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IO Modules for Systems IPLOG-GAMA and LAN-RING


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Modifikace BOX

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Additional information:

Drivers & Software
Drivers & Software
Aplication note
Aplication note
Certificates
Certificates
Datasheet
Datasheet
FAQ
FAQ
Solutions
Solutions
Video
Video
Others
Others
Examples of programs
Examples of programs


Drivers & Software

FAQ
  • What a system integrator must have to be able to guarantee quality and systematic service of LAN-RING/IPLOG system ?
    Each system integrator should have contract-based access to system history. It is not possible to provide efficient service without the possibility of re-tracking information about ongoing processes. In small systems, it is usually possible to download logs from network elements. However, for larger systems, it is necessary to use special network monitoring software. Among the most well-known are probably Zabbix and Nagios. These monitoring software can not be compared with integration software, whose primary purpose is to ensure effective operator supervision over the system. In the case of a malfunctioning network, visualization software options are quite limited. The operator is only able to give to the service technician a basic information that for example "camera does not work, the cameras are blocked" etc. At this moment, the IT technician responsible for maintenance must be able to connect through a secure connection (VPN) to the system and find out the history of the system. A good example of this is frequent problems with the quality of fiber optic connections. A situation where, for example, there is some dirt in the optical connector, can cause packet loss. Their number can be read in the Status menu of switches, but it is always the current value. There is missing an information about time when the packets were damaged and discarded if a minute, an hour or a year ago. The monitoring software keeps this history and displays it clearly in charts. It provides valuable information for effective service intervention. Even for the end customer, it is definitely a saving money because the technician is directly focused on repairing a particular problematic link. Therefore, we recommend system integrators, when designing the system, to count on this monitoring software and, if technically possible, have VPN connections available from the end customer.

Video

Examples of programs
  • IPWatchdog (Metel_FBD)

    IP Device Monitoring

    In this connection, ARP queries determine whether the device with IP address 192.168.6.9 is connected or disconnected. If it is disconnected, the relay output is closed and the current status is also stored in the database.
    Note
    To use the datalogger of the blocks you must have the "metel-datalogger" package installed.

    Used Blocks

    IPWDG_ARP - IPWatchdog block.
    DATALOGGER_W_STRING - Metel block for logging text strings into the mysql database.
    NOT (Bitwise/Logical NOT) - Block for negating the input value 0->1, 1->0.

  • Tamper Monitoring and System Control via SMS (Metel_FBD)

    Tamper Monitoring and System Control via SMS

    This example shows how to use function blocks for sending and receiving SMS messages. The system can be armed by sending SMS with text "Arm" or disarm sending SMS "Disarm", thereby simultaneously activating or deactivating the relay output. By sending an SMS with text Info, Iplog sends a message, the state of the current system (System is armed or System is disarmed ). If a typo is made when sending an SMS, Iplog will automatically send a message that it is an unknown command. Iplog monitors the switchboard tamper and sends an SMS message Tamper when
    the system is armed and the door is open. "Tamper Opened !"

    Used Blocks

    SMS_TX - Block for sending SMS messages from the IPLOG unit.
    SMS_RX - Block for processing received SMS messages in the IPLOG unit.
    AND (Bitwise/Logical AND) - Logical AND function.
    EQ (Returns true if inputs are equal) - Block for comparing input values.
    MOVE_STRING (Copies the input value to the output) - Copy input string to output.
    TP (Timer Pulse: generates a pulse of width PT for each input rising edge) - Timer.
    SR (Bistable function block (set dominant)) - Flip-flop SR.

  • E-mail (Metel_FBD)

    Sending of E-mail

    This connection sends an e-mail when input 1 is activated.

    Used Blocks

    EMAIL_ENC_SSL - An encryption block that supports the SMTP server.
    EMAIL_SEND - Send an email.

  • Debug (Metel_FBD)

    Listing Error Codes to the Console

    Most Metel blocks contain ERR_ID outputs where an error code is written. In this case, the code is written to the console.

    Used Blocks

    EQ_STRING (Returns true if inputs are equal) - Block for comparing text strings.
    MOVE_STRING (Copies the input value to the output) - Copies the input string to the output.
    ERR_TO_STRING - Converts data types to text string.
    DEBUG_CONSOLE - Lists strings to the console.

  • Audio (Metel_FBD)

    Audio

    The audio blocks are intended for playing audio files from the unit's IPLOG memory or playing a music stream.
    Note
    To use audio blocks it is necessary to have the package "metel-vs10xx" installed and to use an IF-06 module.

    Used Blocks

    UINT_TO_REAL (Datatype convertion) - Converts the UINT data type to REAL.
    MUL (Numerical multiplication) - Numeric multiplication.
    REAL_TO_USINT (Datatype convertion) - Converts the REAL data type to USINT.
    AUDIO_VOLUME - Changes the volume of the left and right channels.
    AUDIO_PLAY_FILE - Plays audio file.
    AUDIO_PLAY_HTTP - Plays audio stream.
    AUDIO_STOP - Stops the currently playing file or stream.

  • Modbus Master TCP (Metel_FBD)

    Modbus TCP Master Mode

    Modbus TCP Master mode is used to read or set modbus registers to modbus slave devices connected to the LAN. In this situation, it is expected that the input on the IPLOG unit controls the relay output on the switch.

    Used Blocks

    R_TRIG (Rising edge detector block) - Rising edge detection.
    F_TRIG (Falling edge detector block) - Detection of the falling edge.
    OR (Bitwise/Logical OR) - Function OR.
    MODBUS_TCP_W_COIL - Metel block for writing coil registers to modbus slave device.

  • Modbus Master RTU (Metel_FBD)

    Modbus RTU Master Mode

    Modbus RTU Master mode is used to read or set modbus registers to modbus slave devices connected to the IPLOG unit via the RS485 bus.

    Used Blocks

    MODBUS_RTU_CFG - Metel block for RS485 bus configuration, BUS 1 = /dev/ttyS3, BUS 2 = /dev/ttyS2
    GEN_PULSE - Metel block that generates every 1s pulse.
    MODBUS_RTU_R_DISCRETE - Metel block for reading a discrete register on modbus slave equipment.

  • Datalogger (Metel_FBD)

    Datalogger

    In this case, the connection logs every temperature change to the mysql database in the IPLOG device.
    Note
    To use datalogger of blocks it is necessary to have installed package "metel-datalogger".

    Used Block

    EQ (Returns true if inputs are equal) - Block for comparing input values.
    MOVE (Copies the input value to the output) - Copies the input value to the output.
    DATALOGGER_W_DINT - Metel block for DINT logging to the mysql database.

    Example of an Extract from the Database

  • Receiving TCP Pattern (Metel_FBD)

    TCP Pattern

    The connection can be used to receive TCP notifications from other devices, eg camera, recorder, etc. In this case, the IPLOG switches to relay output if it receives a TCP notification with a text "Start" and the relay output is deactivated after receiving a TCP notification with a text "End".

    Used Blocks

    TCP_RX (Metel block for receiving TCP pattern) - Block for TCP pattern processing. If it is receiving a pattern to the specified port and it will contain the entered text, the log.1 will be set on the output with name contains.
    SR (Bistable function block (set dominant)) - Flip-Flop SR.

  • AND and OR (LD)

    Logical AND and OR in LD

    An example of creating logical AND, OR in LD programming.

  • Timer (LD)

    Timer

    The wiring can be used to switch on the lighting by pressing button 1 or button 2. The lighting is than activated for 10 seconds.

  • Copy Input to Output (Signaling) (LD)

    Signaling

    The wiring can be applied as a signal to release the switch when opening the switchboard or alarm system cabinet.

  • Multiple Press Button (FBD)

    Multiple Press Button (FBD)

    Usage can be found, for example, in the switch, when the first press lights up the lighting and others change the color, number of lights or intensity.

    Used Blocks

    CTU (Up-counter: CV increments at each positive edge of CU) - Forward counter.
    EQ (Returns true if inputs are equal) - Block for comparing input values.
    RS (Bistable function block (reset dominant)) - RS flip-flop.

     

  • PIR Sensor (FBD)

    PIR Connection to BI Input

    The wiring can be used to differentiate the status of Sabotage Short, Normal , Alarm and Sabotage open on the PIR sensor.

    USed Blocks

    LE (Returns TRUE if IN1 is less-or-equal than IN2 (and IN2 less-or-equal than IN3, etc)) - Compares values on inputs and in the event IN1 is less than or equal to IN2 it is output log. 1.
    GT (Returns TRUE if IN1 greater than IN2 (and IN2 greater than IN3, etc)) - It compares the values on the inputs, and when the value on IN1 is greater than the value on IN2, the output is log. 1.
    AND (Bitwise/Logical AND) - Logical AND
    OR (Bitwise/Logical OR) - Logical OR

  • Timer (FBD)

    Timer

    The wiring can be used to switch on the lighting by pressing button 1 or button 2. The lighting is activated for 10 seconds.

    Used Blocks

    OR (Bitwise/Logical OR) - Logical OR
    TP (Timer Pulse: generates a pulse of width PT for each input rising edge) - Timer

  • Copy Input to Output (Signaling) (FBD)

    Signaling

    The wiring can be applied as a signal to release the switch when opening the switchboard or alarm system cabinet.

    Used Blocks

    MOVE (Copies the input value to the output) - Copies the input value to the output.

  • Parking System (FBD)

    Parking System

    A useful system that is able to analyze the number of cars in the building and continuously updates the occupancy status according to the outgoing cars and signals it.

    Used Blocks

    CTDUD (Up-Down Counter) - Forward and reverse counter.
    GE (Returns TRUE if IN1 greater or equal than IN2) - A block for comparing the value of whether IN1 is greater than or equal to IN2.
    NOT (Bitwise/Logical NOT) - Block for negating the input value 0->1, 1->0.


  Order name Code
2 AI8.1-PCB 0000-0200
  8x 12-bit Analog U/I Inputs, 2x NOC 24V Relay Outputs, 2x NO 230V Relay Outputs, 1x IF Slot, Operating Range −40°C to +70°C, 600 W Integrated Surge Protections
2 AO8.1-PCB 0000-0600
  8x 12-bit Analog Outputs, 4x 12-bit Analog U Inputs, 4x Digital 24V Inputs, 1x IF Slot, Operating Range −40°C to +70°C, 600 W Integrated Surge Protections
2 BI8.1-PCB 0000-0400
  8x 5V Digital Inputs or 10-bit Alarm Inputs, 3x Digital 5V Inputs, 1x NOC 24V Relay Output, 2x Open Collector NPN Outputs, 1x IF Slot, Operating Range −40°C to +70°C, 600 W Integrated Surge Protections
2 BO8.1-PCB 0000-0800
  8x Alarm 8-bit Outputs, 3x 10-bit Alarms / Digital 5V Inputs, 2x Open Collector NPN Outputs, 1x NOC 24V Relay Output, 1x IF Slot, Operating Range −40°C to +70°C, 600 W Integrated Surge Protections
2 DI8.1-PCB 0000-0100
  8x 24 V Digital Inputs, 4x NO 230V Relay Outputs, 2x PUSH-PULL Transistor Outputs, 1x IF Slot, Operating Range −40°C to +70°C, 600 W Integrated Surge Protections
2 RE8.1-PCB 0000-0500
  8x NO 230V Relays, 3x Optically Separated 230V Inputs, 2x NOC 230V Relays, 1x IF Slot, Operating Range −40°C to +70°C, 600 W Integrated Surge Protections
2 RE8.2-PCB 0000-1000
  8x NOC 24V Relays, 1x IF Slot, Operating Range −40°C to +70°C, 600 W Integrated Surge Protections
2 RE8.2E-PCB 0000-0900
  8x NOC 24V Relays, Operating Range −40°C to +70°C, 600 W Integrated Surge Protections
6 AI4.1-PCB 0000-0300
  4x 24-bit Analog RTD Inputs, 4x SSR Outputs, 4x 24 V Digital Inputs, 1x IF Slot, Operating Range −40°C to +70°C, 600 W Integrated Surge Protections
6 PP8.1-PCB 0000-0700
  8x PUSH-PULL Transistor Outputs, 4x 24 V Digital Inputs, 3x 5V Digital Inputs or 10-bit Alarm Inputs, 1x NOC 24V Relay Output, 1x IF Slot, Operating Range −40°C to +70°C, 600 W Integrated Surge Protections


Availability

  • *0 Under development
  • *6 Prepared for production
  • *1 Full production
  • *8 Temporarily unavailable
  • *3 N/A / Total sale
  • *7 Build to order
  • *2 Clearance sale
  • *9 Unavailable

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