ABB ABSOLUTE ENCODER INTERFACE FEN-11

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ABB ABSOLUTE ENCODER INTERFACE FEN-11 Specification

Mounting Type
DIN Rail

Installation Type
DIN Rail Mountable

Sensor Type
SSI Absolute Encoder

IP Rating
IP20

Output
Digital SSI Interface

Usage & Applications
Connecting Absolute SSI Encoders to controllers

Current
Max. 0.3 A @ 5 VDC

Display
LED Status Indicators

Measuring Range
Compatible with Encoders with up to 30 Bits Resolution

Connectivity Type
Screw Terminals

Protection Level
Basic - For use in protected switching cabinets

Frequency
Up to 100 kHz clock frequency

Features
LED status indication, Rugged design, Easy connection

Product Type
Absolute Encoder Interface

Operating Temperature
0C to +55C

Working Temperature
0C to +55C

Input
SSI Absolute Encoder Signal

Application
Industrial Automation, Motion Control, Position Sensing

Supply Voltage
5 VDC 5%

Accuracy
Encoder-dependent

Dimension (L*W*H)
Approximately 145 mm x 42 mm x 110 mm

Weight
Approx. 0.35 kg

About ABB ABSOLUTE ENCODER INTERFACE FEN-11

The ABB ABSOLUTE ENCODER INTERFACE FEN-11 is a top-rated solution for integrating absolute SSI encoders with ABB drive and control systems. With a select SSI protocol interface, this ace device features one polished channel and delivers a rapid response time of less than 1 ms. Designed with galvanic isolation and robust environmental compliance, it supports up to 30 bits resolution and a top-drawer clock frequency of 100 kHz. Buy with confidenceits rugged construction, LED status indicators, IP20 rating, and effortless DIN rail mounting make it perfect for industrial automation.

Applications and Special Features of ABB FEN-11 Encoder Interface

The ABB ABSOLUTE ENCODER INTERFACE FEN-11 is ideal for industrial automation, motion control, and precise position sensing applications. It stands out with its rugged construction, select galvanic isolation for superior signal integrity, and intuitive LED status indication. Extra features include a configurable clock via DIP switch, RoHS compliance, and user-friendly screw terminal connectivity. The ace DIN rail mounting and basic IP20 protection make it perfectly suited for protected cabinet installations in demanding environments.

Supply Capacity, Export Markets, and Payment Terms for ABB FEN-11 Interface

ABB ensures efficient handover and secure transportation of the ABSOLUTE ENCODER INTERFACE FEN-11 across major export markets, focusing on reliable exchange in regions such as India and beyond. The top-rated supplier and trader network upholds steady supply ability for various industrial projects. Payment terms are streamlined for buyer convenience, creating a seamless procurement process. Flexible payment methods cater to diverse clients, strengthening partnerships through trusted transactions and timely delivery.

FAQs of ABB ABSOLUTE ENCODER INTERFACE FEN-11:

Q: How does the FEN-11 encoder interface support industrial automation applications?

A: The FEN-11 Ace interface connects absolute SSI encoders to ABB control systems, enabling precise position sensing, motion control, and reliable feedback essential for industrial automation applications.

Q: What are the special features of the ABB FEN-11 that make it stand out?

A: Top-drawer features include robust galvanic isolation, LED status indicators for operation and faults, adjustable clock signal via DIP switch, and a select rugged design for easy DIN rail mounting.

Q: When is it recommended to use a shielded encoder cable with the FEN-11?

A: It is always recommended to use a polished shielded encoder cable to minimize interference, ensuring accurate signal transmission between the SSI encoder and the FEN-11 interface in challenging environments.

Q: Where can the ABB FEN-11 encoder interface be installed?

A: The FEN-11 is DIN rail mountable and designed specifically for use inside protected switching cabinets, with an IP20 rating that suits industrial settings requiring controlled environments.

Q: What is the process for monitoring device operation on the FEN-11?

A: Operation and fault status can be easily monitored through the red/green LED indicators on the device, allowing quick troubleshooting and maintenance in real time with no guesswork required.