BENTLY NEVADA 330162-03-45-45-45-05-05-94-01-02 3300 XL High-Pressure Feedthrough
| BENTLY NEVADA 330162 SERIES |
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HIGH-PRESSURE SIGNAL ROUTING
Bently Nevada
330162 330162-03-45-45-45-05-05-94-01-02
Dual Triaxial High-Pressure Feedthrough for the 3300 System, designed to route two probe cable paths through a pressurized machine case while maintaining a sealed pressure boundary.
CONFIGURATION CHECK
The requested configuration is retained exactly as supplied. For the 330162 ordering structure, Dimension 3 must not exceed Dimension 1 minus 0.5 m. With Dimension 1 = 4.5 m, the allowable maximum for Dimension 3 is 4.0 m. Please confirm the third length before purchase.
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DUAL FEEDTHROUGH
Pressure Boundary
+ Signal Continuity Built around the 3300 system architecture for applications where proximity probe wiring must pass through a pressurized machine case.
SYSTEM ROLE
Pressurized-case cable passage |
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01 / PRODUCT DETAIL
Designed for
Pressurized Machinery |
The 3300 XL High-Pressure Feedthrough family provides a controlled passage for proximity probe cables through pressurized machine cases. The feedthrough seals pressure inside the machine while allowing the probe connections to remain accessible outside the case. The 330162 configuration is the dual version of the 3300 system feedthrough family and is intended to route two cable paths. The design is used where pressure separation and reliable probe-to-Proximitor Sensor connection are both required. The high-pressure side is normally arranged with a female connector and the low-pressure side with a male connector, allowing connection with standard compatible probe and Proximitor Sensor interfaces. |
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PRESSURE SEALING
400 psi class
Maximum pressure rating: 2.76 MPa (400 psi).
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DUAL ROUTING
Two cable paths
Dual feedthrough architecture for two probe cable routes.
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FITTING
303 Stainless Steel
Fitting material used for the feedthrough assembly.
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BEND RADIUS
25.4 mm min.
Recommended minimum bend radius with or without armor.
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| Position | Code | Configuration |
| Model | 330162 | Dual Triaxial HP Feedthrough for 3300 System |
| Armor | 03 | Armor at high-pressure end |
| Dimension 1 | 45 | 4.5 metres |
| Dimension 2 | 45 | 4.5 metres |
| Dimension 3 | 45 | 4.5 metres — configuration requires verification |
| Dimension 4 | 05 | 0.5 metre |
| O-Ring | 94 | Fluorocarbon; suitable for butane, fuel oil, natural gas, petroleum oil and turbine oil exposure |
| HP Connector | 01 | Female miniature coaxial connector |
| LP Connector | 02 | Male miniature coaxial connector |
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02 / SPECIFICATIONS
Technical Profile
Key mechanical and environmental characteristics for application planning and replacement evaluation. |
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03 / APPLICATION FIT
Where the Feedthrough Matters
The 330162 is intended for rotating machinery where proximity probes operate inside a pressurized machine case and their cables must pass through the case wall to reach external monitoring electronics. It is particularly relevant to systems where maintaining the pressure boundary is essential while preserving the electrical path between probes and Proximitor Sensors.
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REPLACEMENT CHECKPOINTS
Pressure boundary concern
Inspect sealing performance and ensure the selected O-ring material matches the process environment.
Cable routing concern
Confirm the selected feedthrough lengths match the total transducer system length and installation geometry.
Connector concern
Verify female/male connector orientation before replacing an installed assembly.
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| Model | Routing Capacity | System | Selection Logic |
| 330161 | Single | 3300 System | One probe cable path |
| 330162 | Dual | 3300 System | Two probe cable paths |
| 330163 | Triple | 3300 System | Three probe cable paths |
| 330762 | Dual | 3300 XL 11 mm | Dual routing for the 11 mm system |
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05 / DIRECT CONTACT
Need the exact configuration?
For a quotation, please send the exact Part Number together with Quantity, Destination, Required Date and Machine/System. EMAIL SALES · sales@amikon.cn WHATSAPP / PHONE · 86-18020776792Sales Manager: Miya zheng
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QUOTE CHECKLIST
Part Number · Quantity · Destination · Required Date · Machine/System |
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06 / FAQ
Before You Order
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Can 330162-03-45-45-45-05-05-94-01-02 be treated as a direct replacement without checking the existing cable geometry?
No. The feedthrough length must be compatible with the total transducer system length. For this requested configuration, the third length code also requires verification because Dimension 3 is limited by Dimension 1 minus 0.5 m.
Why would 330162-03-45-45-45-05-05-94-01-02 be selected instead of a single-path 330161 assembly?
The 330162 family is the dual feedthrough configuration and is intended where two probe cable paths must pass through the same pressurized machine case. A single-path 330161 is better aligned with one cable route.
What makes the 94 O-ring option important when purchasing 330162-03-45-45-45-05-05-94-01-02?
Code 94 specifies Fluorocarbon material. It is intended for exposure to environments involving butane, fuel oil, natural gas, petroleum oil and turbine oil. The seal material should therefore be matched to the actual process environment.
How should 330162-03-45-45-45-05-05-94-01-02 be checked when a replacement is being planned around existing connectors?
Confirm the pressure-side and low-pressure-side connector orientation. The requested code uses a female miniature coaxial connector at the high-pressure end and a male miniature coaxial connector at the low-pressure end.
What should be confirmed before purchasing 330162-03-45-45-45-05-05-94-01-02 for a pressurized machine?
Confirm the complete part number, machine-side pressure conditions, O-ring compatibility, total transducer system length, cable routing space, bend radius and connector orientation. These checks reduce the risk of selecting a physically or chemically unsuitable replacement.
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Keep Critical Parts
Within Reach. Amikon supports industrial automation maintenance teams with sourcing for PLC modules, control systems, monitoring components, robot spare parts and hard-to-find automation components. The focus is simple: shorten procurement cycles, help reduce equipment downtime and connect customers with compatible industrial automation parts across established product families. |
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