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Butterfly-type optical fiber tensile tester is a special testing machine for butterfly optical fiber combined with electronic technology and compact mechanical transmission
Butterfly Fiber Tensile Testing Machine Uses:
The butterfly cable tensile tester is suitable for testing the tensile properties of an access network using a butterfly-type fiber-optic cable within a specified tensile load (usually the load allowed during installation), that is, measuring the attenuation change of the optical fiber in the optical cable, the optical fiber strain And (or) Strain of the cable as a function of tensile load.
Butterfly cable tensile tester features:
The butterfly fiber tensile tester is computer-controlled, servo motor driven, precision ball screw drive loading, precision load sensor signal measurement. The butterfly fiber tensile tester has stable loading, accurate measurement, rapid control response, various control modes, and can easily and accurately achieve digital calibration of load and elongation. The butterfly fiber tensile tester has full load protection and position protection, etc. Features.
The butterfly fiber tensile tester includes tensile, flattening, impact, torsion, repetitive bending, bending, winding, and other test equipment, which can meet the testing requirements of the national standard for optical fiber cables. The tension and crush tester has a high-resolution, high-sensitivity signal output interface. The butterfly cable tensile tester can be directly connected with CD300, CD400, CD500, and PK2800, and can satisfy the test of optical fiber strain dispersion during the test.
The butterfly cable tensile tester is used for the tensile performance test of the user-introduced butterfly cable in the FTTH network. The butterfly cable tensile tester is also applicable to the user-introduced butterfly of other fiber access FTTO and FTTB networks. Fiber optic cable, butterfly fiber tensile testing machine is a butterfly fiber optic cable special testing machine combining electronic technology and sophisticated mechanical transmission. The butterfly fiber tensile tester has low standby power consumption, low noise, long life, and no pollution to the environment.
The butterfly fiber tensile tester has a reasonable structure, stable loading and precise control. Butterfly-type optical fiber tensile tester measurement and control system adopts AEC-1200 controller which is the leading domestic high-performance testing machine, and cooperates with all-round modular TestLive test software to ensure stable operation, accurate measurement and reliable test of the entire system. The butterfly cable tensile tester has a high-resolution, high-sensitivity signal output interface, which can be directly connected with S18, CD300, CD400, PK2800, etc., to meet the test of fiber strain dispersion in the test process. Butterfly optical fiber tensile testing machine test software for the graphical interface, the function layout is reasonable, easy to operate. Can test curve analysis, data storage, report printing. Afterburner total points, boost point, and hold time can be set arbitrarily. The butterfly cable tensile tester meets the requirements of the standards such as "YD/T 1997-2009 butterfly-type fiber optic cable for access network access" and "GB/T 7424.2-2008 General specification for optical fiber cable in the second part of the general specification for optical fiber cable".
Butterfly fiber tensile testing machine features:
l Dynamic display: load, displacement, deformation and test curve are dynamically displayed on the screen in real time.
l The full-closed loop control of the load, displacement, deformation, etc., and no impact between the smooth switching between each other.
l The loading speed is set steplessly, the loading process is stable and there is no jump fluctuation.
l The number of boost points is arbitrarily set, and the boost point is set arbitrarily.
l Accurate point force control is precise and no overshoot is loaded.
l The test results can be stored, and the test results can be read and consulted at any time.
l Software limit protection, travel limit protection, and full-scale overload protection.