USM-PN-D08P08P media
IP67 Bus I/O Modules

USM-PN-D08P08P

Rugged IP67 distributed I/O module for machine-mounted fieldbus signal collection and control.

Communication protocol
PROFINET
Number of channels
8 DI / 8 DO
Signal type
PNP
Protection level
IP67
Quick Check
Field I/O · IP67
Cabinet-free Installation
Designed for direct machine mounting without control cabinet protection
M12 Fast Connection
Standard M12 interfaces simplify sensor, actuator and field wiring
Rugged Field Operation
IP67 protection supports reliable operation in demanding industrial environments

Product Overview

The USM-PN-D08P08P is an IP67 bus I/O module for decentralized signal collection and control in industrial automation. It supports PROFINET communication, 8 DI / 8 DO, PNP signal type and metal housing. The M12 interfaces, 24 VDC power supply and IP67 protection allow direct installation on machines and production lines, reducing cabinet wiring and improving field diagnostics.

Product Family

USM-PN-D08P08P product family

Key Features

IP67 Field-Mounted Design

Designed for cabinet-free installation, enabling reliable I/O connection directly on machines and production lines.

Standard M12 Quick Connection

Standard M12 interfaces simplify wiring, reduce installation time, and support fast connection to sensors and actuators.

Multi-Protocol Integration

Available with PROFINET, EtherCAT, EtherNet/IP, Modbus TCP, and CC-Link IE Field Basic for flexible PLC connection.

Typical Applications

Machine-Mounted I/O

Ideal for installing I/O modules directly on equipment where control cabinet space is limited.

Sensor & Actuator Networks

Suitable for connecting multiple sensors, actuators, valves, and field devices in distributed automation systems.

Production Line Automation

Supports signal collection and output control across large-scale production lines and moving equipment.

Harsh Industrial Environments

IP67 protection, wide temperature performance, and optional metal housing help support reliable operation in demanding field conditions.