Iň täze köpugurly elektronika çözüwleri bilen öýüňizi özgertmegiňiz mümkin — akylly yşyklandyryşdan başlap, ses arkaly dolandyrylýan enjamlara çenli; bularyň hemmesi durmuşy has aňsat, has howpsuz we has baglanyşykly etmek üçin döredilen. Amallaryňyzy Bently Nevada 3500 Gözegçilik ulgamy bilen optimizirlaň, ol näsazlyklaryň öňüni almak we işleme döwrüni iň ýokary derejede saklamak üçin hakyky wagt režiminde wibrasiýa we enjamyň ýagdaýyna gözegçilik edýär.
Haryt kody:330130-070-12-00
Bently Nevada 330130-070-12-00 Proximity Sensor Cable
Manufacturer: Bently Nevada
Product No.: 330130-070-12-00
Product Type: Extension Cable
Product Origin: USA
Payment:T/T, Western Union
Weight: 721g
Shipping port: Xiamen
Warranty: 12 months
Paýlaş
- Çalt eltip berme
- 24/7 goldaw
- Hil üpjünçiligi
Description
Product Overview
The 330130-070-12-00 is an industrial-grade Bently Nevada 3300 XL 8 mm Proximity Transducer Extension Cable. This 7.0-meter armored cable provides secure, low-loss signal transmission between an eddy current proximity probe and a 3300 XL Proximitor Sensor. Featuring patented FluidLoc technology, it blocks oil and process liquids from leaking out of the machine housing through the cable interior, ensuring optimal vibration and position monitoring for critical rotating machinery.
Core Features
- FluidLoc Cable Technology: Prevents internal liquid migration to protect sensitive electronics from turbine oil exposure.
- Rugged Stainless Steel Armor: Defends the internal coaxial cores against harsh physical environments, crushing, and mechanical wear.
- Integrated Connector Protector: Features heavy-duty physical connector protection designed for severe chemical and oil exposure.
- High Pull Strength: Built to complement the patented CableLoc design, handling harsh mechanical stress without signal loss.
Technical Specifications
| Parameter | Data |
|---|---|
| Model Number | 330130-070-12-00 |
| Cable Length | 7.0 meters (22.9 feet) |
| Cable Configuration | Armored FluidLoc cable with connector protector |
| Total Net Weight | 0.721 kg (103 g/m / 1.5 oz/ft unit weight) |
| DC Core Resistance ($R_{CORE}$) | 1.54 Ω ± 0.23 Ω (Center to Center) |
| DC Jacket Resistance ($R_{JACKET}$) | 0.46 Ω ± 0.09 Ω (Outer to Outer) |
| Extension Cable Capacitance | 69.9 pF/m (21.3 pF/ft) typical |
| Linear Range Compatibility | 2 mm (80 mils) total span (approx. −1 to −17 Vdc) |
| Output Impedance / Supply Sensitivity | 50 Ω / Less than 2 mV change per volt input shift |
| Safety Approvals Code | 00 (Approvals not required) |
Engineering & Installation Guide
- Total Weight Considerations: Factor the 0.721 kg cable weight into your mounting brackets and junction boxes to avoid strain on the probe body.
- Turbine Oil Warning: Do not rely on silicone tape alone for environments exposed to turbine oil. The factory-integrated connector protector must be used to ensure loop security.
- Total Loop Matching: This 7.0m extension cable matches with a 1.0m probe to achieve an standard 8-meter system calibration against an AISI 4140 steel target.
- Field Wiring Specs: Connect to monitors using 0.2 to 1.5 mm² (16 to 24 AWG) 3-conductor shielded triad cable. Keep runs under 305 meters (1,000 feet) to prevent high-frequency rolloff.
Technical FAQs
Q1: What parameters do the suffix codes -070-12-00 represent?
A1: -070 defines the physical length as exactly 7.0 meters. -12 selects the armored FluidLoc design with built-in connector protectors. -00 indicates no special hazardous area certification is required for the installation zone.
Q2: Why is the FluidLoc cable option critical for turbine environments?
A2: Standard coaxial cables can act as conduits under differential pressure, wicking oil or gases from inside the machine casing. The FluidLoc option seals the interior of the cable, preventing oil leaks into external housings or panels.
Q3: What voltage limits apply when connecting this cable to a Proximitor sensor loop?
A3: The complete loop requires an input voltage between -17.5 Vdc and -26 Vdc (at 12 mA max). For optimum linear range performance, do not allow the operating voltage to become more positive than -23.5 Vdc.
Goşmaça spesifikasiýalar
Skalyar (V/f)
Wektor
AC tok bilen işleýän
Satyn alyş gollanmasy
- Sargyt etmezden ozal takyk modeli, bölek belgisini we aýratynlyklary tassyklaň.
- Bar bolan enjamyňyz ýa-da dolandyryş ulgamlaryňyz bilen laýyklygyny üpjün ediň.
- Tehniki kömek üçin sale@etowonauto.com ýa-da +8617859788089 arkaly habarlaşyň.
- Eltip beriş mümkinçiliklerini, öňdebaryş möhletlerini we iberiş talaplaryny gözden geçiriň.
- Gurnama wagty öndürijiniň görkezmelerine hem-de iň oňat tejribelere eýeriň.
Eltip bermek we gaýtarmak
Stokda bar bolan harytlar adatça şol bir iş gününde ugradylýar. Häzir stokda bolmadyk önümler üçin iberiş wagty elýeterliligine görä üýtgäp biler. Halkara eltip bermek mümkindir we eltip bermek tölegleri barýan ýeriňe, agramyna we daşaýjynyň saýlanmagyna görä hasaplanýar.
Harytlar ulanylman we asyl ýagdaýynda bolmak şerti bilen, alnan gününden başlap 30 günüň içinde yzyna gaýtarmak kabul edilýär. Yzyna iberiş üçin eltip bermek çykdajylary müşderiniň jogapkärçiliginde. Yzyna gaýtarmak baradaky rugsaty almak üçin, haýsydyr bir harydy yzyna ugratmazdan öň biziň bilen habarlaşmagyňyzy haýyş edýäris.
Has giňişleýin maglumat üçin, biziň Iberiş we yzyna gaýtarmak syýasatymyzy.

3500/61-05-CN Temperature Monitor Module | Bently Nevada
3500/22-01-02-CN TDI Module Bently Nevada
Bently Nevada 3500/42-04-00 | Seismic Monitor
-
Çalt eltip bermek
Asyl senagat awtomatizasiýa şaýlary gyssagly iberiliş üçin bütin dünýä boýunça elýeterlidir.
-
Aňsat gaýtaryşlar
Ygtybarly satuwdan soňky gorag üçin 30 günlük yzyna gaýtarmak goldawy we 12 aýlyk kepilnama.
-
24/7 goldaw
Durnukly we netijeli işleýşi saklamaga ýardam edýän çeýe, professional goldaw.
-
Hakyky we Asyl
100% hakyky, ygtybarly senagat awtomatizasiýasy öndürijilerinden gönüden-göni üpjün edilýär.
Tehniki we satyn alyş gollanmasy
-
DCS-niň akylly düzgünleşdirişi termik elektrik energiýasynyň deňagramsyzlygyny düzedip biler mi?
Bu makalada akylly MPC-li DCS düzgünleşdirmesiniň we bulut bazaly dolandyryşyň ýylylyk elektrik stansiýalarynda energ...
-
Can Continuous Automation Iteration Cut Factory Costs by 18-25%?
Static industrial control systems create hidden annual cost increases of 18-25%. Phased PLC and DCS program iteration...
-
Can Anti-Interference Hardware End 38% of Automation Downtime?
Field data from chemical, wind, and automotive plants proves that industrial hardware with full IEC 61000-4 EMC certi...
-
How Does Full-Lifecycle Management Optimize PLC and DCS Assets?
Traditional industrial asset management relies on manual logging and reactive troubleshooting, causing 15–20% annual ...
-
Can an Integrated Spare Chain Slash Downtime?
Unplanned equipment failures cost Chinese factories ¥636,000 per hour. Traditional cross-border spare procurement tak...
-
Why Do 30% of Automation Upgrades Fail Due to Integration Gaps?
This technical article explains how digital-intelligent fusion overcomes fragmented workshop operations using industr...
