Buy Fanuc A05B‑2518‑C203

$1.500

Fanuc A05B‑2518‑C203 ESW Teach Pendant is a rugged, ergonomic operator interface designed for precise control of Fanuc CNC machines. It enables real-time program editing, spindle and axis control, and diagnostic monitoring, providing reliable, high-precision operation for milling, turning, and multi-axis machining in industrial environments.

Description

Fanuc A05B‑2518‑C203

The Fanuc A05B‑2518‑C203 ESW Teach Pendant is an original operator interface designed to provide intuitive and precise control for Fanuc CNC machines. This teach pendant enables operators to program, monitor, and adjust machine operations directly from a portable interface, offering full access to machine parameters, program execution, and real-time diagnostics.

Built with durability and reliability in mind, the ESW Teach Pendant features ergonomic design for comfortable use during extended operation, responsive buttons, a high-contrast display, and robust construction to withstand the industrial environment. It allows seamless interaction with Fanuc CNC controllers, supporting tasks such as program editing, setup adjustments, and operational supervision without needing to access the main control panel.

The A05B‑2518‑C203 integrates advanced communication capabilities with Fanuc CNC systems, ensuring precise control over spindle, axis, and auxiliary functions. Its design emphasizes both safety and efficiency, reducing operator errors and improving workflow on the production floor.

Ideal for replacement, retrofit, or as part of a CNC machine upgrade, the Fanuc ESW Teach Pendant maintains machine accuracy, simplifies operator interaction, and extends the effective lifespan of the CNC equipment. Its compatibility with a wide range of Fanuc controllers makes it a versatile tool for manufacturing facilities in industries such as automotive, aerospace, electronics, and general machining.

This teach pendant ensures operators have full command of CNC operations, from manual jog movements to automated program execution, making it an essential tool for modern, high-precision manufacturing.

Specifications

Electrical & Power

  • Input Voltage: Typically 24 V DC (powered via CNC machine connection)

  • Power Consumption: Approx. 10–15 W

  • Connector Type: Fanuc proprietary connector for direct CNC interface

Display & Interface

  • Display Type: High-contrast monochrome LCD

  • Screen Size: Approx. 5–6 inches diagonal

  • Resolution: Suitable for text, program, and diagnostic display

  • Interface Controls:
    – Ergonomic buttons for program navigation and operation
    – Emergency stop button integrated
    – Jog dial and function keys for precision control

Functionality

  • Programming: Supports manual and automatic program editing on CNC machine

  • Machine Control: Full access to spindle, axis, and auxiliary functions

  • Diagnostics: Real-time error monitoring, program status, and system alerts

  • Safety Functions: Integrated E-stop, safety interlock support

Communication & Integration

  • Compatibility: Designed for Fanuc CNC controllers supporting ESW Teach Pendant

  • Interface Protocol: Proprietary Fanuc communication for reliable connection

  • Multi-Machine Use: Can be used across compatible Fanuc 0i/16i/18i/21i series controllers (verify model compatibility)

Mechanical & Environmental

  • Housing: Rugged industrial-grade plastic for durability

  • Operating Temperature: 0–45°C

  • Storage Temperature: −20–60°C

  • Humidity: 20–80% RH (non-condensing)

  • Dimensions: Approx. 260 × 150 × 50 mm

  • Weight: Approx. 1.2–1.5 kg

  • Mounting / Portability: Handheld with cable connection; ergonomic design for operator comfort

Applications

  • CNC milling, turning, and multi-axis machining

  • Program editing, setup, and real-time machine control

  • Automotive, aerospace, electronics, and precision manufacturing

  • Retrofit or replacement for existing Fanuc CNC ESW Teach Pendant

Reviews

There are no reviews yet.

Be the first to review “Buy Fanuc A05B‑2518‑C203”

Your email address will not be published. Required fields are marked *