

Bently Nevada 3300/30 79502-01 Six-channel Temperature Monitor
The Bently Nevada 3300/30-79502-01 is a six-channel temperature monitor for Bently Nevada industrial automation platforms. Model / SKU: 3300/30-79502-01. Factory-sealed, fully tested, 12-month warranty. Ships within 24 hours.
Technical Specifications
| 79502-01 3300/30 | Six-Channel Temperature Monitors offer six independent channels for online temperature monitoring. They are versatile and suitable for various types of temperature measurements. These monitors are designed to accept inputs from up to six thermocouples (3300/30 TC Monitor) or resistance temperature detectors (3300/35 RTD Monitor), which are provided separately. |
|---|---|
| Manufacturer | Bently Nevada |
| Model / SKU | 3300/30-79502-01 |
✓ Ships within 24 hours | ✓ 12-Month Warranty | ✓ Worldwide Delivery
Detailed Product Information
🎯 Monitoring Function
The Bently Nevada 3300/30-79502-01 continuously monitors critical machinery parameters with programmable alarm and shutdown setpoints. It provides relay outputs for protection per API 670 standards.
🔧 Specifications
| Parameter | Value |
|---|---|
| 79502-01 3300/30 | Six-Channel Temperature Monitors offer six independent channels for online temperature monitoring. They are versatile and suitable for various types of temperature measurements. These monitors are designed to accept inputs from up to six thermocouples (3300/30 TC Monitor) or resistance temperature detectors (3300/35 RTD Monitor), which are provided separately. |
| Manufacturer | Bently Nevada |
| Model / SKU | 3300/30-79502-01 |
Calibration
- Inject known test signal with calibrated source.
- Verify reading within ±1% full scale.
- Force alarm/danger relays — verify DCS annunciation.
- Document all values in CMMS.
📦 Shipping
24h handling. 12-month warranty covering component failure, calibration drift, relay failure.
❓ FAQ
Q: Annual calibration?
A: Recommended. SIL loops: every 6 months per IEC 61511.
Q: Hot-swappable?
A: No — power down before replacement.
💰 ROI
One avoided bearing failure saves $250K-500K. Monitor cost recovered in first detected incident.
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