AFL Series Interface Terminal Blocks (Screwless Push-In Type)

The CN-6000 series isolated signal conditioners feature 12-segment, programmable 3-color LCD displays for clear status identification. The series can process various input types and are available in various output options.

  • Screwless push-in type connection for simple and easy connection
  • Compact, space-saving design
  • Ideal for PLCs and motion device I/O
  • DIN rail mount and screw mount installation

※ Autonics CH/CO series I/O terminal block cables are recommended for best performance.

push-in-connection

Screwless Push-In Connection

slim-size

Slim type

operation-indicator

Operation Indicator

screw_mount

Screw Mount

din-rail-mount

DIN Rail Mount

Model
Type The Number of Terminals Points The Number of Connector Pins Connector (Controller) Mounting Method Operation Indicator Input Logic Model
Screwless 20-Point 20-Pin XG4A-2031 DIN Rail/
Screw Mount
AFL-H20
16-Point*¹ Y NPN AFL-H20-LN
Y PNP AFL-H20-LP
26-Point 26-Pin XG4A-2631 AFL-H26
40-Point 40-Pin HIF3BA-40PA-2.54DSA AFL-H40
32-Point*² Y NPN AFL-H40-LN
Y PNP AFL-H40-LP
50-Point 50-Pin HIF3BA-50PA-2.54DSA AFL-H50
HIF3BB-50PA-2.54DSA AFL-H50B
Various Lineup for Flexible Application

The AFL series allows the flexibility for user’s needs and applications with various lineup.

Easy Wiring and Stable Connection with Screwless Push-in Connection

The AFL series feature simple screwless push-in type connection providing easy wiring, secure & durable connection, high vibration resistance, reduced installation time, even tightening.

Flexible Mounting Methods

The AFL series supports both DIN rail mount and screw mount methods, for application in diverse environments.

Space-saving Design with Slim Size

The AFL series feature space-saving design with 5 mm terminal pitch for connecting more devices in limited space.

Operation Status Indicators

Users can easily check the status of the terminals with the power indicator (red LED) and operation indicators (blue LED)
* Only on AFL-H20/40-LN(P) models