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General| Brand | Valmet |
|---|---|
| Model | OC2R |
| Category | Industrial Equipment |
| Language | English |
Essential safety warnings regarding electrical connections, voltage, and welding hazards.
Safety advice for handling equipment near pressurized or hot materials and during mounting.
Introduction to the Valmet Optical Consistency Measurement system and its functionality.
Description of the TCU as the central unit for operation, power, and calculation.
Information on device materials and the process for checking delivered components.
Details on CE directives, CSA approval, and EMC requirements.
Details sensor dimensions and guidelines for selecting an optimal installation site.
Step-by-step guide for installing the process coupling and ball valve.
Instructions on how to adjust the sensor's insertion depth for different pulp types.
Procedures for correctly installing the sensor into the process coupling.
Instructions for mounting the TCU unit and connecting it to power and sensor.
Detailed diagram and steps for connecting power supply, sensor, and output signals.
Explanation of binary inputs for recipe selection and sampler status control.
Overview of TCU menus, keypad controls, and display symbols for device operation.
Explanation of main and extra result displays showing measurement data.
A visual representation of the TCU operation menu flow for navigation.
How to select, edit, and manage measurement recipes for different pulp types.
Setting up analog output signals (4-20 mA) for consistency and ash measurements.
Customizing user settings like tag, temperature units, and viewing device details.
Configuring the device clock, digital inputs, and HART address for communication.
Understanding the basis of calibration and essential conditions for accurate measurement.
Explanation of single-point, two-point, and multi-point calibration techniques.
Step-by-step guide for creating recipes, sampling, entering lab data, and calibration.
How to access and interpret past calibration records.
Accessing event logs, trends, and procedures for clearing logged data.
Setting diagnostic alarm limits and viewing current sensor measurements.
Understanding LED indicators and performing current output loop tests.
Guide to interpreting system error and warning messages for troubleshooting.
Details on measurement ranges, accuracy, and material compatibility for pulp types.
Information on operating environment, physical dimensions, and power requirements.
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