connector In-/Output Description RS 232 Description RS 485 Pin 1 Input DCD Data Carrier Detect n.c. =not connected 2 Input RxD Receive Data RxD - received data - 3 Output TxD Transmit Data TxD+ data transmission + 4 Output DTR Data Terminal Ready + 5 Volt (only with 4-wire operation) 5 - GND Ground GND 6 Input DSR Data Set Ready n.c. 7 Output RTS Request To Send TxD - data transmission - 8 Input CTS Clear To Send RxD+ received data + 9 Input RI Ring Indicator n.c. 8 5
2.1.3.2 Connection and termination with RS 485 mode In the RS 485-mode a termination has to be made accordingly by load resistors on both farthest bus ends. Below in figure 4 is the example of circuit for the 5xx in the 4-wire-mode and can be seen in figure 5 as 2-wire-mode. 4 GSM Devices General 2.1.4.1 SIM-Card 120 SIM Ant. The slot for the SIM-card is on the lower side of the device. By pushing of the countersunk yellow button next to the card reader, the insert will be pressed out and can be removed. The SIM-card has to be put into the insert. Afterwards the insert can be pushed back into the card reader. The data call has to be activated on the used SIM-card. The network operator will assign a seperate telephone number for the data call. The SIM-card must only be inserted and removed respectively when the device is not energized. 2.1.4.2 PIN-Number If the SIM-card is PIN protected, the PIN-number must be safed on the device. The PIN-number has 4 digits. Depending on operation mode and type of device there are different possibilities. The PIN-number should be transferred to the device before inserting the SIM-card. If the PIN-number of the SIM-card and the PIN-number that has been safed on the device differ, the SIMcard will be locked after three trials (per reset or tension-reset 1 trial). Now the SIM-card is PUK protected. You normally receive the PUK-code with the SIM-card. Then the SIM-card has to be inserted in a mobile phone and then the PUK-code has to be entered. 2.1.4.3Diagnose The status of the GSM module can be seen by the blinking code of the red Error LED. 5x blinking SIM-card fault -SIM-card not inserted -SIM-card damaged -PIN-number wrong -PIN- or PUK number missing 6x blinking No GSM net available or not logged respectively -No reception (check antenna) -Net not available in this area Presently the termination in the RS 485 2-wire-mode is not possible. During a reboot the initializing- and login-process into the GSM net can take approx. 60 seconds. During this time the blinking code stands for a not available GMS-net (6x blinking of the Error LED). In the Modcom Software the GSM status can be recalled constantly on devices that are connected to the PC. The last status on devices that are not connected to the PC can be queried after the establishment of the modem connexion. Is the GSM device being operated as standard modem, the GSM status can be queried on the basis of the AT-commands. The necessary commands can be found in chapter 6.1.9 of the manual 5xx. 6 7