Fanuc A06B-6058-H006 Servo Amplifier 200V to 240V AC Untested Surplus
Fanuc A06B-6058-H006 Servo Amplifier 200V to 240V AC Untested Surplus
Couldn't load pickup availability
- U.S. shipping, securely packaged. Ships in 1-2 Days
- Questions? Real support team available before purchase
- Secure checkout with trusted payment methods
Condition: Surplus - Untested
Photos reflect the item’s current condition and details. If the item arrives in a condition that differs from what is shown or described, it may be eligible for return or refund. Please review our product condition guide prior to purchasing.
MPN: A06B-6058-H006
Stock #: 0626-01551
Product Specifications
- Manufacturer: Fanuc
- MPN / Model: A06B-6058-H006
- Product Type: AC Servo Amplifier
- Series: S Series (AC Servo Drive Model 20S/30S)
- Configuration: Single Axis, Digital
- Includes: A20B-1003-0090 control board, A350-1003-T084 power board
- Circuit Protector: Fuji CP33E/15M, AC 250V, 50/60 Hz, 15A
- Country of Origin: Japan
- Serial Number: F9Y 26882-A
- PCB Date Code: T084/03
- Status: Discontinued by Manufacturer
- Condition: Used Surplus
Product Description
The Fanuc A06B-6058-H006 is an AC servo amplifier from the S Series, configured as a single-axis digital drive for CNC applications. The nameplate confirms the type as A06B-6058-H006, manufactured by Fanuc Ltd in Japan, with serial number F9Y 26882-A. The unit carries the Radwell and market description of AC Servo Amplifier 20/30, corresponding to the 20S/30S model designation within the A06B-60 family.
Visible board assemblies include the A20B-1003-0090 control PCB and the A350-1003-T084/03 power board. A Fuji CP33E/15M circuit protector rated AC 250V 15A 50/60Hz is mounted to the chassis. Terminal block labeling identifies connections including G1, R, S, T, 100B, 100A, U, V, W, and G2. The unit is listed as used surplus in field-removed condition with visible cosmetic wear. This MPN is discontinued by Fanuc. Buyers sourcing this amplifier for replacement or spare inventory should verify compatibility against their existing system using the exact MPN and board revision markings visible on the unit.
