Description
4-in-1 Multi-function Optical Time Domain Reflectometer (OTDR), including four functions: OTDR-1310/1550nm and 22/20dB (60km (38mi) test distance), Visual Fault Locator (VFL) -650nm and 10km (6.3mi), Fiber Optic Power Meter (OPM) -800~1650nm and -50~+26dBm and Optical Light Source (OLS) -1310/1550nm, and it is the most cost-effective OTDR.
Lightweight and sturdy enough for any outdoor plant environment. With an enhanced 4-inch outdoor touchscreen, it offers an unprecedented user experience.
Parameter:
(1) OTDR
Wavelength: 1310/1550nm; Dynamic range: 22 / 20dB. Measuring distances: 0-60km (38mi); Fiber Type: 9/125um SM.
Reflection dead zone: 2 m; Attenuation Event Dead Zone: 12 m; Log storage: 200 groups.
(2) Visual Fault Locator (VFL)
Wavelength/output power: 650 nm / 10 km (6.3 mi); Mode: CW, 1Hz, 2Hz.
(3) Optical Power Meter (OPM)
Measurement range: -50~+26dBm.
Wavelength range: 800~1650nm Calibrated wavelength: 850, 1300, 1310, 1490, 1550,1625nm).
(4) Optical Light Source (OLS)
Issuer: FP-LD; Wavelength: 1310/1550nm.
Output stability: +- 0.04 @ 20 °C @ 15min; Output power: >= 5 dBm.
Basic parameter OTDR22F-T1
LCD: 4-inch IPS outdoor touch screen; Power supply: 8.4V 4400mAH lithium-ion battery.
Type of Connectors: SC (APC) + FC (APC) + FC (Male) -LC (Female) APC Adapter.
Product size: 180x80x50mm/7.1×3.1×2.0inch.Weight: 0.45KG/1LB; Package Weight: 0.8KG/1.76LB.
Features:
Lightweight, portable and cost-effective
A key operation, readable
test data Integrated with the Visual Fault Locator system, it is easy to detect the location of the fault in the dead
zone Use the rubber wrench, good dustproof capacity, waterproof, earthquake-proof, suitable for field
maintenance work Use large capacity battery, Long working time, suitable for long-time
field work Suitable for engineering construction and locating FTTx and access network maintenance faults.
Portable fiber fault locator that quickly detects fault location and fiber optic type using an OTDR element and a more powerful software analysis tool.
The reflection dead zone is as low as 2 meters and the attenuation event dead zone as low as 12 meters, so it does not require an OTDR launch cable when testing the fiber; Meanwhile, the maximum measurement distances are up to 60 km (38 miles), and are suitable for engineer construction and the location of FTTx maintenance faults and the access network.
