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SIMATIC S7 und STEP 7 sind eingetragene Warenzeichen der SIEMENS AG CoDeSys ist ein eingetragenes Warenzeichen der 3S – Smart Software Solutions GmbH encoTRive ist ein eingetragenes Warenzeichen der TR-Electronic GmbH TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany...
5.4.1 Beispiele für Parameterzugriff, azyklischer Datenaustausch ......35 5.4.1.1 Schreibauftrag: P930 mit Wert 2 ............35 5.4.1.2 Schreibauftrag: P915 mit mehreren Werten beschreiben ....36 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
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8.5.1.3 PNU 003, Referenzpunkt-Koordinate ..........73 8.5.1.4 PNU 004, Invertierung ..............73 8.5.1.5 PNU 006, Verfahrbereich ..............74 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 4 of 252 TR - EMO - BA - DGB - 0019 - 08...
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8.5.2.14 PNU 970, Werksvoreinstellung laden ..........85 8.5.2.15 PNU 971, Im Flash speichern ............86 8.5.2.16 PNU 980, Liste aller Parameter ............. 86 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
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14.1.1 Referenzieren ....................110 14.1.2 Tippbetrieb ..................... 110 14.1.3 Positionieren ....................111 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 6 of 252 TR - EMO - BA - DGB - 0019 - 08...
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15.7.10 INFO ......................122 16 Unterschied PROFIBUS => PROFINET ..................123 17 Die häufigsten Kundenfragen ....................125 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
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Tabelle 27: Struktur des Parameters 807 „Dig In Funktion“..............88 Tabelle 28: Funktionsübersicht der Endschalter ................... 89 Tabelle 29: Unterschiede PROFIBUS => PROFINET ................ 124 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 8 of 252...
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Abbildung 44: Webserver, REGLER ....................120 Abbildung 45: Webserver, RT-KOMMNIKATION ................121 Abbildung 46: Webserver, INFO ......................122 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Erweiterung MP-280, MA-055 und MA-100 02.06.17 Rundachsenfunktion, Stillstandüberwachung und Webserver ergänzt 06.06.19 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 10 of 252 TR - EMO - BA - DGB - 0019 - 08...
● die Projektierungsanleitung TR-EMO-BA-DGB-0015, ● das kundenspezifische Benutzerhandbuch (optional), ● Inbetriebnahmeanleitung für CoDeSys/PLCopen/Funktionsbausteine/Handgerät (optional) TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
PROFINET Montagerichtlinie Guideline Bestell-Nr.: 8.071 PROFINET Inbetriebnahmerichtlinie Guideline Bestell-Nr.: 8.081 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 12 of 252 TR - EMO - BA - DGB - 0019 - 08 06/06/2019...
Antriebszustände, allgemeine Zustandmaschine interne Antriebszustände, Betriebsart Positionieren interne Antriebszustände, Betriebsart Geschwindigkeitsregelung second, Sekunde TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
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Volt Extensible Markup Language Zustandswort ZSW.x Bit x des Zustandsworts TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 14 of 252 TR - EMO - BA - DGB - 0019 - 08 06/06/2019...
"Zusätzliche Sicherheitshinweise", gelesen und verstanden haben. Dies gilt in besonderem Maße für nur gelegentlich, z.B. bei der Parametrierung des encoTRives, tätig werdendes Personal. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
PROFINET wird durch „PROFIBUS International“ und den „INTERBUS Club“ unterstützt. Abbildung 1: PROFINET eingeordnet im ISO/OSI-Schichtenmodell TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 16 of 252 TR - EMO - BA - DGB - 0019 - 08...
Kommunikationsbeziehungen für die Übertragung von Konfigurationsdaten (Standard-Kanal), Prozessdaten (Echtzeit-Kanal) sowie Alarmen (Echtzeit-Kanal) enthalten. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
- Typisches Anwendungsfeld sind Antriebsregelungen in Motion Control-Applikationen Abbildung 2: PROFINET Kommunikationsmechanismus TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 18 of 252 TR - EMO - BA - DGB - 0019 - 08...
PROFINET-Frames von beliebigen Ethernet-Controllern verschickt (Master), und Standard-Tools (z. B. Monitor) eingesetzt werden. Abbildung 3: Ethernet Frame Struktur TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Vergabe von IP-Adressen und Gerätenamen über Ethernet LLDP, Link Layer Discovery Protokoll: Zur Topologie-Erkennung u.a. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 20 of 252 TR - EMO - BA - DGB - 0019 - 08...
Parameternummern 900 bis 999 und 60000 bis 65535 sind als profilspezifische Bereiche definiert und reserviert. Parameternummern außerhalb dieser beiden Bereiche sind herstellerspezifisch. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 22 of 252...
Die meisten Zustandsübergänge werden von der Steuerung (z.B. SPS) sequenziell veranlasst, indem diese im Steuerwort bestimmte Befehle in Form von Bitmuster absetzt. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
● Azyklische Übertragung von Daten Die Kommunikationsdienste werden wiederum gemäß PROFINET-IO über so genannte Kommunikationsbeziehungen realisiert. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 24 of 252 TR - EMO - BA - DGB - 0019 - 08...
Damit können ältere PROFIBUS Applikationen mit genutztem PKW- Kanal problemlos auf PROFINET portiert werden. Abbildung 6: Zyklische Kommunikation mit PKW-Kanal TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Geräteparametrierung über die GSDML-Datei eingestellt werden. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 26 of 252 TR - EMO - BA - DGB - 0019 - 08 06/06/2019...
P916 [0] P916 [1] P916 [2] Tabelle 1: Beispiel freie PZD Konfiguration TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 27 of 252...
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P947 Störungsnummer WORD P953 Warnungsnummer WORD PXXX Nicht benutzt WORD TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 28 of 252 TR - EMO - BA - DGB - 0019 - 08 06/06/2019...
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Parameterwerte remanent speichern. 2. Systemkaltstart ausführen, encoTRive vollständig von der kompletten Spannungsversorgung trennen. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Format 0x0018 Anzahl Werte inkonsistent Tabelle 4: PKW Fehlernummern TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 31 of 252...
Ergebnis: encoTRive antwortet negativ über PKE 0x7xxx => Auftrag nicht ausführbar und PWE 0x0001 => Wert nicht änderbar. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 32 of 252 TR - EMO - BA - DGB - 0019 - 08...
Anzahl der folgenden Werte 12-... Werte Tabelle 5: Record Data Request TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 33 of 252...
Array-Elements, bei dem der Fehler auftrat. Tabelle 6: Record Data Response TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 34 of 252 TR - EMO - BA - DGB - 0019 - 08...
Anzahl Werte 0x12 Fehlernummer (High Byte) 0x34 Fehlernummer (Low Byte) TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 35 of 252...
Anzahl Werte 0xAB Fehlernummer (High Byte) 0xCD Fehlernummer (Low Byte) TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 36 of 252 TR - EMO - BA - DGB - 0019 - 08 06/06/2019...
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0x01 Wert 300 0x2C (0x012C) 0x00 Wert 0 0x00 (0x0000) TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 37 of 252...
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0x93 PNU Low Byte 0x00 Subindex: 0x0000 (gesamte Beschreibung) 0x00 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 38 of 252 TR - EMO - BA - DGB - 0019 - 08 06/06/2019...
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Reserviert /ID Extension / PZD Ref. /PZD Normierung 0x00 0x00 0x00 0x00 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 39 of 252...
Rand ein ausgefüllter Kreis platziert ist. Dies deutet an: Ausgangszustand kann jeder Zustand im Inneren des Rechtecks sein, auf dessen Rand sich der ausgefüllte Kreis befindet. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 40 of 252...
SA5: Betrieb sperren aktiv ZSW.2=0 Abbildung 8: PROFIdrive Zustandsmaschine, allgemeiner Teil TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 41 of 252...
Betriebsart spezifisch 12-15 nicht benutzt Tabelle 7: Steuerwort P967 (STW) TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 42 of 252 TR - EMO - BA - DGB - 0019 - 08 06/06/2019...
Betriebsart spezifisch 14-15 nicht benutzt Tabelle 8: Zustandswort P968 (ZSW) TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 43 of 252...
Zustandsmaschine Abbildung 8. In der Betriebsart Positionieren wird nach Zustandsübergang TA4 der Zustand SC1 eingenommen. Zustandsübergang TA5 führt aus jedem der Zustände in Abbildung 9 in den Zustand SA5. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 44 of 252...
STW.11=1 TC9: STW.8=1 oder STW.9=1 Abbildung 9: PROFIdrive Zustandsmaschine, Betriebsart Positionieren TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 45 of 252...
Antrieb fährt Fahrauftrag wird ausgeführt, Antrieb in Bewegung Tabelle 11: Zustandswort P968 Positionieren TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 46 of 252 TR - EMO - BA - DGB - 0019 - 08...
Positionierung und der Zielposition P200. Liegen diese Werte nahe beieinander, so kann es vorkommen, dass die Phase mit konstanter Geschwindigkeit fehlt, die in P201 angeforderte Geschwindigkeit also nicht erreicht wird. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
überwacht ob der Lageistwert (P100) sich noch im Stillstandbereich (P309) befindet, anderenfalls wird eine Warnung (P953, Bit 5) Stillstandüberwachung gemeldet. Die Stillstandüberwachung ist nur bei aktiviertem Regler wirksam. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 48 of 252...
"Geschwindigkeitsregelung" wird nach Zustandsübergang TA4 der Zustand SB1 eingenommen. Zustandsübergang TA5 führt aus jedem der aufgeführten Zustände in den Zustand SA5 (siehe Abbildung 11). TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
STW.6=0 SB4: Betriebsstatus ZSW.10=1 Abbildung 11: PROFIdrive Zustandsmaschine, Betriebsart Geschwindigkeitsregelung TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 50 of 252 TR - EMO - BA - DGB - 0019 - 08 06/06/2019...
Keine Bedeutung Keine Bedeutung Keine Bedeutung Tabelle 14: Zustandswort Geschwindigkeitsregelung TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 51 of 252...
Verzögerung Schleppabstand, (siehe Betriebsart Positionieren Seite 44) Tabelle 15: Parameter, die eine Positionierung beeinflussen TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 52 of 252 TR - EMO - BA - DGB - 0019 - 08...
40000 (C4 Datentyp) entspricht f = 4 mm Weg pro Getriebeumdrehung Abbildung 13: Spindelanwendung TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Umfang der treibenden Scheibe U = Pi * d f = 219,9114 mm Weg pro Getriebeumdrehung Abbildung 14: Zahnriemenanwendung TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 54 of 252 TR - EMO - BA - DGB - 0019 - 08...
Fahrsatzanwahl Aktueller Fahrsatz Strom-Istwert Temperatur-Istwert Tabelle 17: Standardsignale bei encoTRive TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 56 of 252 TR - EMO - BA - DGB - 0019 - 08 06/06/2019...
Parameter darf keine Bereichsüberschreitung stattfinden. ● Der Referenzpunkt wird antriebsintern immer als Mittelpunkt des maximalen Verfahrbereichs betrachtet. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Der Steigungswert entspricht jetzt nicht mehr dem C4 Datentyp. Dies gilt auch für den Lageistwert, die Zielposition und die Software-Endschalterpositionswerte. Zahlenwert für Berechnung des maximalen Verfahrbereichs TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 58 of 252...
Endschalterposition W = (S1 + S2) / 2 Abbildung 16: Maximale Referenzpunktkoordinate, Z < X/2 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Endschalterposition W = (S1 + S2) / 2 Abbildung 17: Maximale Referenzpunktkoordinate, Z > X/2 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 60 of 252 TR - EMO - BA - DGB - 0019 - 08...
Rundtisch immer wieder korrekt in der Ausgangsposition steht, muss abwechselnd 12 x 9396 und 17 x 9397 Positionseinheiten verfahren werden. Abbildung 18: Modulokorrektur bei Rundtischanwendng TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
1569,2308 1125 3037,5 17550 Ergebnis Tabelle 21: Parameterbeispiele für Rundachsfunktion TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 62 of 252 TR - EMO - BA - DGB - 0019 - 08 06/06/2019...
Im Geschwindigkeitsmode verfährt der Antrieb standardmäßig gemäß der in P201 parametrierten Geschwindigkeit. Es kann auch tippend im Jog-Betrieb über die Bits 8 und 9 im Steuerwort P967 drehzahlgeregelt verfahren werden. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
Array-Parameter ausgeführt Auftragskennung muss bei der Parametrierung über PKW berücksichtigt werden. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 64 of 252 TR - EMO - BA - DGB - 0019 - 08...
Zuvor muss jedoch die Ursache beseitigt werden. Nach erfolgreicher Quittierung werden die Einträge um 8 Indizes weiter nach hinten verschoben und das Bit 3 im P968 „Zustandswort“ wird auf den Wert 0 zurückgesetzt. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
IO-Controller Bustopologie prüfen wurde unterbrochen. Tabelle 23: encoTRive Störnummern TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 66 of 252 TR - EMO - BA - DGB - 0019 - 08 06/06/2019...
32 (Bit 5) überschritten ten Stillstandbereich bewegt. Tabelle 24: Warnungen bei encoTRive (Parameter 953) TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Formatierung besitzen. So ist z.B. der Datentyp N2 für den Parameter P201 „Geschwindigkeit“ definiert. Damit kann die prozentuale Geschwindigkeit direkt über einen Skalierungswert vorgegeben werden. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 68 of 252...
Nachkommastellen) dar: C4-Wert 1234567 wird als 123.4567 interpretiert. Tabelle 25: PROFIdrive-Datentypen, die von encoTRive verwendet werden TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Bei encoTRive nicht verwendet. PZD Normierung (2 Byte) Tabelle 26: Parameterbeschreibung TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 70 of 252 TR - EMO - BA - DGB - 0019 - 08...
Parameter 970 von 1 auf 0 kann das OV wieder mit Werksvoreinstellungen geladen werden. Diese lassen sich über Parameter 971 wieder im EEPROM speichern. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
(s. Kapitel 8.5.1.3, 8.5.1.18, 8.5.1.19) Maximalwert, wobei beim Zusatz** dynamisch intern verändert wird (s. Kapitel 8.5.1.3, 8.5.1.18, 8.5.1.19) TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 72 of 252 TR - EMO - BA - DGB - 0019 - 08...
Im Uhrzeigersinn Im Gegenuhrzeigersinn Negative Fahrrichtung Im Gegenuhrzeigersinn Im Uhrzeigersinn TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 73 of 252...
10000000 Versorgungsspannung der Leistung in V. s. Kapitel 6.4 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 74 of 252 TR - EMO - BA - DGB - 0019 - 08 06/06/2019...
Beschleunigung beim Tippen (in %). Die Bezugsgröße (100 %) wird über die maximale Beschleunigung (Parameter 515) festgelegt. s. Kapitel 6.4 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
116000 Mit diesem Parameter wird der maximale Dauerstrom in A definiert. s. Kapitel 6.4 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 76 of 252 TR - EMO - BA - DGB - 0019 - 08...
Mit diesem Parameter wird der maximale Überstrom in A definiert. Dieser Strom wird kurzzeitig beim Beschleunigen für 500ms zugelassen, um das Losbrechmoment zu überwinden. s. Kapitel 6.4 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
Mit diesem Parameter kann ein Fahrsatz aus der Fahrsatztabelle vorgewählt werden. Dieser wird beim nächsten Positionierstart ausgeführt. s. Kapitel 6.2.4 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 78 of 252 TR - EMO - BA - DGB - 0019 - 08...
65535 MA-100 1000 65535 MA-130 1000 65535 Kreisverstärkungsfaktor vom D-Anteil TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 79 of 252...
2000000000 Maximale Drehzahl in Umdreh./min Keine C4 Datentypinterpretation. s. Kapitel 6.4 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 80 of 252 TR - EMO - BA - DGB - 0019 - 08...
Werksvoreinstellung laden oder ein manuelles Überschreiben stellen sofort den Defaultwert 0 remanent wieder her. s. Kapitel 6.2.2 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Entprelldauer E rw/-/w 1000 Übernahme des Signal-Pegels nach der definierten Entprelldauer (ms). TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 82 of 252 TR - EMO - BA - DGB - 0019 - 08...
Zuordnung zwischen Standardsignalen wie Zielposition, Lageistwert zu herstellerspezifischen Parametern. s. Kapitel 6.4.3 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 83 of 252...
UNSIGNED16 65535 Zeigt an, ob eine Warnung anliegt. s. Kapitel 7.2 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 84 of 252 TR - EMO - BA - DGB - 0019 - 08...
Durch eine Flanke 1 0 bei diesem Parameter werden sämtliche Parameter des OV mit ihren Default-Werten belegt. s. Kapitel 8.4 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Parameter Dieser Parameter enthält in aufsteigender Reihenfolge die Liste aller definierten Parameter. Ein Eintrag mit Wert 0 signalisiert das Ende der Liste. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 86 of 252...
Weitere Informationen zu digitalen Ausgängen sind aus folgenden Dokumentationen zu entnehmen: ● Steckerbelegung TR-EMO-TI-DGB-0066 ● encoTRive Projektierungsanleitung TR-EMO-BA-DGB-0015 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 87 of 252...
Störung P947 „Hardware-Endschalter angefahren“ mit Fehlernummer 580/581 quittiert wurde TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 88 of 252 TR - EMO - BA - DGB - 0019 - 08...
Ausgang 2 Ausgang 1 Ausgang 0 0-255 0-255 0-255 0-255 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 89 of 252...
Normen und PNO Dokumente zu beachten! Insbesondere ist die EMV-Richtlinie in der gültigen Fassung zu beachten! TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 90 of 252 TR - EMO - BA - DGB - 0019 - 08...
Firmenkennung, der Vendor-ID, und einem Hersteller-spezifischen Teil, der Device-ID. Die Vendor-ID wird von der PNO vergeben und hat für die Firma TR-Electronic den Wert 0x0153, die Device-ID hat den Wert 0x0201. Im Hochlauf wird die projektierte Geräteidentifikation überprüft und somit Fehler in der Projektierung erkannt.
Abbildung 22: Geräte-Kommunikation Applikationsbeziehung zwischen IO-Controller und zugeordneten IO-Devices Kommunikationsbeziehungen für Konfiguration, Prozessdaten und Alarme TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 92 of 252 TR - EMO - BA - DGB - 0019 - 08...
Gerätetyp gespeichert. Die MAC-Adresse ist auch auf der Anschluss-Haube des Gerätes aufgedruckt, z.B. „00-03-12-02-40-00“. Der von TR-Electronic vergebene Name für den Gerätetyp ist „TR Antriebe“. In der Regel können diese Informationen auch über das Engineering Tool bei einem so genannten Bus-Scan ausgelesen werden.
Inbetriebnahme 11.4.1 MAC-Adresse Jedem PROFINET-Gerät wird bereits bei TR-Electronic eine weltweit eindeutige Geräte-Identifikation zugewiesen und dient zur Identifizierung des Ethernet-Knotens. Diese 6 Byte lange Geräte-Identifikation ist die MAC-Adresse und ist nicht veränderbar. Die MAC-Adresse teilt sich auf in: 3 Byte Herstellerkennung und 3 Byte Gerätekennung, laufende Nummer...
Abbildung 23. Abbildung 23: Eigenschaften - Ethernet Schnittstelle TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 96 of 252 TR - EMO - BA - DGB - 0019 - 08...
STEP7 Entwicklungsumgebung vorzunehmen. ● Der encoTRive befindet sich anschließend im Katalog unter dem Verzeichnis PROFINET IO/WeitereFeldgeräte/Drives/TR Antriebe/encoTRive TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Mit dem Button Blinken kann beim markierten encoTRive das Blinken der beiden roten LEDs am Gehäuse erzwungen werden. Dadurch ist das Lokalisieren des zugehörigen Teilnehmers im Feld vereinfacht. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 98 of 252...
Der neue Gerätename befindet sich solange remanent im Flash des encoTRives, bis über den Button Zurücksetzen der Gerätename auf den Defaultnamen zurückgesetzt wurde. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Zur eindeutigen Identifikation innerhalb des Netzes, muss der im Gerät zuvor vergebene Gerätename über die Objekteigenschaften eingetragen werden. Abbildung 29: Vergabe des Gerätenamens in der Konfiguration TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 100 of 252...
Variablentabelle im S7 Manager erfolgen. Dadurch ist es möglich direkt die Parameter vom encoTRive zu lesen und zu schreiben. Abbildung 30: Ansteuern mithilfe Variablentabelle TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
S7 Funktionsbaustein zur azyklischen Parametrierung ● TR-EMO-TI-DGB-0068, TR-EMO-SW-DGB-0029 S7 Funktionsbaustein zur Inbetriebnahme über PZD-Kanal TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 102 of 252 TR - EMO - BA - DGB - 0019 - 08...
● Der encoTRive befindet sich anschließend im Katalog unter dem Verzeichnis Weitere Feldgeräte/PROFINETIO/Drives/TR-Electronic/TR Antriebe/… TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
● Geben Sie unter Funktionen -> PROFINET_Gerätename vergeben den PROFINET-Gerätename an. ● Betätigen Sie mit dem Button Name zuweisen TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 104 of 252 TR - EMO - BA - DGB - 0019 - 08...
Werkseinstellungen der Gerätename auf den Defaultnamen zurückgesetzt wurde. Abbildung 33: Rücksetzen auf Werkseinstellung TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 105 of 252...
Gerätename über die Eigenschaften eingetragen, die Schnittstelle vernetzt und zugeordnet werden. Abbildung 35: Vergabe des Gerätenamens in der Konfiguration TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 106 of 252 TR - EMO - BA - DGB - 0019 - 08...
Bei freier PZD- bzw. Telegrammkonfiguration, d.h. wenn kein Standardtelegramm ausgewählt ist, müssen zuerst die Ausgänge und anschließend die Eingänge in die Steckplätze gesteckt werden. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
S7 Funktionsbaustein zur azyklischen Parametrierung ● TR-EMO-TI-DGB-0068, TR-EMO-SW-DGB-0034 S7 Funktionsbaustein zur Inbetriebnahme über PZD-Kanal TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 108 of 252 TR - EMO - BA - DGB - 0019 - 08...
Rückmeldung für beide: ZSW = 0000_0010_0011_0100 Bit13 (ZSW) = 0 => encoTRive fährt TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 110 of 252 TR - EMO - BA - DGB - 0019 - 08...
3. encoTRive verfährt gemäß neuen Fahrparametern. Eine Positionierung kann über Bit5=0 im Steuerwort unterbrochen werden. Durch erneutes Setzen desselben Bits kann die Fahrt fortgesetzt werden. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
über eine horizontal angeordnete Menüleiste angewählt werden können, werden die wichtigsten Parameter und deren Parameterwerte angezeigt. Zusätzlich sind ach Links zu diesem Benutzerhandbuch und zur TR-Electronic-Homepage verfügbar. 15.2 Security-Hinweis Der Schutz vor Kompromittierung und die damit erforderlichen Maßnahmen (z.B.
Die Startseite IDENTIFIKATION ist gleichzeitig der erste auswählbare Eintrag des Menüs. Auf dieser Seite werden System- und Netzwerkinformationen angezeigt. Abbildung 37: Webserver, IDENTIFICATION TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Aktualwerte aufgelistet. Die Aktualisierung der hier aufgeführten Werte erfolgt automatisch alle 2 s. Abbildung 38: Webserver, STATUS TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 114 of 252 TR - EMO - BA - DGB - 0019 - 08...
Warnungszustand. Die Aktualisierung der hier aufgeführten Werte erfolgt automatisch alle 5 s. Abbildung 39: Webserver, DIAGNOSE TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Die Webseite DIAGNOSEPUFFER zeigt den Inhalt des gesamten Fehlerspeichers P947[0-63] mit den Störfällen 1-8 an. Abbildung 40: Webserver, DIAGNOSEPUFFER TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 116 of 252 TR - EMO - BA - DGB - 0019 - 08...
Auf der Webseite MECHANIK werden die mechanisch bezogenen Parameter angezeigt. Abbildung 41: Webserver, MECHANIK TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Die für das Positionieren und Verfahren notwendigen Parameter werden unter dem Menüpunkt FAHRPARAMETER dargestellt. Abbildung 42: Webserver, FAHRPARAMETER TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 118 of 252 TR - EMO - BA - DGB - 0019 - 08...
Webseite werden sämtliche Limitierungs- Überwachungsgrenzen angezeigt. Abbildung 43: Webserver, BEGRENZUNG TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 119 of 252...
15.7.8 REGLER Die Regler-Parameter des PID-Reglers werden auf der Webseite REGLER dargestellt. Abbildung 44: Webserver, REGLER TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 120 of 252 TR - EMO - BA - DGB - 0019 - 08...
Auf der Webseite RT-KOMUNIKATION sind die entsprechend relevanten Parameter für die Echtzeitkommunikation aufgelistet. Abbildung 45: Webserver, RT-KOMMNIKATION TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Die Webseite INFO beinhaltet einen Link zu diesem Benutzerhandbuch und zur TR- Electronic-Homepage. Abbildung 46: Webserver, INFO TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 122 of 252 TR - EMO - BA - DGB - 0019 - 08...
Software Datenaustausch Aktualisierungsrate Können IT-Services Nicht möglich uneingeschränkt genutzt werden TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 123 of 252...
Switches mit integrierter PROFINET-IO - Funktionalität etc. Tabelle 29: Unterschiede PROFIBUS => PROFINET TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 124 of 252 TR - EMO - BA - DGB - 0019 - 08...
Alle Antriebsdiagnose-LED’s sind erloschen? Überprüfen Sie die Spannungsversorgung Ihres encoTRives, gegebenenfalls die Konfektionierung Ihres Spannungsversorgungssteckers. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Page 126
Hier ist ein zusätzlicher Flankenwechsel am STW Bit 6 nicht erforderlich. Sobald eine neue Drehzahl an den encoTRive übergeben wird (Parameter 201, Geschwindigkeit), wird diese fliegend übernommen. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 126 of 252...
Page 127
User Manual Decentralized Positioning Drives MA- / MP-Series and MD-300 with PROFINET IO TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 127 of 252...
Page 128
SIMATIC S7 and STEP 7 are registered trademarks of SIEMENS corporation CoDeSys is a registered trademark of 3S – Smart Software Solutions GmbH encoTRive is a registered trademark of TR-Electronic GmbH TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany...
5.4.1 Examples of access to parameters via acyclic data exchange ....... 161 5.4.1.1 Write command: Write P930 with value 2 ........161 5.4.1.2 Write command: Write P915 with a number of values ....162 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
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8.5.1.3 PNU 003, Reference point coordinate ..........199 8.5.1.4 PNU 004, Inversion ................199 8.5.1.5 PNU 006, Travel range ..............200 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 130 of 252 TR - EMO - BA - DGB - 0019 - 08...
Page 131
8.5.2.14 PNU 970, Load factory setting ............211 8.5.2.15 PNU 971, Save in Flash ..............212 8.5.2.16 PNU 980, List of all parameters ............. 212 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
Page 132
14.1.1 Referencing ....................236 14.1.2 Jog mode ....................... 236 14.1.3 Positioning ..................... 237 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 132 of 252 TR - EMO - BA - DGB - 0019 - 08...
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15.7.10 INFO ......................248 16 Differences between PROFIBUS => PROFINET ............... 249 17 FAQ´s ............................251 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
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Table 27: Structure of the parameter 807 “Digital IN Function” ............214 Table 28: Overview of the Limit switch function .................. 215 Table 29: Differences between PROFIBUS => PROFINET ............... 250 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 134 of 252...
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Figure 44: Web server, REGULATOR ....................246 Figure 45: Web server, RT-COMMUNICATION ................. 247 Figure 46: Web server, INFO ......................248 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Revision index Revision index Revision Date Index First release 12/16/08 Diversification and differentiation of the MD- and MP series 07/20/12 Diversification of the MA series, especially MA-130 07/08/14 PNU 305, 501, 502, 503 edited 06/16/15 RT behavior edited 11/17/15 Note at chapter 12.4 for free defined configuration PZD 04/05/16 ®...
● the customer-specific user manual (optional), ● Commissioning instructions for CoDeSys/PLCopen/Function modules/Hand-held unit (optional) TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Order-No.: 8.072 PROFINET Installation Guideline for Commissioning Guideline Order-No.: 8.082 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 138 of 252 TR - EMO - BA - DGB - 0019 - 08 06/06/2019...
“Positioning” internal drive conditions, operating mode “Speed control” second TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Page 140
Extensible Markup Language Status word Bit x of the status word ZSW.x TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 140 of 252 TR - EMO - BA - DGB - 0019 - 08...
“Additional safety instructions” This particularly applies for personnel who are only deployed occasionally, e.g. in the parameterization of the encoTRive. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
IEC 61158 and IEC 61784. PROFINET is supported by “PROFIBUS International” and “INTERBUS Club”. Figure 1: PROFINET organized in the ISO/OSI layer model TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 142 of 252...
Application relations are existing between the components which contain several communication relations for the transmission of configuration data (Standard- Channel), process data (Real-Time-Channel) as well as alarms (Real-Time-Channel). TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
- Hardware support by switch-ASIC - Typical application fields are drive controls in Motion Control Applications Figure 2: PROFINET communication mechanism TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 144 of 252 TR - EMO - BA - DGB - 0019 - 08...
PROFINET frames can be sent by any Ethernet controller (master). Also standard tools (e.g. monitor) can be used. Figure 3: Ethernet frame structure TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Assignment of IP addresses and device names over Ethernet LLDP, Link Layer Discovery Protocol: For topology identification and others TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 146 of 252 TR - EMO - BA - DGB - 0019 - 08...
900 to 999 and 60000 to 65535 are defined and reserved as profile-specific ranges. Parameter numbers outside these two ranges are manufacturer-specific. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 148 of 252...
Most state transitions are initiated sequentially by the control (e.g. PLC) transmitting certain commands in the control word in the form of bit patterns. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
● Acyclic transmission of data The communication services are implemented on the basis of PROFINET-IO via so- called communication relationships. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 150 of 252 TR - EMO - BA - DGB - 0019 - 08...
Older PROFIBUS applications which use a PKW channel can therefore be ported to PROFINET without any problem. Figure 6: Cyclic communication with PKW channel TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
Whether the encoTRive supports this alarm transmission can be set in the device parameterization via the GSDML file. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 152 of 252...
P916 [0] P916 [1] P916 [2] Table 1: Example free PZD configuration TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 153 of 252...
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Error number WORD P953 Warning number WORD PXXX not used WORD TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 154 of 252 TR - EMO - BA - DGB - 0019 - 08 06/06/2019...
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Sequence of the activation for the new configured telegram: 1. Save all parameter values retentive: Parameter 971 “Save in flash” 2. Execute system cold start, disconnect Power supply from the encoTRive. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
(Subindex) (Parameter identifier) (Parameter value) Subindex Table 2: PKW range TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 156 of 252 TR - EMO - BA - DGB - 0019 - 08 06/06/2019...
Invalid format 0x0018 Number of values inconsistent Table 4: PKW error numbers TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 157 of 252...
Result: encoTRive responds negatively via PKE 0x7xxx => Order cannot be executed and PWE 0x0001 => Value cannot be changed. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 158 of 252 TR - EMO - BA - DGB - 0019 - 08...
Number of following values 12-... Values Table 5: Record Data Request TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 159 of 252...
Table 6: Record Data Response TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 160 of 252 TR - EMO - BA - DGB - 0019 - 08...
0x12 Error number (High Byte) 0x34 Error number (Low Byte) TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 161 of 252...
0xAB Error number (High Byte) 0xCD Error number (Low Byte) TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 162 of 252 TR - EMO - BA - DGB - 0019 - 08 06/06/2019...
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0x01 Value 300 0x2C (0x012C) 0x00 Value 0 0x00 (0x0000) TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 163 of 252...
Page 164
0x93 PNU Low Byte 0x00 Subindex: 0x0000 (full description) 0x00 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 164 of 252 TR - EMO - BA - DGB - 0019 - 08 06/06/2019...
Page 165
Reserved / ID extension / PZD Ref. / PZD 0x00 normalization 0x00 0x00 0x00 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 165 of 252...
This indicates that the output state can be any state within the rectangle on the edge of which the solid circle is located. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany...
SA5: Run inhibit active ZSW.2=0 Figure 8: PROFIDrive state machine, general part TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 167 of 252...
Specific to operating mode 12-15 not used Table 7: Control word P967 (STW) TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 168 of 252 TR - EMO - BA - DGB - 0019 - 08...
Specific to operating mode 14-15 Not used Table 8: Status word P968 (ZSW) TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 169 of 252...
TA4. State transition TA5 leads to state SA5 from any of the states in Figure 9. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 170 of 252 TR - EMO - BA - DGB - 0019 - 08...
STW.11=1 TC9: STW.8=1 or STW.9=1 Figure 9: PROFIdrive state machine, positioning mode TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 171 of 252...
Drive running Move order is being executed, drive in motion Table 11: Status word P968 positioning TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 172 of 252 TR - EMO - BA - DGB - 0019 - 08...
P100 at the start of positioning and the target position P200. If these values lie close together, it may be that the constant speed phase is omitted, i.e. the speed demanded by P201 is not reached. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
(P100) is still in the standstill range (P309), otherwise a warning (P953, Bit 5) Standstill monitoring is signaled. Standstill monitoring is only effective when the controller is activated. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 174 of 252...
SB1 is assumed after state transition TA4. State transition TA5 leads to state SA5 from any of the states in Figure 11. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
Operating status ZSW.10=1 Figure 11: PROFIDrive state machine, speed control mode TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 176 of 252 TR - EMO - BA - DGB - 0019 - 08...
No meaning No meaning No meaning Table 14: Status word, speed control TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 177 of 252...
Deceleration Tracking distance, (see Positioning mode, page 170) Table 15: Parameters affecting a positioning movement TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 178 of 252 TR - EMO - BA - DGB - 0019 - 08...
40000 (C4 data type) complies 4 mm/path per gearbox revolution Figure 13: Spindle application TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
V = Pi * d f = 219.9114 mm path per gearbox revolution Figure 14: Belt application TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 180 of 252 TR - EMO - BA - DGB - 0019 - 08...
Actual value of current Actual value of temperature Table 17: Standard signals for encoTRive TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 182 of 252 TR - EMO - BA - DGB - 0019 - 08...
● The reference point is always considered as the mid-point of the maximum travel range for the drive. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Number value for calculating the maximum travel range TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 184 of 252...
Switch Position W = (S1 + S2) / 2 Figure 16: Max. Reference point coordinate, Z < X/2 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Switch Position W = (S1 + S2) / 2 Figure 17: Max. Reference point coordinate, Z > X/2 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 186 of 252 TR - EMO - BA - DGB - 0019 - 08...
12 x 9396 and 17 x 9397 position units must be alternately moved. Figure 18: Modulo correction at rotary table application TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
, Resolution Result Table 21: Parameter examples for rotary axis function TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 188 of 252 TR - EMO - BA - DGB - 0019 - 08...
In the speed mode, the drive travels according to the speed set in P201 as standard. It is also possible to move in jog mode via bits 8 and 9 in the control word P967 with speed control. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
Parameter P001 is executed as an array parameter and the “Order identification” must be taken into account at parameterizing via PKW. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 190 of 252...
However, the cause must be eliminated first of all. After successful acknowledgement the entries are moved back by 8 indices and bit 3 is reset to the value 0 in P968 "Status word". TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
Check bus topology controller has been interrupted. Table 23: encoTRive fault numbers TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 192 of 252 TR - EMO - BA - DGB - 0019 - 08...
Table 24: encoTRive warnings (Parameter 953) TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 193 of 252...
E.g. data type N2 is defined for parameter P201 "Speed". This allows the percentage speed to be directly preset via a scaling value. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany...
(4 places after the decimal point): C4 value 1234567 is interpreted as 123.4567. Table 25: PROFIDrive data types used by encoTRive TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Not used for encoTRive. PZD normalization (2 bytes) Table 26: Description of parameters TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 196 of 252 TR - EMO - BA - DGB - 0019 - 08...
The object directory can be reloaded with the factory settings by changing the value of Parameter 970 from 1 to 0. These can be stored in flash by means of Parameter 971. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
(see chapter 8.5.1.3, 8.5.1.18, 8.5.1.19) Maximum value, whereby in case of “**”internally a dynamic change occurs (see chapter 8.5.1.3, 8.5.1.18 and 8.5.1.19) TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 198 of 252...
Positive drive direction clockwise counter clockwise Negative drive direction counter clockwise clockwise TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 199 of 252...
10000000 Supply voltage of the power section in V. see chapter 6.4 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 200 of 252 TR - EMO - BA - DGB - 0019 - 08...
Acceleration when jogging (in %). The reference value (100 %) is determined by the maximum acceleration (Parameter 515). see chapter 6.4 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
116000 This parameter defines the maximum continuous current in Ampere. see chapter 6.4 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 202 of 252 TR - EMO - BA - DGB - 0019 - 08...
This parameter defines the maximum overcurrent in ampere. This current is allowed for a short time when accelerating for 500 ms in order to overcome the break-free torque. see chapter 6.4 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
This parameter can be used to preselect a command set from the command set table. This will occur the next time a positioning movement is started. see chapter 6.2.4 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 204 of 252...
65535 MA-130 1000 65535 Closed-loop gain factor of the D-fraction TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 205 of 252...
Maximum speed in revolutions per minute. Is not interpreted as C4 data type. see chapter 6.4 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 206 of 252 TR - EMO - BA - DGB - 0019 - 08...
After referencing the parameter value is set permanent to 1. Option Load factory default setting / manual overwriting: default parameter value = 0. see chapter 6.2.2 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
1000 Takeover of the signal level when the defined debouncing time in ms is expired. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 208 of 252 TR - EMO - BA - DGB - 0019 - 08...
Association between standard signals such as target position and actual value of position, and manufacturer-specific parameters. see chapter 6.4.3 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
UNSIGNED16 65535 Indicates whether a fault is present. see chapter 7.2 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 210 of 252 TR - EMO - BA - DGB - 0019 - 08...
All parameters of the object directory are set to their default values by means of an edge 1 0 on this parameter. see chapter 8.4 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
This parameter contains a list of all defined parameters in ascending order. An entry with a value 0 signals the end of the list. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 212 of 252...
● Pin Assignment TR-EMO-TI-DGB-0066 ● encoTRive Project Engineering Manual TR-EMO-BA-DGB-0015 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 213 of 252...
P947 “Hardware limit switch reached” with fault number 580/581 was acknowledged. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 214 of 252 TR - EMO - BA - DGB - 0019 - 08...
Output 2 Output 1 Output 0 0-255 0-255 0-255 0-255 TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 215 of 252...
Standards and PNO Documents contained in it must be observed! In particular the EMC directive in its valid version must be observed! TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 216 of 252...
Each PROFINET IO-Device possesses a device identification. It consists of a firm identification, the Vendor-ID, and a manufacturer-specific part, the Device-ID. The Vendor-ID is assigned by the PNO. For TR-Electronic the Vendor-ID contains the value 0x0153, the Device-ID has the value 0x0201.
Figure 22: Device communication Application relation between IO-Controller and assigned IO-Devices Communication relations for configuration, process data and alarms TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 218 of 252 TR - EMO - BA - DGB - 0019 - 08...
Device type. The MAC-Address is printed also on the connection hood of the device, e.g. “00-03-12-04-00-60”. The name for the device type is “TR Antriebe” and is allocated by TR-Electronic. Normally this information also can be read about the engineering tool with a so-called Bus Scan.
Commissioning 11.4.1 MAC-Address Already by TR-Electronic each PROFINET device a worldwide explicit device identification is assigned und serves for the identification of the Ethernet node. This 6 byte long device identification is the MAC-Address and is not changeable. The MAC-Address is divided in:...
If the automatic assignment of the IP-address for the encoTRive is activated, then under Gateway the entry "Do not use router" must be selected, see Figure 23. Figure 23: Properties - Ethernet interface TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 222 of 252...
● The encoTRive can then be found in the catalog under the directory PROFINET IO/Additional Field Devices/Drives/TR Antriebe/encoTRive TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Flash button to force both red LEDs on the housing to flash. This simplifies the localization of the relevant node in the field. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany...
Assign Name button. The new device name is retentively stored in the encoTRives Flash memory, until it is reset to the default name with the Reset button. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
For unique identification within the network, the device name previously allocated in the device must be entered in the Object Properties. Figure 29: Allocation of the device name in the configuration TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 226 of 252...
Manager. This makes it possible to read and write the parameters directly from the encoTRive. Figure 30: Control with the help of the variables table TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
● TR-EMO-TI-DGB-0068, TR-EMO-SW-DGB-0029 S7 function block for commissioning via PZD channel TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 228 of 252 TR - EMO - BA - DGB - 0019 - 08...
● The encoTRive can then be found in the catalog under the directory Other field devices/Additional Ethernet devices/PROFINETIO/Drives/TR-Electronic/TR Antriebe/… TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
● Specifiy under Functions -> Assign PROFINET device name PROFINET device name. ● Click the button Assign name TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 230 of 252 TR - EMO - BA - DGB - 0019 - 08...
Reset to factory settings with the Reset button. Figure 33: Reset to default settings TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Figure 35: Allocation of the device name in the configuration TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 232 of 252...
At free PZD or free telegram configuration, i.e., if no standard telegram is selected, at first the outputs and then the inputs must be put into places of insertion (slots) first. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
● TR-EMO-TI-DGB-0068, TR-EMO-SW-DGB-0034 S7 function block for commissioning via PZD channel TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 234 of 252 TR - EMO - BA - DGB - 0019 - 08...
Feedback for both: ZSW = 0000_0010_0011_0100 Bit13 (ZSW) = 0 => encoTRive running TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 236 of 252 TR - EMO - BA - DGB - 0019 - 08...
3. Drive runs according to new movement parameters. A positioning movement can be interrupted by setting Bit5=0 in the control word. The movement can be resumed by resetting the same bit. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
The web server provides messages and diagnostic information in German and English. The language switch is located in the upper right corner of all web pages. Switching is possible at any time. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 238 of 252...
The start page IDENTIFICATION is also the first selectable entry of the menu bar. This page displays system and network information. Figure 37: Web server, IDENTIFICATION TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019...
The updating of the values listed here takes place automatically every 2 s. Figure 38: Web server, STATE TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 240 of 252 TR - EMO - BA - DGB - 0019 - 08...
The update of the values listed here takes place automatically every 5 s. Figure 39: Web server, DIAGNOSTICS TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
The DIAGNOSTIC BUFFER web page displays the contents of the entire fault memory P947 [0-63] with the fault incidents 1-8. Figure 40: Web server, DIAGNOSTIC BUFFER TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 242 of 252...
15.7.5 MECHANICS On the web page MECHANICS the mechanically related parameters are displayed. Figure 41: Web server, MECHANICS TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
The parameters required for positioning and speed traveling are displayed under the menu item DRIVE PARAMETERS. Figure 42: Web server, DRIVE PARAMETERS TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 244 of 252...
15.7.7 LIMITS The LIMITS web page displays all limiting values and monitoring limits. Figure 43: Web server, LIMITS TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
The controller parameters of the PID controller are displayed on the REGULATOR page. Figure 44: Web server, REGULATOR TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 246 of 252 TR - EMO - BA - DGB - 0019 - 08...
The RT-COMMUNICATION web page lists the relevant parameters for the real-time communication. Figure 45: Web server, RT-COMMUNICATION TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
Webserver 15.7.10 INFO The INFO web page contains links to this user manual and to the TR-Electronic homepage. Figure 46: Web server, INFO TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 248 of 252...
Can be used without IT services Not possible limitation TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08 Page 249 of 252...
PROFINET-IO functionality etc. Table 29: Differences between PROFIBUS => PROFINET TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 250 of 252 TR - EMO - BA - DGB - 0019 - 08...
Q 1: Status LED’s of the drive don’t flash? Check the power supply of the encoTRive and cabling of power supply connector. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany 06/06/2019 TR - EMO - BA - DGB - 0019 - 08...
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Here an additional edge change in control word bit 6 is not required. If a new velocity value is transferred to the encoTRive (Parameter 201, velocity), the velocity is active immediately. TR-Electronic GmbH 2008, All Rights Reserved Printed in the Federal Republic of Germany Page 252 of 252...
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