MICRO-EPSILON IFD2415-10 Distance Sensor Manuals

Manuals and User Guides for MICRO-EPSILON IFD2415-10 Distance Sensor. We have 2 MICRO-EPSILON IFD2415-10 Distance Sensor manuals available for free PDF download: Operating Instructions Manual, Quick Manual

MICRO-EPSILON IFD2415-10 Operating Instructions Manual (178 pages)

Brand: MICRO-EPSILON | Category: Measuring Instruments | Size: 21 MB

Table of Contents
3
1 Safety

9
- Symbols Used
  9
- Warnings
  9
- Notes on Product Marking
  10
  - Notes on CE Marking
    10
  - Notes on UKCA Marking
    10
- Intended Use
  10
- Proper Environment
  10
2 Functional Principle, Technical Data

11
3 Delivery

15
4 Mounting

16
- Preliminary Remarks
  16
- Confocaldt IFD2410/2415
  16
  - Circumferential Clamping
    16
  - Direct Screw Connection
    17
  - Electrical Connections, Pin Assignment
    18
  - Grounding Concept, Shielding
    19
  - Supply Voltage (Power)
    19
  - Rs422
    20
  - Ethernet, Ethercat
    20
  - Analog Output
    21
  - Multifunction Inputs
    21
  - Switching Outputs (Digital I/O)
    22
  - Synchronization (Inputs/Outputs)
    23
    
    4.2.11.1 General
    23
    
    4.2.11.2 Internal Synchronization
    23
    
    4.2.11.3 External Synchronization
    24
  - Triggering
    25
    
    4.2.12.1 General
    25
    
    4.2.12.2 Triggering with Multifunction Input
    25
    
    4.2.12.3 Triggering with Synchronization Input
    25
    
    Triggering with Input Encoder 1
    25
  - Encoder Inputs
    26
- Confocaldt 2411
  27
  - IFC2411 Controller
    27
  - Sensor Cable, Optical Fiber
    27
  - Dimensional Drawing of Sensors
    29
  - Fastening, Mounting Adapter
    29
    
    General
    29
    
    Circumferential Clamping
    29
  - Electrical Connections, Pin Assignment
    31
  - Grounding Concept, Shielding
    31
  - Supply Voltage (Power)
    32
  - Rs422
    32
  - Ethernet, Ethercat
    32
  - Analog Output
    33
  - Multifunction Input
    33
  - Synchronization (Inputs/Outputs)
    34
    
    4.3.12.1 General
    34
    
    4.3.12.2 Internal Synchronization
    34
    
    4.3.12.3 External Synchronization Controller
    35
  - Triggering
    36
    
    4.3.13.1 General
    36
    
    4.3.13.2 Triggering with Multifunction Input
    36
    
    4.3.13.3 Triggering with Synchronization Input
    36
    
    Triggering with Input Encoder 1
    37
  - Encoder Input
    37
  - Handling of the Plug-In Screw Terminals
    37
  - Dark Correction IFD2415
    37
- Leds
  38
- Correct and Multifunction Key
  38
5 Commissioning

39
- Communication Options
  39
- Access Via Web Interface
  40
- Positioning the Target
  41
- Select Sensor
  41
- Presets, Setups, Measurement Configuration Selection
  42
- Video Signal
  43
  - Signal Quality
    44
- Distance Measurement with Website Display
  45
- Save/Load Settings
  47
- Dark Correction
  49
6 Set Sensor Parameters, Web Interface

51
- Inputs
  51
  - Synchronization
    51
  - Encoder Inputs
    51
    
    Overview, Menu
    51
    
    Number of Encoders
    51
    
    Interpolation
    52
    
    Maximum Value
    52
    
    Effect of Reference Track
    52
    
    Set to Value
    52
    
    Reset Reference Marker
    52
  - Level Function Inputs
    53
  - Terminating Resistor
    53
- Data Recording
  54
  - Measuring Rate
    54
  - Triggering Data Acquisition
    55
    
    General
    55
    
    Triggering Measured Value Acquisition
    55
    
    Trigger Time Difference
    56
  - Reset Counter
    56
  - Range of Interest Masking
    56
  - Exposure Mode
    57
  - Peak Separation
    58
    
    Peak Modulation
    58
    
    Detection Threshold
    58
  - Number of Peaks, Peak Selection
    59
  - Material Selection
    60
- Signal Processing, Calculation
  61
- Post-Processing
  66
  - Zeroing, Mastering
    66
  - Statistics
    68
  - Data Reduction, Output Data Rate
    69
  - Error Handling (Hold Last Value)
    69
- Outputs
  70
  - Interface RS422
    70
  - Ethernet Setup Mode
    70
  - Rs422
    70
  - Analog Output
    71
    
    Calculating Measured Value from Current Output
    71
    
    Calculation Measured Value from Voltage Output
    72
  - Data Output
    72
- System Settings
  73
  - Web Interface Unit
    73
  - Key Lock
    73
  - Loading and Saving
    73
  - Access Authorization
    73
  - Reset System
    74
  - Light Source
    74
  - Boot Mode
    74
7 Thickness Measurement, One-Sided, Transparent Target

75
- Requirement
  75
- Preset
  75
- Material Selection
  75
- Video Signal
  76
- Signal Processing
  76
- Measurement Chart
  77
8 Ethercat Documentation

78
- General
  78
- Introduction
  78
  - Structure of Ethercat® Frames
    78
  - Ethercat® Services
    78
  - Addressing and Fmmus
    79
  - Sync Manager
    79
  - Ethercat State Machine
    79
  - Canopen over Ethercat
    80
  - Process Data PDO Mapping
    80
  - Service Data SDO Service
    80
- Coe - Object Directory
  81
  - Communication Specific Standard Objects
    81
    
    Overview
    81
    
    Object 1001H: Device Type
    81
    
    Object 1008H: Manufacturer Device Name
    81
    
    Object 1009H: Hardware Version
    81
    
    Object 100Ah: Software Version
    81
    
    Object 1018H: Device Identification
    81
    
    Txpdo Mapping IFD2410, 2411
    82
    
    Txpdo Mapping IFD2415
    91
    
    Example of Txpdo Mapping
    104
    
    8.3.1.10 Object 1C00H: Synchronous Manager Type
    105
    
    8.3.1.11 Object 1C12H: Rxpdo Assign
    105
    
    8.3.1.12 Object 1C13H: Txpdo Assign
    105
    
    8.3.1.13 Object 1C32H: Sync Manager Output Parameters
    106
    
    8.3.1.14 Object 1C33H: Sync Manager Input Parameters
    106
  - Manufacturer Specific Objects
    107
    
    Overview
    107
    
    Object 3001H: User Level
    108
    
    Object 3005H: Information on the Ifd241X (Further)
    108
    
    Object 3011H: Correction, Channel 1
    108
    
    Object 3020H: Load, Save, Factory Setting
    109
    
    Object 3021H: Preset
    109
    
    Object 3022H: Measurement Settings
    109
    
    Object 303Fh: Error Ifd241X
    110
    
    Object 3101H: Reset
    110
    
    8.3.2.10 Object 3105H: Factory Settings
    110
    
    8.3.2.11 Object 3107H: Reset Counter
    110
    
    Object 3133H: LED Light Source Channel 1
    110
    
    Object 3150H: Error Ifd241X Channel 1
    110
    
    Object 3152H: Sensor Selection Channel 1
    111
    
    8.3.2.15 Object 3153H: Sensor Table
    111
    
    Object 3156H: Multilayer Options for Channel 1
    111
    
    Object 3161H: Peak Selection Channel 1
    111
    
    Object 3162H: Peak Options Channel 1
    112
    
    8.3.2.19 Object 31B0H: Digital Interfaces
    112
    
    8.3.2.20 Object 31B1H: Interface Selection
    112
    
    8.3.2.21 Object 31B2H: Error Handling
    112
    
    8.3.2.22 Object 31B3H: Data Reduction
    112
    
    8.3.2.23 Object 31D0H: Analog Output
    113
    
    Object 31F3H: Switching Output 1
    114
    
    8.3.2.25 Object 31F5H: RS422 Output
    115
    
    Object 3250H: Exposure Mode Channel 1
    115
    
    8.3.2.27 Object 3251H: Measuring Rate
    115
    
    8.3.2.28 Object 34A0H: Keylock
    115
    
    8.3.2.29 Object 35A0H: Encoder
    116
    
    8.3.2.30 Object 35B0 Triggering
    116
    
    8.3.2.31 Object 35B1 Synchronization
    117
    
    Object 3711H: Range of Interest Masking Channel 1
    117
    
    8.3.2.33 Object 3800H: Material Information
    117
    
    8.3.2.34 Object 3802H: Edit Material Table
    118
    
    8.3.2.35 Object 3803H: Existing Materials
    118
    
    Object 3804H: Select Material for Channel 1
    118
    
    8.3.2.37 Object 3A00H: Mastering, Zeroing
    118
    
    8.3.2.38 Object 3A10H: Statistics
    119
    
    Object 3C00H: Measured Value Calculation Channel 1
    120
    
    8.3.2.40 Object 3Cbfh: Sys Signals
    121
    
    8.3.2.41 Object 3E00: User Signals
    121
- Mappable Objects - Process Data
  122
  - Object 6000, 6001: Distance Value
    122
  - Object 6010, 6011: Intensity
    122
  - Object 6030: Exposure Time
    123
  - Object 6050, 6051, 6052: Encoder
    123
  - Object 6060: Peak Symmetry
    123
  - Object 7000: Measured Value Counter
    124
  - Object 7001: Timestamp
    124
  - Object 7002: Measuring Rate
    124
  - Object 7C00: Calculated Process Data
    125
- Error Codes for SDO Services
  125
- Oversampling
  126
- Calculation
  128
  - Setting a Filter
    128
  - Thickness Calculation
    128
- Operational Modes
  129
  - Free Run
    129
  - Distributed Clocks SYNC0 Synchronization
    129
  - SM2/SM3 Synchronization
    129
- Update
  129
  - Update Via Foe
    129
  - Update Via Eoe
    129
- Meaning of Leds in Ethercat Operation
  130
- Ethercat Configuration with the Beckhoff Twincat© Manager
  131
9 Error, Repair

133
10 Software Support with Medaqlib

134
11 Disclaimer

134
12 Service, Repair

135
13 Decommissioning, Disposal

136
- Appendix
  
  137
A 1 Optional Accessories, Services

137
A 2 Factory Settings

138
- A 2.1 Confocaldt IFD2410/2415
  138
- A 2.2 Confocaldt IFD2411
  138
A 3 Adjustable Mounting Adapter JMA-XX

139
- A 3.1 Functions
  139
- A 3.2 Sensor Mounting, Compatibility
  139
  - A 3.3 Mounting
    139
- A 3.4 Dimensional Drawing of Mounting Adapter
  139
- A 3.5 Perpendicular Alignment of Sensor
  140
A 4 Cleaning Optical Components

141
A 5 ASCII Communication with Controller

145
- A 5.1 General
  145
- A 5.2 Commands Overview
  145
- A 5.3 General Commands
  148
  - General
    148
    
    A 5.3.1.1 Help
    148
    
    Controller Information
    148
    
    Reply Type
    148
    
    Parameter Overview
    148
    
    A 5.3.1.5 Synchronization
    149
    
    A 5.3.1.6 Termination Resistor at Sync/Trig
    149
    
    A 5.3.1.7 Boot Sensor
    149
    
    A 5.3.1.8 Reset Counter
    149
  - A 5.3.2 User Level
    150
    
    A 5.3.2.1 Change User Level
    150
    
    A 5.3.2.2 Switch to User Level
    150
    
    A 5.3.2.3 User Level Query
    150
    
    A 5.3.2.4 Set Standard User
    150
    
    A 5.3.2.5 Change Password
    150
  - A 5.3.3 Level of Multifunction Inputs
    150
  - Sensor
    151
    
    A 5.3.4.1 Information on Calibration Tables
    151
    
    A 5.3.4.2 Sensor Information
    151
    
    Dark Correction
    151
    
    Led
    151
    
    A 5.3.4.5 Control Input Measurement Light Source
    151
  - Triggering
    152
    
    A 5.3.5.1 Select Trigger Source
    152
    
    A 5.3.5.2 Output of Triggered Values, With/Without Averaging
    152
    
    Trigger Type
    152
    
    A 5.3.5.4 Active Level of Trigger Input
    152
    
    A 5.3.5.5 Software Trigger Pulse
    152
    
    A 5.3.5.6 Number of Measured Values to be Output
    152
    
    A 5.3.5.7 Level Section Trigger Input Trigin
    153
    
    A 5.3.5.8 Step Size Encoder Triggering
    153
    
    A 5.3.5.9 Minimum Encoder Triggering
    153
    
    A 5.3.5.10 Maximum Encoder Triggering
    153
  - Encoder
    153
    
    A 5.3.6.1 Number of Available Encoders
    153
    
    A 5.3.6.2 Encoder Interpolation Depth
    153
    
    A 5.3.6.3 Effect of Reference Track
    153
    
    A 5.3.6.4 Encoder Value
    154
    
    A 5.3.6.5 Set Encoder Value Via Software
    154
    
    A 5.3.6.6 Reset Detection of First Reference Marker
    154
    
    A 5.3.6.7 Maximum Encoder Value
    154
    
    A 5.3.6.8 Number of Active Encoders
    154
  - A 5.3.7 Setting the RS422 Baud Rate
    155
  - A 5.3.8 Parameter Management, Load/Save Settings
    156
    
    A 5.3.8.1 Load / Save Connection Settings
    156
    
    A 5.3.8.2 Show Changed Parameters
    156
    
    A 5.3.8.3 Export Parameter Sets to PC
    156
    
    A 5.3.8.4 Import Parameter Sets from PC
    156
    
    Factory Settings
    156
    
    A 5.3.8.6 Editing, Storing, Displaying, Deleting Measurement Settings
    157
  - A 5.3.9 Measurement
    157
    
    A 5.3.9.1 Peak Count
    157
    
    A 5.3.9.2 Peak Selection
    157
    
    A 5.3.9.3 Number of Peaks and Switching Refractivity Correction On/Off
    158
    
    A 5.3.9.4 Exposure Mode
    158
    
    A 5.3.9.5 Measuring Rate
    158
    
    A 5.3.9.6 Exposure Time
    158
    
    A 5.3.9.7 Range of Interest (ROI)
    158
    
    A 5.3.9.8 Minimum Threshold Peak Detection
    158
    
    Peak Modulation
    159
  - A 5.3.10 Material Database
    159
    
    A 5.3.10.1 Material Table
    159
    
    A 5.3.10.2 Select Material
    159
    
    A 5.3.10.3 Show Material Property
    159
    
    A 5.3.10.4 Existing Material in Controller
    159
    
    A 5.3.10.5 Protected Materials in Controller
    159
    
    A 5.3.10.6 Edit Material Table
    160
    
    A 5.3.10.7 Delete a Material
    160
    
    A 5.3.10.8 Add Material
    160
  - A 5.3.11 Edit Measured Value
    160
    
    A 5.3.11.1 Statistical Calculations
    160
    
    A 5.3.11.2 List of Statistics Signals
    160
    
    A 5.3.11.3 Selection of Statistics Signal
    161
    
    A 5.3.11.4 List of Possible Statistics Signals to Select
    161
    
    A 5.3.11.5 List of Possible Signals to be Parameterized
    161
    
    A 5.3.11.6 Parameterization of Master Signals
    161
    
    A 5.3.11.7 List of Possible Signals for Mastering
    161
    
    A 5.3.11.8 Mastering / Zeroing
    161
    
    A 5.3.11.9 Signal for Mastering with External Source
    162
    
    A 5.3.11.10 Mastering with External Source
    162
    
    A 5.3.11.11 Example of Mastering
    162
    
    A 5.3.11.12 Calculation in Channel
    164
    
    A 5.3.11.13 List of Possible Calculation Signals
    164
    
    A 5.3.11.14 Two-Point Scaling Data Outputs
    164
  - A 5.3.12 Data Output
    165
    
    A 5.3.12.1 Digital Output Selection
    165
    
    A 5.3.12.2 Output Data Rate
    165
    
    A 5.3.12.3 Reduction Counter for Output of Measured Values
    165
    
    A 5.3.12.4 Error Handling
    165
  - A 5.3.13 Selection of Measured Values to be Output
    166
    
    A 5.3.13.1 General
    166
    
    A 5.3.13.2 Data Selection for RS422
    166
    
    A 5.3.13.3 List of Possible Signals for RS422
    166
    
    A 5.3.13.4 List of Selected Signals, Sequence Via Rs422
    166
  - A 5.3.14 Switching Outputs
    166
    
    A 5.3.14.1 General
    166
    
    A 5.3.14.2 Error - Switching Outputs
    166
    
    A 5.3.14.3 List of Possible Signals for Error Output
    166
    
    A 5.3.14.4 Set Signal to be Evaluated
    166
    
    A 5.3.14.5 Set Limit Values
    167
    
    A 5.3.14.6 Set Value
    167
    
    A 5.3.14.7 Switching Behavior of Error Outputs
    167
    
    A 5.3.14.8 Switching Hysteresis of Error Outputs
    167
  - A 5.3.15 Analog Output
    167
    
    A 5.3.15.1 Data Selection
    167
    
    A 5.3.15.2 List of Possible Signals for Analog Output
    167
    
    A 5.3.15.3 Output Range
    167
    
    A 5.3.15.4 Set Scaling for DAC
    168
    
    A 5.3.15.5 Set Scaling Range
    168
  - A 5.3.16 System Settings
    168
    
    A 5.3.16.1 Key Lock
    168
    
    A 5.3.16.2 Switch Ethercat to Ethernet Setup Mode
    168
- A 5.4 Measured Value Format
  169
  - A 5.4.1 Structure
    169
  - A 5.4.2 Video Signal
    169
  - A 5.4.3 Exposure Time
    169
  - A 5.4.4 Encoder
    169
  - A 5.4.5 Measured Value Counter
    170
  - Timestamp
    170
  - A 5.4.7 Measuring Data (Distances and Intensities)
    170
  - A 5.4.8 Trigger Time Difference
    170
  - A 5.4.9 Differences (Thicknesses)
    170
  - A 5.4.10 Statistical Values
    170
  - A 5.4.11 Peak Symmetry
    170
- A 5.5 Measuring Data Formats
  171
  - A 5.5.1 Data Format RS422 Interface
    171
    
    A 5.5.1.1 Video Data
    171
    
    Measured Values
    171
- A 5.6 Warning and Error Messages
  173
A 6 Switch between Ethercat and Ethernet Setup Mode

175
A 7 Switching between Ethernet Setup Mode and Ethercat

175
Telnet

176
- General
  176
- A 8.2 Establishing the Connection
  176
- A 8.3 Help on a Command
  177
- A 8.4 Error Messages
  177

MICRO-EPSILON IFD2415-10 Quick Manual (28 pages)

Brand: MICRO-EPSILON | Category: Accessories | Size: 3 MB

Table of Contents
2
General
3
Symbols Used
3
Warnings
3
Intended Use
4
Proper Environment
4
Glossary
4
Mechanical Fastening
5
Preliminary Remarks
5
Circumferential Clamping
5
Direct Fastening
6
Electrical Connections
7
Supply Voltage
9
RS422 Connection with USB Converter IF2001/USB
9
Sensor Leds
10
Correct Button
11
Start of Measuring Range
11
Initial Operation
12
Switch between Ethercat and Ethernet Setup Mode
13
Access Via Web Interface
14
Positioning the Target
15
Presets, Setups, Measurement Configuration, Signal Quality
16
Checking the Video Signal, Peak Selection
18
Distance Measurement with Website Display
19
One-Sided Thickness Measurement, Transparent Target
21
Preset Selection
21
Material Selection
21
Video Signal
22
Measurement Chart for Thickness Measurement
23
Switch between Ethernet Setup Mode and Ethercat
24
Ethercat
25
Preliminary Remarks
25
Parameter Setting Via Ethercat
25
Saving the Settings, Continuing Ethercat Mode
26
Service, Repair
27
Disclaimer
27
Decommissioning, Disposal
28

MICRO-EPSILON Categories

Measuring Instruments Accessories Industrial Equipment Controller Security Sensors

More MICRO-EPSILON Manuals

MICRO-EPSILON IFD2415-10 Distance Sensor Manuals

MICRO-EPSILON IFD2415-10 Operating Instructions Manual (178 pages)

Table of Contents

1 Safety

2 Functional Principle, Technical Data

3 Delivery

4 Mounting

5 Commissioning

6 Set Sensor Parameters, Web Interface

7 Thickness Measurement, One-Sided, Transparent Target

8 Ethercat Documentation

9 Error, Repair

10 Software Support with Medaqlib

11 Disclaimer

12 Service, Repair

13 Decommissioning, Disposal

Appendix

A 1 Optional Accessories, Services

A 2 Factory Settings

A 3 Adjustable Mounting Adapter JMA-XX

A 4 Cleaning Optical Components

A 5 ASCII Communication with Controller

A 6 Switch between Ethercat and Ethernet Setup Mode

A 7 Switching between Ethernet Setup Mode and Ethercat

Telnet

MICRO-EPSILON IFD2415-10 Quick Manual (28 pages)

Table of Contents

Related Products

MICRO-EPSILON Categories