Merchanical Strength Cable Testing Equipment For Completed Flexible Cables
Merchanical Strength Cable Testing Equipment For Completed Flexible Cables
- Model：
Flexible Cables Flexing Tester HDX1302
| Test object | Completed flexible cables |
| Test | Flexing test |
| Standard | IEC60245-1, IEC60245-2 figure 1 |
| Current loading | 0-25A |
| Voltage loading | 0-400V |
| Testing speed | 0.33m/S |
| Testing distance | 1000mm |
| Suitable cores | 2-18 |
| Nominal cross-sectional area | 0.2~4mm2 |
| Diameter of pulleys | 3 piece, 60, 80, 120, 160, 200 for options |
| Combined weights | 0.5kg, 1kg, 1.5kg, 2kg, 2.5kg, 3kg, 3.5kg, 4kg, 6kg, 7.5kg, 8kg |
| Fault testing | Current interruption, short circuit between conductors, test and short circuit between the pulley. |
| Power supply | 220VAC 50Hz |
Description:
This device is used for checking mechanical strength of completed flexible cables. This test does not apply to flexible cables with cores of nominal cross-sectional area greater than 4mm2 and cables having more than 18 cores laid up in more than two concentric layers.
According to the standard IEC60245-1 Rubber insulated cables-Rated voltages up to and including 450/750 V-Part 1:General requirements, IEC60245-2 clause 3.1 Figure 1 Rubber insulated cables-Rated voltages up to and including 450/750 V-Part 2: Test methods.
Test sample: Completed flexible cables.
Feature: This cable tester consists of a carrier C (see IEC60245-2 Figure 1),a driving system for the carrier and four pulleys for each sample of cable to be tested. The carrier C supports two pulleys A and B, which are of the same diameter. The two fixed pulleys, at either end of the apparatus, may be of a different diameter from pulleys A and B, but all four pulleys shall be so arranged that the sample is horizontal between them. The carrier makes cycles (forward and backward movements) over a distance of 1 m at an approximately constant speed of 0,33m/s between each reversal of the direction of movement. A sample of flexible cable about 5 m long shall be stretched over the pulleys, each end being loaded with a weight. The mass of this weight and the diameter of pulleys A and B are given in following table.
