2DO430.6 B & R Automation
Wake Industrial LLC is not an authorized distributor of this product.
The B & R Automation 2DO430.6 is part of the System 2010 Controllers series. This module features 32 transistor outputs grouped in 4 sets of 8, with a maximum switching voltage of 30 VDC and a nominal switching voltage of 24 VDC. It supports a maximum current of 2 A per output and 48 A for the entire module, while its dimensions are 285 by 40 by 185 mm.
Internal Product Review
The 2DO430.6 is a B & R Automation System 2010 transistor output module with 32 outputs arranged in 4 groups of 8. A 100 µsec switching delay and 500 Hz maximum switching frequency support sharp response in fast discrete control applications. Nominal 24 VDC switching and 2 A per output make this module a strong choice for dependable output performance.
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Product Description:
The 2DO430.6 output module belongs to the System 2010 Controllers series from B&R Automation. It interfaces a controller with field actuators by switching DC loads through transistor output stages, so command signals from the control CPU can be translated into direct on/off control at the field level. Housing dimensions of 285 × 40 × 185 mm let it mount beside related I/O modules without increasing panel depth, which helps when the rack must fit within shallow enclosures or densely packed cabinets. Its role in an automation rack is to operate devices such as solenoids, indicator lamps, and relay coils that require consistent switching behavior during cyclic machine operation.
The module provides 32 transistor outputs arranged in four groups of eight, which allows multiple loads to be wired in a compact format. Each channel can switch up to 2 A, while the whole unit can distribute a maximum of 48 A across connected circuits. Nominal load voltage is 24 VDC, with an operating range from 18 VDC to 30 VDC, so it can tolerate typical control-power variation without interrupting normal output behavior. The output transistors can be driven at frequencies up to 500 Hz, which supports rapidly pulsed applications such as proportional valves, signaling patterns, or other loads that need faster switching than simple static outputs.
Total internal demand on the system power bus is just 2.9 W, which helps limit heat rise beside neighboring modules and reduces the electrical burden on the rack supply. Command response is characterized by a switching delay of 100 microseconds, and off-state leakage remains below 1.5 mA to help prevent unintended device activation when an output is supposed to be off. Fault protection includes a short-circuit current limit of 7 A, and the electronic safeguard attempts an overload restart after 350 ms rather than leaving the channel latched off after a brief wiring fault.
