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WAGO-I/O-SYSTEM 750

Table of Contents

750-494 3-Phase Power Measurement Module

Manual

Version 1.2.0

Pos: 5 /D okumentati on allgemein/Verzeichnisse/Inhaltsverzeichnis - Ü berschrift oG und Verzei chnis @ 3\mod_1219151230875_21.docx @ 21063 @ @ 1

Table of Contents

Notes about this Documentation ................................................................. 6

1.1

Validity of this Documentation ................................................................. 6

1.2

Revision History ........................................................................................ 7

1.3

1.4

Symbols ..................................................................................................... 8

1.5

Number Notation ..................................................................................... 10

1.6

Font Conventions .................................................................................... 10

Important Notes ......................................................................................... 11

2.1

Legal Bases ............................................................................................. 11

2.1.1

Subject to Changes ............................................................................. 11

2.1.2

Personnel Qualifications ..................................................................... 11

2.1.3

Use of the WAGO-I/O-SYSTEM 750 in Compliance with

Underlying Provisions ........................................................................ 11

2.1.4

Technical Condition of Specified Devices ......................................... 12

2.2

Safety Advice (Precautions) .................................................................... 13

Device Description ..................................................................................... 15

3.1

View ........................................................................................................ 16

3.2

Connectors ............................................................................................... 17

3.2.1

Data Contacts/Internal Bus ................................................................. 17

3.2.2

Power Jumper Contacts/Field Supply ................................................ 17

3.2.3

CAGE CLAMP

Connectors ............................................................. 18

3.3

Display Elements .................................................................................... 19

3.4

Operating Elements ................................................................................. 20

3.5

Schematic Diagram ................................................................................. 21

3.6

Technical Data ........................................................................................ 23

3.6.1

Dimensions and Weight ..................................................................... 23

3.6.2

Voltage Supply ................................................................................... 23

3.6.3

Measuring Inputs ................................................................................ 23

3.6.4

Measured Values ................................................................................ 24

3.6.5

Internal Bus Communication .............................................................. 25

3.6.6

Connection Type ................................................................................ 25

3.6.7

Climatic Environmental Conditions ................................................... 26

3.7

Approvals ................................................................................................ 27

3.8

Standards and Guidelines ........................................................................ 29

Function Description ................................................................................. 30

4.1

Measuring Principle ................................................................................ 30

4.2

Measured Values ..................................................................................... 30

4.3

Description of Measured Values ............................................................. 32

4.4

Measuring Errors and Accuracy .............................................................. 38

Process Image ............................................................................................. 40

5.1

Overview of Process Data ....................................................................... 40

5.2

Output Data ............................................................................................. 41

5.2.1

Definition of Control Words .............................................................. 41

5.2.2

Definition of Output Data Words ....................................................... 42

5.3

Input Data ................................................................................................ 43

Summary of Contents for 750-494 Series

Page 1: ...1285229289866_0 docx 64941 1 WAGO I O SYSTEM 750 Manual 750 494 xxx xxx 3 Phase Power Measurement Module Version 1 2 0 Pos 3 Alle Serien Allgemeine M odul e Rechtliches Allgemei nes Impressum für Standardhandbücher allg Angaben Anschriften Telefonnummer n und E Mail Adressen 3 mod_1219151118203_21 docx 21060 1 ...

Page 2: ...9 0 571 8 87 85 55 E Mail support wago com Every conceivable measure has been taken to ensure the accuracy and completeness of this documentation However as errors can never be fully excluded we always appreciate any information or suggestions for improving the documentation E Mail documentation wago com We wish to point out that the software and hardware terms as well as the trademarks of compani...

Page 3: ...afety Advice Precautions 13 3 Device Description 15 3 1 View 16 3 2 Connectors 17 3 2 1 Data Contacts Internal Bus 17 3 2 2 Power Jumper Contacts Field Supply 17 3 2 3 CAGE CLAMP Connectors 18 3 3 Display Elements 19 3 4 Operating Elements 20 3 5 Schematic Diagram 21 3 6 Technical Data 23 3 6 1 Dimensions and Weight 23 3 6 2 Voltage Supply 23 3 6 3 Measuring Inputs 23 3 6 4 Measured Values 24 3 6 ...

Page 4: ... Connecting a Conductor to the CAGE CLAMP 70 7 2 Voltage Measurement 71 7 3 Current Measurement 72 7 3 1 Current Measurement on a Motor 72 7 3 2 Current Transformers 73 7 3 2 1 Accuracy 73 7 3 2 2 Types of Current 73 7 3 2 3 Overcurrent Limiting Factor FS 73 7 3 2 4 Protection against Shock Hazard Voltages 74 7 3 3 Additional Measuring Instruments in the Current Path 75 7 4 Power Measurement 76 7 ...

Page 5: ... 1 Marking Configuration Examples 120 11 1 1 Marking for Europe According to ATEX and IEC Ex 120 11 1 2 Marking for America According to NEC 500 125 11 2 Installation Regulations 126 11 2 1 Special Notes Regarding Explosion Protection 126 11 2 2 Special Notes Regarding ANSI ISA Ex 128 List of Figures 129 List of Tables 131 Ende der Liste für Textmar ke Verzeichnis_vor ne ...

Page 6: ... on Gültigkeitsbereich Variantenlisten Variantenliste 750 494 Standardversionen 1A 5A und er w Temp 025 15 mod_1366726767706_21 docx 117720 1 Table 1 Variants Item Number Description 750 494 3 Phase Power Measurement Module 1 A 750 494 000 001 3 Phase Power Measurement Module 5 A 750 494 025 000 3 Phase Power Measurement Module 1 A Operating temperature 20 C 60 C 750 494 025 001 3 Phase Power Meas...

Page 7: ...nged 1 1 0 01 02 Change of approvals 1 2 0 01 02 Change of approvals Pos 17 1 All e Seri en Allgemei ne Module Ü berschriften Ebene 2 Ur heberschutz Ü berschrift 2 23 mod_1435647042188_21 docx 184808 2 1 1 3 Copyright Pos 17 2 All e Seri en Allgemei ne Module R echtliches Allgemei nes Urheberschutz ausführlich 4 mod_1235565145234_21 docx 27691 1 This Manual including all figures and illustrations ...

Page 8: ...7 5 4 All e Serien Allgemei ne Module Sicherheits und sonstige Hi nweise Vorsicht Vorsicht _War nung vor Personenschäden allgemein_ Erläuterung 13 mod_1343310028762_21 docx 101038 1 Personal Injury Indicates a low risk potentially hazardous situation which if not avoided may result in minor or moderate injury Pos 17 5 5 All e Serien Allgemei ne Module Sicherheits und sonstige Hi nweise Achtung Ach...

Page 9: ...wer Measurement Module Manual Version 1 2 0 Additional Information Refers to additional information which is not an integral part of this documentation e g the Internet Pos 17 6 Dokumentation allgemei n Glieder ungselemente Seitenwechsel 3 mod_1221108045078_0 docx 21810 1 ...

Page 10: ...1 6 Font Conventions Pos 17 10 Alle Serien Allgemeine M odul e Rechtliches Allgemeines Schriftkonventi onen 3 mod_1221059521437_21 docx 21714 1 Table 4 Font Conventions Font Type Indicates italic Names of paths and data files are marked in italic type e g C Program Files WAGO Software Menu Menu items are marked in bold letters e g Save A greater than sign between two names means the selection of a...

Page 11: ...ations All sequences implemented on WAGO I O SYSTEM 750 devices may only be carried out by electrical specialists with sufficient knowledge in automation The specialists must be familiar with the current norms and guidelines for the devices and automated environments All changes to the coupler or controller should always be carried out by qualified personnel with sufficient skills in PLC programmi...

Page 12: ...3 1 2 1 4 Technical Condition of Specified Devices The devices to be supplied ex works are equipped with hardware and software configurations which meet the individual application requirements WAGO Kontakttechnik GmbH Co KG will be exempted from any liability in case of changes in hardware or software as well as to non compliant usage of devices Please send your request for modified and new hardwa...

Page 13: ...x 46731 1 Install the device only in appropriate housings cabinets or in electrical operation rooms The WAGO I O SYSTEM 750 and its components are an open system As such install the system and its components exclusively in appropriate housings cabinets or in electrical operation rooms Allow access to such equipment and fixtures to authorized qualified staff only by means of specific keys or tools ...

Page 14: ...Achtung Kei n Kontaktspray verwenden 6 mod_1260181290808_21 docx 46755 1 Do not use any contact spray Do not use any contact spray The spray may impair contact area functionality in connection with contamination Pos 20 13 5 Alle Serien Allgemeine M odul e Sicherheits und sonstige Hinweise Achtung Achtung Ver pol ung en der D aten und Versorgungsleitungen vermeiden 6 mod_1260184045744_21 docx 46767...

Page 15: ...ive and apparent energies power factors phase shift angles and frequencies Furthermore an analysis of harmonic waves is carried out up to the 41st harmonic The measured values are available in the process image Therefore no high computing power is required from the higher level controller The calculated values indicate whether the load is inductive or capacitive and whether it consumes or generate...

Page 16: ...ure 1 View Pos 27 Serie 750 WAGO I O SYSTEM Ger ätebeschrei bung Ansicht Ansicht C ageCl amp _Leg ende mit LED s_ohne Leistungskontakte 16 mod_1371816091053_21 docx 124052 1 Table 5 Legend for Figure View Pos Description Details See Section 1 Marking possibility with Mini WSB 2 Status LEDs Device Description Display Elements 3 Data contacts Device Description Connectors 4 CAGE CLAMP connectors Dev...

Page 17: ...ht auf Goldfeder kontakte leg en 7 mod_1266318463636_21 docx 50695 1 Do not place the I O modules on the gold spring contacts Do not place the I O modules on the gold spring contacts in order to avoid soiling or scratching Pos 31 3 Serie 750 WAGO I O SYSTEM Wichtige Erläuterungen Sicherheits und sonstig e Hinweise Achtung Achtung ESD Auf g ute Erdung der U mgebung achten 7 mod_1266318538667_21 doc...

Page 18: ...puts The 3 phase supply network and the loads are clamped here See also section Connect Devices Two connectors each form the three measuring channels L1 and IL1 voltage and current of phase L1 L2 and IL2 voltage and current of phase L2 L3 and IL3 voltage and current of phase L3 Figure 3 CAGE CLAMP Connectors Table 6 Legend for Figure CAGE CLAMP Connectors Channel Designation Connector Function 1 L...

Page 19: ...ation is interrupted Note If the watchdog was disabled the LED is always green See section Commissioning Configuration with WAGO I O CHECK Green Operational readiness and correct internal data bus communication B Off No error Red General error message for L1 Under overvoltage or overcurrent C Off No error Red General error message Clipping of a current measuring path IL1 IL2 or IL3 D Off No error ...

Page 20: ...Ü berschrift 2 4 mod_1239191655456_21 docx 30439 2 1 3 4 Operating Elements Pos 42 Serie 750 WAGO I O SYSTEM Ger ätebeschrei bung Bedienel emente Bedi enel emente Buskl emme 75x xxxx nicht vorhanden 4 mod_1236322031125_21 docx 28063 1 The I O module 750 494 has no operating elements Pos 43 D okumentation allgemei n Glieder ungselemente Seitenwechsel 3 mod_1221108045078_0 docx 21810 1 ...

Page 21: ...e Module Ü berschriften Ebene 2 Schematisches Schaltbild Ü berschrift 2 4 mod_1240984441312_21 docx 31967 2 1 3 5 Schematic Diagram Pos 45 Serie 750 WAGO I O SYSTEM Ger ätebeschrei bung Schematische Schaltbil der Anal ogeing angskl emmen Schematisches Schaltbild 750 0494 14 mod_1363957453847_21 docx 115823 1 Figure 5 Schematic Diagram ...

Page 22: ... mounting rail via a 470 pF capacitor and a spring contact If the rail is correctly connected to PE the immunity to interference is increased Figure 6 FE Spring Contact N and IN are shorted The connections N and IN are firmly shorted and form the internal reference for all electrical measurements Pos 46 D okumentation allgemei n Glieder ungselemente Seitenwechsel 3 mod_1221108045078_0 docx 21810 1...

Page 23: ...age Supply Table 9 Technical Data Voltage Supply Voltage 5 V DC system voltage via internal bus Current consumption max internal 100 mA 3 6 3 Measuring Inputs Table 10 Technical Data Measuring Inputs Number of inputs 6 3 voltage measuring inputs 3 current measuring inputs Input voltage max Input resistance typ Phase to phase voltage Lx Ly 480 VAC phase voltage Lx N 277 VAC DC 1072 kΩ Input current...

Page 24: ...oltage Lx N To be set 5 900 s Peak value voltage Lx N 200 ms RMS current Lx 40 ms Min max RMS current Lx 50 ms Arithmetic mean value current Lx To be set 5 900 s Peak value current Lx 200 ms Active power Lx 40 ms Min max active power Lx 50 ms Reactive power Lx 340 ms Apparent power Lx 40 ms All energy values 400 ms Supply network frequency Lx 280 ms Min max frequency of supply network Lx 280 ms Ph...

Page 25: ...on Type Pos 48 3 Serie 750 WAGO I O SYSTEM Ger ätebeschrei bung Technische Daten Anschlusstechni k Technische D aten Datenkontakte 17 mod_1380123495844_21 docx 132794 1 Table 13 Technical Data Data Contacts Data contacts Slide contact hard gold plated self cleaning Pos 48 4 Serie 750 WAGO I O SYSTEM Ger ätebeschrei bung Technische Daten Anschlusstechni k Technische D aten Verdr ahtungsebene CC 0 0...

Page 26: ...85 C Storage temperature range for components with extended temperature range 750 xxx 025 xxx 40 C 85 C Relative humidity Max 5 95 without condensation Resistance to harmful substances Acc to IEC 60068 2 42 and IEC 60068 2 43 Maximum pollutant concentration at relative humidity 75 SO2 25 ppm H2S 10 ppm Special conditions Ensure that additional measures for components are taken which are used in an...

Page 27: ...113015 1 TÜV 07 ATEX 554086 X I M2 Ex d I Mb II 3 G Ex nA IIC T4 Gc II 3 D Ex tc IIIC T135 C Dc Pos 56 2 All e Seri en Allgemei ne Module Zulassungen Ex Zul assungen IECEx TÜV N or d IECEx TUN 09 0001 X Ex d I M b Ex nA IIC T4 Gc Ex tc IIIC T135 C 14 mod_1361950034299_0 docx 113019 1 IECEx TUN 09 0001 X Ex d I Mb Ex nA IIC T4 Gc Ex tc IIIC T135 C Dc Pos 56 3 All e Seri en Allgemei ne Module Zulass...

Page 28: ...84111166_0 docx 410521 1 DNV GL Temperature B Humidity A Vibration B EMC B Enclosure A Pos 62 All e Seri en Allgemei ne Module Sicher heits und sonstige Hi nweise Hi nweis Hinweis Schiffszul assung ab SW 01 H W 02 29 mod_1489413137360_21 docx 413357 1 Applicable from SW 01 HW 02 This ship approval is only applicable from SW 01 HW 02 Pos 63 D okumentation allgemei n Glieder ungselemente Leerabsatz ...

Page 29: ...ements Pos 68 All e Seri en Allgemei ne Module N or men und Richtli nien Ex i Normen Expl osi onsfähige Atmosphäre EN 60079 15 13 mod_1351072320086_21 docx 105289 1 Explosive atmosphere EN 60079 15 Equipment protection by type of protection n Pos 69 All e Seri en Allgemei ne Module N or men und Richtli nien Ex i Normen Expl osi onsfähige Atmosphäre EN 60079 31 13 mod_1351072407879_21 docx 105292 1...

Page 30: ... to the common clamp IN Low pass filters on the 6 measuring inputs have a limit frequency of 15 9 kHz Each input signal is scanned at a frequency of 8 kHz quantized with 24 bits and further processed digitally Acquisition and processing of the measured values of all three phases is performed simultaneously in the very same way 4 2 Measured Values The 3 phase power measurement module makes the foll...

Page 31: ...3 RMS value current fundamental wave Lsel RMS value voltage fundamental wave Lsel THD Total Harmonic Distortion current Lsel THD Total Harmonic Distortion voltage Lsel For the selected phase Lsel three selectable harmonics no 2 to 41 can be analyzed harmonics A B and C RMS value current harmonic A RMS value voltage harmonic A HD Harmonic Distortion current harmonic A HD voltage harmonic A RMS valu...

Page 32: ...le See section Commissioning Configuration with WAGO I O CHECK DC measurements only possible in 2 measuring channels DC measurements are only possible in the measuring channels L1 IL1 and L2 IL2 Voltage DC voltage Lx N Current DC current Lx Power Power DC current Lx 4 3 Description of Measured Values Calculating the RMS Values for Current and Voltage The I O module measures the true RMS of the vol...

Page 33: ... for phase current and voltage is generated on the basis of the RMS values You can set the time period during which the mean value is to be generated using WAGO I O CHECK or parameters 34 35 36 The RMS minimum and maximum values for current and voltage are also determined over a configurable time period WAGO I O CHECK or parameters 37 38 39 Peak current and voltage values can also be recorded but ...

Page 34: ...ransformers are reversed Active power minimum and maximum values are determined over a configurable time period WAGO I O CHECK or parameters 37 38 39 In real supply networks not all electrical loads are purely ohmic Phase shifting occurs between current and voltage However this does not affect the method for determining the RMS values for current voltage previously described The I O module calcula...

Page 35: ...he PI Scaling WAGO I O CHECK Register 35 6 5 kVARh Maximum meter value in the PI 10 737 418 235 kVARh 2s complement An overflow of the internal meter can occur here as it can only count to a maximum of 1 billion kVARh The meter shown in the PI can however continue to count substantially higher on account of the scaling that has been set The values for the energy meters can be set via WAGO I O CHEC...

Page 36: ... cos phi is the cosine of the phase angle between voltage and current for the specific phase Calculation of the power factor only takes into account the phase shifting of the fundamental components of voltage and current The sign used in front of cos phi indicates the following positive plus sign Acquisition of active power from the supply network negative minus sign Delivery of active power into ...

Page 37: ... current is calculated for each phase using time synchronous sampling The phase angle is indicated in degrees Rotary Field Detection The zero crossings of the voltage characteristics for the 3 phases are monitored by rotary field detection The direction of rotation of a motor or machine can only be determined when the phase sequence L1 L2 L3 at the I O module has been connected the same as at the ...

Page 38: ... value Current 0 5 of full scale value 0 5 of full scale value Active power 0 5 0 5 Phase angle 0 3 0 3 Frequency 0 01 Hz 0 01 Hz The harmonics components are determined on the basis of a number of individual values measured within the current curve shapes for voltage and current Calculation is performed to yield the components included in the actual base frequency 45 to 65 Hz and their integer ha...

Page 39: ...I O module input overdrive is produced see figure below The I O module cannot digitize these values and limits the measured values to the maximum measurable range clipping of the current or voltage measured values As a result the RMS value that is output is erroneous The more the input is overdriven and thus the reference points for RMS calculation the greater the measuring error Clipping of the v...

Page 40: ...6 data bytes Notice that the process data image depends on the used fieldbus coupler controller Mapping the process data into the process image is specific for the fieldbus coupler controller used You will find both this information and the specific configuration of the relevant control status bytes in the manual of the coupler controller section Fieldbus Specific Configuration of Process Data whi...

Page 41: ...s data communication 1 Register communication RES reserved Byte 1 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 STAT STAT Request for status query 0 Status Phase L1 1 Status Phase L2 2 Status Phase L3 3 Status I O module Expanded control word 1 Byte 2 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 Byte 3 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 COL_ID COL_ID Selection of measured value c...

Page 42: ...of the measured value from the collection COL_ID which is delivered with process value 2 of the input data Expanded control word 3 Byte 6 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 MET_ID_3 MET_ID_3 ID for selection of the measured value from the collection COL_ID which is delivered with process value 3 of the input data Byte 7 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 MET_ID_4 MET_ID_4...

Page 43: ... or more ERR_ Bits are set ERR_BK Group error for I O module 0 Ok 1 Error occurred ERR_L3 Group error Phase L3 0 Ok 1 Error occurred ERR_L2 Group error Phase L2 0 Ok 1 Error occurred ERR_L1 Group error Phase L1 0 Ok 1 Error occurred Byte 1 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 WARN CAL OVER_1 OVER_2 OVER_3 OVER_4 STAT_SEL WARN Warning Transient reaction measured value collection active 0...

Page 44: ...ctive for 0 Status Phase L1 1 Status Phase L2 2 Status Phase L3 3 Status I O module Expanded status word 1 Byte 2 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 STAT7 STAT6 STAT5 STAT4 STAT3 STAT2 STAT1 STAT7 STAT_SEL Status Lx L1 L2 L3 Threshold value Undervoltage Lx 0 Threshold not reached 1 Threshold reached or exceeded STAT_SEL Status I O module No significance STAT6 STAT_SEL Status Lx L1 L2 ...

Page 45: ... Status Lx L1 L2 L3 Clipping of current signal at Lx 0 OK 1 The current signal is outside the measurable range of the I O module and has been limited clipped STAT_SEL Status I O module No significance STAT1 STAT_SEL Status Lx L1 L2 L3 SagLevel Voltage Lx 0 OK 1 Elevated measuring error due to inadequate input voltage at Lx STAT_SEL Status I O module No significance Byte 3 Bit 7 Bit 6 Bit 5 Bit 4 B...

Page 46: ..._ID_3_SEL MET_ID_3_SEL ID for the measured value from the collection COL_ID_SEL which is in process value 3 of the input data Byte 7 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 MET_ID_4_SEL MET_ID_4_SEL ID for the measured value from the collection COL_ID_SEL which is in process value 4 of the input data 5 3 2 Definition of Input Data Words Process value 1 Byte 8 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 ...

Page 47: ...he format of the 32 bit measured values is defined in the Section Collections of Measured Values Byte 13 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 PROC2 15 8 PROC2 15 8 See Process value 2 Byte 12 Byte 14 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 PROC2 23 16 PROC2 23 16 See Process value 2 Byte 12 Byte 15 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 PROC2 31 24 PROC2 31 24 See Proce...

Page 48: ...ue 4 Byte 20 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 PROC4 7 0 PROC4 7 0 Byte of the measured value with the MET_ID MET_ID_4_SEL from the collection COL_ID_SEL which is in process value 4 of the input data the format of the 32 bit measured values is defined in the Section Collections of Measured values Byte 21 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 PROC4 15 8 PROC4 15 8 See Proces...

Page 49: ...OL_ID 021 Harmonics analysis L2 All measured values provided by the I O module involved with the harmonics analysis for Phase L2 COL_ID 022 Harmonics analysis L3 All measured values provided by the I O module involved with the harmonics analysis for Phase L3 The individual measured values are identified within a collection by specifying a MET_ID The following section Collections of Measured Value ...

Page 50: ...ade available in the input data After this four other MET_IDs can be selected and so on Example 1 Byte Output data Input data 0 0x00 0x00 1 0x01 Status query 0x01 2 0x00 0x00 3 0x07 COL_ID 0x07 COL_ID_SEL 4 0x01 MET_ID_1 0x01 MET_ID_1_SEL 5 0x02 MET_ID_2 0x02 MET_ID_2_SEL 6 0x03 MET_ID_3 0x03 MET_ID_3_SEL 7 0x04 MET_ID_4 0x04 MET_ID_4_SEL 8 DC current L1 7 0 9 DC current L1 15 8 10 DC current L1 2...

Page 51: ... RMS L3 7 0 13 Current RMS L3 15 8 14 Current RMS L3 23 16 15 Current RMS L3 31 24 16 Reactive energy L3 7 0 17 Reactive energy L3 15 8 18 Reactive energy L3 23 16 19 Reactive energy L3 31 24 20 cos phi L2 7 0 21 cos phi L2 15 8 22 cos phi L2 23 16 23 cos phi L2 31 24 The status query was also set in the examples given here In example 1 the status query is made for phase L1 No bit is set in the st...

Page 52: ..._ID_1 004 THD for fundamental component or HD for voltage harmonic MET_ID_2 MET_ID_3 and MET_ID_4 are then used to select the harmonic MET_ID_x 1 40 or fundamental component MET_ID_x 100 for the measured values defined by MET_ID_1 are to be made available in the process image input data This means that 3 measured values are provided with the input data Example 1 Byte Output data Input data 0 0x00 ...

Page 53: ...ID_3_SEL 7 0x25 MET_ID_4 0x25 MET_ID_4_SEL 8 Measured value type distortion current 7 0 0x03 9 Measured value type distortion current 15 8 0x00 10 Measured value type distortion current 23 16 0x00 11 Measured value type distortion current 31 24 0x00 12 HD current 8th harmonic L3 7 0 13 HD current 8th harmonic L3 15 8 14 HD current 8th harmonic L3 23 16 15 HD current 8th harmonic L3 31 24 16 THD cu...

Page 54: ...OR ERR_L1 Byte 2 is at 0x08 i e the voltage signal at phase L1 is outside the valid range for the I O module and has been clipped In addition byte 1 is at 0x80 This means that the measured values of the collection are not yet stable The transient reaction period build up must end then the measured values are stable 5 4 1 Building up the Measured Values Build up times must be taken into account whe...

Page 55: ...date Rate PI ms 1A Variants 5A Variants Current 001 DC current L1 UInt32 0 0001A 0 0005A 40 002 DC current L2 UInt32 0 0001A 0 0005A 40 003 DC current L3 UInt32 0 0001A 0 0005A 40 Voltage 004 DC voltage L1 N UInt32 0 01V 0 01V 40 005 DC voltage L2 N UInt32 0 01V 0 01V 40 006 DC voltage L3 N UInt32 0 01V 0 01V 40 Power 007 Power DC current L1 UInt32 0 01W 0 05W 40 008 Power DC current L2 UInt32 0 0...

Page 56: ...alue voltage L2 N UInt32 0 01V 0 01V adjustable 5 900s 051 Arithmetic mean value voltage L3 N UInt32 0 01V 0 01V adjustable 5 900s 091 Peak value voltage L1 N UInt32 0 01V 0 01V 200 092 Peak value voltage L2 N UInt32 0 01V 0 01V 200 093 Peak value voltage L3 N UInt32 0 01V 0 01V 200 Current 001 RMS current L1 UInt32 0 0001A 0 0005A 40 002 RMS current L2 UInt32 0 0001A 0 0005A 40 003 RMS current L3...

Page 57: ...nergy 064 Active energy L1 Int32 Setup with WAGO I O CHECK or in Register 35 400 065 Active energy L2 Int32 Setup with WAGO I O CHECK or in Register 35 400 066 Active energy L3 Int32 Setup with WAGO I O CHECK or in Register 35 400 067 Active energy acquisition L1 UInt32 Setup with WAGO I O CHECK or in Register 35 400 068 Active energy acquisition L2 UInt32 Setup with WAGO I O CHECK or in Register ...

Page 58: ...CHECK or in Register 35 400 082 Reactive energy capacitive L1 UInt32 Setup with WAGO I O CHECK or in Register 35 400 083 Reactive energy capacitive L2 UInt32 Setup with WAGO I O CHECK or in Register 35 400 084 Reactive energy capacitive L3 UInt32 Setup with WAGO I O CHECK or in Register 35 400 085 Reactive energy total Int32 Setup with WAGO I O CHECK or in Register 35 400 086 Reactive energy induc...

Page 59: ...supply network frequency L1 UInt32 0 001Hz 0 001Hz 280 062 Min supply network frequency L2 UInt32 0 001Hz 0 001Hz 280 063 Min supply network frequency L3 UInt32 0 001Hz 0 001Hz 280 Phase angle 019 Phase angle phi L1 UInt32 0 01 340 020 Phase angle phi L2 UInt32 0 01 340 021 Phase angle phi L3 UInt32 0 01 340 Power factor 022 cos phi L1 Int32 0 01 0 01 340 023 cos phi L2 Int32 0 01 0 01 340 024 cos...

Page 60: ...easured value type MET_ID_1 Measured Value Data Type PI Scaling Factor PI Update Rate PI ms 1A Variants 5A Variants RMS current 001 Current L1 UInt32 0 0001A 0 0005A 260 RMS voltage 002 Voltage L1 UInt32 0 01V 0 01V 260 Distortion current 003 Current L1 UInt32 0 01 0 01 260 Distortion voltage 004 Voltage L1 UInt32 0 01 0 01 260 Selection of 3 harmonics MET_ID_2 _3 and _4 Measured Value Data type P...

Page 61: ...easured value type MET_ID_1 Measured Value Data Type PI Scaling Factor PI Update Rate PI ms 1A Variants 5A Variants RMS current 001 Current L2 UInt32 0 0001A 0 0005A 260 RMS voltage 002 Voltage L2 UInt32 0 01V 0 01V 260 Distortion current 003 Current L2 UInt32 0 01 0 01 260 Distortion voltage 004 Voltage L2 UInt32 0 01 0 01 260 Selection of 3 harmonics MET_ID_2 _3 and _4 Measured Value Data type P...

Page 62: ...easured value type MET_ID_1 Measured Value Data Type PI Scaling Factor PI Update Rate PI ms 1A Variants 5A Variants RMS current 001 Current L3 UInt32 0 0001A 0 0005A 260 RMS voltage 002 Voltage L3 UInt32 0 01V 0 01V 260 Distortion current 003 Current L3 UInt32 0 01 0 01 260 Distortion voltage 004 Voltage L3 UInt32 0 01 0 01 260 Selection of 3 harmonics MET_ID_2 _3 and _4 Measured Value Data type P...

Page 63: ... value 0x000007D0 2000 0x00003D76 15734 Scaling factor PI 0 01V 0 01V Equation Measured value Process value x Scaling factor PI Measured value 20 00 V 157 34 V Frequency 1A varints 5A variants Process value 0x0000C3B8 50104 0x0000EB9C 60316 Scaling factor PI 0 001Hz 0 001Hz Equation Measured value Process value x Scaling factor PI Measured value 50 10 Hz 60 32 Hz phi 1A varints 5A variants Process...

Page 64: ...1 If a bit is set to 1 user scaling is enabled and the transformation ratio is already taken into account in the I O module Operating current transformers the user scaling should always be on and the CTR set in the I O module Thus a calculation by the higher control system is not necessary As the process values are 32 bits long in the PI even big measured values can be processed Difference to 3 Ph...

Page 65: ... 0 01W 0 05W Equation Measured value Process value x Scaling factor PI Measured value 97 85 W 741 20 W Active Energy 1A varints 5A variants Register 32 bits 12 14 0 0 Register 39 41 D CTR 0x0001 1 0x0001 1 Register 35 1 3 Process value 0x000022ED 8941 0x00001126 4390 Scaling factor PI 0 01Wh 5Wh Equation Measured value Process value x Scaling factor PI Measured value 89 41 Wh 21950 Wh Register 35 ...

Page 66: ... x Scaling factor PI Measured value 188 69 W 5785 20 W Active Energy 1A varints 5A variants Register 32 bits 12 14 1 1 Register 39 41 D CTR 0x002D 45 0x0028 40 Register 35 2 4 Process value 0x00000D86 3462 0x00002CA3 11427 Scaling factor PI 0 1Wh 50Wh Equation Measured value Process value x Scaling factor PI Measured value 346 2 Wh 571350 Wh Register 35 The set value defines the scaling factor PI ...

Page 67: ...erl etzungsgefahr durch scharfkantige M esser kontakte 6 mod_1256193279401_21 docx 43414 1 Risk of injury due to sharp edged blade contacts The blade contacts are sharp edged Handle the I O module carefully to prevent injury Pos 81 3 Serie 750 WAGO I O SYSTEM Wichtige Erläuterungen Sicherheits und sonstig e Hinweise Achtung Achtung Buskl emmen nur in vorgesehener R eihenfolg e stecken 6 mod_125619...

Page 68: ...ices Pos 81 8 Serie 750 WAGO I O SYSTEM M ontieren D emontieren Busklemme einfüg en 3 mod_1231769726703_21 docx 25989 3 1 6 2 1 Inserting the I O Module 1 Position the I O module so that the tongue and groove joints to the fieldbus coupler controller or to the previous or possibly subsequent I O module are engaged Figure 11 Insert I O Module Example 2 Press the I O module into the assembly until t...

Page 69: ...od_1239169375203_21 docx 30334 3 1 6 2 2 Removing the I O Module 1 Remove the I O module from the assembly by pulling the release tab Figure 13 Removing the I O Module Example Electrical connections for data or power jumper contacts are disconnected when removing the I O module Pos 82 D okumentation allgemei n Glieder ungselemente Seitenwechsel 3 mod_1221108045078_0 docx 21810 1 ...

Page 70: ...ductors Only connect one conductor to each CAGE CLAMP Only one conductor may be connected to each CAGE CLAMP Do not connect more than one conductor at one single connection If more than one conductor must be routed to one connection these must be connected in an up circuit wiring assembly for example using WAGO feed through terminals 1 For opening the CAGE CLAMP insert the actuating tool into the ...

Page 71: ...50 0493 0494 16 mod_1372770254968_21 docx 125343 1 In order to measure just the 3 phase voltages of a supply network connect its 4 wires with the CAGE CLAMPS L1 L2 L3 and N Figure 15 Voltage Measurement Strictly observe the connection diagram In order to avoid damage to the I O module and to achieve the specified measuring accuracy strictly observe the connection diagram If you want to measure the...

Page 72: ...mmessung 750 0494 16 mod_1372769492854_21 docx 125335 3344443 1 7 3 1 Current Measurement on a Motor For measuring the currents of a 3 phase electrical motor connect it with the CAGE CLAMPS IL1 IL2 IL3 and IN via current transformers Connect CAGE CLAMP N to earth if not connected to the neutral wire If you do not connect the CAGE CLAMP N with the neutral wire of the supply network e g using the mo...

Page 73: ...onnect the I O modules to the current transformers secondary windings before commissioning the current transformers 7 3 2 1 Accuracy Please note that the overall accuracy of the measuring setup consisting of the 3 phase power measurement module and the current transformers essentially depends on the transformers accuracy category Do not use transformers of class 0 5 for accounting purposes A measu...

Page 74: ...t the voltage measuring end of the 3 phase power measurement module General insulation faults Install protection against electric shock All wiring for the measurement system shall be equipped with protection against shock hazard voltages along with the corresponding safety signs The 3 phase power measurement module permits a maximum voltage of 480 V for normal operating conditions The voltages at ...

Page 75: ...such as ammeters in the current path can substantially increase the total apparent power In addition the CAGE CLAMP IN of the I O module must form a star point neutral for the three secondary windings See figure above Therefore additional measuring instruments must be potential free and wired accordingly Pos 91 D okumentation allgemei n Glieder ungselemente Seitenwechsel 3 mod_1221108045078_0 docx...

Page 76: ...o the figure below Do not confuse current and voltage clamps When making the connections do not confuse the current and voltage paths as connecting the phase voltages directly to the low impedance current clamps IL1 IL3 shall destroy the I O module Figure 17 Power Measurement on a Machine Negative power values If you measure negative power values check the connection of the associated current tran...

Page 77: ... hazardous voltage in the event of a current transformer fault Transformation ratio 1 1 The three phase transformer must have a transformation ratio of 1 1 and may not produce any phase shifting in the supply network Yy0 As the high frequency portions only have a minor effect on the motors distortion caused by the 3 phase transformer during transmission of the harmonic waves generated by the frequ...

Page 78: ...t such as holding current for synchronous motors is not possible with this configuration Practical results will be yielded for frequencies greater than 5 Hz depending on the 3 phase transformer and current transformers that are used Pos 94 D okumentation allgemei n Glieder ungselemente Seitenwechsel 3 mod_1221108045078_0 docx 21810 1 ...

Page 79: ...of the node is connected for example to the USB port of a PC using the WAGO USB communication cable WAGO I O CHECK provides the following functions Graphic display of the bus node Display recording and export of the process data measured values Application settings Settings for the measurements for each of the three phases I O module settings Settings for saving the energy values Saving all settin...

Page 80: ...l Version 1 2 0 8 1 Configuration with WAGO I O CHECK Right click on the image of the I O module and select the Settings menu item See the figure below Figure 19 WAGO I O CHECK User Interface Bus Node With I O Module 750 494 The 3 Phase Power Measurement dialog opens See figure below ...

Page 81: ...ion to save the file e g see section Appendix Settings Opens the settings dialog Calibration Opens the calibration dialog More information is available from the WAGO Support The buttons for the individual measured value views appear in the menu 2 The status bar 3 displays the connection icon and IP address of the fieldbus coupler controller or the name of the COM port Per phase possible error mess...

Page 82: ...ettings from your hard drive that you may have already saved when setting up another I O module You can change these settings if necessary and then Save them to the I O module Use Export to save the current settings to your computer to simplify future configurations Pay attention to energy values The energy values are not taken into account when importing and exporting Save writes any changed sett...

Page 83: ...ed in the I O module but on the connected PC You specify again the decimal multiples for displaying the measuring units for the various measured variables or keep them 10 3 milli or 100 1 or 103 kilo In addition you specify the storage path for the measured value records See Measurement Recording in the following section Displaying the Measured Values via WAGO I O CHECK Figure 22 Application Tab ...

Page 84: ...ese settings are saved to the I O module Figure 23 Phase L1 Tab In the event that you use current transformers to measure high currents specify in user scaling whether you want to take into account the current transformer ratio CTR when calculating the measured values in the respective phase or not If yes specify the divisor of the current transformer ratio D CTR e g 50 Register 32 and 39 41 are w...

Page 85: ...do settings for the entire I O module Make general settings delete min max values and configure the energy measurement For General choose the frequency of the supply grid and the phase for the peak value measurement only one phase You can enable DC measurement and watchdog The watchdog deactivates the green status LED A if no process data is received within 200 ms For Min Max values you can reset ...

Page 86: ...86 Commissioning WAGO I O SYSTEM 750 750 494 3 Phase Power Measurement Module Manual Version 1 2 0 Figure 24 I O Module Tab ...

Page 87: ... application 3 Pase Power Measurement This way the initial password is valid again The I O module registers the energy consumption and saves the values cyclically With Save and Delete you can save the values at any time regardless the cycle or reset them to 0 You can further set a specific value by choosing the energy from the list entering a value in milliwatt hours and Save it The energy measure...

Page 88: ...A list of factory settings may be found in section Appendix Use I O Module Settings Restore to reset the I O module settings only Calibration data remains unchanged Use Calibration Data Restore to reset the calibration data only The I O module settings remain unchanged Use Total Restore to reset all I O module settings and calibration data These actions are carried out immediately and cannot be un...

Page 89: ...d_1355494395030_21 docx 107680 2 1 8 2 Displaying the Measured Values via WAGO I O CHECK Pos 99 Serie 750 WAGO I O SYSTEM In Betrieb nehmen Anzeig en der Messwer te mi t WAGO I O CH ECK 750 0494 16 mod_1372771487698_21 docx 125359 1 The measured values are displayed in the 3 phase power measurement dialog in several views to be found in menu 2 on the left side Overview Phase Lx Measurements Curren...

Page 90: ...e supply network Current voltage Lx N active reactive and apparent power cos phi Power factor PF and frequency per phase Overcurrent under and overvoltage are identified as a red square if not present as a green one Change of the Measuring Units Specify the prefixes of the measuring units by selecting Home Settings Application See section Configuration with WAGO I O CHECK Application Tab The units...

Page 91: ...eak values are only displayed if this phase was selected for peak value measurement See section Configuration with WAGO I O CHECK I O module Tab Overcurrent under and overvoltage are identified as a red square if not present as a green one Current Voltage Lx N Phase to phase voltage Active power Reactive power Apparent power 4 quadrant display cos phi power factor PF power factor LF Active energy ...

Page 92: ...max average and peak values Note Peak values are only displayed for the phase which was selected for peak value measurement See section Configuration with WAGO I O CHECK I O module Tab Overcurrent under and overvoltage are identified as a red square if not present as a green one Current Voltage Lx N Phase to phase voltage Phase angle Frequency Figure 29 Measured Values Currents and Voltages ...

Page 93: ...on 1 2 0 If you select Power you see active reactive and apparent power of all 3 phases with min and max values the power factors and the 4 quadrant displays Active power Reactive power Apparent power cos phi power factor PF Power factor LF 4 quadrant displays Figure 30 Measured Values Power ...

Page 94: ... select Energies you see the active energies with supply and delivery reactive energies with capacitive and inductive component and the apparent energies that have been consumed generated since the beginning of the measurement Active energy Reactive energy Apparent energy Figure 31 Measured Values Energies ...

Page 95: ...asurements you can see the measured DC components of the measuring signals i e current voltage and power Select DC mode on the I O Module tab The AC variables are then not measured or displayed Note DC measurements are only possible in the cannels L1 IL1 und L2 IL2 Current Voltage Power Figure 32 Measured Values DC ...

Page 96: ...g the 40 harmonics of the phases The tab Harmonics analysis opens Here you select chart or table view the phase to be analyzed and the measured value voltage or current The Chart View shows Voltage resp current of 40 harmonics no 2 to 41 Supply network frequency actual max and min value Total harmonic distortion THD Figure 33 Measured Values Harmonics Chart ...

Page 97: ...ng values of 1st harmonic fundamental wave and another 3 selectable harmonics of the selected phase Current Harmonic distortion THD and HD current Voltage Harmonic distortion THD and HD voltage As long as the selection of harmonics is not changed the measured values are updated every 260 ms Figure 34 Measured Values Harmonics Table ...

Page 98: ...asurement interval i e sample rate can also be selected from 250 to 300 000 ms Clicking the arrow the Start button generates a drop down list in which you can select No Export By doing this no export CSV file is generated If you click Start as usual a Save window opens in which you can specify the storage location for the CSV file After you have specified the storage location the measurement start...

Page 99: ...ED is always green See section Commissioning Configuration with WAGO I O CHECK Green Operational readiness and correct internal data bus communication B Off No error Red General error message for L1 Under overvoltage or overcurrent C Off No error Red General error message Clipping of a current measuring path IL1 IL2 or IL3 D Off No error Red High measuring error caused by undershooting the min vol...

Page 100: ... O Check 3 Phase Power Measurement 1 3 3 366 0750 0494 0000 0000 Measurements Total Active Power 195 36 W Total Reactive Energy 44 55 var Total Apparent Power 320 06 VA Power Factor PF Total 0 520999026 Total Active Energy 1090 Wh Reactive Energy Total 30 varh Apparent Energy Total 510 VAh Current eff L1 0 4287 A Current eff L2 0 497 A Current eff L3 0 5002 A Voltage eff L1 N 231 84 V Voltage eff ...

Page 101: ...Minimum Voltage eff L1 N 231 81 V Minimum Voltage eff L2 N 231 78 V Minimum Voltage eff L3 N 231 77 V Maximum Voltage eff L1 N 231 93 V Maximum Voltage eff L2 N 231 92 V Maximum Voltage eff L3 N 231 91 V Peak Value Voltage L1 N 325 46 V External Conductor Voltage L1 L2 0 29 V External Conductor Voltage L3 L1 0 27 V External Conductor Voltage L2 L3 0 29 V Minimum Active Power L1 43 89 W Minimum Act...

Page 102: ... I L3 346 21 Maximum Frequency L1 50 019 Hz Maximum Frequency L2 50 019 Hz Maximum Frequency L3 50 009 Hz Minimum Frequency L1 50 009 Hz Minimum Frequency L2 50 009 Hz Minimum Frequency L3 50 009 Hz Total Active Energy Supply 1090 Wh Total Active Energy Delivery 0 Wh Reactive Energy Inductive Total 0 varh Reactive Energy Capacitive Total 30 varh Errors Warnings Parameter Phase L1 Overvoltage thres...

Page 103: ...reshold value 1000 A Interval observation arithm mean calculation 60 s Interval observation peak value measurement 10 Half Wave s Heed transformer ratio True Automatic reset of the min max values True Transformer ratio 500 Undervoltage threshold 10 V Interval reset min max values 5000 ms I O Module Parameters DC current measurement active False Watchdog process data communication active False Rate...

Page 104: ... Voltage eff L1 N V 04 07 2013 06 48 14 233 11 04 07 2013 06 48 15 233 12 04 07 2013 06 48 15 233 08 04 07 2013 06 48 16 233 14 04 07 2013 06 48 16 233 11 04 07 2013 06 48 17 233 14 04 07 2013 06 48 17 233 06 04 07 2013 06 48 18 233 1 04 07 2013 06 48 18 233 14 04 07 2013 06 48 19 233 1 04 07 2013 06 48 19 233 2 04 07 2013 06 48 20 233 19 04 07 2013 06 48 20 233 22 04 07 2013 06 48 21 233 19 04 07...

Page 105: ...P10 0x0000 0 R35 P11 0x0004 0 01 resp 0 05 kWh R36 P12 0x0000 0 V R37 P13 0x0000 0 V R38 P14 0x0000 0 V R39 P15 0x0001 1 R40 P16 0x0001 1 R41 P17 0x0001 1 R43 P19 0x000A 10 half waves R44 P20 0x000A 10 half waves R45 P21 0x000A 10 half waves R46 P22 0x003C 60 s R47 0x0000 0 R48 0x0000 0 R49 0x0000 0 R50 0x0000 0 R51 0x0000 0 R52 0x0000 0 R53 0x0000 0 R54 0x0000 0 R55 0x0000 0 Parameter Factory set...

Page 106: ... 0 P28 P29 0x02FAF080 5 000 A P30 P31 0x02FAF080 5 000 A P34 0x0004 60 s P35 0x0004 60 s P36 0x0004 60 s P37 0x000A 2 s P38 0x000A 2 s P39 0x000A 2 s P40 0x0000 0 P41 0x0000 0 P42 0x0000 0 Pos 109 Dokumentati on allgemei n Gli ederungsel emente Seitenwechsel 3 mod_1221108045078_0 docx 21810 1 ...

Page 107: ...isition phase L2 0x3D Preset active energy delivery phase L2 0x3E Preset active energy acquisition phase L3 0x3F Preset active energy delivery phase L3 0x40 Preset reactive energy inductive phase L1 0x41 Preset reactive energy capacitive phase L1 0x42 Preset reactive energy inductive phase L2 0x43 Preset reactive energy capacitive phase L2 0x44 Preset reactive energy inductive phase L3 0x45 Preset...

Page 108: ...he internal bus This LED is deactivated after a period of inactivity of 200 ms factory setting 1 The green RUN LED A remains lit Bit 3 Selection of nominal frequency 0 The nominal frequency is 50 Hz factory setting 1 The nominal frequency is 60 Hz Bit 4 5 Reserved Bit 6 7 Phase selection for peak measurement 0 Peak measurement for phase L1 is active factory setting 1 Peak measurement for phase L2 ...

Page 109: ...d scaling is active the transformation ratio is 1 divisor for the current transformer ratio Bit 15 Reserved Table 27 Register 35 Register 35 Scaling factor for energy values Function Data type Access Factory setting Scaling factor for energy values UINT R W 0x0004 1A variants 5A variants 0 1 mWh VARh VAh 5 mWh VARh VAh 1 0 01 Wh VARh VAh 0 05 Wh VARh VAh 2 0 1 Wh VARh VAh 0 5 Wh VARh VAh 3 1 Wh VA...

Page 110: ... L1 Activation via Register 32 Bit 12 required UINT R W 0x0001 0 not permitted 1 Value for the current transformer ratio divisor D CTR Table 32 Register 40 Register 40 Current transformer ratio phase L2 Function Data type Access Factory setting Divisor for the current transformer ratio phase L2 Activation via Register 32 Bit 13 required UINT R W 0x0001 0 not permitted 1 Value for the current trans...

Page 111: ...n interval peak value measurement Phase 2 UINT R W 0 x 000 A 0 5 not permitted 6 254 Number of half waves for measuring peak values 255 not permitted Table 36 Register 45 Register 45 Observation interval peak value measurement phase L3 Function Data type Access Factory setting Observation interval peak value measurement phase L3 UINT R W 0 x 000 A 0 5 not permitted 6 254 Number of half waves for m...

Page 112: ... read 6 not permitted Table 39 Register 48 Register 48 Container 1 Function Data type Access Factory setting Container 1 for energy preset and calibration UINT R W 0x0000 Table 40 Register 49 Register 49 Container 2 Function Data type Access Factory setting Container 2 for energy preset and calibration UINT R W 0x0000 Table 41 Register 50 Register 50 Container 3 Function Data type Access Factory s...

Page 113: ...ter 55 Register 55 Container 8 Function Data type Access Factory setting Container 8 for energy preset and calibration UINT R W 0x0000 10 4 Parameter Assignment Table 47 Parameter 10 Parameter 10 Feature register Function Data type Access Factory setting Corresponds to register 32 See section above Table 48 Parameter 11 Parameter 11 Scaling factor for energy values Function Data type Access Factor...

Page 114: ...rent transformer ratio phase L2 Function Data type Access Factory setting Corresponds to register 40 See section above Table 54 Parameter 17 Parameter 17 Current transformer ratio phase L3 Function Data type Access Factory setting Corresponds to register 41 See section above Table 55 Parameter 19 Parameter 19 Observation interval peak value measurement phase L1 Function Data type Access Factory se...

Page 115: ...threshold phase L2 Resolution 0 1 V UINT R W 0x09C4 250 V Table 61 Parameter 25 Parameter 25 Overvoltage threshold phase L3 Function Data type Access Factory setting Overvoltage threshold phase L3 Resolution 0 1 V UINT R W 0x09C4 250 V Table 62 Parameter 26 and 27 Parameter 26 und 27 Overcurrent threshold phase L1 Function Data type Access Factory setting Overcurrent threshold phase L1 Resolution ...

Page 116: ...e Table 65 Parameter 34 Parameter 34 Calculation interval arithmetic mean values phase L1 Function Data type Access Factory setting Calculation interval arithmetic mean values phase L1 UINT R W 0x0004 0 5 s 1 10 s 2 15 s 3 30 s 4 60 s 5 300 s 6 480 s 7 600 s 8 900 s 9 reserved Table 66 Parameter 35 Parameter 35 Calculation interval arithmetic mean values phase L2 Function Data type Access Factory ...

Page 117: ...Interval of automatically resetting the min max values phase L1 resolution 200 ms activation via register 32 bit 8 required UINT R W 0x000A 2 s Table 69 Parameter 38 Parameter 38 Interval of automatically resetting the min max values phase L2 Function Data type Access Factory setting Interval of automatically resetting the min max values phase L2 resolution 200 ms activation via register 32 bit 9 ...

Page 118: ...actor NOLOAD threshold reactive energy UINT R W 0x0000 disabled 0 The NOLOAD threshold is disabled 1 19 reserved 20 24000 Factor of the NOLOAD threshold for calculating QTHRESHOLD 1 factor x QNOMINAL QNOMINAL 277V x 1A 277VAR for the 1A variants resp 277V x 5A 1385VAR for the 5A variants 24001 reserved Table 73 Parameter 42 Parameter 42 Factor NOLOAD threshold apparent energy Function Data type Ac...

Page 119: ...ich Serie 750 3 mod_1234272230203_21 docx 27500 1 The WAGO I O SYSTEM 750 electrical equipment is designed for use in Zone 2 hazardous areas The following sections include both the general identification of components devices and the installation regulations to be observed The individual subsections of the Installation Regulations section must be taken into account if the I O module has the requir...

Page 120: ... e Überschriften Ebene 3 Kennzeichnung für Eur opa gemäß ATEX und IEC EX Überschrift 3 3 mod_1224157620203_21 docx 24185 3 1 11 1 1 Marking for Europe According to ATEX and IEC Ex Pos 112 6 Serie 750 WAGO I O SYSTEM Ei nsatz i n Ex Bereichen Beispi elbedruckung der ATEX und IEC Ex zugel assenen Buskl emmen g emäß CEN ELEC und IEC _2013 14 mod_1360569228625_21 docx 111294 1 Figure 36 Side Marking E...

Page 121: ... group Mining M2 Category High level of protection Ex Explosion protection mark d Mb Type of protection and equipment protection level EPL Flameproof enclosure I Explosion group for electrical equipment for mines susceptible to firedamp Gases II Equipment group All except mining 3G Category 3 Zone 2 Ex Explosion protection mark nA Gc Type of protection and equipment protection level EPL Non sparki...

Page 122: ...STEM Ei nsatz i n Ex Bereichen Beispi elbedruckung der Ex i und IEC Ex i zugel assenen Buskl emmen gemäß CEN ELEC und IEC_2013 14 mod_1360569320118_21 docx 111298 1 Figure 38 Side Marking Example for Approved Ex i I O Modules According to ATEX and IECEx Figure 39 Text Detail Marking Example for Approved Ex i I O Modules According to ATEX and IECEx ...

Page 123: ... protection level EPL protection by enclosure ia Da Type of protection and equipment protection level EPL associated apparatus with intrinsic safety circuits for use in Zone 20 ib Db Type of protection and equipment protection level EPL associated apparatus with intrinsic safety circuits for use in Zone 21 IIIC Explosion group of dust T 135 C Max surface temperature of the enclosure without a dust...

Page 124: ...evice for a category 2 Zone 1 equipment Ex Explosion protection mark nA Gc Type of protection and equipment protection level EPL Non sparking equipment ia Ga Type of protection and equipment protection level EPL associated apparatus with intrinsic safety circuits for use in Zone 0 ia Gb Type of protection and equipment protection level EPL associated apparatus with intrinsic safety circuits for us...

Page 125: ...piel bedr uckung gemäß N EC 500_2013 14 mod_1360580302684_21 docx 111353 1 Figure 40 Side Marking Example for I O Modules According to NEC 500 Figure 41 Text Detail Marking Example for Approved I O Modules According to NEC 500 Table 76 Description of Marking Example for Approved I O Modules According to NEC 500 Marking Description CL I Explosion protection group condition of use category DIV 2 Are...

Page 126: ...proximity of the WAGO I O SYSTEM 750 hereinafter product WARNING DO NOT REMOVE OR REPLACE FUSED WHILE ENERGIZED WARNING DO NOT DISCONNECT WHILE ENERGIZED WARNING ONLY DISCONNECT IN A NON HAZARDOUS AREA Before using the components check whether the intended application is permitted in accordance with the respective printing Pay attention to any changes to the printing when replacing components The ...

Page 127: ...otentiometers Replacing fuses Wiring connecting or disconnecting of non intrinsically safe circuits is only permitted in the following cases The circuit is disconnected from the power supply The area is known to be non hazardous Outside the device suitable measures must be taken so that the rated voltage is not exceeded by more than 40 due to transient faults e g when powering the field supply Pro...

Page 128: ...used to connect to external antenna 758 910 WARNING Product components with fuses must not be fitted into circuits subject to overloads These include e g motor circuits WARNING When installing I O module 750 538 Control Drawing No 750538 in the manual must be strictly observed Pos 112 17 D okumentati on allgemein Gliederungsel emente Leer absatz 2Z 3 mod_1224662755687_0 docx 24460 1 Pos 112 18 D o...

Page 129: ... Power Measurement on Two Motors Regulated by Frequency Converters 77 Figure 19 WAGO I O CHECK User Interface Bus Node With I O Module 750 494 80 Figure 20 3 Phase Power Measurement Dialog 81 Figure 21 Settings Dialog 82 Figure 22 Application Tab 83 Figure 23 Phase L1 Tab 84 Figure 24 I O Module Tab 86 Figure 25 Energy Tab 87 Figure 26 Factory Settings Tab 88 Figure 27 Measured Values Overview 90 ...

Page 130: ...4 3 Phase Power Measurement Module Manual Version 1 2 0 Figure 41 Text Detail Marking Example for Approved I O Modules According to NEC 500 125 Pos 115 Dokumentati on allgemei n Gli ederungsel emente Seitenwechsel 3 mod_1221108045078_0 docx 21810 1 ...

Page 131: ...able 16 AC Measuring Errors 38 Table 17 Measured Values of Collection 007 in the Process Image PI 55 Table 18 Measured Values of Collection 009 in the Process Image PI 56 Table 19 Measured Values of Collection 020 in the Process Image PI 60 Table 20 Measured Values of Collection 021 in the Process Image PI 61 Table 21 Measured Values of Collection 022 in the Process Image PI 62 Table 22 Diagnostic...

Page 132: ...ter 26 and 27 115 Table 63 Parameter 28 and 29 115 Table 64 Parameter 30 and 31 116 Table 65 Parameter 34 116 Table 66 Parameter 35 116 Table 67 Parameter 36 117 Table 68 Parameter 37 117 Table 69 Parameter 38 117 Table 70 Parameter 39 117 Table 71 Parameter 40 118 Table 72 Parameter 41 118 Table 73 Parameter 42 118 Table 74 Description of Marking Example for Approved I O Modules According to ATEX...

Page 133: ... 750 133 750 494 3 Phase Power Measurement Module Manual Version 1 2 0 Pos 118 Dokumentati on allgemei n Ei nband Ei nband Leerseite für durch 2 teil bar e Sei tenzahl Standarddruck 3 mod_1219230851078_0 docx 21123 1 ...

Page 134: ...eite 2015 9 mod_1285229376516_21 docx 64944 1 WAGO Kontakttechnik GmbH Co KG Postfach 2880 D 32385 Minden Hansastraße 27 D 32423 Minden Phone 05 71 8 87 0 Fax 05 71 8 87 1 69 E Mail info wago com Internet http www wago com Ende der Liste für Textmar ke Ei nband_hinten ...

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