Understanding the Leveling System Types
The Bigfoot leveling system manual outlines two main system types, which are crucial to understand for proper installation and operation.
These types include the central pump system and the quad pump system, each with distinct characteristics and components.
The central pump system features one pump with a manifold and valve assembly, while the quad pump system consists of four smaller power units.
Understanding the differences between these systems is essential for selecting the correct manual and following the appropriate installation and operation procedures.
The manual provides detailed information on each system type, allowing users to identify and understand their specific system.
This knowledge is vital for ensuring safe and effective use of the Bigfoot leveling system, and for troubleshooting any issues that may arise during operation.
By familiarizing themselves with the system types, users can optimize the performance and longevity of their Bigfoot leveling system.
Identifying the Specific System
To identify the specific Bigfoot leveling system, users should locate the system’s label or plaque, which typically includes the model number and other relevant information.
The manual provides guidance on how to find and interpret this information, allowing users to determine their system’s type and configuration.
By identifying the specific system, users can ensure they are following the correct procedures for installation, operation, and maintenance.
This information is also useful for troubleshooting and repairing the system, as well as for ordering replacement parts or seeking technical support.
The Bigfoot leveling system manual includes detailed descriptions and diagrams to help users identify their system and understand its components and features.
Mounting and Installation
Mounting the Cylinders
Tank Assembly and Hydraulic Hose Installation
Wiring Harnesses and Electrical Controls
Operating the Leveling System
Turning the Panel On and Diagnostic Mode
Manual Leveling System Controls
Important Considerations
Control Harness and Potential Damage
