Overview
Irinos EC Users Manual
Introduction
Revision History
Legal Notes
Terms and conditions of use for software & documentation
Warning notice system
Qualified personnel
Disclaimer
Preface
Safety Instructions
System Overview
Modularity
Syncronization & Speed
Master vs. Slave
Power Supply
Product Descriptions
Basic Composition Irinos-EC - Box with EC-Link Interface
EC-TFV for inductive probes
Pin assignments
Power supply 24V
Ethernet
Assembly
Checking the delivery
Mounting location
Mounting
Wiring
EC-Link Wiring
Connecting Ethernet
Connecting the power supply
Insert Measuring Modules
Setup & First Steps
Box addressing
Network configuration
Irinos-Tool
Web-Server
Software Interface
NmxDLL Quick Overview
ASCII- / Telnet-Interface
MscDLL Quick Overview
Troubleshooting & First Aid
Diagnostic events
Diagnostic Memory
First Aid "Network Connection"
Maintenance, Cleaning & Disposal
Application Notes
Incremental Encoders
Referencing for absolute measurement
Input frequency
Interpolation (only 1Vpp)
Power consumption
Storing data in the non-volatile memory
Specifications & Dimensions
Common specifications
Irinos Tool Users Manual
Introduction
Imprint
Revision history
Terms of use for software & documentation
Preface
Purpose
Scope of this manual
Intended use
Required knowledge
Further documentation
Firmware & Software version
About this help
System overview
Quick start guide
Requirements
PC network settings
Irinos configuration and connection check
PC network connection
Ethernet connection
Network interfaces
Network settings
IP configuration using DHCP
IP configuration without DHCP
Irinos-Tool
General
Installation
Starting the Irinos-Tool
IP configuration
Direct IP settings
Checking the connection via the MscDll
Channel Assignment / Selecting incremental input type
Inventory
Setting date/time
Event configuration
Static measurement
Dynamic measurement
Digital in- & outputs
Diagnostic memory
Firmware update
Version numbers
Executing the update
Incremental channel diagnostics
Live view (only 1Vpp)
History (only 1Vpp)
NmxDLL Reference Guide
Introduction
Imprint
Revision history
Legal notes
Terms of use for documentation & software
Qualified personnel
Disclaimer
Preface
Purpose
Scope of this reference manual
Required knowledge
Further documentation
Nmx DLL Overview
Static vs. Sampling
Sampling Speed with Irinos
Data Types
Technical Background
Limitations
Hardware Requirements
Versions
INI-File
.NET Wrapper DLL
API (programming interface)
Function calls overview
Function Return Codes (NMX_STATUS)
Connection Handle
Trigger Modes
Miscellaneous
NMX_GetDllVersion_1
NMX_SystemReset_1
NMX_ChannelSetParameter_1
NMX_ChannelSetConfig_1
Connecting / Disconnecting
NMX_DeviceIPv4Open_1
NMX_DeviceClose_1
Notifications
NMX_RegisterMessage_1
NMX_RegisterCallback_1
Get device information
NMX_GetBoxCount_1
NMX_GetBoxInfo_1
NMX_UpdateChannelInfo_1
NMX_GetChannelCount_1
NMX_GetChannelInfo_1
NMX_GetDigitalInputInfo_1
NMX_GetDigitalOutputInfo_1
Static Measurement (Non-Realtime)
NMX_StaticGet32_1
NMX_StaticSetMedianDepth_1
NMX_SetOutputs_1
NMX_DisableOutputUpdate_1
NMX_DigitalIoConfig_1
NMX_DigitalOutputsGetState_1
Sampling LowLevel (Time-Triggered Realtime Measurement)
NMX_Sampling_GetMaxSpeed_1
NMX_Sampling_Reset_1
NMX_Sampling_AddChannelsAll_1
NMX_Sampling_AddChannel_1
NMX_Sampling_AddDigiInAll_1
NMX_Sampling_AddDigiInByte_1
NMX_Sampling_AddDigiOutAll_1
NMX_Sampling_AddDigiOutByte_1
NMX_Sampling_PrepareTime_1
NMX_Sampling_Start_1
NMX_Sampling_Stop_1
NMX_Sampling_ReadColumn32_1
NMX_Sampling_ReadRow32_1
NMX_Sampling_GetStatus_1
Sampling HighLevel (Application-specific Realtime Measurement)
NMX_Sampling_PreparePosition_1
NMX_Sampling_PrepareCustomTFT_1
Diagnostics
NMX_DiagClearEvent_1
NMX_DiagGetEventText_1
NMX_SetDateTime_1
HowTo
Small Measurement Application
Establishing a connection
Closing a connection
Reading static data
Cyclically (Polling)
Event based
Sampling
Start endless time-based sampling
Start time-limited sampling
Stop sampling
Reading sampled data
Read Column-Wise
Read Row-Wise
Get sampling status
Poll sampling status
Sampling notifications
Start position triggered sampling
Start TFT high-level sampling