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Overview of the EMCP 4 generator set control panel and its SCADA data links.
Details the RS-485 and TCP/IP SCADA data links supported by EMCP 4.
Describes the multi-drop bus topology used for RS-485 communication.
Details the physical connections and pinouts for RS-485 SCADA data links.
Covers baud rate, parity, slave address, and stop bits for RS-485 SCADA.
Configuration of communication speed for RS-485 SCADA, must match across devices.
Configuration of parity settings (ODD, EVEN, NONE) for RS-485 SCADA.
Unique identifier for each RTU on the Modbus network for RS-485 SCADA.
Configuration of stop bits for devices on the RS-485 SCADA network.
Use of bias resistors to maintain network voltage levels and prevent communication failure.
Explains the Cyclic Redundancy Check (CRC) used for error detection in RS-485 SCADA.
Discusses Ethernet network topologies supported by TCP/IP SCADA links.
Details wiring requirements for TCP/IP SCADA using 10BaseT Ethernet connections.
Information on when crossover cables are needed for direct device connections in TCP/IP networks.
Covers IP address, network mask, and default gateway for TCP/IP SCADA setup.
Unique identifier for each device on an Ethernet network for TCP/IP SCADA.
Property of each Ethernet network used in TCP/IP configuration.
IP address of a gateway device on the network for TCP/IP SCADA.
Explains TCP/IP error checking handled by the TCP wrapper, not CRC.
Explains Modbus addresses and Holding Registers used for EMCP 4 communication.
Lists Modbus Function Codes supported by EMCP 4 for data communication.
Describes how to interpret numerical, state-based, and complex data from EMCP 4.
Explains how to convert raw data bits into real-world measurement values.
Describes data represented by fixed states and their corresponding values or bits.
Covers aggregate data made up of multiple pieces of other data types.
Details SCADA access levels, passwords, and security features for EMCP 4.
Lists all AC data available via Modbus, varying by wiring configuration.
Specific AC voltage parameters available for generator monitoring.
AC current parameters available for generator monitoring.
AC frequency parameters available for generator monitoring.
Provides details on real, apparent, reactive power, and power factor data.
Lists real power parameters for generator monitoring.
Lists apparent power parameters for generator monitoring.
Lists reactive power parameters for generator monitoring.
Lists power factor parameters for generator monitoring.
Covers other monitoring parameters like bearing temps, excitation voltage/current.
Details bus voltage and frequency monitoring, available on EMCP 4.4.
Bus voltage parameters available for monitoring.
Bus frequency parameters available for monitoring.
Parameters related to generator set operating state and basic control commands.
Parameters for starting, stopping, and controlling the generator set.
Parameters for reading and controlling engine speed and speed bias.
Parameters for reading and controlling the generator output voltage.
Status of fuel unload and load pumps.
Parameters related to dead bus arbitration for EMCP 4.4.
Parameters for generator to bus synchronization on EMCP 4.4.
Parameters for monitoring and controlling the generator circuit breaker.
Comprehensive engine monitoring parameters including speed, fuel, oil, coolant, and exhaust.
Engine speed monitoring parameters.
Engine fuel system monitoring parameters.
Engine oil system monitoring parameters.
Engine coolant system monitoring parameters.
Engine exhaust port and manifold temperature monitoring.
Engine intake manifold temperature monitoring.
Turbocharger parameters including inlet/outlet temperatures and boost pressure.
Monitoring of differential pressure for oil, fuel, and air filters.
Parameters related to the aftertreatment system, including DEF and SCR.
Engine knock level and ignition timing parameters for gas engines.
Monitoring of system events, including bitwise and legacy log data.
Event statuses represented as individual bits for quick status checks.
Event log data for legacy applications.
Detailed event log data accessible via SCADA from EMCP 4 modules.
Additional event data and control commands like acknowledging events.
Parameters for timers, counters, totals, and energy measurements.
Real and reactive energy exported by the generator set.
Access to the system's real-time clock data.
Service interval countdown and reset parameters.
Status of programmable cycle timers for outputs.
Information about installed modules and network status.
Status of EMCP 4 GSC, ECM, I/O modules, AVR, RTD, and Thermocouple modules.
Indicates the fault status of associated communication networks.
Details analog and digital inputs and outputs available on the EMCP 4 GSC.
Parameters for reading analog sensor values and converted data.
Parameters for reading and writing analog output values.
Parameters indicating the active status of digital input pins.
Parameters indicating the active status and commands for digital outputs.
PWM output data and command parameters for EMCP 4.3/4.4.
Relay output status and command parameters for EMCP 4.2.
Parameters for controlling and resetting load shedding commands.
Troubleshooting steps for communication issues on RS-485 and TCP/IP SCADA links.
Explains Modbus exception responses and their meaning.
Troubleshooting steps when invalid data is suspected or observed.
Examples of reading single registers, including battery voltage and power factor.
Example of reading battery voltage via Modbus.
Example of reading generator overall power factor via Modbus.
Example of reading two-register data, such as engine operating hours.
Demonstrates reading data and receiving an invalid response, with troubleshooting.
Example of setting and entering passwords to gain SCADA security access.
Details on interpreting real-time clock data from registers.
Example of reading ASCII data, such as the control serial number.
Demonstrates reading and setting voltage bias parameters.
Procedure for reading analog input sensor values and converted data.
Steps to read event information via SCADA from EMCP 4 modules.
Steps to read the genset control event log entries from EMCP 4 modules.
How to read and interpret alarm group data from RS-485 Annunciator modules.
Example of configuring and reading alarm group data for Annunciator modules.
General| Brand | CAT |
|---|---|
| Model | EMCP 4 |
| Category | Controller |
| Language | English |
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