DIO216 Bachmann 00012240-00 | Industrial Configurable I/O

DIO216 Bachmann 00012240-00 | Industrial Configurable I/OBachmann DIO216 00012240 00 M1 System Digital 16 Channel I O Module Product Overview The DIO216 (Order Number 00012240 00) is a highly versatile digital interface module designed for the Bachmann M1 automation platform. It features 16 high density channels that are individually configurable, allowing each point to function as either an input or an output. This "all in one" flexibility allows engineers to optimize cabinet space and minimize spare part

The module’s integration into the Series C Input Output Termination Assembly (IOTA) allows for a clean

Model Series: 3500/50 Tachometer Monitor

and signaling devices

Local Interface: USB-B port for dedicated system configuration

0 mm to ±5

keeping the generator under exclusive control of its localized engine governor firmware and blocking out-of-phase closure commands

Parameter Specification Details Manufacturer Honeywell Model Designation TC-CCR013 System Platform Experion PKS Series C Network Protocol ControlNet Scheduled and Unscheduled Data Communication Rate 5 Mbps Copper Physical Interface Media Port A DB9 Male Twisted-pair Fiber Physical Interface Media Port B Fiber Optic SC or ST Variant Redundancy Architecture Dual-port with millisecond automatic physical failover System Input Voltage 24 VDC plus or minus 10 Percent Maximum Power Consumption Less than 5 Watts Operating Temperature Range -40 to +70 Degrees Celsius Hazardous Location Rating Class I Div 2 / ATEX Zone 2 Physical Module Dimensions 100 x 160 x 25 mm Unit Net Weight 0

The MC-TDOY23 utilizes robust electrical components and protective coatings to survive 24/7 continuous process operations

The 51107403-100 utilizes high-performance hardware to maintain microsecond-level synchronization across the DCS architecture

Field wires connect to distinct terminal points

If one sensor goes offline or transmits erroneous values

Internal trace pathways feature precise tracking to facilitate cold junction compensation (CJC) stability across all thermocouple configurations