Bently Nevada 330930-060-00-05 NSv Cable | 6m Extension
Bently Nevada 330930-060-00-05 NSv Cable | 6m Extension
Manufacturer: Bently Nevada
Product No.: 330930-060-00-05
Condition:1000 in stock
Product Type: Proximity Transducer Cable
Product Origin: 330930-060-00-05
Payment: T/T, Western Union
Weight: 255g
Shipping port: Xiamen
Warranty: 12 months
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🔌 Precision Extension Cable for 3300 NSv Proximity Systems
The Bently Nevada 330930-060-00-05 is a 6-meter (19.7 ft) extension cable engineered for the 3300 NSv proximity transducer system. This non-armored configuration delivers optimal signal transmission in controlled environments where mechanical protection is secondary to flexibility and ease of installation.
⚠️ Critical System Length Matching
IMPORTANT: The combined length of your proximity probe + this extension cable MUST equal the total system length programmed into your Proximitor Sensor. Mismatched lengths cause measurement errors and false alarms.
Example: 3300 NSv 5mm probe (0.5m) + this 6m extension = 6.5m total system → Proximitor must be configured for 6.5m
✅ Ideal Applications
- Indoor turbine monitoring
- Climate-controlled compressor rooms
- Clean manufacturing environments
- Laboratory test stands
❌ Not Recommended For
- High-traffic walkways
- Outdoor/weather-exposed areas
- Chemical splash zones
- Heavy machinery proximity
📐 Configuration Decoder: 330930-AAA-BB-CC
| Position | This Model | What It Means |
|---|---|---|
| AAA - Length | 060 | 6.0 meters (19.7 feet) |
| BB - Construction | 00 | Standard cable, no armor, no protector |
| CC - Certifications | 05 | Multiple agency approvals (CSA/ATEX/IECEx) |
🔧 Available Construction Options (BB Code)
Best for: Indoor, protected environments
Best for: Outdoor, high-traffic areas
Best for: Dusty environments
Best for: Oil/coolant exposure
🌡️ Environmental Performance Specifications
| Parameter | Specification |
|---|---|
| Operating Temperature | -52°C to +177°C (-62°F to +351°F) |
| Storage Temperature | -52°C to +177°C (-62°F to +351°F) |
| Humidity Tolerance | 100% condensing (non-submersible with protected connectors) |
| Cable Weight | 45 g/m (0.5 oz/ft) - Total: ~270g for 6m length |
| Bend Radius (Min) | 50mm (2 inches) to prevent core damage |
⚡ Real-World Deployment Scenarios
🏭 Scenario 1: Power Plant Steam Turbine
Challenge: Monitor bearing vibration on a 50MW turbine in a climate-controlled turbine hall.
Solution: Install 3300 NSv 5mm probes at each bearing with 6m extension cables routing through overhead cable trays to centralized monitoring rack. The non-armored design provides flexibility for tight bends around structural steel while maintaining signal integrity across the 6.5m total system length.
🔬 Scenario 2: Aerospace Test Stand
Challenge: Measure shaft displacement on jet engine test rig with frequent sensor repositioning.
Solution: Use 6m extensions to allow probe relocation without rewiring proximitor rack. The lightweight, flexible cable simplifies reconfiguration during different test protocols while the 05 certification meets facility safety requirements.
⚙️ Scenario 3: Pharmaceutical Compressor Monitoring
Challenge: Vibration monitoring in clean room environment with strict contamination controls.
Solution: Non-armored cable eliminates metal particle shedding risk. The 6m length bridges the distance from compressor (inside clean room) to monitoring equipment (outside controlled area) through sealed wall penetrations.
🔗 System Compatibility Matrix
| Compatible Probes | 3300 NSv 5mm, 8mm proximity probes (all thread types) |
| Compatible Proximitors | 330930 Proximitor Sensor (must match total system length) |
| Connector Type | Bayonet-style quick-disconnect (probe end & proximitor end) |
| System Voltage | -24 VDC (standard Bently Nevada configuration) |
📏 Length Selection Guide
Why 6 meters? This length is optimal for:
- ✓ Typical machine-to-control-room distances in industrial facilities (15-25 feet)
- ✓ Routing through cable trays with vertical/horizontal transitions
- ✓ Balancing signal quality vs. installation flexibility
- ✓ Minimizing capacitance-induced measurement drift
💡 Pro Tip: For distances >8m, consider using a proximitor-mounted configuration to reduce cable capacitance effects on measurement accuracy.
🛠️ Installation Best Practices
- Pre-Installation Verification: Measure DC resistance (should be <2Ω core-to-core) to confirm cable integrity
- Routing Strategy: Maintain 300mm (12") separation from AC power cables >120V to prevent EMI coupling
- Bend Management: Use cable guides at 90° turns; never exceed 50mm minimum bend radius
- Connector Protection: Apply dielectric grease to bayonet connectors in humid environments (>80% RH)
- Grounding: Connect cable shield to proximitor chassis ground only (single-point grounding prevents ground loops)
- Documentation: Label both ends with total system length for future maintenance reference
⚠️ Common Installation Mistakes to Avoid
| Mistake | Consequence | Prevention |
|---|---|---|
| Mismatched system length | ±2mm measurement error | Verify probe + cable = proximitor setting |
| Over-tightening connectors | Damaged bayonet pins | Hand-tighten only; no tools required |
| Parallel routing with VFD cables | High noise floor (>50mV) | Cross power cables at 90° only |
| Exposing to <-34°C sustained | Pressure seal failure | Use heated enclosures in arctic climates |
📦 Package Contents & Specifications
- ✓ 1× Bently Nevada 330930-060-00-05 extension cable (6.0 meters)
- ✓ Pre-installed bayonet connectors (both ends)
- ✓ Cable identification label with part number and length
- ✓ Installation guidelines and resistance verification chart
- ✓ Certificate of conformity (05 agency approvals)
🏆 Why Choose Genuine Bently Nevada Cables?
Capacitance matched to ±5% for measurement accuracy
Non-genuine cables void system warranties
Serialized production with batch quality records
Access to Bently Nevada application engineers
🔄 Upgrade & Replacement Considerations
When upgrading from legacy 3300 systems to 3300 NSv, this extension cable provides backward compatibility with existing proximitor infrastructure. The improved NSv probe design offers enhanced linearity and temperature stability while using the same cable interface.
Need assistance with system length calculations, probe selection, or multi-point monitoring configurations? Our vibration specialists provide complimentary pre-installation support.
Product Description
🔌 Precision Extension Cable for 3300 NSv Proximity Systems
The Bently Nevada 330930-060-00-05 is a 6-meter (19.7 ft) extension cable engineered for the 3300 NSv proximity transducer system. This non-armored configuration delivers optimal signal transmission in controlled environments where mechanical protection is secondary to flexibility and ease of installation.
⚠️ Critical System Length Matching
IMPORTANT: The combined length of your proximity probe + this extension cable MUST equal the total system length programmed into your Proximitor Sensor. Mismatched lengths cause measurement errors and false alarms.
Example: 3300 NSv 5mm probe (0.5m) + this 6m extension = 6.5m total system → Proximitor must be configured for 6.5m
✅ Ideal Applications
- Indoor turbine monitoring
- Climate-controlled compressor rooms
- Clean manufacturing environments
- Laboratory test stands
❌ Not Recommended For
- High-traffic walkways
- Outdoor/weather-exposed areas
- Chemical splash zones
- Heavy machinery proximity
📐 Configuration Decoder: 330930-AAA-BB-CC
| Position | This Model | What It Means |
|---|---|---|
| AAA - Length | 060 | 6.0 meters (19.7 feet) |
| BB - Construction | 00 | Standard cable, no armor, no protector |
| CC - Certifications | 05 | Multiple agency approvals (CSA/ATEX/IECEx) |
🔧 Available Construction Options (BB Code)
Best for: Indoor, protected environments
Best for: Outdoor, high-traffic areas
Best for: Dusty environments
Best for: Oil/coolant exposure
🌡️ Environmental Performance Specifications
| Parameter | Specification |
|---|---|
| Operating Temperature | -52°C to +177°C (-62°F to +351°F) |
| Storage Temperature | -52°C to +177°C (-62°F to +351°F) |
| Humidity Tolerance | 100% condensing (non-submersible with protected connectors) |
| Cable Weight | 45 g/m (0.5 oz/ft) - Total: ~270g for 6m length |
| Bend Radius (Min) | 50mm (2 inches) to prevent core damage |
⚡ Real-World Deployment Scenarios
🏭 Scenario 1: Power Plant Steam Turbine
Challenge: Monitor bearing vibration on a 50MW turbine in a climate-controlled turbine hall.
Solution: Install 3300 NSv 5mm probes at each bearing with 6m extension cables routing through overhead cable trays to centralized monitoring rack. The non-armored design provides flexibility for tight bends around structural steel while maintaining signal integrity across the 6.5m total system length.
🔬 Scenario 2: Aerospace Test Stand
Challenge: Measure shaft displacement on jet engine test rig with frequent sensor repositioning.
Solution: Use 6m extensions to allow probe relocation without rewiring proximitor rack. The lightweight, flexible cable simplifies reconfiguration during different test protocols while the 05 certification meets facility safety requirements.
⚙️ Scenario 3: Pharmaceutical Compressor Monitoring
Challenge: Vibration monitoring in clean room environment with strict contamination controls.
Solution: Non-armored cable eliminates metal particle shedding risk. The 6m length bridges the distance from compressor (inside clean room) to monitoring equipment (outside controlled area) through sealed wall penetrations.
🔗 System Compatibility Matrix
| Compatible Probes | 3300 NSv 5mm, 8mm proximity probes (all thread types) |
| Compatible Proximitors | 330930 Proximitor Sensor (must match total system length) |
| Connector Type | Bayonet-style quick-disconnect (probe end & proximitor end) |
| System Voltage | -24 VDC (standard Bently Nevada configuration) |
📏 Length Selection Guide
Why 6 meters? This length is optimal for:
- ✓ Typical machine-to-control-room distances in industrial facilities (15-25 feet)
- ✓ Routing through cable trays with vertical/horizontal transitions
- ✓ Balancing signal quality vs. installation flexibility
- ✓ Minimizing capacitance-induced measurement drift
💡 Pro Tip: For distances >8m, consider using a proximitor-mounted configuration to reduce cable capacitance effects on measurement accuracy.
🛠️ Installation Best Practices
- Pre-Installation Verification: Measure DC resistance (should be <2Ω core-to-core) to confirm cable integrity
- Routing Strategy: Maintain 300mm (12") separation from AC power cables >120V to prevent EMI coupling
- Bend Management: Use cable guides at 90° turns; never exceed 50mm minimum bend radius
- Connector Protection: Apply dielectric grease to bayonet connectors in humid environments (>80% RH)
- Grounding: Connect cable shield to proximitor chassis ground only (single-point grounding prevents ground loops)
- Documentation: Label both ends with total system length for future maintenance reference
⚠️ Common Installation Mistakes to Avoid
| Mistake | Consequence | Prevention |
|---|---|---|
| Mismatched system length | ±2mm measurement error | Verify probe + cable = proximitor setting |
| Over-tightening connectors | Damaged bayonet pins | Hand-tighten only; no tools required |
| Parallel routing with VFD cables | High noise floor (>50mV) | Cross power cables at 90° only |
| Exposing to <-34°C sustained | Pressure seal failure | Use heated enclosures in arctic climates |
📦 Package Contents & Specifications
- ✓ 1× Bently Nevada 330930-060-00-05 extension cable (6.0 meters)
- ✓ Pre-installed bayonet connectors (both ends)
- ✓ Cable identification label with part number and length
- ✓ Installation guidelines and resistance verification chart
- ✓ Certificate of conformity (05 agency approvals)
🏆 Why Choose Genuine Bently Nevada Cables?
Capacitance matched to ±5% for measurement accuracy
Non-genuine cables void system warranties
Serialized production with batch quality records
Access to Bently Nevada application engineers
🔄 Upgrade & Replacement Considerations
When upgrading from legacy 3300 systems to 3300 NSv, this extension cable provides backward compatibility with existing proximitor infrastructure. The improved NSv probe design offers enhanced linearity and temperature stability while using the same cable interface.
Need assistance with system length calculations, probe selection, or multi-point monitoring configurations? Our vibration specialists provide complimentary pre-installation support.