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The Allen Bradley 100-DNY42S is a communication module designed for use with DeviceNet networks. It features four inputs and two solid-state outputs, delivering reliable performance in automation systems.
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| Manufacturer | Allen Bradley |
|---|---|
| Product Type | Communication Module |
| Product Line | 100 Contactors |
| Part Number | 100-DNY42S |
| UPC | 611320009163 |
| Weight | 0.38 lbs (0.17 kg) |
| Communication Type | DeviceNet |
| Number of Outputs | 2 |
| Output Type | Solid State |
| Number of Inputs | 4 |
| Input Voltage | 24 VDC |
| Mounting Style | DIN Rail or Panel Mount |
| Output Current | 2 A |
| On-State Voltage Range | 100 to 30 VDC |
| Off-State Voltage | 5.5 VDC |
| On-State Current | 11 mA at 30 V (max) and 3 mA at 10 V (min) |
| Off-State Current | 1.5 mA max. |
| Transition | 5 to 10 VDC (Voltage) and 1.5 to 3 mA (Current) |
| Sensor Source | 19 to 25 VDC (Voltage) and 35 mA (Current) |
| Maximum Off-State Leakage Current | 1.5 mA |
The 100-DNY42S model from Allen Bradley is a specialized communication module that interfaces with DeviceNet. It is constructed to handle four input signals, with an input voltage specification of 24 VDC. The device is capable of managing two outputs using solid-state technology. Each output can accommodate a current of 2 A.
The operational voltage for the outputs ranges from 100 V down to 30 V DC while maintaining an off-state voltage of 5.5 V DC. The current functionality reveals an on-state current consumption of 11 mA when operating at the maximum 30 V, decreasing to 3 mA at the lower threshold of 10 V. For off-state conditions, the maximum allowable leakage current registers at 1.5 mA.
The transition between on and off states is achieved through a voltage shift that spans 5 to 10 VDC and a corresponding current range of 1.5 to 3 mA. For input sensors, the required supply voltage ranges from 19 to 25 VDC, with a sensor current requirement of 35 mA.
The 100-DNY42S module can be conveniently installed on either a DIN rail or within panel configurations, providing flexibility in system designs.