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:3500/60-01-02
Bently Nevada 3500/60-01-02 | RTD/TC Temperature Monitor
Manufacturer: Bently Nevada
Product No.: 3500/60-01-02
Product Type: Temperature Monitor
Product Origin: USA
Payment:T/T, Western Union
Weight: 910g
Shipping port: Xiamen
Warranty: 12 months
Paýlaş
- Çalt eltip berme
- 24/7 goldaw
- Hil üpjünçiligi
Düşündiriş
Product Overview
The Bently Nevada 3500/60-01-02 is a high-precision temperature monitor designed to provide continuous, machinery protection by monitoring 1 to 6 RTD or Thermocouple (TC) transducer signals. As a critical component of the 3500 Series Machinery Protection System, this module ensures the thermal stability of large rotating machinery, such as turbines and compressors. It processes inputs to drive alarms and provide proportional 4 to 20 mA recorder outputs for trend analysis and integration with external control systems.
Technical Configuration
The 3500/60-01-02 model suffix defines the following hardware architecture:
- I/O Module Type (01): RTD/TC Non-isolated I/O Module with Internal Terminations. This configuration is optimized for standard industrial wiring within the 3500 rack.
- Agency Approval (02): ATEX/IECEx/CSA (Class 1, Zone 2) certified for safe operation in hazardous environments.
Technical Specifications
| Parameter | Specification |
|---|---|
| Input Signals | 1 to 6 RTD or Thermocouple (TC) |
| Input Impedance | 10 MΩ per lead input |
| RTD Support | Platinum (100Ω), Nickel (120Ω), Copper (10Ω) |
| TC Types | Type E, J, K, T |
| Recorder Output | Individual +4 to +20 mA per channel |
| Power Consumption | 7 Watts (Nominal) |
| Operating Temp | -30°C to +65°C (-22°F to +150°F) |
| Weight | Monitor: 0.91 kg | I/O Module: 0.45 kg |
Engineering & Installation Guide
Rack Space & Placement
The 3500/60 system requires two dedicated slots: the Monitor Module occupies one full-height front slot, while the I/O Module requires the corresponding full-height rear slot. Ensure proper alignment of the backplane connectors during installation.
Wiring for RTDs
The module supports both 3-wire and 4-wire RTD configurations. For 4-wire RTDs, the module utilizes a single current supply, while 3-wire configurations use two supplies to compensate for lead wire resistance, ensuring measurement accuracy across long cable runs.
Alarm Configuration
Users can program Alert and Danger setpoints via 3500 Configuration Software. Alarm time delays are adjustable (Alert: 1-60s; Danger: 1-60s) to prevent nuisance tripping during transient thermal events.
Engineering Advantages
Machine Protection Reliability
Equipped with dedicated front-panel LEDs (OK, TX/RX, and Bypass), the module provides instant visual diagnostics. The internal cold junction compensation for Thermocouples ensures accuracy within ±1°C at room temperature.
Hazardous Area Compliance
With 02 suffix certification, this module meets ATEX and IECEx standards for Zone 2 environments, providing safety assurance for oil, gas, and chemical processing facilities.
Technical FAQs
Q1: What is the benefit of the Non-Isolated I/O Module with Internal Terminations?
A1: Internal terminations simplify wiring by allowing direct connection to the I/O module without requiring external termination blocks, reducing cabinet complexity and space requirements.
Q2: How does the "Bypass" mode function on the 3500/60?
A2: When the Bypass LED is lit, the monitor's alarm outputs are suppressed. This allows for sensor maintenance or testing without triggering a machine shutdown.
Q3: Can I mix RTDs and Thermocouples on the same module?
A3: Yes, the 3500/60 is designed to accept any combination of up to 6 RTD or TC signals, provided the software configuration matches the physical wiring for each channel.
Goşmaça spesifikasiýalar
- Ak
- Gök
- Kümüş
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
-
Can Standardized Engineering Cut Factory Upgrade Costs by 40%?
This article presents a data‑driven alternative to full control system replacements in brown‑field plants. Allen‑Brad...
-
Choosing the Right Gas Detector for Chemical Safety?
This article examines the operational and financial impact of unreliable gas-sensing hardware in chemical process pla...
-
Is Mixed-Plant Data Fragmentation Costing You More?
Hybrid manufacturing facilities often lose nearly one-third of production data across disjointed PLC and DCS systems,...
-
Can Transient Monitoring Prevent Rotating Machinery Failures?
This technical article examines the critical role of transient data capture in rotating machinery protection, highlig...
-
Can Smart Gas Monitoring Cut False Alarms in Oil Facilities?
This article examines gas detection challenges in extreme oil and gas environments where legacy sensors show high dri...
-
Fixed Gas Detector or Transmitter – Which Protects Your Plant Better?
This technical article examines the critical operational differences between fixed gas detectors and gas detection tr...
