Fanuc A06b-6089-H104 Servo Amplifier Module Svm-40l Alpha Series 200-230v Ac

Product Overview

The Fanuc A06b-6089-H104 operates as a single-axis servo amplifier module, designated SVM-40L, within the Alpha series, engineered for accurate signal amplification and control of AC servo motors in CNC and robotic systems. It manages a DC input range of 283-325 V, with a power rating of 4 kW, and provides a maximum AC output of 230 V at 13 A, supporting efficient motion dynamics while reducing power consumption in mid-range applications.

Prominent Features

Prominent features include precise PWM control for seamless speed and torque adjustments, integrated with protections against electrical anomalies such as overcurrent, voltage fluctuations, and thermal escalations to maintain equipment reliability. LED indicators convey key operational states like ready (RDY), alarm (ALM), and control power (CNT), enabling operators to perform quick assessments and minimize interruptions in production workflows. The module's efficient structure measures approximately 150 mm wide, 300 mm high, and 200 mm deep, with a weight of about 6 kg, allowing for straightforward installation in control enclosures and stable performance from 0°C to 55°C, aided by an internal cooling mechanism to handle heat effectively during continuous operations.

Compatibility & Applications

This module aligns well with Fanuc Alpha servo motors and interfaces with controllers including Series 0i, 16i, 18i, 30i, and 31i, facilitating precise axis synchronization and improved system adaptability in multi-function setups. In various industrial contexts, it performs reliably in automated inspection lines, precision welding tasks, and component handling processes, where consistent amplification enhances motion accuracy, reduces mechanical stress, and supports higher throughput without compromising energy efficiency.

Maintenance Tips

For ongoing dependability, regularly check wiring for secure connections, evaluate fan performance to avoid thermal issues, and monitor protective elements for wear. Occasional maintenance of air filters and verification of input stability will further contribute to extended service life in demanding manufacturing environments, helping to optimize overall system costs and performance.