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The FANUC A16B-1700-0310 backplane master control board is engineered for sophisticated control systems in industrial applications. It accommodates 9 slots, supporting 2 to 8 axes with broad compatibility for various FANUC Series 15 modules.
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| Manufacturer | FANUC |
|---|---|
| Product Type | Backplane Master Control Board |
| Product Line | Series 16 |
| Part Number | A16B-1700-0310 |
| Number of Slots | 9 Slots |
| Number of Controlled Axis | 2 to 8 axes |
| Compatibility | FANUC Series 15T, 15M, 15TF, and 15iM modules |
| Connectable Boards | Axis boards, graphic boards, BASE0, BASE1, and BASE2 PCBs |
| Mounting Method | Screw Mount |
| Minimum Operating Temperature | -10°C |
| Maximum Operating Temperature | 50°C |
| Minimum Storage Temperature | -20°C |
| Maximum Storage Temperature | 60°C |
| Installation Altitude | 1000 m |
| Relative Humidity | 5 to 95% (non-condensing) |
The A16B-1700-0310 by FANUC serves as a backplane master control board, designed for use within the Series 16 product range. This component supports a total of nine slots, enabling control of between 2 and 8 axes, facilitating precise management of multiple movement points in industrial settings. It is compatible with a variety of FANUC modules, specifically those from the Series 15T, 15M, 15TF, and 15iM, thus allowing integration with existing systems.
A range of boards can connect to the A16B-1700-0310, including axis boards, graphic boards, as well as BASE0, BASE1, and BASE2 printed circuit boards (PCBs), thus enhancing functionality and customization. The mounting of the board is accomplished securely via screws, ensuring stable installation.
Operating conditions for the board are defined between -10°C and 50°C, while storage requirements permit temperatures from -20°C to 60°C, allowing flexibility in various environments. An operational altitude limit of 1000 meters ensures suitability for upper-level installations. Additionally, it performs well in humidity levels ranging from 5% to 95%, provided that conditions remain non-condensing, thus maintaining reliability in diverse industrial climates.