IFM Electronic Ecomot300 AC2630 Device Manual
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IFM Electronic Ecomot300 AC2630 Device Manual

IFM Electronic Ecomot300 AC2630 Device Manual

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Field modules DP
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AC2630 / AC2631 / AC2634
AC2636 / AC2637 / AC2638

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Summary of Contents for IFM Electronic Ecomot300 AC2630

  • Page 1 Device manual Field modules DP AC2630 / AC2631 / AC2634 AC2636 / AC2637 / AC2638...

  • Page 2: Table Of Contents

    Field modules DP Contents 1 Preliminary note � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � 4 2 Safety instructions �...
  • Page 3 Field modules DP 8�1 Technical data � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � � 25 8�2 Digital stand-alone modules �...

  • Page 4: Preliminary Note

    Field modules DP 1 Preliminary note This document applies to devices of the "Field modules DP" (art� no: AC26xx)� These instructions are part of the device� This document is intended for specialists� These specialists are people who are qualified by their appropriate training and their experience to see risks and to avoid possible hazards that may be caused during operation or maintenance of the device�...

  • Page 5: Safety Instructions

    Field modules DP 2 Safety instructions These instructions contain texts and figures concerning the correct handling of the device and must be read before installation or use� Observe the operating instructions� Non-observance of the instructions, operation which is not in accordance with use as prescribed below, wrong installation or incorrect handling can seriously affect the safety of operators and machinery�...

  • Page 6: Documentation

    Field modules DP ► Devices that are designed for mounting in housings or control cabinets must only be operated and controlled after they have been installed with the housing closed� Desktop or portable units must only be operated and controlled in enclosed housings�...

  • Page 7: Connections

    Field modules DP Firmware and hardware status Indication on module Declaration Example D� kkjjxyzu D�22011501 Calendar week Week 22 Year of the year 2001 Firmware bus board Firmware bus, version 1 Hardware bus board Hardware, version 5 Firmware I/O board Firmware I/O, 0 (no firmware needed for this board) Hardware I/O board...

  • Page 8: 4�4 Connection To A Siemens Plc Type S7-300

    Field modules DP 4.4 Connection to a Siemens PLC type S7-300 In order to describe the connection of the modules to an S7-300 type Siemens controller, the software package "SIMATIC Manager" version 5�5 with Service Pack 2 from the company Siemens is used� 4.4.1 Importing the GSD file Prior to initial configuration of the system in the hardware configurator of the software, the GSD files must be imported into the software�...
  • Page 9 Field modules DP ► Select the GSD file from the according source directory� Selecting the GSD file from the directory After correct import and an update of the hardware catalogue via [Options] → [Update Catalog] the modules will be displayed as separate entries in the hardware catalogue�...
  • Page 10 Field modules DP Selecting a CPU First, select a module rack� In this example, rack 300 is selected under [SIMATIC 300] → [RACK 300] Selecting the module rack Then the CPU type is determined�...
  • Page 11 Field modules DP Enter the PROFIBUS address of the CPU in the dialogue box and select the subnet [PROFIBUS]� Use the button [Properties] to further define the subnet� Selecting the subnet...

  • Page 12: 4�5 Selection Of Modules As Slaves

    Field modules DP 4.5 Selection of modules as slaves To enter modules as slaves, select the required entries in the hardware catalogue under [Additional Field Devices] → [I/O]. Selecting the modules as slave Configuration of the stand-alone modules The stand-alone modules can be moved from the hardware catalogue to the PROFIBUS master system using the Drag &...

  • Page 13: Data Mapping Of The Modules

    Field modules DP 5 Data mapping of the modules 5.1 Data mapping: Stand-alone and extension modules 5.1.1 Digital input modules C3P2 C3P4 C2P2 C2P4 C1P2 C1P4 C0P2 C0P4 Input data in the process image (C = female connector, P = pin) 5.1.2 Digital output modules C3P2 C3P4...

  • Page 14: 5�1�4 Analogue Input Modules

    Field modules DP 5.1.4 Analogue input modules The data mapping of all analogue input modules is identical� Evaluation in the MOTOROLA format (default mapping) Address Input data Output data Word High byte Low byte Channel 1 / DB 0 Channel 1 / DB 1 Channel 2 / DB 0 Channel 2 / DB 1 Channel 3 / DB 0...

  • Page 15: Error Handling And Diagnosis

    Field modules DP Evaluation in the Intel format (DB = data byte) Address Input data Output data Word High byte Low byte Channel 1 / DB 1 Channel 1 / DB 0 Channel 2 / DB 1 Channel 2 / DB 0 Channel 3 / DB 1 Channel 3 / DB 0 Channel 4 / DB 1...

  • Page 16: 6�1�2 Diagnostic Leds For Profibus

    Field modules DP Description Corrective measure green Error Error argument code No data exchange Module in Synchron mode → activate cyclic data EEPROM - check sum Reset to factory settings error Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Module is in data ex- change (no error) 6.1.2 Diagnostic LEDs for PROFIBUS Description...

  • Page 17: 6�1�3 Error Causes

    Field modules DP DP start-up okay, Start cyclic but still no Data_Exchange_ PROFIBUS communication Message Module is no error exchanging data 6.1.3 Error causes Should you have any problems with the module, the status LEDs will provide information on the probably error cause� Avoidance of typical errors Checking the PROFIBUS cabling A PROFIBUS cable (or a cable segment when using a repeater) can be tested with...

  • Page 18: 6�2�1 General Structure Of The Diagnostic Messages

    Field modules DP 6.2.1 General structure of the diagnostic messages Diagnostic bytes Diagnostic contents 0 to 5 Standard DP diagnosis (to PROFIBUS-DP standard) 6 to 61 Vendor-specific diagnosis 6 and 7 Length of diagnostic data and diagnostic code (defined by PROFIBUS-DP standard) 8 to 15 Reserved 16 to 61...

  • Page 19: 6�2�2 Diagnostic Message Of The Stand-Alone Modules

    Field modules DP 6.2.2 Diagnostic message of the stand-alone modules DP diagnosis to DP standard Bytes Description No slave response (set internally by the DP master) Slave in start-up mode (evaluation of parameters and configuration) Configuration error Ext_Diag_Data present (from byte 6) Function is not supported Faulty slave response (set internally by the DP master) Parameterisation error...
  • Page 20 Field modules DP Vendor-specific diagnosis Bytes Description Length of Ext_Diag_Data including length byte 0x81 (code DPV1 diagnostic format) 8 to 15 0x00 Channel-specific diagnosis Bytes Description 0x00 6/ 7 Faulty channel number: 0x00 = error in channel 0 0x40 = error in channel 1 0x80 = error in channel 2 0xC0 = error in channel 3 Status byte of channel...

  • Page 21: Ifm Profibus Dp Modules

    Field modules DP 7 ifm Profibus DP modules 7.1 General technical information ifm Profibus DP modules connect each I/O module directly to the Profibus� Thus, a 100% transparent transmission is ensured� The module variety ranges from standardised digital industrial signals to analogue input/output modules�...

  • Page 22: 7�3 Nominal Current Consumption Of The Modules

    Field modules DP 7.3 Nominal current consumption of the modules It is important to consider the current consumption of the individual modules for power-feed, module protection and assessment of the voltage drop on the power cable� The table below shows the nominal current consumption of the modules at 24 V DC�...

  • Page 23: 7�5�1 Power Loss Of Power Cable

    Field modules DP – Cable lengths and power losses on the cables (see chapter Power loss of power cable) – If power is fed through, make sure that the maximum permissible current of 4 A / pin is not exceeded� 7.5.1 Power loss of power cable When using power cables do not exceed a total length of 15 m at 4 A (with power feed-through)�...

  • Page 24: 7�7 Scale Drawing

    Field modules DP 7.7 Scale drawing 36,5 M12x1 26,5...

  • Page 25: Devices

    Field modules DP 8 Devices 8.1 Technical data Detailed technical data can be found in the individual data sheets indicating article number AC26xx → www.ifm.com. 8.2 Digital stand-alone modules 8.2.1 AC2630 FieldModuleDP 4x2DI M12 The digital module detects the binary control signals at the process level and transfers them to the higher-level automation device�...

  • Page 26: Ac2636 Fieldmoduledp 4Ai (C) M12

    Field modules DP Pin 5 (shield) is capacitively coupled to the conductive base surface of the module� Supply voltage powers the fieldbus electronics� It is electrically isolated from U � is used for sensor supply; it is not required for the function of the modules� Functions of the channel LEDs Status Description...
  • Page 27 Field modules DP The module is equipped with various features� The default settings have been selected in such a way that device configuration is usually not necessary� The scaling of the inputs 0/4���20 mA can be modified, if required; an automatic limit value monitoring is also provided�...
  • Page 28 Field modules DP Process data The analogue input module processes signals from 0/4���20 mA with a resolution of 16 bits� Adjustment of the measuring values at 0���20 mA Process data Measured value decimal 0000 0 mA 3FFF 16383 10 mA 7FFF 32767 20 mA...

  • Page 29: Ac2634 Fieldmoduledp 4Ai (Pt100) M12

    Field modules DP 8.3.3 AC2634 FieldModuleDP 4AI (PT100) M12 The analogue module AC2634 allows direct connection of resistance sensors� The circuit can operate sensors in 2, 3 or 4-wire technology� Linear performance over the entire temperature range is accomplished via a micro-processor�...
  • Page 30 Field modules DP Functions of the channel LEDs Status Description green Data are transferred to the D/A converter� "Run" Presently, there is no data transfer� Data transmission error Example: "Error" – Wire break – Measuring value outside the measuring range –...
  • Page 31 Field modules DP Feature register (R32) The basic settings of the module can be modified in the feature register� Selection of the 2, 3, or 4-wire measuring method is read only from the feature register of channel 1� In order to write to the register, it is first required to remove the write protection in the code word register (R31)�...

  • Page 32: Ac2637 Fieldmoduledp 4Ao (C) M12

    Field modules DP Diagnostic information in the process data when using a Siemens controller type S7 If the parameter "Show Siemens additional bits" (R32, bit 4) is activated, bits 0 to 2 of the process data are used for status evaluation� The process date is shown in bits 15-3 with bit 15 as the sign bit�...
  • Page 33 Field modules DP Process data The analogue output module generates output signals in a range of 0���20 mA� The output current is output by the module with a resolution of up to 16 bits� Pprocess data Measured value decimal 0x0000 0 mA 0x3FFF 16383...
  • Page 34 Field modules DP Explanation of the watchdog timer The watchdog timer is active on delivery� In case of a watchdog overflow either the manufacturer or the user switch-on value is output as a substitute value at the module output�...
  • Page 35 Field modules DP...

This manual is also suitable for:

Ecomot300 ac2636Ecomot300 ac2637Ecomot300 ac2638Ecomot300 ac2631Ecomot300 ac2634

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