Product Overview

The DIO264 (Order Number: 00012247-00) is a high-density, multifunctional digital interface module engineered for the Bachmann M1 automation platform. Featuring 64 digital channels within a single-slot footprint, it provides exceptional hybrid flexibility: 16 of these channels are software-configurable as either inputs or outputs. This versatility allows the DIO264 (00012247-00) to replace multiple dedicated I/O cards, significantly reducing hardware costs and cabinet space requirements.

Beyond standard switching, the module is equipped with advanced on-board processing capabilities. It supports eight interrupt-capable inputs for rapid event response and four 32-bit hardware counters for precision motion tracking. Additionally, its Pulse Width Modulation (PWM) functionality enables energy-efficient "valve economy" control, making it a premier choice for hydraulic and high-speed industrial applications.

Detailed Technical Specifications

The DIO264 (00012247-00) combines high-speed signal acquisition with ruggedized output stages for deterministic control.

• Manufacturer: Bachmann Electronic

• Model/Order Number: DIO264 (00012247-00)

• Total Channel Count: 64 Channels

• Configurable I/O: 16 Channels (Individually programmable as Input or Output)

• High-Speed Inputs: 8 Interrupt-capable channels for microsecond-level response

• Counter Functionality: 4 × 32-bit hardware counters (Supports Incremental Encoder, Frequency, Event counting, and Cycle Time measurement)

• PWM Output Mode: Programmable on all outputs; configurable hold time (0–2 s) for valve economy

• Output Current: 0.5 A per channel (Parallel connection supported for higher loads)

• Supply Voltage: 18–34 VDC (Integrated reverse polarity protection)

• Input Filtering: Software-configurable hardware filters to eliminate contact bounce

• Galvanic Isolation: 500 V RMS between field electronics and system bus

• Diagnostics: High-visibility green LED per channel for real-time status monitoring

• Operating Temperature: −30°C to +60°C