Balluff BNI004A

Balluff BNI004A 

Balluff Code: BNI EIP-502-105-Z015

Overview

The Balluff BNI004A is a compact and rugged I/O module designed for DeviceNet systems. It offers 8 digital inputs and 8 digital outputs with M12 connectors, making it ideal for field-level signal control in harsh environments. With IP67-rated housing, it supports decentralized automation without requiring a control cabinet.

Key Features

• 8 digital inputs and 8 digital outputs

• DeviceNet communication protocol

• M12 connectors for fast, secure wiring

• Output current up to 0.5 A per channel

• Short-circuit and overload protection

• Integrated diagnostics with status LEDs

• IP67 protection for field deployment

Technical Specifications

• Inputs: 8 digital (PNP)

• Outputs: 8 digital (PNP, max 0.5 A each)

• Communication: DeviceNet

• Voltage Supply: 24 V DC

• Current Consumption: ≤150 mA (logic)

• Housing Material: Black plastic

• Protection Class: IP67

• Connection Type: M12 standard connectors

• Operating Temp: –5 °C to +70 °C

• LED Indicators: Power, communication, input/output status

Applications

• Distributed I/O for automation systems

• Packaging and assembly machinery

• Conveyor and sorting systems

• Automotive production lines

• Harsh industrial environments

Why Choose Balluff BNI004A?

• Combines input/output flexibility in a single unit

• Reduces control cabinet complexity

• Supports rugged field installations

• Speeds up installation with standard M12 ports

• Compatible with common DeviceNet topologies

Order Now

Optimize your DeviceNet field architecture with the Balluff BNI004A — a compact, durable solution for reliable signal integration.

Original Manufacturer Packaging

These products are industrial surplus items preserved in the original manufacturer box. Learn More

DDPARTSSOLUTION Packaging

These products are industrial surplus items shipped in secure DDPARTSSOLUTION protective packaging. Learn More

Refurbished

These products have been previously installed or may show cosmetic signs of prior handling. Learn More