May 27, 2026

3DM455.60-2 Digital Mixed Module

The 3DM455.60-2 is a compact, high‑speed digital mixed input/output module from the B&R SYSTEM 2005 series. It integrates 8 high‑speed digital inputs and 8 high‑power transistor outputs in a single‑width housing, designed for 24 VDC field signals. Featuring an ultra‑fast 2.5 µs hardware input delay and a 0–50 VDC output range, it delivers precise, rapid signal acquisition and control. It uses a TB170 terminal block (ordered separately) and mounts on SYSTEM 2005 backplanes, serving as a high‑performance I/O solution for demanding industrial applications.

Description

3DM455.60-2 Digital Mixed Module

Product Introduction

Basic Information

Model: 3DM455.60-2
Brand: B&R (Bernecker + Rainer, ABB Group)
Series: SYSTEM 2005
Product Type: Digital Mixed Input/Output Module
Input Channels: 8‑channel, 24 VDC, sink‑type
Input Delay: ≤2.5 µs hardware
Output Channels: 8‑channel transistor output, 0–50 VDC, 1 A per channel
Output Protection: Short‑circuit, overload, reverse polarity protection
Connection: Terminal block (TB170, sold separately)
Status Indicators: LED per channel for I/O status; initialization and fault LEDs
Power Supply: Backplane‑powered (5 VDC)
Protection Class: IP20
Operating Temperature: 0 °C to +60 °C
Storage Temperature: -25 °C to +70 °C
Humidity: 5%–95%, non‑condensing
Certifications: CE, UL, EAC, UKCA
Installation: 1 standard slot on SYSTEM 2005 backplane, DIN rail mountable

Function and Positioning

The 3DM455.60-2 acts as a high‑speed signal interface in industrial control systems, capturing fast discrete signals from sensors, encoders, and switches while driving 24–50 VDC actuators. Its 2.5 µs input response enables precise detection of rapid pulses, ideal for motion control and high‑speed counting. The 1 A per channel outputs provide robust switching for solenoids, valves, and small motors. Positioned as a high‑performance mixed I/O module, it combines speed and power in a compact form, simplifying system design for high‑speed, high‑power control applications.

Core Performance Parameters

Mixed I/O Capacity: 8 high‑speed inputs + 8 high‑power outputs for integrated monitoring and control
Ultra‑Fast Input Response: ≤2.5 µs hardware input delay for high‑speed signal acquisition
High‑Power Outputs: 0–50 VDC transistor outputs, 1 A per channel, 100% simultaneous load factor
Sink‑Type Inputs: 24 VDC compatible, optimized for sink‑mode field devices
Output Protection: Comprehensive short‑circuit, overload, and reverse polarity protection
Diagnostic Features: Channel‑specific LEDs and global fault/initialization indicators for quick status checks
Industrial Durability: Withstands vibration, shock, and wide temperature ranges
EMC Compliance: Meets strict industrial electromagnetic compatibility standards
System Compatibility: Fully interoperable with B&R SYSTEM 2005 CPUs, backplanes, and Automation Studio

General Compatible Accessories

B&R SYSTEM 2005 series backplane modules and power supply units
SYSTEM 2005 CPU modules for logic control and data processing
TB170 terminal block (required, ordered separately) for field wiring
24 VDC field devices: high‑speed proximity sensors, encoders, limit switches
24–50 VDC actuators: solenoid valves, contactors, small DC motors, relays
Shielded cables for high‑speed signal transmission
B&R Automation Studio software for configuration, programming, and diagnostics
DIN rail mounting components and standard control cabinet hardware

Applicable Equipment Fields

Factory Automation: High‑speed assembly lines, precision packaging machinery, material handling systems
Industrial Machinery: Machine tools, textile machines, printing equipment, plastic processing machines
Motion Control: High‑speed positioning systems, encoder‑based monitoring, pulse counting applications
Process Control: High‑speed flow monitoring, pressure control, rapid valve actuation systems
Logistics Automation: High‑speed conveyors, sorting systems, automated warehouse equipment
General Industrial Control: Any automation system requiring high‑speed input and high‑power output capabilities.

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