KEBA E-32-DIGIN 1321 Input Board

Brand:KEBA
Model:E-32-DIGIN 1321
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

KEBA E-32-DIGIN 1321 Input Board

Product manual:

Product Overview:
KEBA E-32-DIGIN 1321 is a digital input module with 32 digital input channels,
Used to receive binary signals from field devices such as sensors, buttons, switches, etc,
It is a commonly used signal acquisition unit in KEBA automation systems.

Technical parameters (brief):
Input channel: 32 digital inputs

Signal type: 24V DC, compliant with industrial input standards

Interface type: pluggable terminal block or backplane bus connection

Communication method: Communicate with the main controller through the system backplane or I/O bus

Electrical isolation: isolation design between input channel and system power supply

Module type: Embedded DIN rail installation module

Application areas:
Injection molding automation system
Collect status input signals such as mold travel switch, door lock detection, and ejection confirmation for process interlocking and safety control.

Assembly and conveying equipment
Monitor sensor status, material position, cylinder stroke, etc. as input conditions for executing control logic.

Robot peripheral control
Used in robot workstations to collect safety or operational signals such as limit, trigger, emergency stop, and door control.

Automatic packaging line and logistics system
Real time detection of switch signals to achieve automatic control of sorting, packaging, conveying and other processes.

General Industrial Automation Project
Widely used in various PLC or embedded control systems for signal acquisition and system monitoring.

Product advantages:
High density 32 channel input, saving installation space

Modular design for easy expansion and maintenance

High compatibility with KEBA control system, fast integration

Support high-frequency signal acquisition and adapt to complex control systems