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igus® smart plastics
i.Sense EC.P
Manual V1.1
Manual i.Sense EC.P- V 1.1
german version
Operation
instruction/Manual
1/14

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Summary of Contents for igus i.Sense EC.P

  • Page 1 EC.P Manual V1.1 Operation instruction/Manual 1/14 Manual i.Sense EC.P- V 1.1...
  • Page 2: Table Of Contents

    Set date and time ................11 Calibration ..................11 Sensor messages ....................11 String structure .................11 LED conditions ....................12 Maintenance / change battery ................12 Troubleshooting ....................13 FAQs ........................13 Accessories .....................13 Abbreviations ....................13 Explanation of terms ..................13 Wiring diagrams ....................13 Service ......................14 2/14 Manual i.Sense EC.P- V 1.1...
  • Page 3: Introduction

    Thank you, for deciding for our product i.Sense EC.P! With i.Sense EC.P it is possible to monitor the push and pull forces of an igus® e-chain®. Following the way, the product works, and the way it is installed, is described.
  • Page 4: Safety Instructions, Protective Measures, And Guidelines

    The warning and safety information as well as instructions issued by igus regarding the i.Sense EC.P must always be passed on to the end user if the i.Sense EC.P is used as part of an overall system. ®...
  • Page 5: Electromagnetic Compability

    Force sensor big design …1 Force sensor small design …2 Monitoring of push-/pull forces, various force limits adjustable, IS.EC.P.07… force and trigger constraints variable through averaging Wägezelle …0 Kraftsensor kleine Bauform …1 Kraftsensor große Bauform …2 5/14 Manual i.Sense EC.P- V 1.1...
  • Page 6: Technical Data

    Electrical specifications Risk of destruction An operating voltage that exceeds the voltage specified in the technical data will destroy the i.Sense EC.P. Select an operating voltage that is within the voltage range specified in the technical data. Note any interference and voltages induced by other consumers and/or motors and plan corresponding safety reserves and countermeasures.
  • Page 7: Installation

    After switching off, wait at least five minutes until the capacitors are discharged. Check that there is no voltage before working in the system. Occurrence of electric arcs in case of improperly installed electrical connections. Cables connected to i.Sense EC.P must not have any exposed and stripped core ends. Also ensure that all connections are securely seated.
  • Page 8: Connector Assignment And Sensor Connection

    Wires with cross sections of 0,15 - 2,5 mm connectable with screws Recommended to use terminal blocks for connecting sensorics, structured wiring is given easier Connectors of i.Sense EC.P Housing 1 | 2 | 3 | 4 i.Sense EC.P housing 8/14 Manual i.Sense EC.P- V 1.1...
  • Page 9 Shield Vishay load cell model 620,2t Clamp Name Colour +Excitation/+Sense Green/blue -Excitation/-Sense Black/grey -Signal +Signal White Shield Shield igus force sensors ( all models with CF10.Ini-cable) Clamp Name Colour +Excitation/+Sense White -Excitation/-Sense Black -Signal Blue +Signal Brown Shield Shield Connecting UART interfaces...
  • Page 10: Sensor Installation

    After that a calibration has to take place. Without calibration, there are wrong trigger limits. The correct operation is no longer guaranteed and there can be malfunctions, so that there can be danger for machine and human. 10/14 Manual i.Sense EC.P- V 1.1...
  • Page 11: Set Date And Time

    XXXXXX; Lower Force Limit [N] XXXXXX; Absolute Lower Force Limit [N] XXXXXX; Number of Upper Force Tolerance Oversteppings XXXXXX; Number of Lower Force Tolerance Oversteppings XXXXXX; Number of Force Sampling until Averaging XXXXXX;\ r\n 11/14 Manual i.Sense EC.P- V 1.1...
  • Page 12: Led Conditions

    If the battery is to be replaced, the housing must be opened. It is imperative battery) that you coordinate this effort ahead of time with the responsible igus® branch to avoid invalidating your guarantee. Any other procedure voids the guarantee.
  • Page 13: Troubleshooting

    Passing this limit once triggers the sensor Inner force limit Passing this limit several times in a litthle while triggers the sensor (parameters are defined in values.txt) 14 Wiring diagrams Inserted after page 14. 13/14 Manual i.Sense EC.P- V 1.1...
  • Page 14: Service

    Website smart Plastics https://www.igus.de/info/vorausschauende-wartung-smart-plastics Possibility to order sensors, processing units and other accessories Contact www.igus.com info@igus.de +49 (0) 2203-9649-0F Legal Notice © 2021 All rights reserved by ® igus GmbH Spicher Str. 1a D-51147 Cologne 14/14 Manual i.Sense EC.P- V 1.1...
  • Page 34 Zug- und Druck-Wägezelle 614 & 616 Zug- und Druck-Wägezelle von 50 ... 1.000 kg Aluminium-Version: 614 Edelstahl-Version: 616 eichamtlich geprüft bis 3.000 d (Modell 614) ideal für alle hängenden Waagen getrimmtes Ausgangssignal (Modell 616) 6-Leiter-Technik mit doppelter Abschirmung (EMV) Schutzart IP67 Gelenkköpfe sind als Zubehör lieferbar Wägezellen-Serie 614 &...
  • Page 35 Technische Daten Modell 614 & 616 Genauigkeitsklasse Max. Anzahl der Teilungswerte 3.000 % v. Nennlast Mindestanwendungsbereich Mindestteilungswert 6.000 = E /Y) % v. Nennlast Zusammengesetzter Fehler 0,020 0,020 % v. Nennlast Kriechfehler / DR (30 min.) 0,017 0,017 %/10 °C Temperaturkoeffizient Kennwert 0,012 0,012...
  • Page 36 Zug- und Druck-Wägezelle Edelstahl Zug- und Druck - Wägezelle getrimmtes Ausgangssignal 2 mV/V +/-0,3 % eichamtlich nach OIML R60 geprüft bis 3.000 d als Option in ATEX- Ausführung lieferbar 6-Leiter-Technik mit doppelter Abschirmung Hermetisch dicht verschweißt, Schutzart IP68 ideal für hängende Waagen geeignet für den Einsatz in Prüfmaschinen Edelstahl-Wägezelle Modell 620...
  • Page 37 Technische Daten Modell 620 Genauigkeitsklasse Max. Anzahl der Teilungswerte 3.000 % v. Nennlast Mindestanwendungsbereich Mindestteilungswert 6.000 = E /Y) Zusammengesetzter Fehler % v. Nennlast 0,020 Kriechfehler / DR (30 min.) % v. Nennlast 0,017 %/10 °C Temperaturkoeffizient Kennwert 0,012 %/10 °C Temperaturkoeffizient Nullpunkt 0,023 mV/V...

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