Baker Hughes Apollo 3, Руководство пользователя

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2.18 Add a Setting to the Settings Rotation
See Section 5.18 Add or Delete a Setting in the Settings Rotation, page 169 .
2.19 Change the Automatic Screens
See Section 5.19 Change the Drive State Automatic Screens, page 174 .
2.20 Log In to Level 3 from Level 2
Select the Log In or Log Out screen from the Main Menu. Enter the Level 3 password. By default, the
Level 3 password is 8.
2.21 Add a Limit to a Channel
Limits are added to a channel by connecting a trigger to the channel. See Section 5.20 Add a Trigger to
a Channel, page 178 .
Analog and digital input option channels come pre-configured with triggers (limits). You need only
navigate to the Channel Info screen, select the trigger, and then set the trigger limit.
2.22 Add a Digital Output to a Trigger
See Section 5.21 Add a Digital Output to a Trigger, page 182 .
2.23 Communicate with the drive using SCADA
See the Apollo 3/Vector Plus Communications Manual, UM-00014.
2.24 Communicate with the drive using the Remote User Interface
See the Apollo 3/Vector Plus Communications Manual, UM-00014.
3 System Overview
3.1 Introduction
The
Apollo™ Intelligent Control System consists of up to 4 different electronic assemblies that can be used
to control a Variable Speed Drive (VSD), a Switchboard/Full Voltage Motor Starter (SWB), or a Solid State
Reduced Voltage Motor Starter (Soft Start). Apollo was designed for use in a variety of different applications
including Electrical Submersible Pumps (ESP) and Surface Pumping Systems (SPS). Apollo can monitor
process sensors and switches including Downhole sensors. Apollo uses the information it gathers from
the pumping system to provide increased protection for pumps and other equipment. It can also be
programmed to control specific process variables such as pressure, tank level, or motor current, etc. The