ABB FEN-11 ABSOLUTE ENCODER INTERFACE

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ABB FEN-11 ABSOLUTE ENCODER INTERFACE Specification

Connectivity Type
Screw terminal

Mounting Type
DIN Rail

Protection Level
IP20

Installation Type
DIN rail mounting

Output
Data via Profibus or system bus

Current
typ. 0.2 A (at 5 V DC supply)

Features
Supports different absolute encoder protocols (SSI/EnDat); Compact design; High speed data transfer; Diagnostics LED

Sensor Type
Absolute Encoder

IP Rating
IP20

Measuring Range
Absolute Position Feedback

Display
No Display

Usage & Applications
Suitable for ABB drive systems and motion controllers

Product Type
Absolute Encoder Interface Module

Operating Temperature
0C to +55C

Working Temperature
0C to +55C

Input
SSI/EnDat absolute encoder signals

Application
Industrial automation, Motion control systems

Supply Voltage
5 V DC

Accuracy
Dependent on connected encoder

Dimension (L*W*H)
approx. 110 x 95 x 35 mm

Weight
approx. 200 g

Climatic Category
3K3 (acc. to EN 60721-3-3)

Compatible Encoders
SSI, EnDat

Cooling Method
Self-cooling (natural convection)

Diagnostic Functions
Diagnostic LEDs for status indication

Color
Grey

Communication Interface
System bus (SBus) for communication with central processing unit

Electrical Isolation
Galvanic isolation between encoder inputs and SBus

Approvals/Standards
CE Marked, RoHS compliant

Product Code
FEN-11

About ABB FEN-11 ABSOLUTE ENCODER INTERFACE

Discover the ABB FEN-11 Absolute Encoder Interfaceyour dominant solution for precise motion control in industrial automation. This classic yet sophisticated interface appeals to those seeking compactness and reliability, with favorable reviews highlighting its high-speed data transfer and diagnostic LED features. Limited time availability makes it a lofty choice for innovative systems. Compatible with SSI and EnDat encoders, and equipped with galvanic isolation and natural convection cooling, the FEN-11 is CE marked and RoHS compliant, ensuring trust and peak performance for ABB drive environments.

Robust Material and Superior Application Surface

The ABB FEN-11 Absolute Encoder Interface is crafted using industry-grade materials that ensure longevity and robust functionality. Designed for direct installation onto DIN rails, it provides a secure and stable application surface that streamlines setup. Whether integrated into motion control systems or ABB drive systems, this device stands out with its compact build and high protection level (IP20). Its classic grey finish blends seamlessly into industrial control cabinets, supporting optimal connectivity for absolute encoders.

Prompt Delivery and Export Service Offers

Benefit from our prompt drop-off and efficient transport services when you select the ABB FEN-11 interface. We deliver across India and beyond, reaching major export markets swiftly. If you wish to evaluate the product beforehand, we offer sample units upon request. Our streamlined logistics ensure that your automation projects stay on schedule, minimizing downtime. Experience hassle-free delivery and reliable support as part of our comprehensive service solutions.

FAQs of ABB FEN-11 ABSOLUTE ENCODER INTERFACE:

Q: How do I install the ABB FEN-11 Absolute Encoder Interface?

A: The ABB FEN-11 can be easily mounted on a standard DIN rail, connecting to your system using the included screw terminals for secure and stable integration.

Q: What types of encoders are compatible with the FEN-11 interface?

A: This interface supports both SSI and EnDat absolute encoders, making it versatile for use with various ABB drive systems and compatible industrial automation solutions.

Q: When are diagnostic functions helpful in the FEN-11?

A: Diagnostic LEDs are invaluable for quickly indicating the status of the device, helping users monitor operation, identify faults, and ensure reliable performance throughout use.

Q: Where can the ABB FEN-11 be used effectively?

A: The FEN-11 is ideal for industrial automation and motion control systems, particularly where precise absolute position feedback is required for ABB drive environments.

Q: What benefits does electrical isolation provide in this interface?

A: Galvanic isolation between encoder inputs and the system bus enhances safety and signal integrity, reducing interference and protecting sensitive equipment during operation.

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