On-Machine Distributed I/O

Catalogs > Automation Systems Catalog > I/O > On-Machine Distributed I/O > 1732D/E ArmorBlock and Armor WeldBlock I/O

1732D/E ArmorBlock and Armor WeldBlock I/O

Introduction Product Design Typical Configurations General Specifications DeviceNet I/O Blocks EtherNet/IP I/O Blocks Mating Cables
DeviceNet I/O Blocks

DeviceNet 24V DC I/O Blocks

Cat. No. Inputs (Sink) Outputs (Source) Max. Continuous Output Current Rating per Point/Module Max. Surge/Inrush Output Current Rating per Point Max. Current for Input Device Power per Point Potential Max. Aux. Current per Module Network Current Draw I/O Connectors Fusing
1732D-IB8M8 8  current sinking 0.8 A 0.45 A 100 mA (8) M8 Not Applicable
1732D-IB8M12 (4) M12 Not Applicable
1732D-OB8EM8 8  current sourcing 0.5 A/4.0 A 1.2 A 4.0 A 100 mA (8) M8 Electronically Fused by Group
1732D-OB8EM12 (4) M12 Electronically Fused by Group
1732D-8CFGM8 8 self-configuring  §  0.5 A/4.0 A 1.2 A 0.8 A 4.0 A 100 mA (8) M8 Electronically Fused by Group
1732D-8CFGM12 (4) M12 Electronically Fused by Group
1732D-IB16M12M12 16 current sinking 0.8 A 0.9 A 75 mA (8) M12 Not Applicable
1732D-IB16M12MINI Not Applicable
1732D-OB16M12M12 16 current sourcing⋆  2.0 A/8.0 A⋆  4.8 A 0.1 A/8.0 A‡  100 mA (8) M12 Electronically Fused by Group
1732D-OB16M12MINI Electronically Fused by Group
1732D-16CFGM12M12 16 self-configuring §  0.5 A/8.0 A (all outputs) 1.2 A 0.8 A 0.9 A/8.0 A 100 mA (8) M12 Electronically Fused by Group
1732D-16CFGM12MN Electronically Fused by Group
⋆ Maximum current on all I/O connectors exceeds total for the module.
‡ Module operation power and input device power, from Auxiliary Power Connector pins 2 and 3, are separate and isolated from the I/O output power, from Auxiliary Power Connector pins 1 and 4. Both auxiliary power consumption totals need to be noted.
§ Each of the self-configuring I/O points can be either an input (sink) or an output (source), for example: 16 points: 13 in –3 out, 6 in – 10 out, etc. or 8 points: 6 in – 2 out, 1 in – 7 out, etc.

DeviceNet 24V DC I/O Blocks with Network Powered I/O and Diagnostics

I/O diagnostics provide one fault bit per module to indicate a short circuit or overcurrent on any I/O point. Inputs and/or outputs are powered by network where noted.

Cat. No. Inputs (Sink) Powered by Network Outputs (Source) Max. Continuous Output Current Rating per Point/Module Max. Surge/Inrush Output Current Rating per Point Max. Current for Input Device Power per Point Potential Max. Aux. Current per Module Max. Network Current Draw for Module Operation Plus I/O I/O Connectors Fusing
1732D-8X81212D 8 (2 each on 4 connectors) 8 (2 each on 4 connectors) 0.5 A/4.0 A 1.2 A 0.8 A 4.0 A 0.1 A + I/O (1.0 A max.) (8) M12 Electronically Fused by Group
1732D-8X81212HD 8 (2 each on 4 connectors) 8 (2 each on 4 connectors) 1.4 A/8.0 A⋆  3.1 A 0.8 A 8.0 A 0.1 A + I/O (1.0 A max.) (8) M12 Electronically Fused by Group
1732D-8I8O1212D 8 (1 on each connector) 8 (1 on each connector and powered by network) 0.5 A/4.0 A 1.2 A 0.8 A 0.1 A + I/O (5.0 A max.) (8) M12 Electronically Fused by Point
1732D-IB161212D 16 powered by network 0 0.8 A 75 mA + I/O (0.95 A max.) (8) M12 Not Applicable
⋆ Maximum current on all I/O connectors exceeds total for the module.

DeviceNet Armor WeldBlock 24V DC I/O Blocks

Cat. No. Inputs (Sink) Powered by Network Outputs (Source) Max. Continuous Output Current Rating per Point/Module Max. Surge/Inrush Output Current Rating per Point Max. Current for Input Device Power per Point Potential Max. Aux. Current per Module Network Current Draw I/O Connectors Fusing
1732D-IB161212W 16 Sink 0 0.8 A 0.9 A 75 mA (8) M12 Not Applicable
1732D-16CFG1212W 16 self-configuring§  0.5/8.0 A 1.2 A 0.8 A 0.9/8.0 A‡  100 mA (8) M12 Electronically Fused by Group
‡ Module operation power and input device power, from Auxiliary Power Connector pins 2 and 3, are separate and isolated from the I/O output power, from Auxiliary Power Connector pins 1 and 4. Both auxiliary power consumption totals need to be noted.
§ Each of the self-configuring I/O points can be either an input (sink) or an output (source), for example: 16 points: 13 in –3 out, 6 in – 10 out, etc. or 8 points: 6 in – 2 out, 1 in – 7 out, etc.