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KI 9600A Optical Power Meter
KI 9600A Optical Power Meter
KI 9600A Optical Power Meter
KI 9600A Optical Power Meter
KI 9600A Optical Power Meter
KI 9600A Optical Power Meter
KI 9600A Optical Power Meter
KI 9600A Optical Power Meter KI 9600A Optical Power Meter KI 9600A Optical Power Meter KI 9600A Optical Power Meter KI 9600A Optical Power Meter KI 9600A Optical Power Meter KI 9600A Optical Power Meter

KI 9600A Optical Power Meter

The Kingfisher (Now a Tempo Company) KI 9600A Optical Power Meter is a Pocket Fiber Meter ideal for measuring absolute / relative light levels or test tones on single mode, multimode or plastic optical fiber (POF) systems. High traceable accuracy and ease of use make it perfect for field or laboratory.

With 2% traceable calibration accuracy, ease of use and high availability combine to achieve superior measurement confidence. The meter displays mW, μW, nW, dB, dBm to 0.01 dB resolution. A separate reference for each λ can be stored.

The InGaAs meter is the preferred solution for single mode testing from 900 – 1650 nm and Ge meters offer modest accuracy from 660 to 1550 nm.

The KI 9600A OPM provides multifiber id for fiber identification, 12 calibrated wavelengths & tough construction meeting MIL PRF 28800 Class 2 calibration is ISO 17025 traceable. 

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KI 9600A Optical Power Meter
Features Specifications FAQ Downloads



Features
  • Shirt pocket size with spring clip.
  • Patented low cost Interchangeable connector.
  • Multi-fiber ID for fiber identification.
  • Large sunlight readable display.
  • Displays dBm, dB, linear, tone Hz.
  • Power averaging mode for modulated signal.
  • Tamper -lock mode for low skill measurement.
  • Simple to use.
  • 300-hour battery life.
  • Max / Min recording & display hold.
  • Up to 12 calibrated wavelengths.
  • Compact, rugged & light weight.
  • ISO 17025 traceable calibration certificate.
Specifications

Technical Specifications:

Response

nm

Damage

level

dBm

Calibration

nm

Power

range

dBm

Tone &

mulita fiber

ID

sensitivity

dBm

Midrange

linearity

dB

Calibration

Accuracy

%

Polarization

Sensitivity

dB

Total

Uncertainty

dB

Sensitivity

± 30 nm

dB

InGaAs detector

600 ~

1700

+15

850

1300, 1310, 1390, 1490,

1550, 1610, 1625

+5 ~ -60

-40

-50

0.04

2 %

(0.09 dB)

< 0.05

0.3

0.03

H3B (InGaAs) detector

800 ~

1700

+27

850

1300, 1310, 1390, 1490,

1550, 1590, 1610, 1625

+24 ~ -40

-20

-30

0.04

2 %

(0.09dB)

< 0.05

0.3

0.03

H5 (InGaAs) detector

800 ~

1700

+25

850

1300, 1310, 1390, 1490,

1550, 1590, 1610, 1625

+15 ~ -50

-30

-40

0.04

2 %

(0.09dB)

< 0.05

0.3

0.03

Ge detector

600 ~

1650

+20

635,650,660,780,1610, 1625

850, 1300, 1310, 1390, 1490,

1550

+10 ~ -60

-40

-50

0.06

2 %

(0.09dB)

< 0.05

0.5

0.04

 

General Specifications:

Parameters

Value

Operating / Storage Temperature

-15 to 55 °C / -25 to 70 °C

Relative humidity

0 ~ 95%

Case

Polycarbonate with captive dust cap, 2.5-meter drop tested

Tone detection

200 ~ 2500 Hz ± 2 %

Power

2 alkaline AAA cells. Selectable auto-off, low battery indicator

Battery life

300 hours

Size

124 x 81 x 25 mm

Weight

0.15 kg
FAQ

What is the KI9600 Optical Power Meter used for?

The KI9600 is a premium optical power meter designed for high-accuracy optical power measurements, insertion loss testing, and fiber network certification in telecom, FTTH, data center, utility, and enterprise fiber networks.

What makes the KI9600 different from standard optical power meters?

The KI9600 offers high measurement accuracy, large memory capacity, Auto Wavelength Recognition, advanced data logging, and professional reporting capabilities, making it suitable for network certification and large-scale fiber deployments.

What optical power range does the KI9600 support?

The KI9600 measures optical power levels from +26 dBm to -70 dBm, allowing accurate testing of both high-power and very low-level optical signals.

Which wavelengths are supported by the KI9600?

The instrument supports 850, 980, 1300, 1310, 1490, 1550, and 1625 nm, covering multimode, single-mode, GPON, FTTH, CWDM, and telecom applications.

What detector technology is used in the KI9600?

The KI9600 utilizes a precision InGaAs photodiode detector, ensuring stable and accurate measurements across the entire telecom wavelength spectrum.

What is the measurement accuracy of the KI9600?

The meter provides ±0.15 dB calibrated accuracy, suitable for acceptance testing, certification, troubleshooting, and maintenance applications.

Can the KI9600 perform insertion loss measurements?

Yes. When paired with a compatible optical light source, the KI9600 performs end-to-end insertion loss testing, enabling certification of fiber optic links.

Does the KI9600 support Auto Wavelength Recognition (AWR)?

Yes. Auto Wavelength Recognition automatically identifies the transmitted wavelength, reducing setup errors and improving testing speed.

Can the KI9600 store test results?

Yes. The KI9600 includes large internal memory capable of storing thousands of test records, making it ideal for contractors and network certification projects.

Does the KI9600 support PC reporting and data transfer?

Yes. Measurement results can be transferred to a computer for documentation, analysis, and professional report generation.

What display does the KI9600 use?

The instrument features a large backlit graphical LCD display, providing excellent readability in both indoor and outdoor environments.

What is the battery life of the KI9600?

The KI9600 offers up to 100 hours of continuous operation, ensuring reliable performance during long testing sessions.

Which connector types are supported?

The meter supports interchangeable adapters for SC, FC, ST, LC, E2000, and other common fiber optic connectors.

Which industries commonly use the KI9600?

Telecom operators, ISPs, FTTH contractors, railway communication departments, power utilities, defense networks, data centers, and enterprise IT teams.

What are the key technical advantages of the KI9600 Optical Power Meter?

Key advantages include +26 to -70 dBm measurement range, InGaAs detector, 850–1625 nm wavelength support, Auto Wavelength Recognition, advanced data logging, PC reporting, 100-hour battery life, and telecom-grade measurement accuracy.

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Downloads

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