Photonetics Tunics-OM 3646 HE 1540

• • Operating Bandwidth: Standard optical communication bandwidth
  • Optical Power Range: Industrial optical signal standard range
  • Operating Temperature: 0 °C ~ +65 °C
  • Fiber Interface: Standard FC/SC optical fiber interface
• Functional Features: Optical signal emission, optical power detection, wavelength calibration, optical link testing; Optical signal modulation and transmission.
• Performance Parameters: Wavelength Accuracy: ≤ ±0.1 nm; Optical signal stability ≤ 0.05 dB; Insertion loss meets telecom standard.
• Material Composition: High-precision optical crystal; Special optical fiber; Metal anti-oxidation shell; Precision coupling assembly parts.
• Structural Characteristics: Miniature integrated optical structure; Fully sealed optical path; Standard optical fiber connector layout; Anti-vibration fixed structure.
• Working Principle: Take 1540 nm as the center wavelength to generate, transmit and detect optical signals; Complete signal transmission, attenuation test and link diagnosis in optical fiber communication network through optical path coupling and photoelectric conversion.
• Advantages & Highlights: High wavelength stability; Low insertion loss; High optical signal purity; Meet telecom-level precision requirements.
• Applicable Industries: Optical fiber communication, telecommunication network, optical device testing, data center optical link, optical network engineering.
• Model Series: Photonetics Tunics-OM 3646 Optical Component Series
• Installation Requirements: Fixed installation in optical test equipment or communication cabinet; Optical fiber wiring keeps natural bending radius, no sharp bending.
• Usage Notes: Do not touch the end face of optical fiber interface; Keep the interface dust-proof; Avoid strong vibration and impact; Regularly clean optical port dust.

8. Model: Bently 45358-09

• Brand: Bently Nevada (Bently)
• Product Name: 45358-09 Vibration & Position Monitoring Sensor Assembly
• Product Introduction: Industrial online monitoring sensor, used for vibration, shaft displacement and bearing state monitoring of rotating machinery such as turbines, fans and compressors.
• Technical Specifications:
  • Detection Principle: Eddy current non-contact detection
  • Measuring Range: Standard industrial vibration/displacement range
  • Operating Temperature: -40 °C ~ +120 °C
  • Output Signal: Standard analog voltage signal
  • Cable Length: Matched dedicated extension cable
• Functional Features: Non-contact vibration detection, shaft radial displacement monitoring, bearing running state collection; Real-time signal output to monitoring system.
• Performance Parameters: Measurement Accuracy: ≤ ±1 μm; Linear measurement range stable; Temperature drift coefficient ≤ 0.05 %/°C.
• Material Composition: Stainless steel probe shell; High-temperature resistant insulating material; Eddy current induction coil; Special shielded signal cable.
• Structural Characteristics: Cylindrical probe structure; Threaded mounting fixed end; Integrated sealing structure; Fully shielded anti-interference cable.
• Working Principle: Generate high-frequency electromagnetic field through internal coil; When metal rotating parts approach, eddy current is induced to change coil impedance; Convert impedance change into standard electrical signal to reflect vibration and displacement data of equipment.
• Advantages & Highlights: Non-contact measurement, no wear; High temperature resistance; Strong anti-interference; High measurement precision; Long service life.
• Applicable Industries: Thermal power, petrochemical, metallurgy, large fan unit, compressor, turbine equipment.
• Model Series: Bently 45358 Vibration Monitoring Sensor Series
• Installation Requirements: Threaded fixed installation beside rotating shaft; Keep standard detection gap between probe and measured surface; Cable routing avoids high-power electromagnetic equipment.
• Usage Notes: Strictly control installation gap; Do not bend the probe sharply; Protect shielded cable from extrusion; Regularly calibrate measurement accuracy.