A06B-6117-H209
May 22, 2026

A06B-6117-H209

Model: A06B-6117-H209 Type: αiSV-80/80i (SVM2-80/80i), Alpha i Dual‑Axis Servo Module Manufacturer: FANUC Function: High‑performance dual‑axis servo amplifier for αiS servo motors; connects to αiPS power supply via DC bus; FSSB fiber link to CNC. Application: CNC machine tools, machining centers, robotic systems, high‑speed automation requiring two precision servo axes.

Description

1. General Information

  • Model: A06B-6117-H209

  • Type: αiSV-80/80i (SVM2-80/80i), Alpha i Dual‑Axis Servo Module

  • Manufacturer: FANUC

  • Function: High‑performance dual‑axis servo amplifier for αiS servo motors; connects to αiPS power supply via DC bus; FSSB fiber link to CNC.

  • Application: CNC machine tools, machining centers, robotic systems, high‑speed automation requiring two precision servo axes.

2. Electrical Specifications

  • DC Bus Input: 283–339 VDC (from αiPS)

  • Rated Input Power: 11 kW

  • Max Output Voltage: 240 VAC

  • Rated Output Current (each axis): 19 A (L‑axis / M‑axis)

  • Output Frequency: 0.1–800 Hz

  • Control Method: Position / speed / torque control; HRV3 control

  • Feedback: αiA pulse coder (16,000,000 pulses/rev)

  • Communication: FSSB (fiber optic)

  • Cooling: Forced air (internal fan + external cooling path)

  • Insulation Class: Class H (180°C)

3. Environmental & Mechanical

  • Operating Temp: 0°C to +55°C (derate to 60°C)

  • Storage Temp: −20°C to +70°C

  • Humidity: 5–95% RH, non‑condensing

  • Altitude: ≤1000 m (derate 1% per 100 m above)

  • Protection: IP20 (front)

  • Mounting: Vertical panel mount

  • Clearance: ≥50 mm top/bottom for ventilation

  • Dimensions (W×H×D): 60 × 350 × 260 mm

  • Weight: 5.5 kg (12.1 lb)

4. Key Features

  • Dual‑axis: Two independent 19 A axes in one compact unit.

  • High precision: HRV3 control + 16‑million pulse/rev feedback for ultra‑high resolution.

  • High dynamic response: Fast acceleration, low‑speed high torque, vibration suppression.

  • Regenerative compatible: Works with αiPS power supplies to return excess energy to the grid.

  • Compact & efficient: Low‑loss IPM, high‑efficiency heatsink, reduced depth (100 mm fin).

  • Built‑in protection: Overcurrent, overvoltage, undervoltage, overtemperature, fan fault, short circuit, STO (Safe Torque Off).

  • LED indicators: Power, Alarm, DC Ready.

5. Compatibility

  • CNC Systems: FANUC 30i‑B, 31i‑B, 32i‑B, 0i‑B / 0i‑D, Robot R‑30iB

  • Power Supply: αiPS series (A06B‑6110‑Hxxx: H015 / H026 / H055)

  • Motors: αiS series servo motors (e.g., αiS22 / αiS30 / αiS40)

  • Series: Matches αiSV / αiSP drive family; replaces older A06B‑6114‑H209.

6. Installation & Wiring

  1. Safety: Disconnect all power; wait ≥15 min for DC bus capacitors to discharge.

  2. Mounting: Vertical installation; maintain ≥50 mm top/bottom clearance.

  3. DC Bus: Connect DC+/DC− from αiPS power supply.

  4. Motor Wiring: Connect L‑axis and M‑axis servo motors (U/V/W + PE).

  5. FSSB: Fiber cable to CNC; daisy‑chain with other amplifiers.

  6. I/O & STO: Wire STO input, ready output, alarm output.

  7. Grounding: Secure PE to cabinet ground; ensure low‑impedance earth.

  8. Check: Verify fan rotation and LED status after power‑on.

7. Common Alarms (Simplified)

  • AL1 / 8: L‑axis overcurrent (HCL)

  • AL2 / 9: M‑axis overcurrent (HCM)

  • AL3: Internal fan stop (FAL)

  • AL4: Control power low (LV5V)

  • AL5: DC bus undervoltage (LVDC)

  • AL6 / b: Inverter overheat

  • ALP: FSSB communication error

8. Maintenance

  • Monthly: Clean air vents; check internal/external fan operation.

  • Quarterly: Retorque power terminals; inspect motor cables and insulation.

  • Annually: Check electrolytic capacitors, fan wear, and insulation resistance.

9. Safety Notes

  • High voltage remains after power‑off; wait ≥15 min before servicing.

  • Install only in grounded, locked electrical cabinets.

  • Use genuine FANUC cables and connectors.

  • Keep ventilation paths clear to avoid overheating.

  • STO function must be wired and tested for safety‑related applications.


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