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FANUC A06B A06B-0127-B675

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A06B-0127-B675

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The FANUC A06B-0127-B675 is an AC servo motor characterized by its reliable specifications, operating at a voltage of 140 V and providing a continuous output power of 1.0 kW. It features a nominal current of 4.6 A and supports a supply frequency of 133 Hz, ensuring optimal performance.

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Technical specifications for A06B-0127-B675

ManufacturerFANUC
Product TypeAC Servo Motor
Product LineA06B
Part NumberA06B-0127-B675
Weight43.00 lbs (19.50 kg)
SeriesAC Motors
Continuous Output Power1.0 kW (per IEC34-1/A2 standard)
Operating Voltage140 V
Nominal Current4.6 A
Supply Frequency133 Hz
No-load Speed2000 RPM
Thermal Insulation ClassClass F
Electrical Phase3-phase
Winding ConfigurationWye (Y-connected)
Field Excitation Voltage200 V (supplied by the inverter)
Peak (Stall) Torque6 Nm
Peak (Stall) Current5.6 A
Estimated EfficiencyApproximately 92%
Duty Cycle100% continuous operation
Cooling MethodInternally fan-cooled

The A06B-0127-B675 model from FANUC is a high-performance AC servo motor crafted for durability in demanding applications. This motor operates effectively at an input voltage of 140 volts and achieves a continuous output power of 1.0 kilowatt, adhering to the IEC34-1/A2 standards. The unit draws 4.6 amperes under nominal conditions and functions at a supply frequency of 133 Hz.

At no load, the servo motor can reach speeds of 2000 revolutions per minute, demonstrating its capability for rapid responses. Designed for reliability, it features a 3-phase electrical phase connection along with a wye (Y-connected) winding configuration, which contributes to its operational stability. The motor's peak torque capacity stands at 6 Nm while it can handle a stall current of 5.6 amperes.

Efficiency is a key attribute of this unit, with an estimated performance rating of about 92%, common for servo motors of this type. It is built for continuous operation, allowing a 100% duty cycle, making it suitable for applications that demand persistent activity. Additionally, the thermal insulation class is rated at Class F, providing a degree of protection against overheating during prolonged use. The motor is further cooled using an internal fan system, ensuring optimal performance under various operational conditions.