Nidec LEROY-SOMER MDX-I/O M2M Installation And Commissioning Manual
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Nidec LEROY-SOMER MDX-I/O M2M Installation And Commissioning Manual

Nidec LEROY-SOMER MDX-I/O M2M Installation And Commissioning Manual

Additional input/output module with datalogger function
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Installation and
commissioning manual
MDX-I/O M2M
Additional Input/Output
module with Datalogger
function
Référence : 5146 en - 2017.07 / c

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Summary of Contents for Nidec LEROY-SOMER MDX-I/O M2M

  • Page 1 Installation and commissioning manual MDX-I/O M2M Additional Input/Output module with Datalogger function Référence : 5146 en - 2017.07 / c...
  • Page 2 LEROY-SOMER reserves the right to modify the characteristics of its products at any time in order to incorporate the latest technological developments. The information contained in this document is therefore liable to be changed without notice. CAUTION For the user’s safety, the variable speed drive to which the module covered by these instructions is fitted, must be connected to an approved earth (terminal If accidentally starting the installation is likely to cause a risk to personnel or the machines being driven, it is essential to supply the equipment via a circuit-breaking device (power contactor)
  • Page 3 SAFETY AND OPERATING INSTRUCTIONS FOR VARIABLE SPEED DRIVES (in accordance with the low voltage directive 2006/95/EC) • Throughout the manual this symbol 2 - Use Variable speed drives components warns of consequences which may designed for integration in installations or arise from inappropriate use of the electrical machines.
  • Page 4 4 - Installation 6 - Operation The installation and cooling of equipment must Installations which incorporate variable speed comply with specifications drives must be fitted with additional protection documentation supplied with the product. and monitoring devices as specified in current relevant safety regulations, such as the law on Variable speed drives must be protected against any excessive stress.

  • Page 5: Table Of Contents

    CONTENTS 1 - GENERAL INFORMATION ................. 6 1.1 - General ........................6 1.2 - Dimensions ........................6 2 - INSTALLATION ....................7 3 - CONNECTIONS AND CHARACTERISTICS ............8 3.1 - Connections .......................8 3.2 - Characteristics ......................8 4 - COMMISSIONING ..................... 11 4.1 - General ........................

  • Page 6: General Information

    GENERAL INFORMATION 1 - GENERAL INFORMATION 1.1 - General The MDX-I/O M2M module is used to increase the number of drive Input/Output and also has a Datalogger function. This option is fully configurable. Details of functions: - 2 analog inputs (including a differential analog input) - 1 analog output - 1 temperature sensor input - 4 digital inputs...

  • Page 7: Installation

    INSTALLATION 2 - INSTALLATION • Before carrying out any work on the drive, disconnect and padlock the isolating switch in the switchboard. • After the drive is switched off, the external control circuits can retain a dangerous amount of voltage. Check that these circuits are powered down before working on the control cables.

  • Page 8: Connections And Characteristics

    CONNECTIONS AND CHARACTERISTICS 3 - CONNECTIONS AND CHARACTERISTICS • Check that the DC bus has discharged before any work is carried out (wait at least 10 minutes after powering down). For the safety instructions relating to the drive, please refer to the manual supplied with the product. •...
  • Page 9 CONNECTIONS AND CHARACTERISTICS Differential analog input 4 + AI4 + Differential analog input 4 - AI4 - Factory setting No assignment Bipolar voltage (differential mode and common mode) Input type or unipolar current (common mode only, connect terminal 3 to the 0V) Resolution 11 bits + sign Sampling period...
  • Page 10 CONNECTIONS AND CHARACTERISTICS Digital output 2 Digital output 3 Factory setting No assignment Type Open collector Absolute maximum voltage +30 V/0 V Overload current 200 mA 0V common Digital input 6 Digital input 7 Digital input 8 Digital input 9 Factory setting No assignment Type...

  • Page 11: Commissioning

    COMMISSIONING 4 - COMMISSIONING • The drives use software which is adjusted by parameters. The performance levels obtained depend on the parameter setting. Inappropriate settings may have serious consequences for personnel and machinery. • The drive parameters must only be set by appropriately qualified and experienced personnel.

  • Page 12: Diagrams

    COMMISSIONING 4.2 - Diagrams Option software version Type of option 19.02 19.01 • Digital I/O Destination Invert 19.32 Digital input 6 state 19.22 00.00 Digital input 6 19.12 Destination Invert 19.33 Digital input 7 state 19.23 00.00 Digital input 7 19.13 Destination Invert...
  • Page 13 COMMISSIONING • Relay outputs Source 19.37 Invert 00.00 19.27 Relay state 19.17 RL3O Output relay 3 RL3C Source RL3F 19.38 Invert 00.00 19.28 Relay state 19.18 RL4O Output relay 4 RL4C RL4F • Temperature sensor input Sensor over-temperature Temperature destination sensor type 19.36 19.29...
  • Page 14 COMMISSIONING • Analog inputs and output AI4 current loop AI4 signal Analog input type 4 destination 19.41 19.42 Analog input 19.45 4 filter 0-20 mA X - 1 Analog input 19.40 20-0 mA 00.00 4 scaling 4-20 mA with detection 20-4 mA with Di erential AI4+...
  • Page 15 COMMISSIONING • Clock and trigger circuits Trigger-mode 1 Holding time Clock configuration 19.74 19.75 19.08 Reset/None Holding time unit At date Read time Hourly 19.76 Prepare to set Daily time Destination Monthly Set time and 19.77 change to 0 Hold Trigger 1 setting Trigger state n°1...
  • Page 16 COMMISSIONING • Events Event 1 Source 19.93 min, sec 19.90 Event 1 state Day of the month, 19.94 19.91 hours Months, years 19.92 Event 2 Source 19.98 min, sec 19.95 Event 2 state Day of the month, 19.99 19.96 hours 19.97 Months, years •...

  • Page 17: Explanation Of Parameters

    COMMISSIONING : Clock: day of month, month 19.05 4.3 - Explanation of parameters Adjustment range : 01.01 to 31.12 Factory setting : 01.01 : Type of option 19.01 Format : 16-bit Used to set or read the day of the month and Adjustment range : 0 to 512 month on the clock.
  • Page 18 COMMISSIONING : Clock configuration 19.08 : DO3 reading 19.11 Adjustment range : Time reading (0), Preparing time setting (1), Adjustment range : Inactive (0) or Active (1) Format : 8-bit Time setting (2) This parameter indicates the state of the Factory setting : Time reading (0) output.
  • Page 19 COMMISSIONING : Sensor over-temperature 19.26 : Not used 19.19 threshold (KTY 84-130 or PT 100) 19.20 : Digital output 2 invert Adjustment range : 0 to 200°C Adjustment range : No (0) or Yes (1) Factory setting : 150°C Factory setting : No (0) Format : 16-bit...
  • Page 20 COMMISSIONING : DO2 digital output source 19.30 : Sensor over-temperature 19.36 Adjustment range : 00.00 to 21.51 destination (KTY 84-130 or PT 100) : 00.00 Factory setting Adjustment range : 00.00 to 21.51 Format : 16-bit : 00.00 Factory setting This parameter is used to select the source for Format : 16-bit...
  • Page 21 COMMISSIONING : Analog input 4 filter : Analog input AI4 scaling 19.40 19.43 Adjustment range : None (0), 4 ms (1), 8 ms (2), Adjustment range : 0 to 2.50 16 ms (3), 32 ms (4). Factory setting : 1.00 Factory setting : 8 ms (2) Format...
  • Page 22 COMMISSIONING : AI5 current loop : Analog input AI5 level 19.49 19.46 Adjustment range : Active (0) or Lost (1) Adjustment range : ±100.00 % Format : 8-bit Format : 16-bit In 4-20 mA current mode with or without Indicates as a percentage the signal level on detection, this parameter changes to “1”...
  • Page 23 COMMISSIONING : Analog input 5 destination 19.52 : Analog output AO2 level 19.55 Adjustment range : 00.00 to 21.51 : 00.00 Factory setting Adjustment range : ±100.00% Format : 16-bit Format : 16-bit This parameter should contain the number Indicates as a percentage the analog output of the parameter which you wish to assign to level, before conversion into a 0-10 V or analog input AI5.
  • Page 24 COMMISSIONING : Web server activation 19.58 Adjustment range : No (0) or Yes (1) Factory setting : Yes (1) Format : 8-bit This parameter is used to activate, or not, the embedded Web server. CAUTION: Do not modify this parameter from the Web pages, as it will not be saved in the EEPROM.
  • Page 25 COMMISSIONING : Subnet mask W sub .X sub : DHCP validation 19.61 19.64 Adjustment range : No (0) or Yes (1) Adjustment range : 0 to 255.255 Factory setting : No (0) Factory setting : 255.255 Format : 8-bit Format : 32-bit This parameter determines whether the This parameter defines the subnet mask in...
  • Page 26 COMMISSIONING : Trigger 1: minute, second : Default gateway Y gtw .Z gtw 19.67 19.71 Adjustment range : 00.00 to 59.59 Adjustment range : 0 to 255.255 Factory setting : 00.00 Factory setting : 1.254 Format : 16-bit Format : 32-bit This parameter defines the address and the Used to set the minutes and seconds when gateway in the format W gtw .X gtw .Y gtw .Z gtw.
  • Page 27 COMMISSIONING : Trigger-Mode 1 : Trigger 1 holding time 19.74 19.75 Adjustment range : Reset/None (0), At date (1), Adjustment range : 00 to 59 Hourly (2), Daily (3), Factory setting : 00 Monthly (4), Format : 8-bit Factory setting : Reset/None (0) Used to set how long the trigger circuit 1 Format...
  • Page 28 COMMISSIONING : Trigger-Mode 2 19.84 : Trigger state n°2 19.80 Adjustment range : Reset/None (0), Adjustment range : Inactive (0) or Active (1) At date (1), Hourly (2), Daily (3), Monthly (4) Format : 8-bit Factory setting : Reset/None (0) This parameter indicates the state of trigger Format : 8-bit...
  • Page 29 COMMISSIONING : Datalogger : Trigger 2 holding time 19.85 19.88 Adjustment range : Stop (0), Run (1), Single (2) Adjustment range : 00 to 59 Factory setting : Stop (0) Factory setting : 00 Format : 8-bit Format : 8-bit Used to select the appropriate operating Used to set how long the trigger circuit 2 mode.
  • Page 30 COMMISSIONING Single (2): : Not used 19.89 Storage of selected variables stops as soon as the trigger conditions are fulfilled. A single : Event 1: minute, second 19.90 storage file is created. This file is saved in the SD card root directory. It is in the format log_ Adjustment range : 00.00 to 59.59 YYY-MM-DD_hh-mm-ss: Format...
  • Page 31 COMMISSIONING : Event source 1 19.93 : Event 2: day of the month, 19.96 hours Adjustment range : 00.00 to 21.51 : 00.00 Factory setting Adjustment range : 01.00 to 31.23 Format : 16-bit Format : 16-bit This parameter is used to select the “bit” Used to display the time when 19.99 changes parameter assigned to the source of the event to Active (1) state, corresponding to event 2,...
  • Page 32 COMMISSIONING : Event 2 state 19.99 Adjustment range : Inactive (0) or Active (1) Format : 8-bit This parameter indicates the state of the event 2 input. If the source 19.98 is assigned to a logic input, it is the rising edge of the signal which will cause parameter 19.99 to change to 1.

  • Page 33: Datalogger Function

    DATALOGGER FUNCTION 5 - DATALOGGER FUNCTION 5.1 - General MDX-I/O M2M modules incorporate a Datalogger function which can be used to store the change over time in values which can be selected from the list of POWERDRIVE parameters. These can be stored continuously or triggered on configurable conditions. Data files in .csv format are stored on a 4 GB SD memory card supplied with the MDX-I/O M2M option.

  • Page 34: Storage Configuration And Trigger Conditions

    DATALOGGER FUNCTION 5.3 - Storage configuration and trigger conditions - Insert the 4 GB memory card supplied with the drive in the PC SD port. - Open the MDX Soft program (version 1.9 or later) - Click on the Datalogger icon. - Select the variables you wish to store with the button - For storage triggered on configurable conditions, tick the box: “Activate the trigger”...

  • Page 35: Use

    DATALOGGER FUNCTION 5.4 - Use - Insert the SD card in the dedicated port on the MDX-I/O M2M board - Storage can be launched from parameter 19.88 or directly via the Datalogger menu icons on the HMI: HMI parameter-setting screen of a drive with HMI parameter-setting screen of a drive with a no MDX-I/O M2M module MDX-I/O M2M module...

  • Page 36: Diagnostics

    DIAGNOSTICS 6 - DIAGNOSTICS Trip name Cause Remedies The DO2 output load current MDX-I/O DO2 Check that DO2 is not short-circuited is > 200 mA overload The DO3 output load current MDX-I/O DO3 Check that DO3 is not short-circuited is > 200 mA overload Communication problem between the drive and the...

  • Page 37: Maintenance

    MAINTENANCE 7 - MAINTENANCE 3 - Using a Torx screwdriver, undo and remove the final screw in the centre of the electronic The MDX-I/O M2M module incorporates a 3 board and then remove the board from the V, Ø 16 mm lithium battery (type BR1632) to casing and turn it over.
  • Page 38 MAINTENANCE 5 - Replace the electronic board in the casing (components facing inside the board) 6 - Then follow the same procedure in reverse to re-fit the electronic board inside its casing. At the end of this procedure, the option parameter settings will need to be reviewed, since the parameters will have reverted to their default value, and the clock time will...
  • Page 39 MAINTENANCE MDX-I/O M2M - Installation and commissioning manual 5340 en - 2017.07 / c...
  • Page 40 IMP210NO130 Moteurs Leroy-Somer Headquarter: Boulevard Marcellin Leroy - CS 10015 16915 ANGOULÊME Cedex 9 Limited company with capital of 65,800,512 € RCS Angoulême 338 567 258 www.leroy-somer.com...

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