Description

The HIOKI 3664 Optical Power Meter is a high-precision instrument designed for professionals in optical testing, research, and telecommunications. Combining broad dynamic range, high accuracy, and versatile connectivity, this meter ensures reliable optical power measurements for demanding applications.

Key Specifications:

• Brand: HIOKI

• Model/Part Number: 3664

• Capacity: ±0.7% (±5% with optional sensor)

• Category: Industrial Instruments

• Class: Test & Inspection Equipment

• Type: Meter

• Condition: New

Measurement Capabilities:

• Measurement Items: Optical Power (W, dBm)

• Wavelength & Power Range: Depends on the optical sensor in use (optional)

• Accuracy: ±0.7% standard, ±5% when used with optional sensors

• Wavelength Sensitivity Compensation: Can be set for every 1 nm, with automatic sensor sensitivity correction

• Display: 4.5-digit LCD, 19,999 max display, resolution 0.01 dBm / 0.01 dB

• Units: nW, µW, mW, dBm, dB

Features:

• Broad Dynamic Range: High-resolution measurements with 0.01 dBm precision

• Sensor Correction: Automatic adjustment of sensor sensitivity for accurate readings

• Versatile Functions: Scaling, relative measurement, max/min/average value display, auto power save, setting backup, and battery check

• Remote Operation & Data Capture: Connect via USB 1.1 for real-time monitoring, data logging, and remote control from a computer

• Analog Output: Compatible with optional sensors, approximately 1 V (0.7 V for sensor calibration input)

Power & Accessories:

• Power Supply: 4 × LR6 (AA) alkaline batteries, up to 60 hours continuous use with 9742 sensor; compatible with AC Adapter 9445-02/-03 (1.6 VA max)

• Included Accessories:

  • AC Adapter 9445-02 ×1

  • Output Cord L9094 ×1

  • Driver Software (CD-R) ×1

  • LR6 (AA) Alkaline Batteries ×4

  • USB Cable ×1

  • Strap ×1

  • Instruction Manual ×1

The HIOKI 3664 Optical Power Meter delivers precise, reliable optical measurements with advanced features for automated correction, remote operation, and versatile analysis—making it an essential tool for engineers, technicians, and researchers working in optical networks and laboratory environments.