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General| Brand | Baker Hughes |
|---|---|
| Model | Apollo 3 |
| Category | Control Systems |
| Language | English |
Procedure for accessing the drive configuration by logging into the system.
Guides users through initial drive configuration settings for pumping applications.
Overview of the Apollo Intelligent Control System and its applications.
Details the electronic assemblies comprising the Apollo Intelligent Controls System.
Describes the Apollo HMI functions as GUI, master controller, and motor drive interface.
Explains the Apollo I/O Board Assembly providing an I/O interface for the Apollo system.
Details the RSTi Expansion I/O modules for Surface Pumping System (SPS) applications.
Covers the installation procedures for the Apollo Intelligent Control System in various drives.
Defines key system concepts including inputs, channels, triggers, and outputs.
Explains input sources like analog/digital inputs, downhole sensor, and drive data.
Describes triggers used to monitor channel information and signal events or conditions.
Defines templates as configurations that specify system functionality for applications.
Provides an overview of the available drive modes for system operation.
Details the Manual Frequency mode for controlling drive speed at a programmable rate.
Explains PID Speed Control mode for maintaining system parameters at a specified level.
Describes the conventions for using the Apollo user interface, including LEDs and keypad.
Explains the function of the three high-intensity LEDs for determining Apollo system operating state.
Describes how the System State displays the up-to-date status of the Apollo system.
Outlines the three user levels (1, 2, 3) and their associated privileges.
Describes Level 1 user permissions for operators who monitor performance but don't configure the drive.
Details Level 2 user permissions for service personnel setting up or modifying drive configuration.
Details various screen types available on the Apollo system.
Describes the Home Screen as the default display showing relevant data.
Explains how users access and navigate Data Display screens.
Shows the state of all digital inputs and outputs in the system.
Provides access to commonly modified parameters for system configuration.
Allows users to change the setpoint for the currently active drive mode.
Details the process for logging into the Apollo Control System for configuration.
Describes the main navigation menu of the Apollo system.
Provides access to system settings modified during initial setup.
Instructions for verifying or correcting the system's time zone, date, and time.
Guides on setting well and site names for data organization and grouping.
Covers enabling the automatic restart function after a power loss.
Explains how to change default passwords to prevent unauthorized access.
Details configuring parameters for low-level drive (power module) operations.
Guides configuration of motor overload parameters for motor protection.
Explains configuration of motor underload parameters for low current motor protection.
Details configuring parameters for downhole tool shutdowns based on limits.
Describes adjusting the system setpoint for controlling the drive output frequency.
Guides on executing the wizard to enable Apollo to use the Apollo I/O board.
Explains how to adjust Osiris Modbus address, communication port, or select a different tool.
Details configuring analog inputs using Channel Info screens.
Explains configuring digital inputs using Channel Info screens.
Navigates to the Set Drive Mode menu to configure operational modes.
Explains auto-restart capabilities and how to enable/disable them per trigger.
Controls where the Apollo system accepts Start and Speed Control commands.
Guides configuration of pump curve monitoring and control functionality.
Guides on customizing Apollo Data Display screens as needed.
Details adding triggers to channels for making decisions based on channel information.
Details the functionality for Surface Pumping System (SPS) applications.
Covers the Switchboard application, including equipment and wiring.
Details the Vector VII/Vector Plus ESP application requirements.
Covers the Vector VII/Vector Plus SPS application requirements.
Explains the I2T algorithm for protecting motors from heat damage by modeling heat buildup.
Compares I2T algorithm advantages over fixed threshold/time delay algorithms.
Explains how triggers are used to define events and take actions affecting the motor controller state.
Details basic trigger settings including Name, Trigger Type, and Trigger State.
Describes basic trigger types appropriate for most field configurations.
Defines trigger states such as Clear-Not In Use, Clear-Locked Out, and Set.
Outlines basic trigger actions like Logic Only, Log Only, and STOP->FAULT.
Explains when triggers can be selected in different motor control states.
Details the Trigger Info Screen and parameters that can be edited.
Provides a complete list of trigger types, including basic and advanced options.
Covers special triggers, including internal and motor control state triggers.
Lists internal triggers set or cleared by built-in software logic.
Defines terms related to pump curves such as BEP, Down Thrust, and Efficiency Curve.
Illustrates the Apollo pump curve and its labeled parts.
Details how Apollo integrates pump curves for real-time monitoring and protection.
Guides the user through the pump curve configuration wizard.
Guides on adding new pumps to Apollo's list using a Custom Pump spreadsheet.
Details the process of installing or selecting a custom pump file on an Apollo system.
Step-by-step instructions for installing the Apollo software from a USB flash drive.
Guides on loading appropriate templates for Apollo applications.
Instructions for resetting the drive to default settings, especially for Vector VII drives.
Provides steps to update Apollo configurations from version 2.x to version 3.x.
Details the USB Menu options for data transfer and file management.
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