Bently Nevada 330130-075-11-05 Armored Cable 7.5m

Product Introduction

The 330130-075-11-05 is a heavy-duty extension cable from Bently Nevada's 3300 XL series. This armored cable measures 7.5 meters (24.6 feet) in length. It connects a 3300 XL proximity probe to the Proximitor sensor. Furthermore, the 330130-075-11-05 features both the FluidLoc and armored cable options. The armored construction provides superior mechanical protection. It resists crushing, abrasion, and other physical damage. Meanwhile, the FluidLoc design prevents oil and other liquids from leaking through the cable's interior. Additionally, the cable carries multiple hazardous area approvals. These include CSA, ATEX, and IECEx certifications.

Technical Specifications

Cable Construction and Materials

The 330130-075-11-05 uses premium materials for demanding environments. Its armored construction weighs 103 g/m (1.5 oz/ft). The total cable weight is 0.618 kg. This robust construction ensures durability in harsh industrial settings. The nominal capacitance measures 69.9 pF/m (21.3 pF/ft) typical. The center conductor to center conductor resistance (RCORE) is 1.65 ± 0.25 Ω. The outer conductor to outer conductor resistance (RJACKET) is 0.49 ± 0.10 Ω. These precise electrical characteristics ensure accurate signal transmission.

Connector and Sealing Features

The 330130-075-11-05 uses the patented ClickLoc connector system. These connectors feature gold plating for corrosion resistance. This ensures reliable connections in harsh environments. Additionally, the cable incorporates a patented CableLoc design. This provides 330 N (75 lbf) pull strength. Consequently, it securely attaches the probe cable and probe tip. The FluidLoc option adds an important sealing function. It prevents oil leakage through the cable's interior. This protects both the machine and the surrounding environment. The cable also includes silicone tape. However, Bently Nevada does not recommend silicone tape for turbine oil applications.

Compatibility and Approvals

The 330130-075-11-05 works with Bently Nevada 3300-series proximity probes. Specifically, it accepts 5 mm, 3300 8 mm, or 3300 XL 8 mm probes. The cable carries hazardous area approvals. These include CSA, ATEX, and IECEx certifications. Therefore, it suits installations in explosive atmospheres. The armored construction makes it particularly suitable for turbomachinery and other demanding applications. The cable's robust design ensures reliable performance in critical machinery monitoring systems.

Mechanical and Environmental Specifications

The 330130-075-11-05 operates reliably across a wide temperature range. Bently Nevada specifies performance characteristics at +18°C to +27°C. However, the cable functions in more extreme industrial conditions. The armored construction provides additional mechanical protection. It withstands crushing forces and abrasion. The FluidLoc option specifically addresses oil leakage concerns. This makes the cable particularly suitable for turbine and compressor applications. The connector protectors offer additional environmental sealing.

Installation and Setup Guide

1. Inspect the Cable
First, inspect the 330130-075-11-05 for any damage. Check the armored jacket for cuts or kinks. Examine the ClickLoc connectors for cleanliness. Ensure the gold-plated contacts are free from contamination. Any damage can compromise signal quality and mechanical protection.

2. Connect to the Probe
Next, connect one end of the 330130-075-11-05 to the 3300 XL probe. Align the connectors carefully. Then, secure them firmly using the ClickLoc mechanism. This ensures a reliable mechanical and electrical connection. The armored cable provides strain relief for the probe connection.

3. Connect to the Proximitor Sensor
Then, connect the other end to the Proximitor sensor. Again, use the ClickLoc mechanism for secure attachment. The Proximitor sensor accepts the extension cable input. This completes the transducer system. The armored cable protects the entire signal path.

4. Route and Secure the Cable
Finally, route the 330130-075-11-05 through the machine's cable pathways. Secure the cable using appropriate clamps or ties. Ensure the cable does not contact sharp edges or extreme heat sources. The armored construction provides enhanced protection during routing.

Packaging List

• (1) x 330130-075-11-05 Armored Extension Cable (7.5 meters)

• (1) x Silicone Tape

(Note: Proximity probes and Proximitor sensors are not included. This package does not contain certificates or warranty documents.)

Shipping and Delivery

All orders ship using premier courier services. We ensure rapid and dependable delivery worldwide. We primarily use Fedex, UPS, and DHL. Tracking numbers will be provided upon shipment dispatch.

Frequently Asked Questions (FAQ)

1. What is the length of the 330130-075-11-05 cable?
The 330130-075-11-05 measures 7.5 meters (24.6 feet) in length. The "075" in the part number indicates this specific length option. Other lengths are available under different part numbers.

2. What does the armored option provide?
The armored construction provides superior mechanical protection. It resists crushing, abrasion, and physical damage. This makes the 330130-075-11-05 particularly suitable for turbomachinery and other demanding industrial applications.

3. What does the FluidLoc option provide?
The FluidLoc option prevents oil and other liquids from leaking out of the machine through the cable's interior. This is essential for turbomachinery applications where oil leakage poses safety and environmental risks.

4. Is the 330130-075-11-05 suitable for hazardous areas?
Yes, the 330130-075-11-05 carries CSA, ATEX, and IECEx approvals. These certifications confirm its suitability for installations in explosive atmospheres. Always verify the specific approval requirements for your location.

5. What probes are compatible with this armored cable?
The 330130-075-11-05 works with 3300-series 5 mm probes, 3300 8 mm probes, and 3300 XL 8 mm probes. The ClickLoc connectors ensure compatibility across the entire 3300 XL product line.