Table of Contents
Related Manuals for Rotary R146RP
Summarization of Contents
General Introduction
Introduction
Welcome message and overview of the wheel balancer's reliability and ease of use.
Intended Use
Machine operation requires suitably trained and authorized personnel for safe and efficient use.
Training of Personnel
Machine operation requires suitably trained and authorized personnel for safe and efficient use.
Safety Devices
Residual Risks
Analysis of risks and emphasis on residual risks through pictorial representations and warnings.
Working Environment Conditions
Working Area
Requirements for the machine's location, space, floor surface, and anchoring.
Lighting
Recommendations for adequate workshop lighting for optimal operation.
Machine Assembly
Anchoring System
Instructions for securing the machine to the ground using screw anchors.
Fixtures Contained in the Packing
List and identification of the components included in the fixture box for assembly.
Assembly Procedures
Detailed steps for fitting various machine components during assembly.
Fitting of External Data Gauge
Instructions for installing the external data gauge on the machine.
Fitting of Professional External Data Gauge (Optional)
Instructions for installing the optional professional external data gauge.
Monitor Fitting
Steps for mounting the monitor onto its support structure.
Fitting the Wheel on the Mandrel
Wheel Assembly
Instructions for cleaning the mandrel and mounting the wheel correctly for balancing.
Wheel Balancing
Switching the Machine On and Off
Procedure for powering the machine on and off using the main switch.
Balancing Programs Setting
Programs Rapid Setting and Measurements through Distance-Diameter Caliper Arm
Rapid setting of balancing programs using the distance-diameter caliper arm.
Using Machine with Disabled Automatic Data Gauge
Manual Setting of Wheel Dimensions
Manually entering wheel dimensions (diameter, width, distance) when automatic gauge is disabled.
Standard Balancing Programs
Static
Procedure for balancing wheels using adhesive weights on outer and inner rim sides.
Static-1
Procedure for offsetting vibrations with a single clip weight at '12 o'clock'.
Static-2
Procedure for offsetting vibrations with a single adhesive weight at '12 o'clock'.
Dynamic Balancing Program
Procedure for balancing wheels using two clip adhesive weights on outer and inner rims.
ALU-S Balancing Program
Procedure for balancing wheels using two adhesive weights on outer and inner rims.
ALU-S1 Balancing Program
Procedure for balancing wheels with light alloy rims using adhesive weights.
ALU-S2 Balancing Program
Procedure for balancing wheels with light alloy rims using two adhesive weights.
ALU-1 Balancing Program
Procedure for balancing wheels with light alloy rims using adhesive weights at '12 o'clock'.
ALU-2 Balancing Program
Procedure for balancing wheels with light alloy rims using adhesive weights.
ALU-3 Balancing Program
Procedure using mixed weights for offset wheel unbalance.
ALU-4 Balancing Program
Procedure using mixed weights for offset wheel unbalance.
Optional Balancing Programs
SPLIT Mode
Procedure for splitting a large weight into two smaller weights for better fitting.
Special Balancing Programs
PAX Mode
Procedure for balancing wheels using the 'PAX System' with two adhesive weights.
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