The NI-9482 is a four-channel C Series module with electromechanical SPST relay outputs, channel-to-channel isolation, and individual channel status LEDs.
Request current pricing and lead time for this model. Our team will confirm the exact equipment configuration and condition.
Key product information and technical features.
The NI-9482 provides relay-based switching in the NI C Series ecosystem. Its outputs switch external load circuits rather than serving as logic-level digital outputs.
Terminal selection matters: NI identifies 782999-01 as screw terminal and 783906-01 as spring terminal. The supplied catalog record combines 782999-01 with a spring-terminal description, so the physical variant requires confirmation.
Verified product specifications.
| Output channels | 4 channels |
|---|---|
| Relay type | Electromechanical, SPST |
| Maximum DC switching voltage, resistive load | 60 VDC |
| Maximum AC switching voltage, resistive load | 250 Vrms |
| Maximum current per channel, all channels on, resistive load | 1.5 A at 30 VDC; 1 A at 60 VDC; 1.5 A at 250 Vrms |
| Switching rate | 1 operation per second |
| Operating temperature | -40 to 70 °C |
Confirm condition, included accessories and revision before ordering.
Confirmed per unit.
Device / accessories confirmed in quote.
Exact revision confirmed when relevant.
Review system components and compatibility requirements.
Manufacturer
Module platform and interface
Relay output module
Manuals, software and technical resources for this model.
Review shipping, warranty and return terms before ordering.
Choose pricing, rental or repair for this exact model.
Product-specific answers based on available technical information.
The record is inconsistent. Its tagged part number, 782999-01, identifies the screw-terminal variant; NI lists 783906-01 for spring terminals. Confirm the module label and connector before selecting accessories.
NI does not recommend inductive loads. Its support guidance requires a suitable protection circuit if an inductive load is used and cautions that published specification behavior may not apply.