Alfatronic AFT-24-R06-Q NPN Transistor Coupler Data Sheet

The Alfatronic AFT-24-R06-Q is an NPN transistor coupler used as an interface between controllers and sensors/actuators for switching low and medium loads.


Alfatronic AFT-24-R06-Q NPN Transistor Coupler Data Sheet - cover page
Brand
Alfatronic
Category
Optocoupler
Document type
Product Leaflet
Language
Portuguese
Pages
2
File format
PDF
File size
239 KB
Published
11 November, 2026
Updated
11 November, 2026
MD5 checksum
173CB704105AC3BA7F8BB3AB088E0F98

About this manual

The Alfatronic AFT-24-R06-Q is an NPN transistor coupler developed as a universal interface between control devices, such as PLCs, and sensors or actuators for switching low and medium loads. Its output uses a power MOSFET, allowing an unlimited number of load operations. The unit has an insulating plastic housing 6 mm thick and is mounted on a TS 35 rail.

Electrical connections are made through terminals with clamp/screw, and optional jumper combs and side posts are available. Technical data include a 24 V DC input (±10%), maximum NPN output current of 5 A, maximum PNP output current of 0.6 A, maximum operating frequency of 1.5 kHz, rise time of 30 µs, fall time of 150 µs, and dielectric strength of 1.5 kV AC. This manual is written in Portuguese.

What's inside

  • Application
  • Advantages
  • Technical Data
  • Dimensions
  • Wiring Diagram

Specifications

Maximum NPN output current5 A
Maximum operating frequency1.5 kHz
Rise time30 µs
Fall time150 µs
Input voltage24 V DC (±10%)
Output voltage (min./max.)5...24 V DC
Maximum PNP output current0.6 A
Operating temperature without spacing-25 to 40 °C
Dielectric strength1.5 kV AC
MountingTS 35 rail

Frequently asked questions

What is the maximum NPN output current of the Alfatronic AFT-24-R06-Q?

It is 5 A.

What is the maximum operating frequency?

The maximum operating frequency is 1.5 kHz.

How is the AFT-24-R06-Q mounted?

It is mounted on a TS 35 rail.

What input voltage does the coupler use?

The input voltage is 24 V DC (±10%).

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