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The FANUC A20-1003-0830 power conversion board is designed for use with the A06B-6058-H229 amplifier. Functional within a 200-240V AC 3-phase input range, this module is suitable for various industrial applications.
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| Manufacturer | FANUC |
|---|---|
| Product Type | Power Conversion Board |
| Product Line | Series 20 |
| Part Number | A20-1003-0830 |
| Fits Amplifier | A06B-6058-H229 |
| Input Voltage | 200-240V AC (3-phase) |
| Current Capacity | High-power Output Stage |
| Control Compatibility | FANUC 0/15/16/18/21 |
| Cooling | Passive |
| PCB Type | Industrial-grade |
| Installation | Modular (Slots into Amplifier Chassis) |
| Interface | Backplane, headers |
| Status | LEDs for diagnostics |
| Protection | Trips on fault |
| DC Handling | Pre-charge & bleeder control |
| Logic Supply | +5V / ±15V distribution |
The A20-1003-0830 from FANUC is a specialized power conversion board, tailored for integration with the A06B-6058-H229 amplifier. It operates efficiently within the range of 200-240V AC in a 3-phase configuration. This component supports high current capacity, making it suitable for demanding applications. It interfaces seamlessly with various FANUC controllers, namely models 0, 15, 16, 18, and 21.
Constructed with industrial-grade specifications, this PCB is designed for reliability and durability in harsh environments. The modular installation allows it to slot into the amplifier chassis effortlessly. It features passive cooling, helping to manage thermal conditions without the need for active cooling systems. Diagnostic LEDs provide clear status indications, aiding in maintenance and troubleshooting procedures.
Safety is a key aspect of the design, as the board is equipped to trip on fault detection, ensuring protection against potential damage. Moreover, the DC handling capabilities include pre-charge and bleeder control functions, making it versatile for different operational scenarios. It also accommodates logic supply requirements with a distribution of +5V and ±15V, facilitating compatibility with various components within the system.