HIMA F3331 Digital Output Module Original Brand New
Need a reliable digital output module for your HIMA system? The F3331 is a factory-sealed unit that handles Admissible line resistance (in + out): Maximum 11 Ohms. | Undervoltage tripping: Triggers at ≤ 16 V. | Short-circuit current: 0.75 to 1.5 A.. We test every module on a live rack before it leaves our Shenzhen facility. Ships same day. 12 months warranty.
Technical Specifications
| Output current | 500 mA, short-circuit proof. |
|---|---|
| Internal voltage drop | Maximum 2 V at 500 mA load. |
| Admissible line resistance (in + out) | Maximum 11 Ohms. |
| Undervoltage tripping | Triggers at ≤ 16 V. |
| Short-circuit current | 0.75 to 1.5 A. |
| Line break | 0.5 to 9.5 mA. |
| Output leakage current | Maximum 350 µA. |
| Output voltage if output is reset | Maximum 1.5 V. |
| Current input for watchdog | Maximum 30 mA. |
| Duration of the test signal | Maximum 200 µs. |
| Space requirement | 4 TE. |
| 5 V DC | 130 mA. |
| 24 V DC | 180 mA additional load. |
| Manufacturer | HIMA |
| Model / SKU | F3331 |
✓ Ships within 24 hours | ✓ 12-Month Warranty | ✓ Worldwide Delivery
Detailed Product Information
How the F3331 Is Used
This digital output module operates in pharmaceutical manufacturing with strict regulatory requirements. Our customers install these in HIMA systems where reliability is non-negotiable.
Deployments
- The specifications for the output component described: Output current: 500 mA, short-circuit proof.
- Internal voltage drop: Maximum 2 V at 500 mA load.
- Admissible line resistance (in + out): Maximum 11 Ohms.
Running without a spare means one failure away from unplanned downtime. We ship within 24 hours.
Troubleshooting Guide
Most failures are not the module. Check: (1) Correct slot? (2) Backplane power in spec? (3) Connectors fully seated? (4) System event log — it tells you what happened. Contact us before RMA — we often solve issues remotely.
Spare Parts Economics
A HIMA F3331 costs thousands. One day of downtime in pharmaceutical manufacturing with strict regulatory requirements costs $10K-$250K. One avoided outage pays for your spares 10-100x over. For critical systems, keep at least one cold spare per module type.
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