Description
The SSR-OAC5A is a solid-state relay Output Module designed by National Instruments to facilitate the control of AC and DC loads through TTL standard logic signals. With the part number 776240-02, this module supports a maximum load voltage of 240 VAC and operates at a current rating of 12 mA. It incorporates a 50-pin connector for establishing backplane connections with data acquisition modules and ensures secure interfacing with PCs via optical isolation.
Compatible with the SC-205x series of devices, the SSR-OAC5A module is a high-performance solution for managing power signals akin to traditional relays. Despite its obsolete status, as announced by National Instruments, it remains available for purchase and repair through Apex Waves.
| Attribute | Details |
|---|---|
| Part Number | SSR-OAC5A |
| Manufacturer | National Instruments |
| Product Type | Output Module for SSR |
| NI Part Number | 776240-02 |
| Signal Type | TTL standard logic signal |
| Load Voltage | 240 VAC |
| Current Rating | 12 mA |
| Connector Type | 50-pin connector |
| Interface | Optical isolation with PCs |
| Compatible Devices | SC-205x series |
| Obsolete Status | Announced by National Instruments, available from Apex Waves |
Q1: What is the function of the National Instruments SSR-OAC5A Output Module and what are its key specifications, despite its obsolete status?
A1: The SSR-OAC5A Output Module, designed by National Instruments with part number 776240-02, is a solid-state relay capable of controlling AC and DC loads using TTL logic signals, supports a maximum load voltage of 240 VAC at a 12 mA current rating, features a 50-pin connector for backplane connections, offers optical isolation for secure PC interfacing, is compatible with the SC-205x series, and, despite its obsolete status, remains available for purchase and repair
Q2: What is the maximum load voltage and current rating for the National Instruments SSR-OAC5A solid-state relay Output Module with the part number 776240-02, and what type of connector does it use to interface with data acquisition modules?
A2: The National Instruments SSR-OAC5A Output Module functions to control AC and DC loads using TTL logic signals, with key specifications including a maximum load voltage of 240 VAC, a current rating of 12 mA, a 50-pin connector for backplane connections, optical isolation for secure PC interfacing, and compatibility with SC-205x series devices, and although it is obsolete, it can still be purchased and repaired through Apex Waves.
Q3: What are the specifications and compatibility details of the SSR-OAC5A Output Module produced by National Instruments, and how can it be obtained despite its obsolete status?
A3: The SSR-OAC5A Output Module by National Instruments is a solid-state relay designed for controlling AC and DC loads, supporting a maximum load voltage of 240 VAC, operating at 12 mA, and featuring a 50-pin connector for backplane connections, with optical isolation for secure PC interfacing. It is compatible with the SC-205x series of devices, and although it is obsolete, it can still be purchased and repaired through Apex Waves, which specializes in providing such services for discontinued
Q4: What are the specifications and compatibility details of the obsolete SSR-OAC5A Output Module designed by National Instruments, and through which company can it still be purchased and repaired?
A4: The SSR-OAC5A Output Module designed by National Instruments is a solid-state relay with a maximum load voltage of 240 VAC, operates at a current rating of 12 mA, features a 50-pin connector for backplane connections, and offers optical isolation for secure PC interfacing; it is compatible with the SC-205x series and, despite being obsolete, can still be purchased and repaired through Apex Waves.
Q5: What are the main specifications and compatibility features of the SSR-OAC5A Output Module designed by National Instruments, including its availability despite being obsolete?
A5: The National Instruments SSR-OAC5A solid-state relay Output Module with the part number 776240-02 has a maximum load voltage of 240 VAC, a current rating of 12 mA, and it uses a 50-pin connector to interface with data acquisition modules.
