FHO1000
The FHO1000 Handheld OTDR is the latest smart OTDR from Grandway. Although it is a handheld OTDR, it can measure the length of optical fiber over 100km. In short distance optical fiber testing, with the excellent 1m/4m deadzone performance, all kinds of continuous connectors, attenuation loss and other events can be clearly distinguished.
FHS1D02
The FHS1 Series laser source offers excellent stability and portability for accurate fiber optic testing. The output power is stable -5dBm and supports CW/270/1k/2kHz modulated output mode.
VLS-8-1
The VLS-8 Series Visual Laser Source totally complies with human engineering. It\'s small in size, easy to operate, portable and integrated with a launching indicator. Higher output laser power, the max test range up to 15km.
FHP12-B
The FHP12 Series Mini Optical Power Meter has a compact structure, stable performance and ensures high measuring precision of 850nm, 1300nm, 1310nm, 1490nm, 1550nm and 1625nm wavelengths. Used together with an optical laser source, it could accurately measure the loss of fiber, cable and other passive optical devices.
OFI-3
The OFI-3 optical fiber identifier is a low cost, portable instrument designed to detect optical signals without disrupting online service. During installation and maintenance of optical network, it\'s often necessary to isolate a specific fiber. By simply clamping the OFI-3 on a fiber. The OFI-3 will indicate if there is a signal, the direction, the intensity and the modulation frequency.
FHO3000-D26
The FHO3000 series OTDR is a highly cost-effective choice. The dynamic range is from 26dB to 35dB. The humanized interface is convenient and quick to operate. With the function a VFL and Power meter, it is a great helper in fiber network testing.
FHO1000
The FHO1000 Handheld OTDR is the latest smart OTDR from Grandway. Although it is a handheld OTDR, it can measure the length of optical fiber over 100km. In short distance optical fiber testing, with the excellent 1m/4m deadzone performance, all kinds of continuous connectors, attenuation loss and other events can be clearly distinguished.
