OP-3306C/CT Optical Fiber Identifier JW3306C Receiver JW3306CT Sounder For Fiber P
Product Description
Optical Signal Generator OP-3306C/CT Optical Fiber Identifier
is an important tool for optical maintenance, which is used for nondestructive fiber identification work, can be detect in any location of both SM and MM fiber. Meanwhile when you combined with OP-3306C/CT Optical Signal Generator, which can realize lowfrequency signal online injection, and also realize to find a particular fiber online without modulation signal in optical fiber signal. This tester is designed for machine room complex optical patch cords provides a good solution.
Specification
Product Name | Optical Signal Generator OP-3306C/CT Optical Fiber Identifier | |
Type | OP-3306C/CT | |
Identified Wavelength Range | 800~1700nm | |
Detector Type | InGaAs | |
Adapter Type | Ø0.25 (Applicable for Bare Fiber); Ø0.9 (Applicable for Ø0.9 Cable );Ø2.0 (Applicable for Ø2.0 Cable ), Ø3.0 (Applicable for Ø3.0 Cable ) | |
Identified Signal Type(HZ) | CW, 270, 1K, 2K | |
Signal Direction | Left & Right LED | |
Signal Direction Test Range (dBm, CW/3mm bare fiber) |
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Signal Power Test Range | -30~+10 | |
Signal Frequency Display (Hz) | 270, 1K, 2K | |
Frequency Test Range | Φ0.9, Φ2.0 | -30~0 |
Φ0.9, Φ2.0 | -25~0 | |
Φ3.0 | 270Hz,1KHz | |
Φ3.0 | 2KHz | |
Frequency Test Range | 0.8 (1310nm) | |
2.5 (1550nm) | ||
battery electric power display | Power double color LED | |
Weight (without batteries) | <210g | |
JW3306CT | ||
Signal types | 1Hz low-frequency signal | |
Signal mode | Mechanical vibration | |
Insertion Loss | <1dB(1310nm) | |
Fiber Type | G657A1,G657A2, G655, G652D | |
fiber diameter | 0.9/2/3 | |
Weight (without batteries) | <230g | |
Other | ||
Alkaline Battery(V) | 9V | |
Operating Temperature (degree) | 0~+50 | |
Storage Temperature (degree) | -10~+70 | |
Dimension (mm) | 209X33X31 |
Contact: Ronnie Jin
Phone: 86-18145859319
E-mail: ronnie@hkotop.com
Add: Room 1205,Cengxi building, Wuhai Road ,Songling Street, Longgang district , Shenzhen, China.