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Beckhoff EL3751 1-channel analog input Manuals
Manuals and User Guides for Beckhoff EL3751 1-channel analog input. We have
1
Beckhoff EL3751 1-channel analog input manual available for free PDF download: Documentation
Beckhoff EL3751 Documentation (270 pages)
1-channel multi-functional input for measurement technology
Brand:
Beckhoff
| Category:
I/O Systems
| Size: 13.03 MB
Table of Contents
Fig. 1 EL2872 with Revision 0022 and Serial Number 01200815
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Fig. 2 BIC as Data Matrix Code (DMC, Code Scheme ECC200)
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Fig. 3 Example DMC 1P072222Sbtnk4P562D71Kel1809 Q1 51S678294
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Fig. 4 EL3751, EL3751-0004, EL3751-0024; Leds, Connections and Assignment
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Fig. 5 Basic Range of a Process Data Value
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Fig. 6 Representation ±30 V Measurement Range
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Fig. 7 Frequency Response ±30 V Measurement Range, Fsampling = 10 Khz, Integrated Filter 1/2 De- Activated
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Fig. 8 Representation ±10 V Measurement Range
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Fig. 9 Frequency Response ±10 V Measurement Range, Fsampling = 10 Khz, Integrated Filter 1/2 De- Activated
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Fig. 10 Representation ±5 V Measurement Range
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Fig. 11 Frequency Response ±5 V Measurement Range, Fsampling = 10 Khz, Integrated Filter 1/2 Deac- Tivated
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Fig. 12 Representation ±2.5 V Measurement Range
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Fig. 13 Frequency Response ±2.5 V Measurement Range, Fsampling = 10 Khz, Integrated Filter 1/2 De- Activated
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Fig. 14 Representation ±1.25 V Measurement Range
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Fig. 15 Frequency Response ±1.25 V Measurement Range, Fsampling = 10 Khz, Integrated Filter 1/2 Deactivated
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Fig. 16 Representation ±640 MV Measurement Range
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Fig. 17 Frequency Response ±640 MV Measurement Range, Fsampling = 10 Khz, Integrated Filter 1/2 Deactivated
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Fig. 18 Representation ±320 MV Measurement Range
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Fig. 19 Frequency Response ±320 MV Measurement Range, Fsampling = 10 Khz, Integrated Filter 1/2 Deactivated
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Fig. 20 Representation ±160 MV Measurement Range
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Fig. 21 Frequency Response ±160 MV Measurement Range, Fsampling = 10 Khz, Integrated Filter 1/2 Deactivated
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Fig. 22 Representation ±80 MV Measurement Range
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Fig. 23 Frequency Response ±80 MV Measurement Range, Fsampling = 10 Khz, Integrated Filter 1/2 Deactivated
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Fig. 24 Representation ±40 MV Measurement Range
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Fig. 25 Frequency Response ±40 MV Measurement Range, Fsampling = 10 Khz, Integrated Filter 1/2 Deactivated
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Fig. 26 Representation ±20 MV Measurement Range
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Fig. 27 Representation ±10 MV Measurement Range
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Fig. 28 Representation ±5 MV Measurement Range
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Fig. 29 Representation 0
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Fig. 30 Frequency Response 0
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Fig. 31 Representation 0
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Fig. 32 Frequency Response 0
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Fig. 33 Representation Current Measurement Range ±20 Ma
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Fig. 34 Frequency Response ±20 Ma Measurement Range, Fsampling = 10 Khz, Integrated Filter 1/2 Deactivated
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Fig. 35 Representation Current Measurement Range 0
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Fig. 36 Frequency Response 0
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Fig. 37 Representation Current Measurement Range 4
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Fig. 38 Frequency Response 4
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Fig. 39 Chart: Current Measuring Range 3.6
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Fig. 40 Frequency Response 20 Ma Measurement Range, Fsampling = 10 Khz, Integrated Filter 1/2 De- Activated
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Fig. 41 Representation Resistance Measurement Range 5 Kω
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Fig. 42 Chart: RTD Measuring Range
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Fig. 43 Representation Potentiometer Measurement Range
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Fig. 44 Representation Measuring Range SG 1/1 Bridge
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Fig. 45 Representation Measuring Range SG 1/2 Bridge
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Fig. 46 Representation Measuring Range SG 1/4 Bridge 120 Ω
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Fig. 47 Representation Measuring Range SG 1/4 Bridge 350 Ω
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Fig. 48 Opening the *. Tnzip Archive
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Fig. 49 Search of the Existing HW Configuration for the Ethercat Configuration of the Example
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Fig. 50 Process of Interlacing the Input Data
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Fig. 51 Configuration and Setup for Sample Program 6: Doubling of the Sample Rate with 2 X EL3751
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Fig. 52 Setting the DC Shift Time for Terminal 2
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Fig. 53 Oversampling 20 Ksps with 2 X EL3751 with Input Signals (Below) and Result Signal (Top)
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Fig. 54 Oversampling 20 Ksps with 2 X EL3751 Shows Input Value 1 and Input Value 2 Alternately for a Result Value
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Fig. 55 Decimation from 20 Μs (Left) to 22.675
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Fig. 56 Function Block as an Example for Analysis of Diagnostics Information of the Terminal
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Fig. 57 Creation of PDO Variables (Twincat Version >= V3.1.4024.0)
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Fig. 58 Creation of the Smpdovariables (Twincat Version >= V3.1.4022.30)
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Fig. 59 Seek the Generated Data Type of Smpdovariables
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Fig. 60 Visualization of the Sample Implementation: Calibration Signature
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Fig. 61 Selection of the Diagnostic Information of an Ethercat Slave
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Fig. 62 Basic Ethercat Slave Diagnosis in the PLC
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Fig. 63 EL3102, Coe Directory
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Fig. 64 Example of Commissioning Aid for a EL3204
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Fig. 65 Default Behaviour of the System Manager
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Fig. 66 Default Target State in the Slave
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Fig. 67 PLC Function Blocks
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Fig. 68 Illegally Exceeding the E-Bus Current
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Fig. 69 Warning Message for Exceeding E-Bus Current
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Fig. 70 Relationship between User Side (Commissioning) and Installation
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Fig. 71 Control Configuration with Embedded PC, Input (EL1004) and Output (EL2008)
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Fig. 72 Initial Twincat 2 User Interface
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Fig. 73 Selection of the Target System
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Fig. 74 Specify the PLC for Access by the Twincat System Manager: Selection of the Target System
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Fig. 75 Select "Scan Devices
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Fig. 76 Automatic Detection of I/O Devices: Selection of the Devices to be Integrated
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Fig. 77 Mapping of the Configuration in the Twincat 2 System Manager
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Fig. 78 Reading of Individual Terminals Connected to a Device
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