Description
GE Fanuc AC Servo Motor
MODEL a22/2000
MOTOR SPEC A06B-0147-B175#7008
No. C993A1217
DATE 99.03
MADE IN JAPAN
OUTPUT 3.8 kW CONT.
VOLT 157 V
AMP 15 A
FREQ 133 Hz
SPEED 2000 min
200 V INVERTER
Part Number A06B-0147-B175#7008 is an AC Servo Motor with impressive features and functionalities. This motor belongs to the A06B-0147 series, known for its exceptional performance and reliability.
The AC SERVO MDL A22/2000, ST, KEY, BRK, a64 is designed to deliver precise and efficient motion control for a wide range of applications. It is equipped with a Straight Tapered Shaft (ST) for easy installation and integration into your existing setup. The Keyed Shaft (KEY) ensures a secure connection and prevents slippage during operation.
With the inclusion of a Brake (BRK), this AC Servo Motor offers enhanced safety and precise stopping capabilities. The brake enables quick and reliable stopping of the shaft rotation, ideal for applications that require high accuracy positioning and control.
The product description also mentions "a64." This refers to the incremental encoder option available with the motor. The incremental encoder (INC) provides high-resolution feedback signals, allowing for accurate control and positioning.
The AC SERVO MDL A22/2000, ST, KEY, BRK, a64 is a versatile and powerful motor suitable for various industries and applications. Its robust construction ensures longevity, and it is designed to withstand demanding operating conditions. Whether you require precise control in industrial automation, robotics, or CNC machining, this AC Servo Motor is an excellent choice.
Please note that this product is available, but it is recommended to call for lead time information to ensure availability for your specific needs. Additionally, customers have the option for core exchange or repair services, providing flexibility and cost-effective solutions.
Experience the exceptional performance and reliability of the AC SERVO MDL A22/2000, ST, KEY, BRK, a64. It is a motor designed to meet your motion control requirements with precision and efficiency.
