Coupler Lateral Pulls Testing Device
Product Information:
This device is according to the IEC60320-1, figure 19 standard requirement to design. It is used for the testing of withdrawing appliance inlet under the conditions of the connector with force, for this reason to test the mechanical strength of the connector.
Technical Parameters:
1, Flexible cable bending height: 40±2 mm, adjustable.
2, Pull range: 0-100N.
3, Pull way: Manual operation,50 times in one direction and then 50 times in the opposite direction.
3, Conductor Selection and the corresponding test lateral pulls value table
Standard: IEC 60320-1 clause 23.3 figure 19.
Application: Suitable for testing the lateral pull test of the connector with a rating exceeding 0.2A.
Test sample: Connector with a rating exceeding 0.2A.
Feature: Should select an appliance inlet which matching its model and standard hinge when connector testing.
Parameters:
Bending height of the flexing cable | 40±2 mm, adjustable |
Pull force range | 0-100N |
Pull mode | Manual operation, a lateral pull of the same force is then applied in a direction parallel with the plane containing the axes of the current-carrying pins and parallel with the engagement face of the connector. The force is immediately released. This sequence of operation is made 50 times in one direction and then 50 times in the opposite direction. Model HO6504A is automatic (optional) |
Table 7-Value for the lateral pulls applied
Rated current of connector A | Pull N |
2.5 | 6 |
6 | 35 |
10 | 35 |
16 | 50 |
After the test of 23.2, the connector with a rating exceeding 0.2A is inserted into an appliance inlet of a type corresponding with the connector to be tested and complying with the relevant standard sheet. The appliance inlet is mounted in an appropriate test apparatus, an example of which is shown in figure 19, with the pins pointing upwards. The dimension 40mm±2mm shall be complied with.
A lateral pull, as specified in table 7, is applied to the cord first in a direction perpendicular to the plane containing the axes of the current-carrying pins, and is immediately released.
This sequence of operation is made 50 times in one direction and then 50 times in the opposite direction.
A lateral pull of the same force is then applied in a direction parallel with the plane containing the axes of the current-carrying pins and parallel with the engagement face of the connector. The force is immediately released. This sequence of operation is made 50 times in one direction and then 50 times in the opposite direction.
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