BOSCH EBM 1000 TA 054346 108 CNC SERVO DRIVE

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BOSCH EBM 1000 TA 054346 108 CNC SERVO DRIVE Specification

Features
Digital control, programmable, integrated diagnostics

Working Temperature
0C to +40C

Power Factor
0.95

Connector Type
Industrial terminal blocks

Rated Power
1000 W

Current Range
05 A

Operating Temperature
0C to +40C

Rated Current
4 A

Cooling Method
Forced air cooling (internal fan)

Output Type
Servo Motor Control

Power Supply
AC Mains (3 x 400 V)

Phase
Three Phase

Noise Level
<55 dB(A)

Output Current
4 A (nominal)

Application
CNC machines, automation systems, robotics

Product Type
CNC Servo Drive

Output Power
1000 W

Output Frequency
0400 Hz

Input Voltage
3 x 400 V AC (3-phase)

Voltage Protection
Overvoltage and undervoltage protection

Efficiency
Up to 96% (typical)

Material
Industrial-grade metal enclosure

Line Regulation
1%

Storage Temperature
-25C to +70C

Weight
Approx. 6.5 kg

Model Number
EBM 1000 TA 054346 108

Ingress Protection
IP20

Communication Interface
RS232, CAN, Analog I/O

Display
Status LED/Indicators

Mounting Type
Panel Mount

Control Method
Vector / Torque / V/F Control

About BOSCH EBM 1000 TA 054346 108 CNC SERVO DRIVE

Experience the peerless performance of the BOSCH EBM 1000 TA 054346 108 CNC SERVO DRIVEa new release designed for the most demanding automation and robotics applications. Unlock robust vector, torque, and V/F control, along with seamless RS232, CAN, and Analog I/O interfaces. This resplendent, industrial-grade metal enclosure ensures IP20 ingress protection and perfect efficiency up to 96% (typical). For a limited time, seize the best price on this advanced, programmable servo drive, equipped with digital diagnostics and reliable voltage protection. Ideal for CNC machines and demanding environments.

Versatile Applications and Superior Advantages

The BOSCH EBM 1000 TA 054346 108 CNC SERVO DRIVE is engineered for flawless integration in plant automation, CNC machines, and robotics. Its resplendent precision and robust design make it perfect for both specific and general industrial controls. Operators benefit from advanced control methods and reliable programmability. This drives ability to maintain 1% line regulation and output 1000 W power ensures optimal performance across a spectrum of automation processes.

Reliable Supply & Market Distribution

Our supply ability ensures prompt rate dispatching to domestic markets and overseas clients alike. Serving major export destinations, we maintain competitive dispatch schedules from our designated FOB port. This allows for efficient, reliable delivery whether fulfilling urgent domestic mar requirements or meeting the high demands of international automation sectors. Trust continuous availability and professional support tailored to your unique industrial application needs.

FAQs of BOSCH EBM 1000 TA 054346 108 CNC SERVO DRIVE:

Q: How does the BOSCH EBM 1000 TA 054346 108 ensure precise motor control?

A: The drive utilizes advanced control methods, including vector, torque, and V/F control, to provide precise modulation and consistency in servo motor operations. This ensures optimal performance for diverse industrial applications.

Q: What are the key benefits of choosing this CNC servo drive for automation systems?

A: Key benefits include its high efficiency (up to 96%), integrated digital diagnostics, voltage protection for reliability, and versatile mounting and communication interfaces for seamless integration in various systems.

Q: Where can the BOSCH EBM 1000 TA be used most effectively?

A: It is most effective in CNC machines, automated production lines, and roboticsenvironments that require precision control and robust, programmable performance.

Q: What process is involved in installing this servo drive?

A: Installation involves panel mounting using industrial terminal blocks, ensuring secure connections. The drive allows programming and status monitoring via onboard indicators and user interfaces.

Q: When is it suitable to choose this model over other drives?

A: Choose this model when high output power, advanced digital control, programmability, and rigorous voltage protection are essential for demanding automation tasks.

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