SIEMENS 1FT7034-1AK71-1FH1 SERVO MOTOR

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SIEMENS 1FT7034-1AK71-1FH1 SERVO MOTOR Specification

Cover Material
Metal

Rated Current
3.2 A

Protection Level
IP65

Way
Single Shaft

Rated Operation Voltage
400 V AC

Cooling System
Natural Cooled

Base Material
Aluminum

Protection Class
F

Components
Encoder, Shaft, Housing

Thickness
Standard Motor Casing

Rated Insulation Voltage
500 V

Features
High precision, robust design, maintenance-free

Connectivity Type
Flange Mount, Shaft Keyway

Current Rating
3.2 A

Operating Voltage
380-480 V

Control System
Closed-Loop (Serco Drive) Compatible

Product Type
Servo Motor

Material
Aluminum Housing

Surface Finish
Coated

Standard
IEC/EN 60034

Surface Color
Black / Silver

Rated Voltage
400 V

Frequency (MHz)
50/60 Hz

Maximum Output Current
5.5 A

Dimension (L*W*H)
Approx. 136 mm x 77 mm x 151 mm

Application
Industrial Automation, CNC Machinery

IP Rating
IP65

About SIEMENS 1FT7034-1AK71-1FH1 SERVO MOTOR

Get ahead of the competition with the SIEMENS 1FT7034-1AK71-1FH1 Servo Motorcurrently a hot deal for those seeking advanced automation solutions. This sought-after model delivers a soaring performance of 1.20 kW at a rated speed of 3000 rpm and impeccable control with an Incremental Encoder (2048 PPR). The robust aluminum housing and IP65 protection ensure durability in tough environments. Rapid advance purchase secures you a state-of-the-art servo motor perfect for CNC machinery and industrial automation where reliability and precision matter most.

Other Features and Industry Applications

This SIEMENS servo motor boasts high precision, robust design, and a completely maintenance-free operation. With its single-shaft, flange mount connectivity and a natural-cooling system, this model is optimized for demanding industrial environments. Its impeccable closed-loop control compatibility makes it ideal for CNC machinery, robotics, and automated production lines, ensuring maximum productivity and reliability. The optional holding brake, aluminum housing, and high IP65 protection class allow use in a variety of challenging settings with minimal downtime.

Order Processing, Domestic & Export Markets

SIEMENS 1FT7034-1AK71-1FH1 Servo Motor is widely distributed within the main domestic market while also serving clients across major export territories. Order processing and quotation requests are handled promptly, ensuring seamless order completion and minimal turnaround for buyers. Delivery timeframes are clearly communicated during the quotation process, making transaction planning smooth for both new and returning industrial clients. Trust in fast, reliable service and international logistics support for all your automation requirements.

FAQs of SIEMENS 1FT7034-1AK71-1FH1 SERVO MOTOR:

Q: How does the SIEMENS 1FT7034-1AK71-1FH1 Servo Motor improve industrial automation?

A: The motors high precision, robust construction, and maintenance-free operation enable seamless integration into automation systems, delivering consistent, reliable, and efficient motion control for CNC machines and other automated processes.

Q: What are the usage recommendations for this servo motor?

A: This model is recommended for CNC machinery, industrial automation, and robotic systems requiring high durability, accuracy, and closed-loop control compatibility. It performs exceptionally in environments requiring high protection and consistent operation.

Q: When can I expect delivery after order processing?

A: Delivery time is specified during the quotation phase. Orders are promptly processed, ensuring quick turnaround and minimal delays from order completion to dispatch, both for domestic and export customers.

Q: Where can the SIEMENS Servo Motor be used?

A: This sought-after motor is mainly used in industrial sectors such as CNC machining, automated production lines, and robotics due to its robust build and high-performance features, making it versatile for challenging operational environments.

Q: What additional benefits does the optional holding brake provide?

A: The optional holding brake ensures the motor maintains its position when power is off or during emergency stops, providing enhanced safety and operational control for critical automation tasks.

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