TS5690N2510 Mitsubishi Spindle Encoder Genuine New TS5690N2510

TS5690N2510 Mitsubishi Spindle Encoder

– Genuine New

Precision Feedback for High-Speed Spindle Control

The Mitsubishi TS5690N2510 Spindle Encoder is a high-accuracy rotary feedback device specifically designed for CNC spindle and servo spindle applications. It provides stable position and speed feedback required for precise spindle orientation, rigid tapping, and high-speed machining control.

Built to meet Mitsubishi’s strict industrial standards, this encoder ensures consistent signal output, excellent vibration resistance, and long-term operational stability, even in demanding machining environments.

Key attributes

Core Technical Characteristics

• Part Number: TS5690N2510

• Product Type: Spindle Encoder

• Brand: Mitsubishi Electric

• Encoder Type: Incremental / High-resolution spindle feedback

• Output Signal:

  • High-precision pulse output for spindle speed & position detection

• Resolution:

  • Optimized for CNC spindle control accuracy

• Mounting Method:

  • Direct spindle installation

• Mechanical Design:

  • Compact, rigid structure for high-speed rotation

• Environmental Resistance:

  • Designed for industrial vibration, heat, and continuous operation

• Condition:

  • Genuine New / Original Mitsubishi

What Makes TS5690N2510 Different

Designed for Spindle Accuracy
Unlike standard rotary encoders, TS5690N2510 is engineered specifically for spindle orientation and speed synchronization, ensuring precise angular positioning during tool changes and machining cycles.

Stable Signal at High RPM
Maintains reliable pulse output even under high rotational speed, reducing signal loss and improving machining consistency.

Perfect System Compatibility
Fully compatible with Mitsubishi CNC systems, spindle drives, and servo control units, enabling plug-and-play integration without signal conversion issues.

Industrial-Grade Reliability
High resistance to oil mist, vibration, and thermal variation—ideal for real-world machine tool environments.