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The Omron SRT2-OD08 is a transistor remote terminal block designed for output operations. It operates at a nominal voltage of 24 VDC, allowing a peak current draw of 50 mA.
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| Manufacturer | Omron |
|---|---|
| Product Line | Other |
| Part Number | SRT2-OD08 |
| Weight | 0.38 lbs (0.17 kg) |
| Device Category | Transistor Remote Terminal Block (Output) |
| Peak Current Draw | 50 mA at 24 VDC |
| Isolation Method | Photocoupler |
| Maximum Current for I/O Supply | 1.0 A |
| Total Output Channels | 8 |
| Output Configuration | NPN |
| Input/Output Supply Voltage Tolerance | 24 VDC (+10% / -15%) |
| Nominal Voltage | 24 VDC |
| Maximum Output Current | 0.3 A per channel |
| Maximum Input Current | 6 mA per channel |
| Maximum ON Response Time | 1.5 ms |
| Maximum OFF Response Time | 1.5 ms |
| Maximum Residual Voltage | 0.6 V |
| Maximum Leakage Current | 0.1 mA |
Operating as a transistor remote terminal block model SRT2-OD08 from Omron, this device serves as an output module. It is tailored to function at a nominal voltage of 24 VDC, with a tolerance of +10% to -15%. Capable of handling a peak current draw of 50 mA, it ensures stable operation in various applications. This model showcases a total of eight output channels that support an NPN configuration, which is beneficial for multiple control scenarios.
In terms of performance efficiency, the SRT2-OD08 allows for a maximum output current of 0.3 A per channel. When measuring input capacities, the module has a limit of 6 mA for each channel, accommodating a modest load. The isolation method for this device employs a photocoupler, ensuring secure signal handling.
Response times for switching operations are optimized, with both ON and OFF states having a maximum limit of 1.5 milliseconds. Additionally, the module demonstrates a maximum residual voltage of 0.6 V, indicating low voltage drop across the outputs, which contributes to effective circuit performance. For leakage assessments, it is designed to maintain low maximum leakage current at just 0.1 mA, promoting efficient energy management and reliability in output signaling.