ABB ABSOLUTE ENCODER INTERFACE FEN-11

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ABB ABSOLUTE ENCODER INTERFACE FEN-11 Specification

Usage & Applications
Industrial automation, motion feedback systems, PLC encoder integration

Protection Level
Short-Circuit and Overvoltage Protected

Sensor Type
SSI Encoder

Current
Max. 0.5 A

Features
Galvanic Isolation, Compact Design, Direct SSI Interface

Frequency
Max. 500 kHz (SSI Clock)

Connectivity Type
Screw Terminal/Shielded Cable

Installation Type
Panel Mount

Mounting Type
DIN Rail Mount

Output
Digital (SSI) and Status Outputs

IP Rating
IP20

Display
LED Indication

Measuring Range
Depends on encoder specification

Product Type
Absolute Encoder Interface

Operating Temperature
0C to +60C

Working Temperature
0C to +60C

Input
SSI Absolute Encoder Signal

Application
Encoder signal interface for process automation and motion control

Supply Voltage
24 V DC nominal

Accuracy
Full encoder accuracy maintained

Dimension (L*W*H)
110 mm x 70 mm x 45 mm

Weight
Approx. 0.22 kg

About ABB ABSOLUTE ENCODER INTERFACE FEN-11

Discover the trending ABB ABSOLUTE ENCODER INTERFACE FEN-11, a featured and remarkable solution for seamless SSI encoder integration. Crafted with immaculate attention to detail, this interface boasts a robust industrial grade plastic housing and transcendent performance, supporting multiple SSI encoder resolutions. Enjoy enhanced process automation with full encoder accuracy, compact design, and galvanic isolation. With a maximum power consumption of 5 W, rapid response time below 5 ms, and superior protection levels, the FEN-11 stands out as a discount opportunity for modern factories and motion control systems across India.

Advantages & Features of ABB Absolute Encoder Interface FEN-11

The ABB Absolute Encoder Interface FEN-11 offers transcendent advantages, including full galvanic isolation and direct SSI interface for optimal signal integrity. Its immaculate industrial-grade plastic housing allows for durable operation in challenging automation environments. Remarkably, it boasts fast response times below 5 ms, supports multiple SSI encoder resolutions, and ensures complete accuracy retention. The compact design enables easy DIN rail mounting, and clear LED indications offer simple status monitoring, making it a valuable asset for motion feedback applications.

Certifications, Payment Terms & Packaging Information

Each FEN-11 unit is delivered with quality assurance, adhering to relevant industrial certifications for safety and performance. Payment terms can be arranged upon proposal amount agreement, ensuring a smooth transaction process. The product is securely packaged for damage-free delivery, supporting prompt order completion. Timely dispatch and reliable packaging enable hassle-free receipt at your site. Trust in ABBs supply chain efficiency for on-time, immaculate deliveries tailored to your automation requirements.

FAQs of ABB ABSOLUTE ENCODER INTERFACE FEN-11:

Q: How can I install the ABB Absolute Encoder Interface FEN-11 in my automation system?

A: The FEN-11 can be effortlessly installed using either panel mount or DIN rail mounting methods. Secure connectivity is ensured through screw terminal or shielded cable connections.

Q: What applications are best suited for the FEN-11 interface?

A: This interface excels in industrial automation, motion feedback systems, and seamless PLC encoder integration, supporting accurate and reliable process automation.

Q: When is it necessary to use an interface with galvanic isolation like the FEN-11?

A: Galvanic isolation is crucial when you need to prevent ground loops and electrical noise, ensuring signal fidelity and system reliability in sensitive automation environments.

Q: Where does the FEN-11 obtain its power and how much does it consume?

A: The FEN-11 operates at a nominal supply voltage of 24 V DC, with a maximum power consumption of 5 W and a maximum current draw of 0.5 A.

Q: What are the key operational benefits of using the FEN-11 in motion control?

A: Users benefit from full encoder accuracy, sub-5 ms response times, and robust overvoltage and short-circuit protection, ensuring reliable, high-performance signal processing.

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