The GE / Bently Nevada 3300/15-03-01-02-00-00-00 is a dual-channel vibration monitor for continuous online machinery health surveillance. It accepts inputs from two proximity probe transducer systems to measure radial vibration independently across each channel. Engineered to API standards, this microprocessor-based monitor delivers peak-to-peak amplitude detection with digitally adjustable Alert and Danger thresholds per channel, supporting early failure detection and proactive maintenance strategies across rotating and reciprocating machinery applications.
## Technical Specifications
**Signal Conditioning & Measurement**
• Peak-to-peak vibration amplitude detection
• Scale factor: 7200 mV/Mil
• Full-scale range: 0–10 mils PP
• Signal conditioning accuracy: ±0.33% typical at 25°C; ±1% maximum at 25°C; ±2% maximum with 2× trip multiply; ±3% maximum with 3× trip multiply
• Frequency response: 240 to 240,000 rpm; 60 to 36,000 rpm
• Input impedance: 10 kΩ
• Transducer supply voltage: Programmable –24 Vdc or –18 Vdc with short-circuit protection
**Outputs**
• Recorder outputs: +4 to +20 mA; 0 to –10 Vdc; +1 Vdc to +5 Vdc (proportional to programmed full-scale)
• Buffered transducer outputs on front coaxial and rear panel terminals, short-circuit protected
• Latching or non-latching alarm relays; separate First Out circuits for Alert and Danger alarms
• OK Relay control for channel status or bypass indication
## Key Features
• Dual independent channels for simultaneous radial vibration monitoring
• Microprocessor-based control with digital threshold adjustment
• Probe gap voltage display via front-panel GAP switch (negative DC proportional to gap distance)
• Status indicators for monitor health, transducer health, alarm states, and bypass conditions
• API standards compliance for machinery protection systems
## Typical Applications
Continuous health monitoring of rotating and reciprocating machinery in industrial and petroleum applications.
