Related Manuals for Phoenix Contact EMM 3- 24DC/500AC-IFS
Summarization of Contents
Please observe the following notes
User group of this manual
Defines the target audience for this manual, requiring qualified electricians.
Explanation of symbols used and signal words
Explains safety alert symbols, DANGER, WARNING, CAUTION, and NOTE.
How to contact us
Provides contact information for Phoenix Contact via internet and subsidiaries.
1 Introduction
1.1 Product overview
Overview of EMM modules, their advantages, and capabilities for real power monitoring.
1.2 About this user manual
Outlines the manual's content regarding CONTACTRON motor management modules and devices.
2 EMM 3-.../500AC...-IFS electronic motor management module
2.1 Safety regulations/installation notes
Covers safety regulations and installation guidelines for the EMM module.
2.2 Connection notes
Details on connecting the EMM module, including mains connection and line protection.
2.3 Function
Explains the functions of the EMM module, including status LEDs and parameterization.
2.4 Technical data
Provides comprehensive technical specifications for the EMM modules.
2.5 Safety functions
Details the safety functions implemented in the EMM modules.
3 IFS-CONFSTICK-L memory block
3.1 Writing the device configuration to the IFS-CONFSTICK(-L)
Details the procedure for writing device configuration data to the IFS-CONFSTICK-L.
3.2 Loading the device configuration on the EMM...IFS
Explains how to load configuration data from the IFS-CONFSTICK-L onto the EMM module.
3.3 Technical data
Provides technical specifications for the IFS-CONFSTICK-L memory block.
4 EM-PB-GATEWAY-IFS PROFIBUS module
4.1 Definition of terms
Defines key terms related to PROFIBUS DP, DPV1, masters, and slaves.
4.2 Connection notes
Covers connection notes for the EM-PB-GATEWAY-IFS module, including mains connection.
4.3 PROFIBUS telegrams
Details the structure of parameterization and diagnostic telegrams used in PROFIBUS communication.
4.4 Configuration telegram
Explains the configuration telegram for the EM-PB-GATEWAY-IFS, focusing on digital I/O.
4.5 Measured values - CONTACTRON motor manager EMM
Details the measured values provided by the EMM, represented in two's complement format.
4.6 Technical data
Provides comprehensive technical specifications for the EM-PB-GATEWAY-IFS module.
4.7 Integration in STEP 7
Guides users on integrating the EM-PB-GATEWAY-IFS module into STEP 7 software.
5 TBUS DIN rail connector
5.1 Technical data
Provides technical specifications for the TBUS DIN rail connectors.
6 Current transformer selection guide
6.1 Three-phase induction motor at a rotational frequency of 3000 rpm
Guide for selecting current transformers for 3-phase induction motors at 3000 rpm.
6.2 Three-phase induction motor at a rotational frequency of 1500 rpm
Guide for selecting current transformers for 3-phase induction motors at 1500 rpm.
6.3 Three-phase induction motor at a rotational frequency of 1000 rpm
Guide for selecting current transformers for 3-phase induction motors at 1000 rpm.
6.4 Three-phase induction motor at a rotational frequency of 750 rpm
Guide for selecting current transformers for 3-phase induction motors at 750 rpm.
6.5 Recommended restart time
Discusses recommended restart times following bimetal response for Ex e motors.
7 CONTACTRON-DTM-IFS device drivers
7.1 System requirements
Outlines the necessary hardware and software requirements for the CONTACTRON-DTM-IFS.
7.2 Connecting the programming adapter
Explains how to connect the IFS-USB-PROG-ADAPTER programming adapter.
7.3 Software setup
Details the installation and uninstallation process for the CONTACTRON-DTM-IFS software.
7.4 EMM 3- xx/500AC/xx-IFS module parameter menu
Covers the parameter menu for EMM modules, including user interface and button descriptions.
7.5 Monitoring dialog box
Explains the monitoring dialog box for checking current operating values and status messages.
8 Application examples
8.1 Example 1 - Without switching function, with power meter monitoring
Demonstrates using the EMM module as a power meter with specific output warning logic.
8.2 Example 2 - Direct starter for pump monitoring
Illustrates using the EMM for pump monitoring, including dry running and blockage detection.
8.3 Example 3 - Direct starter with current transformer
Shows controlling and monitoring an 18.5 kW motor using current transformers.
8.4 Example 4 - Reversing starter in potentially explosive areas (ATEX)
Details controlling a motor in an ATEX area with a reversing starter.
8.5 Example 5 - Star/delta
Explains the structure of a star/delta combination for motor start-up.
8.6 Example 6 - Star/delta LR
Illustrates a star/delta combination for right/left rotation control.
8.7 Example 7 - Reversing starter with connection to PROFIBUS
Demonstrates connecting a reversing starter to PROFIBUS using the EM-PB-GATEWAY-IFS.
8.8 Example 8 - 690 V reversing starter with voltage transducer
Shows a 690 V reversing starter configuration using a voltage transducer.
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