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General| Operating Temperature | 0 to 50°C (32 to 122°F) |
|---|---|
| Communication | RS232 or RS485 (optional) |
| Display Type | LED |
| Input Type | Thermocouple, RTD |
| Output | Relay |
| Power | 24V DC |
| Enclosure Rating | NEMA 4X front panel |
| Display | 4-digit LED |
Information on how to contact OMEGA for assistance with the product.
Details on obtaining the latest Operation and Communication Manual and software.
Explanation of the Communication menu's appearance and function.
Defines technical terms related to serial communication interfaces like RX, TX, RTS.
Describes the physical RS-232/RS-485 option board and its installation.
Defines the meter as a Data Communication Equipment (DCE) device.
Defines the computer as Data Terminal Equipment (DTE) controlling communications.
Describes a direct data connection between two devices.
Explains shared wiring for multiple devices on a bus, with a controller.
Defines a communication channel with unidirectional data flow.
Defines bi-directional data flow in one direction at a time.
Defines bi-directional data flow in both directions simultaneously.
Details RS-232 voltage levels, transmission, and sensitivity.
Explains the 'Request To Send' signal for RS-232 control.
Details RS-422 voltage levels, drive, and receiver characteristics.
Details RS-485 extension for bus operation, drivers, and protection.
Explains ASCII encoding, 7-bit symbols, and transmission structure.
Describes how data is stored in bytes, nibbles, and transmitted via HEX-ASCII.
Specifies receiving and transmitting voltage levels for RS-232, RS-422, and RS-485.
Defines the character used for message security and command recognition.
Explains RAM's role in storing temporary data and instructions for immediate operation.
Explains EEPROM's role in non-volatile setup and configuration data retention.
Details operation without device addresses, using Continuous and Command modes.
Explains continuous data transmission, controlled by RTS, for RS-232 and RS-485.
Describes how RTS controls message transmission completion.
Describes how RTS controls transmission on a character-by-character basis.
Explains command-driven data transmission without handshake lines.
Details bus operation with device addresses, avoiding collisions, with Command and Alarm modes.
Explains how addressed commands are received and processed by devices.
Describes meter behavior and bus activity during multipoint alarm conditions.
Explains how the meter can be configured to display transmitted data.
Details configuring the meter for simultaneous indicator and controller functions.
Defines the command format for double tasking operations.
Explains the composition of messages, including data and non-data elements.
Classifies message components into DATA (values) and NON DATA (control characters).
Explains the use of angle brackets '<>' and square brackets '[]' in message syntax.
Introduces the wide range of commands and their classification by command class and suffix.
Details the '^AE' command for retrieving communication parameters.
Categorizes commands by type: read/write, status, enable/disable/reset.
Provides specific formats for various command classes like P, W, G, R, X, V, U, D, E, Z, Y.
Lists command suffixes, affected items, character count, and relevant sections.
Details response formats based on echo mode and error conditions.
Format for responses when no errors occur.
Response formats when echo mode is enabled.
Response formats when echo mode is disabled.
Specifies the expected data length for different command types and responses.
Describes how the meter detects and reports communication errors.
Defines the format of error messages returned by the meter.
Lists specific error codes and their corresponding messages.
Provides detailed explanations for common command and format errors.
Explains how status characters are transmitted for alarms and peak/valley readings.
Details the characters representing different alarm states for setpoints.
Describes characters indicating changes in peak and valley readings.
Specifies the format of responses to the 'V01' command, including status and readings.
Defines the format of the meter's response to the '^AE' command.
Provides practical examples of commands and their expected responses.
Describes command processing in both point-to-point and multipoint configurations.
Defines response time and provides rates for command mode operation.
Explains continuous data transmission and how to interact with it.
Defines response time for continuous mode and provides reading rates.
Details steps to switch from continuous to command mode for communication.
Describes meter behavior and bus activity during multipoint alarm conditions.
Explains the watchdog timer's function in maintaining communication integrity.
Configures display format, flashing, and LED brightness.
Sets line frequency, reading rate, unit type, and cold junction compensation.
Configures the counting increment and decimal point display.
Sets filter time constants, filter type, and output signal type.
Configures setpoint activation modes, relay logic, and LED indicators.
Configures alarm activation modes, relay logic, and reset behavior.
Sets alarm modes like process, deviation, band deviation, latched, or unlatched.
Sets the number of readings required to trigger alarm activation.
Enables analog output and sets the analog-to-digital conversion rate.
Configures input type (voltage, current, TC, RTD) and enables scale/offset.
Sets baud rate, parity, stop bits, and Modbus protocol.
Configures which data elements (alarms, readings) are included in the output string.
Sets bus protocol (RS-232/RS-485), echo mode, line feed, and checksum.
Locks specific configuration menus to prevent unauthorized changes.
Locks menus and sets the normal LED display color (Green, Red, Amber).
Configures LED display colors for setpoints and alarms.
Defines commands for reading/writing Block A data items, including offsets and scales.
Defines commands for reading/writing Block B data items like serial delay, comms config.
Defines commands for reading/writing Block C data items like serial count, alarm delay, color config.
Defines commands for reading/writing Block D data items, factory reserved.
Defines commands for Block E (500mV, 5V, 50V, 1V scale/offset).
Defines commands for Block F (Cal. Quasi Offset).
Command for A/D channel one.
Command for A/D channel two.
Command for A/D channel three.
Configures menu selection and default values for NUM.PNt.
Commands for reading/writing multi-point scale and offset values for pointers 0-9.
Configures sign and decimal point for setpoint values.
Changes the RS-485 device address and applies it via reset.
Sets the number of readings before initiating a transmission in continuous mode.
Allows changing the security code for commands.
Sets transmitted values' units of measure for display or printing.
Configures the delay between transmit and receive for half-duplex systems.
Configures scale factors for readings, inputs, and outputs.
Configures offsets for readings, inputs, and outputs.
Sets hysteresis values for setpoints 1 and 2.
Sets hysteresis values for alarms 3 and 4.
Explains the purpose and structure of the Modbus protocol for meter communication.
Describes the RTU transmission mode, its advantages, and byte format.
Outlines the structure of Modbus messages including address, function code, data, and CRC.
Lists supported Modbus function codes (Read, Write, Diagnostic) for the meter.
Explains the construction of the data field within Modbus messages.
Details the Cyclic Redundancy Check calculation for error detection.
Lists Modbus registers supported by the meter for functions like setpoints, readings, and configuration.
Details the format for reading multiple registers from the meter.
Details the format for writing a single parameter to a register.
Describes the diagnostic command for verifying communication link integrity.
Provides instructions for obtaining an Authorized Return (AR) number for warranty service.
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