WAGO 761-216 Manual

WAGO 761-216 Manual

To-pass compact, 8 ai, web, modbus for wago-to-pass 761
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Manual
WAGO-TO-PASS® 761
TO-PASS® Compact, 8 AI, Web, MODBUS
761-216
Telecontrol module for fault detection/indication,
monitoring and remote control
Version 2.0.0

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Summary of Contents for WAGO 761-216

  • Page 1 Manual WAGO-TO-PASS® 761 TO-PASS® Compact, 8 AI, Web, MODBUS 761-216 Telecontrol module for fault detection/indication, monitoring and remote control Version 2.0.0...
  • Page 2 WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS © 2013 by WAGO Kontakttechnik GmbH & Co. KG All rights reserved. WAGO Kontakttechnik GmbH & Co. KG Hansastraße 27 D-32423 Minden Phone: +49 (0) 571/8 87 – 0 Fax: +49 (0) 571/8 87 – 1 69 E-Mail: info@wago.com...
  • Page 3: Table Of Contents

    WAGO-TO-PASS® 761 Table of Contents 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Table of Contents Notes about this Documentation ..............7 Validity of this Documentation ..............7 Copyright ....................7 Symbols ..................... 8 Number Notation ..................10 Font Conventions ..................10 Important Notes ..................
  • Page 4 Table of Contents WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 3.6.5 MODBUS Communication ..............33 3.6.6 Digital Inputs ..................33 3.6.7 Counter Inputs ..................33 3.6.8 Analog Inputs ..................34 3.6.9 Digital Outputs ................... 34 3.6.10 Analog Outputs ................... 34 3.6.11...
  • Page 5 WAGO-TO-PASS® 761 Table of Contents 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Transmission Repeat Times ..............74 Time Adjustment ..................77 MODBUS ....................78 7.9.1 MODBUS Settings ................79 7.9.2 MODBUS Alarm ................80 7.9.3 MODBUS Registers ................81 7.10 Data Logger .....................
  • Page 6 Table of Contents WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 10.3.2.2 Logger Script Extension .............. 121 10.3.2.2.1 Data Format for LIOx Variable ..........122 10.3.2.2.2 Data Format for LPDx Variable ..........122 10.3.2.2.3 Example for Logger Script Extension ........123 10.3.2.3...
  • Page 7: Notes About This Documentation

    Care must also be taken to ensure that any supplement to these instructions are included, if applicable. Validity of this Documentation This documentation is only applicable to the telecontrol module 761-216 (TO-PASS® Compact, 8 AI, Web, MODBUS) and its variation 761-216/000-001. Copyright This Manual, including all figures and illustrations, is copyright-protected.
  • Page 8: Symbols

    Notes about this Documentation WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Symbols Personal Injury! Indicates a high-risk, imminently hazardous situation which, if not avoided, will result in death or serious injury. Personal Injury Caused by Electric Current! Indicates a high-risk, imminently hazardous situation which, if not avoided, will result in death or serious injury.
  • Page 9 WAGO-TO-PASS® 761 Notes about this Documentation 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Additional Information: Refers to additional information which is not an integral part of this documentation (e.g., the Internet). Manual Version 2.0.0...
  • Page 10: Number Notation

    Notes about this Documentation WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Number Notation Table 1: Number notation Number code Example Note Decimal Normal notation Hexadecimal 0x64 C notation Binary '100' In quotation marks, nibble separated with '0110.0100' dots (.)
  • Page 11: Important Notes

    2.1.1 Subject to Changes WAGO Kontakttechnik GmbH & Co. KG reserves the right to provide for any alterations or modifications that serve to increase the efficiency of technical progress. WAGO Kontakttechnik GmbH & Co. KG owns all rights arising from the granting of patents or from the legal protection of utility patents.
  • Page 12: Disclaimer

    GPL. According to Section 3b of GPL, we offer you the source code. You can obtain the source code with licensing terms of the Open Source software from WAGO Kontakttechnik GmbH & Co. KG on request. Send your request to support@wago.com with the subject "Open Source TO-PASS Compact".
  • Page 13: Safety Advice (Precautions)

    WAGO-TO-PASS® 761 Important Notes 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Safety Advice (Precautions) For installing and operating purposes of the relevant device to your system the following safety precautions shall be observed: Do not work on components while energized! All power sources to the device shall be switched off prior to performing any installation, repair or maintenance work.
  • Page 14 Important Notes WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Please note the following information about FCC Part 15! FCC Part 15.19 This device complies with Part 15 of the FCC Rules. Operation is subject to the following conditions: 1.
  • Page 15 WAGO-TO-PASS® 761 Important Notes 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Protect the components against materials having seeping and insulating properties! The components are not resistant to materials having seeping and insulating properties such as: aerosols, silicones and triglycerides (found in some hand creams).
  • Page 16: Device Description

    Please note that one SIM card is required to operate each TO-PASS telecontrol module and may be obtained from typical service providers such as T-Mobile, VODAFONE or EPlus. WAGO Kontakttechnik GmbH & Co. K.G. is prepared to assist with the selection of the most cost-effective tariff for your application. ®...
  • Page 17: Table 3: Overview Of Functions

    WAGO-TO-PASS® 761 Device Description 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Table 3: Overview of functions Functionality FW 2.20 FW 2.31 FW 2.32 FW 2.33 Module name length 8 characters*) 16 characters*) 16 characters*) 16 characters*) (Identity) “Prepaid” request Always active...
  • Page 18: View

    Device Description WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS View Figure 1: Front view Position Description SIM Card insert Antenna connection Statusindication PC interface Connecting terminals for the supply, inputs and outputs Manual Version 2.0.0...
  • Page 19: Connectors

    WAGO-TO-PASS® 761 Device Description 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Connectors 3.4.1 Antenna The screw connector (SMA socket) for the GSM antenna is located at the top of the housing. Figure 2: Antenna connection Observe the maximum length of the antenna cable!
  • Page 20: Operating Voltage

    Device Description WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 3.4.2 Operating Voltage Use SELV/PELV power source only! ® The TO-PASS telecontrol module must only be powered from a PELV (Protective Extra Low Voltage) or SELV (Safety Extra Low Voltage) power source complying with the limited power source (LPS) requirements per DIN EN 60950-1.
  • Page 21: Grounding

    WAGO-TO-PASS® 761 Device Description 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 3.4.3 Grounding 3.4.3.1 Framework Assembly When setting up the framework, the carrier rail must be screwed together with the electrically conducting cabinet or housing frame. The framework or the housing must be grounded.
  • Page 22: Shielding

    Higher shielding performance is achieved via low-impedance connection between shield and ground. To achieve this, connect the shield over a large surface area, e.g., WAGO shield connecting system. This is especially recommended for large- scale systems where equalizing current or high impulse-type currents caused by atmospheric discharge may occur.
  • Page 23: Wago Shield Connecting System

    3.4.4.4 WAGO Shield Connecting System The WAGO shield connecting system consists of shield clamping saddles, busbars and various mounting carriers to enable a wide variety of setups. For more information on this, refer to the "Accessories" section of the main catalog.
  • Page 24: Digital Inputs

    Device Description WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 3.4.5 Digital Inputs Only connect SELV/PELV voltages! Only SELV/PELV voltages shall be connected to the device terminals. Table 6: Terminal assignment for digital inputs Figure 5: Terminal assignment for digital inputs...
  • Page 25: Counter Inputs

    WAGO-TO-PASS® 761 Device Description 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 3.4.6 Counter Inputs Only connect SELV/PELV voltages! Only SELV/PELV voltages shall be connected to the device terminals. Digital inputs D1 … D4 can be configured as counter inputs. Table 7: Counter input pin assignments...
  • Page 26: Analog Inputs

    Device Description WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 3.4.7 Analog Inputs Only connect SELV/PELV voltages! Only SELV/PELV voltages shall be connected to the device terminals. Table 8: Terminal assignment for analog inputs Figure 7: Terminal assignment for analog inputs...
  • Page 27 WAGO-TO-PASS® 761 Device Description 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Analog inputs are single-ended! The analog inputs are single-ended and the “Aix–” connections are connected internally to the “GND” connections. Connect shielding! Shielded cables are required for analog inputs. The cable shield must be connected to the grounded DIN rail (see section "Connections"...
  • Page 28: Digital Outputs

    Device Description WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 3.4.8 Digital Outputs Only connect SELV/PELV voltages! Only SELV/PELV voltages shall be connected to the device terminals. Table 9: Terminal assignment for digital outputs Figure 8: Terminal assignment for digital outputs...
  • Page 29: Analog Outputs

    WAGO-TO-PASS® 761 Device Description 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 3.4.9 Analog Outputs Only connect SELV/PELV voltages! Only SELV/PELV voltages shall be connected to the device terminals. Table 10: Terminal assignment for analog outputs Figure 9: Terminal assignment for analog outputs...
  • Page 30: Serial Interface To The Pc And Modbus Interface

    Device Description WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 3.4.10 Serial Interface to the PC and MODBUS Interface Table 11: Serial interface to the PC and MODBUS interface Description Not assigned Not assigned Not assigned MODBUS RX Figure 10: Serial interface to the PC...
  • Page 31: Display Elements

    WAGO-TO-PASS® 761 Device Description 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Display Elements Table 14: Display Elements Busy Description Green 0.5 Hz Ready to operate blinking Communication via RS232 Green interface Green 1 Hz Firmware update blinking GSM modem is activated Initialization (takes approx.
  • Page 32: Technical Data

    Device Description WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Technical Data 3.6.1 Housing Table 15: Technical Data Housing Dimensions (W x H x L) 109 mm x 105 mm x 78 mm Weight Approx. 412 g Operating temperature -20 °C ...
  • Page 33: Gsm Communication

    WAGO-TO-PASS® 761 Device Description 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 3.6.4 GSM Communication Table 18: Technical Data Communication Number of recipients Recipient types PC, SMS, e-mail, phone, fax Communication GSM quad-band Communication types SMS (bidirectional), telecommunication dial-up connection (CSD), GPRS connection to Internet 3.6.5...
  • Page 34: Analog Inputs

    Device Description WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 3.6.8 Analog Inputs Table 22: Technical Data Analog Inputs Number of inputs Input current 0/4 mA ... 20 mA Approx.. 200 Ω / 20 mA Internal resistance Resolution 12 bit Measuring error (25°C)
  • Page 35: Approvals

    PTCRB with Software Index 01 (FW 02.30.14) and Hardware Index 01 Approval, USA Standards and Guidelines 761-216 telecontrol modules meet the following requirements on emission and immunity of interference: EMC CE-Immunity to interference acc. to EN 61000-6-2: 2005 and acc. to EN 61131-2: 2007 EMC CE-Emission of interference acc.
  • Page 36: Mounting

    IP20 degree of protection ® The protection class of the TO-PASS telecontrol module is IP 20. For this reason, WAGO Kontakttechnik GmbH & Co. KG recommends mounting in a housing or in a switching cabinet. Ambient temperature -20 °C to +70 °C ®...
  • Page 37: Removing The To-Pass ® Telecontrol Module From The Din Rail

    WAGO-TO-PASS® 761 Mounting 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS ® Removing the TO-PASS telecontrol module from the DIN rail ® Figure 13: Removing the TO-PASS telecontrol module from the DIN rail ® Press the undersurface against the lower DIN rail edge until the TO-PASS telecontrol module is no longer locked in place.
  • Page 38: Connect Devices

    If more than one conductor must be routed to one connection, these must be connected in an up-circuit wiring assembly, for example using WAGO feed- through terminals. Terminate both solid and ferruled conductors without actuation by simply pushing them in.
  • Page 39: Connection Examples

    WAGO-TO-PASS® 761 Connect Devices 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Connection Examples Connect the shield connection to the DIN rail! ® The shield connection of the TO-PASS telecontrol module (shield, terminal 38) must be connected to the DIN rail. The DIN rail must have a low-impedance ground (see section "Connections"...
  • Page 40: Counter Inputs

    Connect Devices WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 5.2.2 Counter Inputs Only connect SELV/PELV voltages! Only SELV/PELV voltages shall be connected to the device terminals. Connect shielding! Shielded cables are recommended for the counter inputs. When using shielded cables, the shield must be routed to the grounded DIN rail (see Section "Connections"...
  • Page 41: Analog Inputs

    WAGO-TO-PASS® 761 Connect Devices 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 5.2.3 Analog Inputs Only connect SELV/PELV voltages! Only SELV/PELV voltages shall be connected to the device terminals. Analog inputs are single-ended! The analog inputs are single-ended and the “Aix–” connections are connected internally to the “GND”...
  • Page 42: Voltage Measurement

    ® since the internal resistance of the TO-PASS telecontrol module depends on the input current. WAGO 857 Series JUMPFLEX Isolation Amplifiers for level conversion may be ® used for voltage measurement via TO-PASS telecontrol modules. Figure 17: Connection example for voltage measurement via U/I converter at input AI1 Manual Version 2.0.0...
  • Page 43: Digital Outputs

    WAGO-TO-PASS® 761 Connect Devices 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 5.2.4 Digital Outputs Only connect SELV/PELV voltages! Only SELV/PELV voltages shall be connected to the device terminals. Figure 18: Connection example for a relay at DO1 output Manual Version 2.0.0...
  • Page 44: Analog Outputs

    Connect Devices WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 5.2.5 Analog Outputs Only connect SELV/PELV voltages! Only SELV/PELV voltages shall be connected to the device terminals. Connect shielding! Shielded cables are required for analog outputs. The cable shield must be connected to the grounded DIN rail (see section "Connections"...
  • Page 45: Voltage Measurement

    WAGO-TO-PASS® 761 Connect Devices 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 5.2.5.2 Voltage Measurement : Load resistance, R : Internal resistance of measuring device must be less than 600 Ω. || R With R >> R the impact of R can be neglected.
  • Page 46: Modbus Interface

    Connect Devices WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 5.2.6 MODBUS Interface 5.2.6.1 Serial Interface for MODBUS and PC Figure 20: Connection example for serial interface for MODBUS and PC Manual Version 2.0.0...
  • Page 47: Modbus Rs-485 Network

    WAGO-TO-PASS® 761 Connect Devices 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 5.2.6.2 MODBUS RS-485 Network Figure 21: Connection example for MODBUS RS-485 Network (Fullduplex) Manual Version 2.0.0...
  • Page 48: Commissioning

    Commissioning WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Commissioning Installing the Operating Software ® Place the CD with the TO-PASS operating software in the CD drive of the The "Autostart" function is normally activated on set-up. If the set-up program does not start automatically, perform steps 2 to 6.
  • Page 49: Starting The To-Pass Telecontrol Module

    WAGO-TO-PASS® 761 Commissioning 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS ® Starting the TO-PASS Telecontrol Module Do not switch on yet! ® Do not switch on the TO-PASS telecontrol module until you are prompted to do so; do not insert the SIM card for this procedure.
  • Page 50 Commissioning WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS When generating a new configuration file, select the firmware version for the device that implements the required functionality as the first version in the Function selection field. The device versions, along with the associated enabling firmware indices are displayed to make selection easier.
  • Page 51: Parameterizing

    WAGO-TO-PASS® 761 Parameterizing 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Parameterizing General Settings Select the menu item File Settings for making general settings, such as type of > ® connection, interface or language for the TO-PASS operating interface. Figure 22: General settings...
  • Page 52 Parameterizing WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Table 26: General settings Interface COM1 ... COMx Here, select the serial interface where the communication cable is connected with a RS-232 connection. Language ® English / Select the langauge for the TO-PASS operator interface here.
  • Page 53: Reading Parameters From The Module

    WAGO-TO-PASS® 761 Parameterizing 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Reading Parameters from the Module ® After you have set the type of connection for communicating with the TO-PASS telecontrol module, you are then able to read out the parameters of the connected module.
  • Page 54: Identity

    Parameterizing WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Identity ® Select the TO-PASS telecontrol module to be configured from the project tree; under it, select the Identity option. On the right side you will find the selection field for the function, the display field for the name, the input field for the telephone number, buttons and input fields for the PIN, roaming and prepaid and the input field for the alarm counter.
  • Page 55: Table 27: Configuring The Identity

    WAGO-TO-PASS® 761 Parameterizing 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Table 27: Configuring the identity General Function selection You can redifine the firmware version in this selection field, that is to say the available scope of functions (e.g., to ensure compatibility with devices already in use).
  • Page 56: Addresses

    Parameterizing WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Addresses ® The TO-PASS telecontrol module can communicate with a maximum of four ® transmitters/receivers via GSM. Messages are sent by the TO-PASS telecontrol module as SMS; however, they can also be sent as an e-mail, fax or voice mail, as defined in configuration.
  • Page 57: Table 28: Configuring The Addresses

    WAGO-TO-PASS® 761 Parameterizing 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Table 28: Configuring the addresses Phone/Fax/Mail Address 1 ... Enter the target addresses in these fields: Address 4 Transmission as SMS: Enter the mobile phone number of the recipient. Click the button [T2T] when the SMS recipient is also a TO- ®...
  • Page 58 Parameterizing WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Table 28: Configuring the addresses Online Host address In this field enter the host address for the Web portal for test purposes, e.g., "www.to-pass.com". Host port In this field enter the port for the Web portal (e.g., "80" for...
  • Page 59: Configuring Inputs And Outputs

    WAGO-TO-PASS® 761 Parameterizing 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Configuring Inputs and Outputs 7.5.1 Digital Inputs ® Select your TO-PASS telecontrol module from the left side of the project tree using the identifier. Select the input to be configured under Digital Inputs.
  • Page 60: Figure 26: Configuring Digital Inputs 5

    Parameterizing WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Figure 26: Configuring digital inputs 5 … 8 (when provided) Table 29: Configuring of digital inputs Counters (only for digital inputs 1 … 4) Counters Check this box to use the selected digital input as a counter input.
  • Page 61 WAGO-TO-PASS® 761 Parameterizing 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Table 29: Configuring of digital inputs Alarm settings First value Check this box to have a message sent when the first limit is exceeded for upward counting or when the first lower limit is violated for downward counting.
  • Page 62 Parameterizing WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Table 29: Configuring of digital inputs Deactivation text In this field enter the text to be contained in the message transmitted when the digital input has been reset, or when the counted value has violated the second limit.
  • Page 63: Multiplex Input

    WAGO-TO-PASS® 761 Parameterizing 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 7.5.2 Multiplex Input You can configure digital inputs DI1 ... DI4 as multiplex inputs. These four inputs will then additionally be read in as a combination and intepreted as a binary number.
  • Page 64: Multiplex Settings

    Parameterizing WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 7.5.2.1 Multiplex Settings ® Select your TO-PASS telecontrol module from the left side of the project tree using the identifier. Select the Multiplex Settings option under Multiplex Input. The buttons for enabling multiplex operation and the selection of the recipients of the analog values to be transmitted are provided on the right side.
  • Page 65: Multiplex Alarm Text

    WAGO-TO-PASS® 761 Parameterizing 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 7.5.2.2 Multiplex Alarm Text ® Select your TO-PASS telecontrol module from the left side of the project tree using the identifier. Select the Multiplex Table option under the Multiplex Input entry.
  • Page 66: Analog Inputs

    Parameterizing WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 7.5.3 Analog Inputs ® Select your TO-PASS telecontrol module from the left side of the project tree using the identifier. Select the input to be configured under Analog Inputs. The parameters of the input are given on the right side.
  • Page 67 WAGO-TO-PASS® 761 Parameterizing 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Table 32: Configuring the analog inputs Alarm settings First value In this field enter the first limit for which a message is to be sent when this limit is violated (upper/lower limit) (see below).
  • Page 68: Digital Outputs

    Parameterizing WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 7.5.4 Digital Outputs ® Select your TO-PASS telecontrol module from the left side of the project tree using the identifier. Select the output to be configured under the entry Digital Outputs.
  • Page 69: Analog Outputs

    WAGO-TO-PASS® 761 Parameterizing 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 7.5.5 Analog Outputs ® Select your TO-PASS telecontrol module from the left side of the project tree using the identifier. Select the output to be configured under Analog Outputs. The parameters of the output are given on the right side.
  • Page 70 Parameterizing WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Evaluation of places after the decimal point Starting with Firmware 02.33.08, places after the decimal point are also taken into account for switching of the analog outputs. A period (decimal point) "." must be used as the separator.
  • Page 71: Configuring Error Detectors

    WAGO-TO-PASS® 761 Parameterizing 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Configuring Error Detectors ® The TO-PASS telecontrol module can transmit error messages to a maximum of four recipients. The recipients are informed either directly one after another or (if configured) after expiration of the time delay for acknowledgment. The message ®...
  • Page 72 Parameterizing WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS [4]. Click the [Internet] button to also transmit the message to a Web portal. In addition, you can also specify the analog values that are to be transmitted along with the error message.
  • Page 73: Acknowledgement

    WAGO-TO-PASS® 761 Parameterizing 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 7.6.4 Acknowledgement Acknowledgment is the confirmation that a message has actually been sent to the ® recipient. Select the TO-PASS telecontrol module from the project tree using the identifier. Select the entry Acknowledgment under the option Special Functions.
  • Page 74: To-Pass® Compact, 8 Ai, Web, Modbus

    Parameterizing WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Transmission Repeat Times ® Select the TO-PASS telecontrol module from the project tree using the identifier. Select the entry Repeat times under the option Special Functions. The input fields for the Web interval, the Web outputs and the SMS interval and buttons for target addresses are located on the right side.
  • Page 75: Table 36: Configuring The Transmission Repeat Times

    WAGO-TO-PASS® 761 Parameterizing 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Table 36: Configuring the transmission repeat times Web settings Web interval In this field enter the cycle time in minutes to define the ® intervals that the TO-PASS telecontrol module is to send data to the Internet.
  • Page 76 Parameterizing WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Table 36: Configuring the transmission repeat times SMS Settings SMS interval Here, enter the cycle time in minutes to define the intervals ® that the TO-PASS telecontrol module is to send data to the addresses defined under Address.
  • Page 77: Time Adjustment

    WAGO-TO-PASS® 761 Parameterizing 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Time Adjustment ® Select the TO-PASS telecontrol module from the project tree using the identifier. Select the entry Acknowledgment under the option Time setting. The buttons for various settings pertaining to time adjustment are located on the right side.
  • Page 78: Modbus

    Parameterizing WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS MODBUS The MODBUS functionality facilitates connectivity for MODBUS interface- equipped devices. The devices must be configured as slave devices and are ® connected via PC interface. As a result, the TO-PASS telecontrol module operates as a master.
  • Page 79: Modbus Settings

    WAGO-TO-PASS® 761 Parameterizing 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 7.9.1 MODBUS Settings ® Select the TO-PASS telecontrol module from the project tree using the identifier. Select the MODBUS Settings option under the MODBUS entry. The buttons for the MODBUS format and the input field for the polling cycle time...
  • Page 80: Modbus Alarm

    Parameterizing WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 7.9.2 MODBUS Alarm When using the MODBUS functionality, an input of a MODBUS device can be defined that triggers an alarm when it assumes the high state (logical "1"). The alarm request is made via the function code "Read Discrete Inputs" (0x02).
  • Page 81: Modbus Registers

    WAGO-TO-PASS® 761 Parameterizing 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 7.9.3 MODBUS Registers A maximum of 64 registers can be read from the connected MODBUS subscribers. The registers are compiled in four groups (1 ... 16, 17 ... 32, 33 ... 48, 49 ...
  • Page 82: Data Logger

    Parameterizing WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 7.10 Data Logger ® Select the TO-PASS telecontrol module from the project tree using the identifier. Select the entry Data Logger under the option Special Functions. The input field for the cycle time and a button for calculating the average value are located on the right side.
  • Page 83: Writing Parameters To The Module

    WAGO-TO-PASS® 761 Parameterizing 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 7.11 Writing Parameters to the Module ® After you have adapted all parameters for the TO-PASS telecontrol module to your requirements, you have to write the parameters to the connected module.
  • Page 84: Operation

    Operation WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Operation Remote Query of Process Values ® The TO-PASS telecontrol module offers two options for remote inquiry of the process values available: • Query via SMS ® • Query with the TO-PASS...
  • Page 85: Remote Polling Via Sms

    WAGO-TO-PASS® 761 Operation 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 8.1.1 Remote Polling via SMS For remote polling via SMS, send an SMS containing the text "State" to the TO- ® PASS telecontrol module. ® The TO-PASS telecontrol module responds promptly with an SMS to your mobile phone containing all of the current process values.
  • Page 86: Table 44: Counter Status

    Operation WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS The counter status may be one of the following statuses: Table 44: Counter status Status Explanation Digital input not configured as a counter. e:ZW Counter is active: Counter value. d:ZW Counter is not active: Counter value.
  • Page 87: Remote Polling Using The To-Pass

    WAGO-TO-PASS® 761 Operation 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS ® 8.1.2 Remote Polling using the TO-PASS Operating Program ® To display the process values with the TO-PASS operator program, select the menu item Visualization > Process values. The program establishes a link to the ®...
  • Page 88: Inputs/Outputs

    Operation WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 8.1.2.1 Inputs/Outputs Press the [I/O] button to display the process values of the inputs and outputs. The process values displayed are valid if the on-line display is green. Figure 39: Visualization of the process values...
  • Page 89: Modbus

    WAGO-TO-PASS® 761 Operation 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 8.1.2.2 MODBUS Press the [MODBUS] button to display the MODBUS process values. The process values displayed are valid if the on-line display is green. Figure 40: MODBUS process values MODBUS Alarm In this line, the variable for the MODBUS alarm (Module/Register/Text) is displayed with the corresponding value (Alarm/Status).
  • Page 90: Counters

    Operation WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 8.1.2.3 Counters To display the counter process values, click the [Counter] button (possible only when inputs have been configured as counters). The process values displayed are valid when the on-line indicator is highlighted in green.
  • Page 91: Telecontrol

    WAGO-TO-PASS® 761 Operation 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Telecontrol ® TO-PASS telecontrol modules offer the option of influencing a process remotely with the help of their analog and digital outputs. There are two methods available: • Telecontrol via SMS ®...
  • Page 92: Telecontrol Via Sms

    Operation WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 8.2.1 Telecontrol via SMS 8.2.1.1 Setting or Resetting a Digital Output To set or reset a digital output, send an SMS with the text that is entered under ® Activation text or Deactivation text for the output to the TO-PASS telecontrol ®...
  • Page 93: Setting An Analog Output

    WAGO-TO-PASS® 761 Operation 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 8.2.1.2 Setting an Analog Output To set an analog output, send an SMS with the text, which is entered under Set ® output, and the value to be set to the TO-PASS telecontrol module.
  • Page 94: Changing The Counter Value Or Status

    Operation WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 8.2.1.3 Changing the Counter Value or Status To change the value or the status of a counter, send an SMS containing the text "Counter" and the corresponding control commands (more than one can be sent) ®...
  • Page 95: Telecontrol With The To-Pass

    WAGO-TO-PASS® 761 Operation 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS ® 8.2.2 Telecontrol with the TO-PASS Operator Program ® To display the process values with the TO-PASS operator program, select the menu item Visualization > Process values. The program establishes a link to the ®...
  • Page 96: Inputs/Outputs

    Operation WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 8.2.2.1 Inputs/Outputs Press the [I/O] button to display the process values of the inputs and outputs. The process values displayed are valid if the on-line display is green. Figure 42: Visualization of the process values...
  • Page 97: Counters

    WAGO-TO-PASS® 761 Operation 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 8.2.2.2 Counters To display the counter process values, click the [Counter] button (possible only when inputs have been configured as counters). The process values displayed are valid when the on-line indicator is highlighted in green.
  • Page 98: Acknowledging Error Messages

    Operation WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Acknowledging Error Messages If a waiting time not equal to 0 has been set for the acknowledgment of error ® messages, the TO-PASS telecontrol modules expects an acknowledgment of error messages from the recipient.
  • Page 99: Switching To Standby

    WAGO-TO-PASS® 761 Operation 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Switching to Standby Standby authorization Switching standby on and off is only possible by subscribers whose telephone number has been entered in the address list! Using the "Standby" function, it is optional to change all messages sent by the ®...
  • Page 100: Displaying The Data Logger (Dsp)

    Operation WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Displaying the Data Logger (DSP) ® The TO-PASS telecontrol module is equipped with a data logger. The size of the data logger depends on the device used and is specified in the technical data.
  • Page 101 WAGO-TO-PASS® 761 Operation 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS As an alternative, you can also display all data records saved via Edit > Display all data records or all new data records for the selected telecontrol module via Edit > Display new data records. Here, no distinction is made between DSP or ESP.
  • Page 102: Displaying The Event Logger (Esp)

    Operation WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Displaying the Event Logger (ESP) In contrast to the data logger, the event logger saves the complete process image ® of the TO-PASS telecontrol modules only when an event occurs. This can be the setting of a digital input or even the violation of a limit value.
  • Page 103: Diagnostics

    WAGO-TO-PASS® 761 Diagnostics 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Diagnostics Test Inputs and Outputs To test the inputs and outputs select the menu option Controller > Test I/O. The following window is displayed: Figure 44: Test inputs and outputs The process values of the inputs are displayed in the upper area and the process values of the outputs are displayed in the lower area.
  • Page 104: Testing The Counter Inputs

    Diagnostics WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Testing the Counter Inputs To test the counter inputs, select the menu item Edit > Test counters. Figure 45: Testing counters The counter statuses are shown at the top of the window, while the counter values, the starting and end values and the limits are shown at the bottom.
  • Page 105: Testing The Connection

    WAGO-TO-PASS® 761 Diagnostics 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Testing the Connection Direct serial link required ® The connection may only be tested with a direct serial link to the TO-PASS telecontrol module. To test the connection, select the menu option Edit > Test SMS/GPRS. The...
  • Page 106: Testing The Modem

    Diagnostics WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Testing the Modem Direct serial link required ® The modem test may only be performed with a direct serial link to the TO-PASS telecontrol module. To test the mode, select the menu item Modem > Test.
  • Page 107: Wago To-Pass Web

    To do this, enter "www.to-pass.com" as the Host address and the value "80" as the Host port. Enter "wago/saveTO-PASS.php" as the script name under Script (Values) and/or under Script (Logger). Enter the information for your SIM card provider for APN access, user name and password (see also Section “Parameter setting”...
  • Page 108: Http Request

    ® The HTTP method "POST" transmits the process image of the TO-PASS ® telecontrol module to the Internet to the WAGO TO-PASS portal. A data set consists of form data in the context of the request (header and data string).
  • Page 109: Data Sets

    WAGO-TO-PASS® 761 WAGO TO-PASS® Web 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 10.3 Data Sets To distinguish the structure of the incoming data sets, the new data sets are marked with a version variable. The variable is structured as “xx.yy”, while “xx”...
  • Page 110: Value Script Fw 2.20 (Standard)

    WAGO TO-PASS® Web WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 10.3.1.1 Value Script FW 2.20 (Standard) Table 49: Data format for value script FW 2.20 (Standard) Index Variable Contents Format Identity Identity[8];Serial number[5] Parameter Cycle time[4];Provider[5];Alarm counter[2] Date, time YY/MM/DD,hh:mm:ss;...
  • Page 111: Example Of Value Script Fw 2.20 (Standard)

    WAGO-TO-PASS® 761 WAGO TO-PASS® Web 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 10.3.1.1.1 Example of Value Script FW 2.20 (Standard) To improve readability, line breaks have been inserted. ID=TO-PASS;12345 &PA=0000;home ;99 &TI=11/05/05,14:34:21 &D1=1;0&D2=0;0&D3=0;0&D4=0;0&D5=0;0&D6=0;0&D7=0;0&D8=0;0 &A1=+00.00;mA;0&A2=+00.00;mA;0&A3=+00.00;mA;0&A4=+00.00;mA;0 &A5=+00.00;mA;0&A6=+00.00;mA;0&A7=+00.00;mA;0&A8=+00.00;mA;0 &US=Hello &PO=123155.000,5217.9742N,00855.2710E,4.4,74.9,2,214.30,6.0,3.2, 110505.00 Manual Version 2.0.0...
  • Page 112: Value Script Fw 2.31 (Extended)

    WAGO TO-PASS® Web WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 10.3.1.2 Value Script FW 2.31 (Extended) Due to extended functionalities, the value script has been extended to include a version designation ("01.01") as well as supply voltage, output values and GPS information.
  • Page 113: Table 51: Meaning Of Flag

    WAGO-TO-PASS® 761 WAGO TO-PASS® Web 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Table 51: Meaning of flag Flag 1 Flag 2 Flag 3 Flag 4 Flag 5 Flag 6 Flag 7 Flag 8 Flag 1 0: GPS has not been started.
  • Page 114: Example Of Value Script Fw 2.31 (Extended)

    WAGO TO-PASS® Web WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 10.3.1.2.1 Example of Value Script FW 2.31 (Extended) To improve readability, line breaks have been inserted. ID=TO-PASS(Ext);12345 &SV=01.01 &PA=0000;home ;99 &TI=11/05/05,12:19:51 &D1=0;0&D2=0;0&D3=0;0&D4=0;0&D5=0;0&D6=0;0&D7=0;0&D8=0;0 &A1=+00.00;mA;0&A2=+00.00;mA;0&A3=+00.00;mA;0&A4=+00.00;mA;0 &A5=+00.00;mA;0&A6=+00.00;mA;0&A7=+00.00;mA;0&A8=+00.00;mA;0 &VS=+25.16;V(Uv);0 DO0000 &AO=+0000;mA;+0400;mA &US=Hello &PO=101550.000,5217.9860N,00855.2699E,4.4,51.5,2,309.35,3.7,2.0,11...
  • Page 115: Value Script Fw 2.33 (Counter Inputs)

    WAGO-TO-PASS® 761 WAGO TO-PASS® Web 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 10.3.1.3 Value Script FW 2.33 (Counter Inputs) The counter inputs have resulted in counter data, signal quality and an indicator being added to the display for the value script ("SV=02.00") and to an update of the MODBUS registers and analog outputs.
  • Page 116: Table 53: Alarm Status

    WAGO TO-PASS® Web WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS The counter status shows the last change that has occurred since the last value script transmission, or after a system start (independent of the SMS and logger status).
  • Page 117: Example Of Value Script Fw 2.33 (Counter Inputs)

    WAGO-TO-PASS® 761 WAGO TO-PASS® Web 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 10.3.1.4 Example of Value Script FW 2.33 (Counter Inputs) To improve readability, line breaks have been inserted. ID=TO-PASS(Cnt);12345 &SV=02.00 &PA=0000;home ;99 &TI=11/05/05,12:19:51 &D1=0;0&D2=0;0&D3=0;0&D4=0;0&D5=0;0&D6=0;0&D7=0;0&D8=0;0 &A1=+00.00;mA;0&A2=+00.00;mA;0&A3=+00.00;mA;0&A4=+00.00;mA;0 &A5=+00.00;mA;0&A6=+00.00;mA;0&A7=+00.00;mA;0&A8=+00.00;mA;0 &VS=+25.16;V(Uv);0 DO0000 &AO=+00.00;mA;+04.00;mA &C1=0;0;0...
  • Page 118: Logger Script

    WAGO TO-PASS® Web WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 10.3.2 Logger Script Data transmission to the logger script is activated via cyclical transmission repetitions (Web interval). Data packet information contains the logger's values that have not been acknowledged yet.
  • Page 119: Logger Script Standard

    WAGO-TO-PASS® 761 WAGO TO-PASS® Web 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 10.3.2.1 Logger Script Standard In the standard format, 10 logger entries are transmitted in a packet. Each entry consists of a compressed data set of 14 binary bytes, which are attached to the hexadecimal character string of the variable.
  • Page 120: 10.3.2.1.2 Example For Logger Script Standard

    WAGO TO-PASS® Web WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 10.3.2.1.2 Example for Logger Script Standard To improve readability, line breaks have been inserted. ID=TO-PASS;12345 &PA=0005;home ;99 &TI=11/05/05,14:36:11 &LO= 092D4AD100000000000000000000 562D4AD123000000000000000000 3F2D4AD12A000000000000000000 562D4AD137000000000000000000 562D4AD159000000000000000000 562D4AD164000000000000000000 3F2D4AD169000000000000000000 562D4AD19A000000000000000000 3F2D4AD1A9000000000000000000...
  • Page 121: Logger Script Extension

    WAGO-TO-PASS® 761 WAGO TO-PASS® Web 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 10.3.2.2 Logger Script Extension The logger script has been updated due to extended functionalities. The “02.00” version designation has been assigned due to major modifications. Table 56: Data format for logger script FW 2.31 (extended)
  • Page 122: 10.3.2.2.1 Data Format For Liox Variable

    WAGO TO-PASS® Web WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 10.3.2.2.1 Data Format for LIOx Variable Table 57: Data format for logger script FW 2.31 (extended), Variable LIOx Index Contents Format Message counter Message counter[4]; Event (cyclic logger) Event[2];...
  • Page 123: 10.3.2.2.3 Example For Logger Script Extension

    WAGO-TO-PASS® 761 WAGO TO-PASS® Web 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 10.3.2.2.3 Example for Logger Script Extension To improve readability, line breaks have been inserted. ID=TO-PASS(Ext);12345 &LV=02.00 &PA=0005;home ;99 &TI=11/05/05,08:38:22 &LIO1=0019;09;11/05/05,08:33:44;00;000;000;000;000;000;000;000;000 ;C4A;0;000;000 &LPD1=10;08/01/01,06:33:35;274;0;0;N;0;0;W;00;0;0;0;0;0;0;0 &LIO2=001A;3F;11/05/05,08:34:02;00;000;000;000;000;000;000;000;000 ;BA2;0;000;000 &LPD2=10;08/01/01,06:33:55;274;0;0;N;0;0;W;00;0;0;0;0;0;0;0 &LIO3=001B;56;11/05/05,08:34:26;00;000;000;000;000;000;000;000;000 ;B89;0;000;000 &LPD3=C0;11/05/05,06:34:25;276;C41;2600;N;216;1621;E;0C;4D34;3;26A F;21;11;7;0...
  • Page 124 WAGO TO-PASS® Web WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS The calculations for longitudes/latitudes (see below) refer to the format as transmitted in the NMEA data (ccmm.mmmm with cc = degree, mm.mmmm = Angular minute). The cc.mm format is used to indicate the direction (also according to NMEA definition).
  • Page 125: Logger Script Fw 2.33 (Counter Inputs)

    WAGO-TO-PASS® 761 WAGO TO-PASS® Web 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 10.3.2.3 Logger Script FW 2.33 (Counter Inputs) The counter inputs have resulted in counter data and an indicator being added to the display for non-set time (operating hours) to the logger script ("LV=02.01").
  • Page 126: Table 61: Number Of Data Sets

    WAGO TO-PASS® Web WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Table 61: Number of data sets Script Version Counter &LO &LIO &LPD &LCD FW 2.20 FW 2.31 FW 2.31 FW 2.33 FW 2.33 FW 2.33 FW 2.33 Example: navigation of level 3.
  • Page 127: Time Request Script Fw 2.33

    WAGO-TO-PASS® 761 WAGO TO-PASS® Web 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 10.3.2.4 Time Request Script FW 2.33 If time adjustment is to take place via the Internet, a time request script is transmitted on system start in order to adjust the time when a reply is received.
  • Page 128: Http Response

    The data string must contain the following text: “Values stored” or “Values stored:YY/MM/DD,hh:mm:ss”. Date and time are optional and are required only if the time of the WAGO TO- ® PASS telecontrol module is to be set via the Web portal.
  • Page 129: Example Of Http Response

    WAGO-TO-PASS® 761 WAGO TO-PASS® Web 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS 10.4.1 Example of HTTP Response The HTTP response consists of both header and data string, which are separated by an empty line (<CR><LF> = Carriage Return + Line Feed).
  • Page 130: List Of Figures

    Figure 2: Antenna connection ................19 Figure 3: Terminal assignment for operating voltage ........... 20 Figure 4: Example of the WAGO shield connecting system ........ 23 Figure 5: Terminal assignment for digital inputs ..........24 Figure 6: Counter input pin assignments ............... 25 Figure 7: Terminal assignment for analog inputs ..........
  • Page 131 WAGO-TO-PASS® 761 List of Figures 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Manual Version 2.0.0...
  • Page 132: List Of Tables

    List of Tables WAGO-TO-PASS® 761 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS List of Tables Table 1: Number notation ..................10 Table 2: Font conventions ..................10 Table 3: Overview of functions ................17 Table 4: Terminal assignment for operating voltage ..........20 Table 5: WAGO ground wire terminals ..............
  • Page 133 WAGO-TO-PASS® 761 List of Tables 761-216 TO-PASS® Compact, 8 AI, Web, MODBUS Table 49: Data format for value script FW 2.20 (Standard) ....... 110 Table 50: Data format for value script FW 2.31 (extended) ....... 112 Table 51: Meaning of flag ................... 113 Table 52: Counter status ..................
  • Page 134 WAGO Kontakttechnik GmbH & Co. KG Postfach 2880 • D-32385 Minden Hansastraße 27 • D-32423 Minden Phone: +49/5 71/8 87 – 0 Fax: +49/5 71/8 87 – 1 69 E-Mail: info@wago.com Internet: http://www.wago.com...

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