To Next PageTo Next PageWhat to do if Controlotron Measuring Instruments memory is full?
If the Controlotron Measuring Instruments displays 'Memory Full!', you should delete an obsolete site or clear Datalogger memory to make room for the new data.
What to do if Controlotron 1010PVN Measuring Instruments displays 'Empty Pipe - Press [ENT]'?
If the Controlotron Measuring Instruments displays 'Empty Pipe - Press [ENT]', press after emptying the pipe.
What to do if Controlotron 1010PVN Measuring Instruments displays 'Fill Pipe - Press [ENT]'?
If the Controlotron Measuring Instruments displays 'Fill Pipe - Press [ENT]', press [ENT] after filling the pipe.
What to do if Controlotron 1010PVN channel is not setup?
If the Controlotron Measuring Instruments displays 'Chan Not Setup', enable the channel via [Channel Setup è Channel Enable è Yes]. Note that a channel cannot be enabled until its transducers are operating.
General| Brand | Controlotron |
|---|---|
| Model | 1010PVN |
| Category | Measuring Instruments |
| Language | English |
Key safety precautions and warnings for installation and operation of the flowmeter.
Outlines the typical sequence of actions required to install the flowmeter system.
Guide on accessing, navigating, and entering data within the flowmeter's installation menu.
Instructions for entering data, including selecting items from lists and numeric entry.
Explains the conventions used for keypad keys and menu cell references.
Provides important notes regarding power failures, saving site data, and custom defaults.
Procedure for reinstalling the system at a former site by recalling a saved Site Setup.
Routine invoked at the end of Initial Makeup to automatically zero offset.
Overview of the menu structure for adjusting operation parameters.
Sets 0% and 100% output limits for volumetric flow, absolute flow, and sonic velocity.
Configures system alarm functions and assigns them to relays for monitoring events.
Conditions calibration performance of flowrate output using intrinsic, Kc, or calibration tables.
Assigns data functions for current, voltage, and pulse-rate analog outputs.
Assigns functions to channel relays for alarm and pulse outputs.
Assigns active analog input to a measurement channel/path, enabling port and scaling.
Displays flow, application, liquid, and site setup information for analysis.
Displays live flow-related output data, including rate, total, and alarm status.
Provides data on transducer characteristics and operation for technical interpretation.
Offers commands for system analysis, recovery, and troubleshooting using routines like Makeup and Graph.
Provides guidance on resolving system malfunctions and interpreting flow computer messages.
Lists common messages and their explanations to help diagnose problems.
A checklist to ensure proper setup and initial operation of the 1010 system.
Steps involved in preparing for transducer mounting, including location and pipe preparation.
Describes Direct and Reflect mounting modes for clamp-on transducers.
Instructions for preparing the pipe surface to ensure proper transducer contact.
Details mounting transducers in Reflect Mode using EZ Clamp and spacer bar.
Explains mounting transducers in Direct Mode using EZ Clamp and spacer bar.
Describes mounting in Reflect Mode using frames and a spacer bar for rigidity.
Recommends mounting Direct Mode transducers using frames, spacer bar, and guides for alignment.
Instructions for using 1012T mounting tracks for transducer installation.
Steps for wiring temperature sensors to the flowmeter's analog input module.
Sets the default measurement units for all meter items and data outputs.
Allows pre-conditioning of pipe and transducer types for site setup defaults.
Describes the factory-programmed pipe table for loading pipe data and selecting pipe classifications.
Helps generate a list of suitable transducer sizes based on pipe and liquid data.
Adjusts the intrinsic RTD reading to match an external reference thermometer.
Information on how to contact Technical Service for support and troubleshooting assistance.
Factors affecting flow measurements in critical applications like custody transfer and nuclear safety.
Guidance on selecting the correct transducers based on pipe diameter, temperature, and precision needs.
Discusses factors influencing data stability, including data scatter and drift.
Discusses the system's performance at low flow rates and potential issues with data scatter.
Explains how to manage flow fluctuations using damping and slew controls for smoother output.
Information on how liquid properties like aeration and viscosity affect measurement performance.
Detailed instructions for the proper installation and application of couplant materials.
Hardware and software requirements for programming blind units via PC and RS-232 interface.
References to installation and dimension drawings for flow computers, transducers, and accessories.
