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YOKOGAWA ROTAMETER RAMC

YOKOGAWA ROTAMETER RAMC
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User´s
Manual
Yo kogawa Electric Corporation
IM 01R01B02-01E-E
©Copyright 2006 (RYG)
5th edition, October 2020 (RYG)
ROTA METER RAMC
Variable Area Flowmeter
PROFIBUS PA Communication Type
Rota Yokogawa GmbH & Co. KG
Rheinstr. 8
D-79664 Wehr
Germany
IM 01R01B02-01E-E, supplementary instructions to standard RAMC User´s Manual IM 01R01B02-00E-E
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YOKOGAWA ROTAMETER RAMC Specifications

General IconGeneral
BrandYOKOGAWA
ModelROTAMETER RAMC
CategoryMeasuring Instruments
LanguageEnglish

Summary

Introduction to RAMC PROFIBUS PA Manual

Target Audience and Manual Scope

Defines the intended audience and the manual's content scope.

Supplementary Documentation

Lists other documents that complement this manual.

General Information and Purpose

Provides context and purpose of the manual.

About PROFIBUS PA Communication

PROFIBUS PA Protocol Overview

Introduces PROFIBUS PA as a communication protocol for field devices.

RAMC PROFIBUS PA Internal Structure

Details the three function blocks (Physical, Transducer, AI) within the RAMC.

Logical Device Structure Explained

Illustrates the organizational structure of the RAMC PROFIBUS PA device.

Installation Guide

Wiring System Configuration Guidelines

Covers system design considerations for device connectivity.

PROFIBUS PA Device Connection Requirements

Lists necessary instruments and cable specifications for connection.

Start of Operation Procedures

GSD File Integration for PROFIBUS PA

Explains the role and acquisition of GSD files for device parameterization.

Key Device Settings for RAMC Operation

Highlights critical parameters needing careful adjustment for proper functioning.

Cyclic Data Exchange and Status Transfer

Describes the transfer of value and status information for the OUT parameter.

Write Protection Configuration

Details the use of WRITE_LOCKING for securing device settings.

Local Key Operation and Display

Explains the functionality of the device's physical keys for basic interaction.

RAMC Menu Structure Overview

Presents the hierarchical structure of parameters and functions accessible via menus.

Block Setting Configuration

Parameter and Initial Setting Procedures

Guides on configuring block parameters and their default values.

Physical Block (PB) Parameter Configuration

Details the settings for essential Physical Block parameters like TARGET_MODE.

Analog Input (AI) Block Parameter Configuration

Outlines the configuration options for the Analog Input Block.

Transducer Block (TB) Parameter Configuration

Explains the settings for parameters within the Transducer Block.

Status and Diagnostic Information

Understanding Status Descriptions

Explains the quality, substatus, and limits of device status information.

Device Diagnostics and Event Handling

Covers diagnostic bits and event descriptions for troubleshooting.

Impact of Alarm Settings on Status

Describes how alarm settings influence limit bits and the OUT status.

Explosion Protected Type Instruments

Intrinsically Safe ATEX and IECEx Certified Transmitter

Details ATEX and IECEx certifications for hazardous area operation.

Explosion Protection Technical Data

Lists technical specifications and protection types for certified variants.

Device Marking for Explosion Protection

Explains the required markings on certified equipment.

Installation of Explosion Protected Variants

Provides specific installation guidance for intrinsically safe devices.

Service Information

Appendix 1: RAMC Block Parameter List

Physical Block Parameter List

Comprehensive list of parameters for the Physical Block with descriptions.

Analog Input Function Block Parameter List

Comprehensive list of parameters for the AI Function Block with descriptions.

Transducer Block Parameter List

Comprehensive list of parameters for the Transducer Block with descriptions.

Appendix 2: Parameter Application and Setting

Selecting Basic Parameters for Application

Guides on choosing and applying fundamental parameters.

Procedure for Setting and Changing Parameters

Outlines the step-by-step process for parameter modification.

AI Function Block Output Scale and Simulation

Explains setting the output scale and using simulation for the AI Function Block.

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