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General| Brand | Emerson |
|---|---|
| Model | ROC809 |
| Category | Controller |
| Language | English |
Describes the physical components and features of the ROC800 and expansion backplanes.
Details the central processing unit, its components, and functions.
Describes the ROCLINK 800 software for monitoring, configuring, and calibrating the ROC800.
Covers essential guidelines for installing the ROC800 in various environments and locations.
Provides instructions and considerations for mounting the ROC800 unit onto a DIN rail.
Details the central processing unit, its components, functions, and installation/removal.
Covers the initial startup checks and operational procedures for the ROC800 unit.
Describes the three available power input modules and their functionalities.
Guides users through calculating the power consumption requirements for ROC800 configurations.
Introduces the I/O modules and their typical construction and connection methods.
Covers the general procedures for installing I/O modules, including covers and wiring.
Details the AI modules, their channels, and supported signal types (4-20mA, 1-5Vdc).
Explains the AO modules, their channels, and current output for analog control devices.
Describes DI modules for monitoring status of relays, switches, and solid-state devices.
Details PI modules for measuring low or high speed pulse signals, rates, and totals.
Explains DO modules for energizing solid-state relays and powering small electrical loads.
Details DOR modules with dry contacts for switching loads up to 2A at 32 Vdc.
Explains RTD modules for monitoring temperature signals from RTD sources.
Provides an overview of the built-in and optional communication ports and modules for the ROC800.
Provides general guidelines and recommended practices for diagnosing ROC800 problems.
Detailed procedures for resolving specific I/O module issues and system restarts.
Detailed steps for diagnosing and resolving issues with Analog Input modules.
Detailed steps for calibrating and troubleshooting Analog Output modules.
Steps for troubleshooting issues with Discrete Input modules using jumpers.
Guidance for verifying load current and wiring for Discrete Output modules.
Steps for testing resistance and continuity of Discrete Output Relay modules.
Procedures for verifying high-speed operation of Pulse Input modules using test equipment.
Steps for troubleshooting RTD Input modules, similar to Analog Input modules.
Guidance for testing thermocouple modules and diagnosing reading errors.
Procedures for verifying high-speed operation of Advanced Pulse modules.
Steps for verifying connectivity and diagnosing issues with Network Radio modules.
Provides an overview of calibration procedures for AI, HART, RTD, and MVS modules.
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