IPETRONIK IPEmotion PlugIn IPETRONIK-X

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Summary

Important and general information

1.1 Important information (extract)

Critical information for product use, safety, and legal aspects.

1.1.1 Safety and Warning instructions

Safety and warning instructions for IPETRONIK product operation.

1.1.2 Liability, Warranty, Copyright, License agreement

Legal terms including liability limitation and warranty conditions.

1.2 General information

General information about the manual and support.

1.2.1 About this manual

Description of the manual's scope and content for X-System modules.

1.2.2 Legend of used icons

Explanation of icons used throughout the manual for clarity.

1.2.3 Support

Contact information and support details for IPETRONIK.

System

2.1 Features

User benefits and key properties of the IPETRONIK X-Series modules.

2.2 Accessories

Accessories for the IPETRONIK system, including USB2ETH adapter.

2.3 System overview

Overview of different system configurations and module connections.

2.4 Connecting two X-Systems to the PC

Simultaneous operation of two independent X-Systems.

2.5 System LED indication

Meaning of status and link LED indicators on IPETRONIK devices.

2.6 Automatic Rebooting; Restarting of X Devices

How the plugin automatically reboots X devices after setting changes.

2.7 CAN ID range notification

Warning for reserved CAN ID ranges causing communication issues.

2.8 Resetting Sensor Excitation after Change of Sensor Mode

Automatic reset of sensor excitation to prevent damage.

X-LINK modules

3.1 Mx-SENS2 4 fast

Fast 4-Channel Analog Measurement Device with Excitation.

3.1.1 Input cables

Standard and specific input cable configurations for Mx-SENS2.

3.2 Mx-SENS2 8

Fast 8-Channel Analog Measurement Device with Excitation.

3.2.1 Input cables

Standard and specific input cable configurations for Mx-SENS2 8.

3.3 Mx-STG2

Fast 6-Channel Analog Measurement Device with Excitation.

3.3.1 Input cables

Standard input cable configuration for Mx-STG2.

3.3.2 STG operation mode

Details on STG operation modes, features, and measurement ranges.

3.4 Sx-STG

Fast 8-Channel Multi-Analog Measurement Device with Excitation.

3.4.1 Input cables

Standard input cable configuration for Sx-STG.

3.4.2 Signal input modes

Setting signal input modes: STG, SENS, and ICP.

3.4.3 TEDS Class 2

Support for Transducer Electronic Data Sheet (TEDS) enabled transducers.

3.4.4 Channel LED indication

Meaning of different channel LED indications for module status.

CAN modules

4.1 M-THERMO2

8-Channel Temperature Measurement for K-Type Thermocouples.

4.1.1 Input cables

Standard input cable for M-THERMO2 module.

4.2 M-THERMO2 u

8-Channel Universal Thermocouple Inputs.

4.2.1 Input cables

Standard input cable for M-THERMO2 u module.

4.3 M-UNI2

8-Channel Multi Input for K-Type Thermocouples and Voltage.

4.3.1 Input cables

Standard and specific input cable configurations for M-UNI2.

4.4 M-TDC

8-Channel Thermocouple Measurement.

4.4.1 Input cables

Thermocouple cable specifications for M-TDC.

4.5 M-RTD2

4-Channel RTD Temperature Input.

4.5.1 Input cables

Standard input cable for M-RTD2 module.

4.6 M-SENS2

4-Channel Analog Input with Sensor Excitation.

4.6.1 Input cables

Standard input cable for M-SENS2 module.

4.7 M-CNT2

4-Channel Universal Counter with Sensor Excitation.

4.7.1 Input cables

Standard input cable for M-CNT2 module.

4.7.2 Input; Principle details

Measuring method for universal counter inputs.

4.8 CANpressure

Automotive Pressure Sensor with Data Output to CAN.

4.8.1 Pressure connections

Dimensions and fastening torque for CANpressure connections.

4.9 SIM-STG

Fast 8-Channel Multi-Analog Measurement Device with Excitation.

4.9.1 Input cables

Standard input cable for SIM-STG module.

4.9.2 Signal input modes

Refer to Sx-STG for signal input mode details.

4.10 M-SENS 24

Module based on 3 M-SENS modules integrated into one box.

4.11 Multi DAQ

Universal module with counter, analog and temperature inputs.

IPEmotion

5.1 PlugIn IPETRONIK-X

Installation, activation, and overview of the IPETRONIK-X Plugin.

5.1.1 Installation

Steps to install the Setup IPEmotion PlugIN IPETRONIK X.exe.

5.1.2 Activation

Procedure to activate the IPETRONIK-X Plugin within IPEmotion.

5.1.3 PTP driver

Information on the Windows 7 PTP driver and digital signature.

5.1.4 System overview

Overview of connected devices and system configuration in IPEmotion.

5.1.5 Using several DAQ systems and interfaces

Simultaneous data acquisition using multiple Ethernet and/or CAN interfaces.

5.2 Using modules

Using and connecting modules with the IPETRONIK-X system.

5.2.1 PC network settings

Configuring PC network settings for IPETRONIK-X module communication.

5.2.2 Connecting modules

Steps for connecting modules via respective cables and power supply.

5.2.3 Detecting modules

Procedure to detect connected modules using the Signals tab.

5.2.4 Add new modules manually

Manually adding IPETRONIK X systems and components in IPEmotion.

5.2.5 Adjust

Global IPEmotion adjustment features for offset and target value.

5.3 Module settings

Configuring settings for individual modules within IPEmotion.

5.4 Channel settings

Detailed configuration for individual channels across different modules.

5.5 Acquire measurement data

Process for visualizing and storing acquired measurement data.

Firmware update

6.1 Resetting modules

Resetting X-devices to default settings using the X-LINK DEF plug.

Appendix

7.1 Filter in the measurement engineering

Explanation and necessity of filters in analog measuring amplifiers.

7.1.1 Why is it necessary to use filters?

Explanation of the necessity and function of filters in analog amplifiers.

7.1.2 How to use filters?

Guidance on using hardware and software filters for effective measurement.

7.2 Alias free measurement - automatically

Configuring automatic alias free measurement settings in PlugIn Options.