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General| Brand | SCADAmetrics |
|---|---|
| Model | EtherMeter EM-100 |
| Category | Measuring Instruments |
| Language | English |
Provides an overview of the EtherMeter, its benefits, and showcases installations in various SCADA applications.
Visual examples of EtherMeter installations in airport, irrigation, and utility systems.
Outlines essential knowledge areas for electricians and technicians working with SCADA and automation systems.
Lists required tools for connecting the EtherMeter and mounting DIN-rail components in control panels.
Details specifications for meter input channels, serial ports (RS-232/RS-485), and communication protocols.
Covers Ethernet speed, addressing, web server capabilities, and industrial protocols.
Provides specifications for physical dimensions, power, environmental ratings, and certifications.
Describes auxiliary I/O, protocol codes, standards compliance, and safety considerations.
Lists environmental considerations, FCC Class A, and ICES compliance notices.
Illustrates EtherMeter wiring connections and explains power supply and isolation requirements.
Explains the functionality of each DIP switch and the procedure for factory resetting the device.
Lists supported encoder meter protocols (Sensus, Neptune, K-Frame) and compatible brands.
Describes compatible pulse input types for non-encoder-based flow meters.
Details the terminal connections and wire color coding for Sensus-compatible registers.
Explains how to connect multiple Sensus meters in parallel using a SCADAmetrics Duplexer.
Details the terminal connections and wire color coding for Neptune-compatible registers.
Explains how to connect multiple Neptune meters in parallel using a SCADAmetrics Duplexer.
Details the terminal connections and wire color coding for K-Frame-compatible registers.
Explains how to connect multiple K-Frame meters in parallel using a SCADAmetrics Duplexer.
Illustrates pulse signal hookups and details serial terminal setup for pulse inputs.
Details debounce filter settings, batching operations, and notes for pulse meter inputs.
Explains serial port setup, DIP switch settings, and PLC integration via RS-232 and RS-485.
Describes Ethernet port usage, protocols (MODBUS/TCP, EtherNet/IP), and PLC integration.
Explains the function of digital inputs/outputs and analog inputs, including compatible modules.
Provides correct wiring diagrams for 4-20mA and 0-5V analog input configurations.
Explains how to access setup screens, navigate menus, and use configuration commands.
Details setup commands for meter units, timebases, serial parameters, and network settings.
Covers setup commands for auxiliary I/O, LCD displays, and various communication protocols.
Lists supported MODBUS functions, register addresses, and their descriptions for data retrieval.
Explains data representation, totalization helper formulas, and flow rate calculation methods.
Provides a MODBUS example, scaling logic, and a table of totalizer unit codes.
Covers DF1 protocol support, N7/B250/B10 registers, and status bit interpretations.
Provides sample DF1 commands and request/response examples for RadioModem communication.
Describes EtherNet/IP support, service codes, and provides example request/response messages.
Explains DF1 data formatting, totalization helper formulas, and flow rate calculation methods.
Provides a DF1 example, scaling logic, and a table of totalizer unit codes.
Shows examples of the EtherMeter's web interface and customized frame-based web pages.
Provides links to manufacturers of compatible meters and resources for industrial communication protocols.
Lists references for auxiliary devices like isolation modules and third-party software tools.
Outlines warranty coverage, how to obtain service, and the process for repair or replacement.
Specifies limitations of liability, exclusions for misuse, and legal disclaimers related to the product warranty.
