Configured for signal transmission continuity in 3300 XL proximity transducer systems, the Bently Nevada 330130-085-00-02 (330130 Standard Extension Cable) provides direct electrical execution between the proximity probe and Proximitor Sensor assembly. The cable assembly maintains calibrated impedance characteristics required for eddy-current signal stability and phase consistency across 3300 XL TSI monitoring networks.

Cable Configuration Reference

No official suffix matrix was supplied with the provided material. The ordering code identifies a factory-configured extension cable assembly within the 3300 XL transducer product family.

Mechanical and Electrical Specifications

Cross-Talk Suppression Characteristics

The cable assembly maintains controlled impedance matching between the probe and Proximitor interface circuit. Routing separation between adjacent transducer cables reduces capacitive coupling and minimizes cross-talk during high-speed shaft vibration monitoring. Parallel routing with variable-frequency drive output cables should be avoided to reduce induced electrical noise.

Shield continuity must remain uninterrupted through the complete transducer chain. Field splicing or connector modification changes system calibration characteristics and can affect proximity signal linearity.

Technical Service Questions

Q: Can the extension cable be shortened in the field?
A: Cable length modification changes the calibrated electrical characteristics of the transducer system and is not recommended.

Q: Does the cable require independent grounding?
A: Shield grounding is normally established through the transducer system installation method. Multiple shield termination points should be avoided.

Q: Is the cable compatible with non-3300 XL probes?
A: Electrical matching depends on the complete transducer system configuration. Mixing different probe families can alter scale factor response.

Q: Can the cable be routed inside metallic conduit?
A: Metallic conduit installation is acceptable when conduit grounding and cable bend radius requirements are maintained.

Q: Does the cable support hot replacement during system operation?
A: Disconnecting the cable during operation interrupts the transducer signal path and can generate monitoring alarms or invalid gap readings.

Installation and Handling Practices

Maintain separation between transducer cables and high-energy power conductors. Avoid routing near motor output wiring, switching contactors, or high-frequency inverter assemblies.

Minimum bend radius should be maintained during installation to prevent shield deformation and center conductor stress. Connector threads must be tightened evenly without over-torque loading.

Do not permit moisture ingress at connector interfaces. During cabinet installation, secure excess cable length using non-metallic clamps to reduce vibration-induced mechanical wear.

Ordering Information

(1) Shipment includes one factory-assembled 3300 XL extension cable.
(2) Protective connector caps may be included depending on packaging configuration.
(3) Compatible probes and Proximitor sensors are supplied separately unless specified in the purchase order.
(4) Optional mounting accessories and cable clamps are available for panel and field routing installations.

Logistics and Packaging Notes

Typical dispatch cycle: 2-7 days after payment confirmation. Shipment handled through DHL, FedEx, or UPS logistics channels depending on destination region.

Each unit is packed using anti-static industrial packaging materials with connector isolation protection and reinforced outer carton containment for long-distance transport conditions.