To Next PageTo Next PageWhat does it mean if calibration wheel is slightly out of balance on Coats Wheel Balancers?
If the calibration wheel is more than 0.25-ounce but less than 1-ounce out of balance on your Coats wheel balancer, the calibration is stored, but with a warning.
What to do if the hood switch is not closed on Coats Wheel Balancers?
If the hood switch is not closed when the machine cycle is started, lower the hood to start the spin cycle and verify the hood switch.
What to do if no load condition is detected on Coats Wheel Balancers?
If no load condition is detected, verify the wheel is mounted properly on the shaft and check repeatability.
What to do if there is no rotation signal on Coats Wheel Balancers?
If there is no rotation signal on your Coats wheel balancer, check the motor, encoder function, and wiring. Then press STOP, then EXIT.
What to do if the encoder is not connected or has failed on Coats Wheel Balancers?
If the encoder is not connected or has failed on your Coats wheel balancer, disconnect the power supply and repair.
What happens if the calibration weight placement exceeds 5 degrees on Coats Wheel Balancers?
If the placement of the calibration weight exceeds a 5-degree range from the outside flange to the inside flange on your Coats wheel balancer, the calibration is rejected.
What happens if the calibration wheel is significantly out of balance on Coats Wheel Balancers?
If the calibration wheel is more than 1-ounce out of balance on your Coats wheel balancer, the calibration is rejected.
General| Brand | Coats |
|---|---|
| Model | Vero Series |
| Category | Wheel Balancers |
| Language | English |
Comprehensive guidelines for safe operation, including personal protection and work area safety.
Owner's duties in maintaining machine safety and ensuring user adherence to instructions.
Recommended personal protective equipment for safe tire servicing operations.
Explanation of hazard levels (DANGER, WARNING, CAUTION) and associated symbols.
Information on safety warnings, decals, and contact details for additional information.
Details on laser hazards, warnings, and necessary precautions for safe operation.
Critical warnings regarding explosion, grounding, and general operating cautions.
Explanation of standard safety features like the STOP key and hood interlock system.
Procedure for inspecting shipments upon arrival and handling of damaged or shorted goods.
Information on power requirements and the need for qualified electricians for installation.
Guidelines and cautions for properly installing and setting up the wheel balancer unit.
Requirements for a level, solid floor and adequate clearance for balancer placement and operation.
Instructions for final power connection verification by a service technician.
Detailed specifications for wheel diameter, width, weight capacity, dimensions, and electrical requirements.
Highlights of the wheel balancer's advanced technologies and operational capabilities.
List of available accessory options with part numbers and compatibility across models.
Step-by-step instructions for performing the initial wheel balancing procedure.
Illustration and identification of the main components and controls of the wheel balancer.
Details on the power switch location and the design of the weight tray for accessories.
Instructions on using the offset arm for measurements and positioning weights.
Guidance on utilizing the laser locator for precise weight placement on the wheel.
Procedure for using the line laser to align with the laser locator for accurate measurements.
Safety precautions and usage instructions for the wheel guard.
Explanation of the auto positioning feature that stops the wheel at corrective weight locations.
Steps to activate and use the Laser Guided Operation for accurate tape-weight placement.
Guide to using the touchscreen interface, its layout, and function icons.
Procedure for entering basic wheel dimensions (A, D, W) for balancing calculations.
Explanation of the wheel cross-section graphic and indicators showing balancer status.
Description of navigation icons, balance option icons, and balance mode icons on the touchscreen.
Instructions and cautions for properly mounting wheels onto the balancer shaft.
Detailed steps for mounting wheels using the standard back cone method.
Procedure for mounting wheels using the standard front cone method.
Alternative methods for mounting wheels with unusual hub configurations.
Guide to selecting weight placement locations on the wheel for balancing.
Instructions for entering wheel dimensions (Offset, Width, Diameter) into the balancer.
Detailed steps for manually entering wheel offset, diameter, and width measurements.
Overview of different wheel balancing configurations and procedures.
Explanation of dynamic balancing (two planes) and static balancing (one plane) methods.
Guidance on interpreting balance results and applying corrective weights.
Instructions for using the Behind Spoke mode to hide adhesive weights.
Explanation and usage of the ProBalance™ technology for detecting and correcting excessive residual unbalance.
Detailed steps for performing machine calibration to ensure accurate balancing results.
Guidelines for cleaning and maintaining the wheel balancer for optimal performance.
Procedures to diagnose and resolve persistent vibration issues after balancing.
List and explanation of error codes that may appear on the balancer display.
Information on inverter errors, overload protection, and fault clearing.
Definitions of technical terms used throughout the wheel balancer manual.
