A20B-2900-0160 Axis Module | F16/18 Servo Control Board
Shipping:
Delivery: Estimated 2- 6 business days delivery. See details
Returns: 14 days returns. See details
FANUC A20B-2900-0160 Axis Module | F16/18 Servo Control Board
| Brand | FANUC |
| Condition & Warranty |
NEW/Refurbished: 1-Year warranty Used(90% New): 3-Month warranty |
| Category |
PCBs |
| Parameter Description | A20B29000160 DISCONTINUED BY MANUFACTURER PC BOARD SERVO MODULE MODULE - F16/18 DIGITAL SERVO CONTROL AXIS MODULE CNC |
| Handing time | Same-Day shipping (in stock) |
| Shipping Method | DHL/UPS/FedEx |
| Estimated Delivery Time (via DHL) |
Asia: 1-3 business days Europe: 2-4 business days North America: 2-4 business days South America: 3-6 business days Middle East & Africa: 3-6 business days Oceania: 2-5 business days |
| Service | Test video will be sent before delivery |
| Package | Cartons |
The FANUC A20B-2900-0160 is an original FANUC servo axis module used in older FANUC CNC systems, specifically designed for F16 / F18 digital servo control.
This PCB functions as an axis control module, managing servo command processing and feedback within the CNC system.
As this model is discontinued by the manufacturer, it is commonly sourced for legacy CNC system repair and replacement.
Key Features
-
FANUC F16 / F18 digital servo axis module
-
Axis control and servo interface PCB
-
Discontinued model – limited availability
-
Original FANUC CNC replacement part
-
Fully tested before shipment
Applications
-
FANUC F16 CNC systems
-
FANUC F18 CNC systems
-
Legacy CNC axis control and servo modules
Availability & Purchase Information
Supplied by REACO CNC.
-
Condition: New / Used
-
Limited stock available
-
Fully tested before shipment
-
One-year warranty provided by REACO CNC
-
Worldwide shipping supported
Ideal for customers looking to buy FANUC A20B-2900-0160, request a price, or replace a F16/18 servo axis module.
Fast Global Delivery
- DHL, UPS, FedEx Global shipping.
- Expedited shipping available
- Packed in secure reinforced cartons for maximum protection during transport.