Typically triggered if an auxiliary voltage loop is broken, an E-stop is active, or a safety mat is compressed.
To maintain precision and machine longevity, follow these recurring tasks:
The remains a workhorse in many shops today. While the learning curve is steeper than modern touch-screen interfaces, the level of control it offers over the machining process is significant. By studying the manual and understanding the specific syntax of the NC 500 software, you can ensure your Biesse Rover continues to produce high-quality work for years to come.
Position material firmly against the pins (typically back and left). Biesse Rover Manual Nc 500
on the display; an exclamation point indicates that a maintenance interval (typically every 100 working hours) has been reached. Common Troubleshooting
Place the raw material against the pneumatic reference pins.
Maintaining your machine prevents expensive downtime and ensures precision. : Blow dust off the table, guides, racks, and machine head. Inspect suction cups and gaskets for wear or leaks. Periodic Lubrication : Boring Head : Manually grease points every 40 working hours. Typically triggered if an auxiliary voltage loop is
The NC 500 is the "brain" of the machine, managing movements and operations with high accuracy. Key technical properties often include:
, is a staple in the woodworking industry for precision CNC machining. This article explores the core features, operational logic, and maintenance protocols detailed in the official manual. 1. Understanding the NC 500 Control Unit
Inspect the condition of the safety bumpers on the machine hood, the pressure-sensitive safety mats, or the photo-electric light curtains. If a safety relay inside the electrical cabinet has failed, the NC 500 manual provides a wiring schematic to trace the 24V DC safety loop. 6. Safety Compliance and Best Practices By studying the manual and understanding the specific
According to the official safety section:
Historically, the Rover series was characterized by a cantilever machine design, except for specific larger models (like Rover 342 and 346). The higher the model number, the larger and better equipped the machine was generally considered. The NC 500 machines were primarily targeted for panel processing applications within the furniture and joinery industries.
This error prevents the machine from starting up. It typically indicates that a thermal overload relay in the electrical cabinet has tripped due to a motor overheating or drawing excessive current. It could also be a faulty relay. The solution is to trace the wiring diagram to identify the specific motor or component, then investigate the cause (e.g., a seized spindle fan or a jammed axis motor).