DX8388 Solid insulation material electrical strength testing machine (electrical dielectric strength tester)

Compliant with standards:

Complies with the requirements of GB1408.1, IEC60243-1 "Test Methods for Electrical Strength of Solid Insulation Materials - Tests at Power Frequency", GB1408.2, IEC60243-2 "Test Methods for Electrical Strength of Solid Insulation Materials - Corresponding DC Voltage Test" GB/T1695-2005 "Determination of Power Frequency Breakdown Voltage Strength and Withstand Voltage of Vulcanized Rubber" GB/T3333, GB12656, and ASTM D149 test standards.

Applicable scope:

Mainly suitable for solid insulation materials such as plastic, film, resin, mica, ceramics, silicone, glass, insulating paint, etc. Measure the breakdown strength and withstand voltage time at power frequency (48-62Hz) or corresponding DC voltage in air or liquid medium. Suitable for continuous and uniform boosting or stepwise boosting, apply AC/or DC voltage to the sample until breakdown, measure the breakdown voltage value, and calculate the breakdown strength of the sample; Using a rapid voltage increase method, raise the voltage to the specified value and maintain the sample without breakdown for a certain period of time. The specified value at this time is the withstand voltage value of the sample.

Main technical parameters:

1. Test voltage: AC 0-50 kV continuously adjustable DC 0-50 kV continuously adjustable

2. Transformer capacity: 10 KVA

3. Breakdown voltage: 0-50kV

4. Boosting speed: divided into 6 gears: 50, 100, 200, 500, 1000, 2000 (KV/S)

5. Boost speed regulation: for electrical automatic speed regulation

6. Voltage measurement accuracy: ≤ 2%

7. Leakage current selection: 1-20 mA

8. Test methods: DC test, AC test

9. Boosting method: Automatic programmable boosting

10. Power supply frequency: 50Hz sine wave

11. Power supply: AC220V 50/60Hz

12. External dimensions: length 1400*width1040*height 1500 mm

13. Weight: 200KG

Standard configuration:

Test host:one unit

Control device: one set

Test electrodes (GB 1408.1):two sets

Test fuel tank:two

Discharge system:one set

Control system:one set

Data collection system:one set

Test software :one set CD

Brand computer:one set

Brand inkjet printer:one set

Product user manual:one copy

Product qualification certificate:one copy

Usage: Take out the discharge rod and straighten the telescopic rod, insert the other end of the grounding clip into the metal probe socket of the discharge rod, and then clamp the grounding clip onto the instrument grounding terminal A or B. Hold the insulated handle as far away as possible from the instrument casing, stand, slightly bend forward, open the glass door of the test box, and use the metal probe to contact the high-voltage transformer output equalization ball, sample electrode, and capacitor high-voltage end one by one. (If necessary, after the discharge is completed, use a multimeter in AC voltage range (AC20V range) to test if the voltage between the electrode and the human body is less than 36V, indicating that the residual voltage has been discharged completely.)

Attention: Before taking out the sample after each experiment, it is necessary to fully discharge it beforehand. During discharge, the contact dwell time at each discharge point should exceed 2 seconds.

Safety instructions:

1. The equipment needs to be equipped with a separate protective ground wire. Grounding the protective ground wire is mainly to reduce the strong electromagnetic interference generated by the sample breakdown on the surrounding area. It can also avoid losing control of the computer.

2. The circuit of this testing equipment is equipped with multiple protective measures, mainly including overcurrent protection, voltage loss protection, leakage protection, short circuit protection, DC test discharge alarm, etc.

3. Grounding requirements: A separate grounding is required, and the grounding should comply with national standards. The metal rod should be buried at least 1.5 meters underground.

4. The circuit of this testing equipment is equipped with multiple protective measures, mainly including overcurrent protection, voltage loss protection, leakage protection, short circuit protection, DC test discharge alarm, etc.

Product features

1. Independent installation software running on the WIN XP/WIN7/WIN8 system, with a user-friendly interface and simple operation

2. Experimental display curve, automatic data storage, automatic search.

3. multipurpose, can be used for accurate, reliable, and safe AC and DC testing.

4. Computer controlled experimental process, automatic judgment stop, automatic reset.

5. Multiple protections such as overvoltage, overcurrent, short circuit, leakage, and misoperation.

Notes:

1. During the experiment, unrelated personnel should not be allowed to approach, as this testing instrument can generate high voltage and untrained personnel are not allowed to use the equipment. During the experiment, there should be a supervisor and no one should use it alone. In case of any unexpected situation.

2. If the equipment is not used for a long time, before reusing it, first pressurize the instrument with no load, that is, remove the wiring of the high-voltage electrode from the equalizing ball. Check the computer test interface to see if the high voltage is normal.

3. In case of unexpected situations during the experiment, the power should be cut off in a timely manner, and the experiment can only continue after the problem is resolved.

4. The equipment should be placed steadily and the ground should be sturdy. It is best to use a cement floor to avoid resonance.

5. The casing of the device should be grounded to a protective ground wire during use, ensuring the safety of operators and equipment operation.

6. After using the equipment, turn off the power to all parts of the system and do not plug or unplug the power cord with electricity.

7. Connect the equipment according to the prescribed power supply voltage. Ensure that the circuit wiring is correct. Otherwise, it will damage the equipment.

8. The instrument needs to be placed indoors, and the laboratory should be clean, dry, and free of corrosive media. Non relevant personnel should not operate it casually.

9. Do not let the equipment cable touch the sharp edge to avoid scratching the cable insulation; Do not let the cable be pressed under heavy objects to avoid breaking the cable and causing a fire; Do not use cables to pull or bind objects, as this can cause the equipment to malfunction due to cable breakage.

10. Don't let the equipment get splashed with water, corrosive gases, flammable gases, and combustibles.If not avoided, fire may occur.

11. When moving equipment, cut off the power supply and pull the plug from the socket. Do not place the device upside down or tilt the device at an Angle greater than 45°when moving the device.

12. Do not unplug the power plug of the device while it is running.