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Connects the device to a low voltage power source, adhering to safety codes.
Details routing and termination for connecting multiple RTUs on a Modbus trunk.
Explains the categories of registers: Dynamic, Read Only, Default, Configuration, and RPM Alarm Limits.
Describes registers used for storing default operating data in non-volatile memory.
Details registers that store EVO/ECM-Modbus RTU configuration information.
Explains registers for storing high and low RPM alarm limits for each motor.
Details the specific assignment and function of each Modbus register for the device.
Details Register 1, covering motor enable/disable and RPM alarm status bits.
Explains Register 2, which controls Motor 1 output from 0% to 100%.
Describes Register 3 for controlling Motor 2 output percentage.
Details Register 4 for controlling Motor 3 output percentage.
Explains Register 5 for controlling Motor 4 output percentage.
Details Register 6 for reading Motor 1's RPM value.
Explains Register 7 for reading Motor 2's RPM value.
Details Register 8 for reading Motor 3's RPM value.
Explains Register 9 for reading Motor 4's RPM value.
Details Register 10 for the default output percentage for Motor 1.
Explains Register 11 for the default output percentage for Motor 2.
Details Register 12 for the default output percentage for Motor 3.
Explains Register 13 for the default output percentage for Motor 4.
Details Register 14, covering configuration flags like timeouts and group replies.
Explains Register 15 for setting the first group address for device grouping.
Details Register 16 for setting the second group address for device grouping.
Details Register 17 for assigning a unique unit address to each RTU.
Explains Register 18 for selecting the communication baud rate.
Details Register 19 for setting the low RPM limit alarm for Motor 1.
Explains Register 20 for setting the low RPM limit alarm for Motor 2.
Details Register 21 for setting the low RPM limit alarm for Motor 3.
Explains Register 22 for setting the low RPM limit alarm for Motor 4.
Details Register 23 for setting the high RPM limit alarm for Motor 1.
Explains Register 24 for setting the high RPM limit alarm for Motor 2.
Details Register 25 for setting the high RPM limit alarm for Motor 3.
Explains Register 26 for setting the high RPM limit alarm for Motor 4.
Details the Modbus RTU command 03 for reading multiple registers.
Explains the Modbus RTU command 06 for writing to a single register.
Details the Modbus RTU command 16 for writing to multiple registers.
Explains the Modbus RTU command 01 for reading multiple coil registers.
Details the Modbus RTU command 05 for writing to a single coil register.
Describes the global address (0) for broadcast commands in Modbus RTU.
Explains the unique unit address assigned to each RTU for direct communication.
Details group address 1 for communicating with a group of RTUs.
Explains group address 2 for communicating with a second group of RTUs.
Describes integrating the RTU with a BACnet building automation network.
Explains the role of the Modbus to BACnet gateway for system integration.
Provides the mapping of Modbus registers to associated BACnet objects.
Details the setup procedure for the Babel Buster SPX gateway.
Instructions for adding a route on a PC to access the gateway.
Steps to change a PC's IP address to configure gateway network settings.
Guide to configuring TCP/IPv4 properties for network access.
Steps for configuring BACnet IP port settings and device instances on the gateway.
Instructions for configuring Modbus RTU setup parameters on the gateway.
Steps to integrate Modbus controllers into a BACnet network using a gateway.
Procedure for uploading configuration files to the gateway.
Selecting the uploaded file from the local directory for gateway configuration.
Steps to discover BACnet objects after integrating EVO/Modbus controllers.
Details the EVO/IF-Tool interface module for controller configuration.
Describes the EVO Modbus Configurator PC software for device setup.
Overview of the EVO Modbus Configurator software's operations and settings.
Details Register 6 for reading Motor 1's RPM value.
Explains Register 7 for reading Motor 2's RPM value.
Details Register 8 for reading Motor 3's RPM value.
Explains Register 9 for reading Motor 4's RPM value.
Details Register 10 for setting Motor 1's default flow index.
Explains Register 11 for setting Motor 2's default flow index.
Details Register 12 for setting Motor 3's default flow index.
Explains Register 13 for setting Motor 4's default flow index.
Details Register 14 for defaults, configuration flags, and delays.
Details Register 15 for setting the first group address.
Explains Register 16 for setting the second group address.
Details Register 17 for assigning a unique unit address.
Explains Register 18 for selecting the communication baud rate.
Details Register 19 for setting the low RPM limit for Motor 1.
Explains Register 20 for setting the low RPM limit for Motor 2.
Details Register 21 for setting the low RPM limit for Motor 3.
Explains Register 22 for setting the low RPM limit for Motor 4.
Details Register 23 for setting the high RPM limit for Motor 1.
Explains Register 24 for setting the high RPM limit for Motor 2.
Details Register 25 for setting the high RPM limit for Motor 3.
Explains Register 26 for setting the high RPM limit for Motor 4.
General| Brand | Evolution Controls |
|---|---|
| Model | EVO/ECM-Modbus |
| Category | Recording Equipment |
| Language | English |
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