ALLEN BRADLEY KINETIX MODULE 2094-AM02

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ALLEN BRADLEY KINETIX MODULE 2094-AM02 Specification

Panel Type
Mountable in Control Panel

Protection Class
Class I

Protection Level
IP20

Connectivity Type
Ethernet/IP, Serial

Features
Short-circuit protection, Overload protection, Compact design

Operating Voltage
230-480V AC

Rated Operation Voltage
230-480V AC

Rated Insulation Voltage
600V AC

Base Material
Metal

Thickness
Standard Allen Bradley Module

Current Rating
2.5 A

Cabinet Material
Metal

Cooling System
Fan Cooled

Way
Single

Rated Current
2.5 A

Cover Material
Plastic

Control System
Digital

Components
Servo Drive Electronics

Product Type
Kinetix Servo Drive Module

Material
Industrial-grade components

Surface Finish
Textured

Standard
IEC/UL/CSA Standards

Surface Color
Black/Grey

Rated Voltage
230-480V AC

Frequency (MHz)
50/60 Hz

Maximum Output Current
2.5 A

Dimension (L*W*H)
Approx. 390 x 60 x 220 mm

Application
Industrial Motion Control

IP Rating
IP20

Display Type
LED Indicators

About ALLEN BRADLEY KINETIX MODULE 2094-AM02

Introducing the blue-ribbon ALLEN BRADLEY KINETIX MODULE 2094-AM02now with a sizzling OFFER and limited stock! This monumental module elevates multi-axis servo control, providing spectacular technology for industrial motion applications. Designed for vertical mounting on DIN rail or control panels, it operates at 230-480V AC with a robust 2.5 A output and secure IP20 protection. Experience Ethernet/IP and RS-232 connectivity, dynamic fan-cooled performance, and upgradable firmware. Safety is assured with Safe Torque-Off. Seize this opportunity to procure a truly sensational and reliable solution for your automated systems!

Industrial Applications and Usage Areas

The ALLEN BRADLEY KINETIX MODULE 2094-AM02 excels in diverse industrial motion control environments. It is ideally suited for automated assembly lines, robotics operations, material handling systems, and packaging machinery. Its advanced features make it perfect for media like automated conveyor systems, manufacturing machines, and precision handling tools. Versatile mounting means it integrates seamlessly in various control panels and electrical cabinets, optimizing workflows across factories and production zones.

Sample Policy, Availability, and Payment Terms

Samples of the ALLEN BRADLEY KINETIX MODULE 2094-AM02 can be dispatched upon request, subject to stock valuation and supplier provisions. Customers will be notified regarding the samples arrival timeline and applicable terms. Payment is accepted via secure channels, ensuring quick processing and reliable delivery. Prospective buyers are encouraged to reach out for sample availability and details on payment plans for a streamlined acquisition process.

FAQs of ALLEN BRADLEY KINETIX MODULE 2094-AM02:

Q: How is the ALLEN BRADLEY KINETIX MODULE 2094-AM02 installed?

A: The module can be installed either on a DIN rail or directly onto a control panel, with a recommended vertical mounting orientation for optimal performance.

Q: What specific benefits does Safe Torque-Off (STO) provide for users?

A: Safe Torque-Off (STO) enhances operational safety by disabling power to the motor without disconnecting the main voltage, reducing risk during maintenance or emergency stops.

Q: Where can the ALLEN BRADLEY KINETIX MODULE 2094-AM02 be applied within industrial settings?

A: Its widely compatible with industrial environments such as robotics, automated assembly, packaging, and material handling, offering improved motion control efficiency.

Q: What is the process for obtaining a product sample?

A: Customers may request a sample, which will be dispatched following valuation and availability checks. Full sample policy and payment terms can be discussed with the supplier.

Q: When should firmware upgrades be considered for this module?

A: Firmware upgrades should be performed to maintain compatibility with newer Allen Bradley Kinetix Series Servo Motors or to access enhanced features as released.

Q: How does the module ensure protection against short-circuits and overloads?

A: Built-in short-circuit and overload protection systems safeguard the control and power electronics, ensuring reliable and safe operation in demanding conditions.

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