Products
Telcordia GR-326-CORE Optical Fiber Movable Connector Mechanical Strength Testing Machine
Products Description
Telcordia GR-326-CORE Optical Fiber Movable Connector Mechanical Strength Testing Machine
Product information:
Standard: D/T2152-2010 "Optical Movable Connectors Reliability Requirements and Test Methods" Sections 5.3.6.2, 5.3.6.3, 5.3.6.4 and 5.3.6.5
Telcordia GR-326-CORE (1999), Telcordia GR-468-CORE (2004), Telcordia GR-1209-CORE (2001), Telcordia GR-1221-CORE (1999)
Specimen and limitations: Optical fiber movable connector
Test purpose: It is suitable for detecting the degree of damage of optical fiber movable connectors after a certain number of bending, torsion, side pull and tensile stress under load, and verifying its mechanical reliability.
Test principle: It adopts PLC control and servo motor drive to perform bending test, twisting test, tensile test and tail stretching test on the optical fiber connector, and at the same time, a certain load force is applied to the sample. The test speed, angle and test times can be preset through the touch screen.
Equipment structure and features: Table-operated structure, strong versatility.
Equipment size: WDH=1100X800X1620mm, weight about 150kg
Technical parameters:
1. Bending test
2. Torsion test
3. Tensile test
4. Tail tensile test
Mechanically clamped to a special fixture, the clamping point position is adjustable
Control system
Mitsubishi PLC control, 7-inch color touch screen operation
Drive mode
Motor + precision screw guide rail forming transmission mechanism
Test station
Single station
Test items
Main technical parameters of bending test
Sample
Optical fiber cable movable connector
Sample clamping method
Bending angle
0-360° adjustable (can be preset to ±30°, ±45°, ±60°, ±90°)
Bending direction selection
Bending rate
0-60 times/min, touch screen preset
Bending times
0~999999 can be preset, the default is 100 times
Load weight
0.6kg, 0.9kg
Insertion and return wear and tear
External testing
Main technical parameters of torsion test
Sample
Optical cable type optical fiber movable connector, coated optical fiber type, bare optical fiber type
Sample clamping method
Mechanically clamp it to the special fixture according to Figure 6, the clamping point position is adjustable
Direction of rotation
Forward and reverse rotation can be selected (can be preset to rotate forward n times and then reverse n times)
Bending direction selection
Rotation rate
0-10r/min, touch screen preset
Number of rotations
0~9999.9 can be preset, the default is 9 times
Selection table for number of specimen rotation turns
Table 2 Winch rotation requirements
Tail type
Clockwise rotation (circle)
Counterclockwise rotation (circle)
Optical cable type
2.5
5
Optical fiber type
1.5
3
Load weight
0.5kg, 0.75kg, 1.35kg
Insertion and return wear and tear
External testing
Main technical parameters of tensile test
Sample
Optical fiber cable movable connector
Sample clamping method
Mechanically clamp it to the special fixture according to Figure 6, the clamping point position is adjustable
Rotational position
0° (straight pull), 90° (side pull), automatic switching
Force application method
The motor controls the lifting and lowering of the pallet to lift and release the weights to achieve the purpose of applying pulling force.
Force application time
0-9999S, touch screen setting
Load weight
1.5kg, 2.3kg, 3.4kg 4.5kg, 6.8kg, superimposed combination to achieve
Insertion and return wear and tear
External testing
Main technical parameters of tail tensile test
Sample
Optical cable type optical fiber movable connector, coated optical fiber type, bare optical fiber type
Sample clamping method
Mechanically clamp it to the special fixture according to Figure 6, the clamping point position is adjustable
Rotational position
0°, 90°, 135° automatic switching
Rotation rate
0-10r/min, touch screen preset
Direction of rotation
Swing in sequence from 0° to 90° to 135°
Load weight
0.25kg, 0.5kg, 0.7kg, 1.5kg, 2.0kg 4.5kg, 6.8kg, superimposed combination to achieve
Sample load selection table
Table 3 Load requirement
Load
0°
90°
135°
Optical cable type
0.25kg
√
√
√
0.7kg
√
√
-
1.5kg
√
√
-
2.0kg
√
√
-
Φ0.9mm Coated Fiber Type
√
√
√
√
√
-
Φ0.25mm Bare fiber type
√
√
-
√
√
-
Note: √ Indicates the test to be conducted
Insertion and return wear and tear
External testing
