The FANUC A06B-6222-H006, H011, and H015 are part of the αiSP-B (Alpha i Spindle-B) series — a family of compact, high-performance spindle amplifier modules from FANUC's advanced Alpha i drive lineup. These units are specifically designed to drive spindle motors in CNC machine tools, providing precise speed and torque control for rotating cutting tools, workpieces, and other spindle-based applications.
As 200V input series spindle amplifiers, these modules are part of FANUC's Level-up αi-B amplifier family, which employs a modular structure that is thinner, conserves more space, outputs less heat, and saves more energy compared to conventional amplifier designs. The series incorporates FANUC's latest low-loss power devices and newly developed high-efficiency radiators, delivering exceptional power density in minimal footprints.
All αiSP-B series models feature power regeneration as standard, contributing to significant energy savings across all capacities from small to large. These amplifiers communicate with CNC controllers via FSSB (FANUC Serial Servo Bus) using optical fiber cables, dramatically simplifying wiring complexity.
| Parameter | A06B-6222-H006 | A06B-6222-H011 | A06B-6222-H015 |
|---|---|---|---|
| Model Name | αiSP 5.5-B | αiSP 11-B | αiSP 15-B |
| Rated Output Current | 29 A | 47-56 A | 62 A |
| Output Power | 5.5 kW | 11 kW | 15 kW |
| Input Voltage | 200-230 VAC, 3-phase | 200-230 VAC, 3-phase | 200-240 VAC, 3-phase |
| Control Power | DC 24 V | DC 24 V | DC 24 V |
| Cooling Method | Integrated fan cooling | Integrated fan cooling | Forced air |
| Width | 60 mm (ultra-slim) | 60 mm (ultra-slim) | 60 mm (ultra-slim) |
| Height | 380 mm | 380 mm | 380 mm |
| Depth | 272 mm | 272 mm | 272 mm |
| Weight | 4.0 kg | 4.0-5.5 kg | 5.5 kg |
| Certifications | CE, UKCA, cURus | — | — |
| Country of Origin | Japan | Japan | Japan |
Note: Current ratings may vary slightly depending on specific configuration and firmware version. The #H610 suffix indicates specific firmware/configuration.
| Component | Compatible Models |
|---|---|
| CNC Controllers | FANUC Series 30i, 31i, 32i, 35i, 0i-D/F, 0i-F |
| Spindle Motors | FANUC αi series spindle motors (200V input series) |
| Communication | FSSB (FANUC Serial Servo Bus) via optical fiber cables |
| Power Supply Modules | FANUC αiPS-B series power supply units |
Important Compatibility Note: These αiSP-B models are not compatible with older α/SP analog motors. Ensure voltage and capacity ratings align before installation.
The A06B-6222-H006, H011, and H015 are part of a complete αiSP-B series lineup. All models typically include a suffix (e.g., #H610) that may specify configuration options such as connector types or firmware versions.
200V Input Series (αiSP-B):
| Ordering Number | Model Name | Power Rating | Rated Current |
|---|---|---|---|
| A06B-6222-H002 | αiSP 2.2-B | 2.2 kW | — |
| A06B-6222-H006 | αiSP 5.5-B | 5.5 kW | 29 A |
| A06B-6222-H011 | αiSP 11-B | 11 kW | 47-56 A |
| A06B-6222-H015 | αiSP 15-B | 15 kW | 62 A |
| A06B-6222-H022 | αiSP 22-B | 22 kW | — |
| A06B-6222-H030 | αiSP 30-B | 30 kW | — |
| A06B-6222-H055 | αiSP 55-B | 55 kW | — |
Source: FANUC αi-B Series Documentation
⚠️ Version Confusion: The 6220-series has gone through several iterations with the exact same part number, which can be confusing. These αiSP-B models are the "-B" variants only and are not compatible with earlier 6220 versions.
⚠️ Firmware Verification: The #Hxyz suffix may indicate specific configuration options. Verify the complete ordering number matches your application requirements before purchase.
⚠️ Product Status: These modules are available as new, refurbished, or tested used units through various industrial automation suppliers.
⚠️ Professional Installation: Installation and configuration should be performed by trained FANUC service personnel to ensure proper setup and safety compliance.
⚠️ Power Supply Requirement: These 200V input series amplifiers require a compatible FANUC αiPS-B power supply module for proper operation.
The αiSP-B series amplifiers feature comprehensive diagnostic capabilities: