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HZ5231 Intelligent DC High Voltage Generator User Manual Huazheng Electric Manufacturing (Baoding) Co., Ltd...
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(0312) 6775656 to tell you to serve you at all times- Baoding Huazheng Elect ric Manufact ur ing Co. , Lt d. , our company will def initely make you satisf ied !
Contents I. Scope of application........................1 II. Technical features........................1 III. Main technical performance, specifications and working methods:........1 IV. Instructions for use........................2 V.The use of discharge rod......................10 VI.Precautions..........................11...
I. Scope of application HZ 5231 series intelligent DC high-voltage generators are mainly used for DC withstand test or DC leakage current test of zinc oxide arrester, power cable, transformer, circuit breaker, generator and other high-voltage electrical equipment in power departments, industrial and mining enterprises, metallurgy and iron and steel enterprises.
1.Voltage output 0-120kV precision ±1%±1 word 2.Current output 0-2000 UA accuracy ±1%±1 word 3.With automatic zinc oxide arrester test, cable section withstand voltage, automatic withstand voltage function 4.It has the function of manually adjusting voltage output. 5.Working mode: Intermittent use: rated load 30 minutes, 1.1 times rated voltage: 10 minutes 6.Working environment: Temperature: -10℃...
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Intelligent DC high voltage generator Figure 3 Boot screen Then the function selection interface in Figure 4 appears Manual booster test Automatic boost test Zinc oxide arrester Cable section withstand voltage MOA multiple test with one key (optional) ............................. Set up the The query Figure 4 Function selection interface...
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manual Protection voltage 030 KV Protection current 1500 UA Start the return FIG. 5 Parameters setting interface of DC high voltage generator At this point, press the function key to move the cursor to the corresponding parameter and modify the value by increasing or decreasing the key or by starting and stopping the key.
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Release residual current 130.1kV FIG. 8 Automatic discharge screen If the discharge voltage is very slow, it is recommended to use a discharge rod for manual discharge.When the discharge is completed, the instrument returns to the function selection interface shown in Figure 4. 2.
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2018-05-16 13:31:02 Test voltage: 27.1kV Test current: 1000 uA 75% voltage: 20.3 kV 75% current: 5 uA Print save exit FIG. 10 Interface of results of zinc oxide arrester The voltage goes up and the current is 0.When the voltage rises to about 25kV, the current starts to increase greatly, but the voltage increases very little.
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cable Set the parameters The boost speed is 3.0 Start the return Figure 14 Click "Set Parameters" in Figure 14 to display figure 15 below Cable section parameters 1, 005.0 kV 000010 seconds 2 010.0kV 000010 seconds 3 015.0kV 000010 seconds 4 020.0kV 000010 seconds 5 022.0V 000010 seconds 6 026.
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Fig.16 Cable section withstand voltage first section Interface Fig.16 Cable section withstand voltage first section timing When the voltage rises to the first voltage, start the timer, as shown in Figure 16. When the timer ends, start the second phase of the boost... The instrument will turn off the high pressure when the step 6 boost time is completed.Automatic discharge.
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The 2018-05-16 cable 13:30:40 Test voltage test current Paragraph 4:20.1 KV 0 uA Paragraph 5:22.1 KV 0 uA Paragraph 6 26.0kV 180.2 uA Print save exit FIG. 17 Interface of cable section withstand voltage test results At this point, press the Select key to "save" to store test results. Press the Select key to "Print"...
FIG. 20 Booster interface of automatic withstand voltage test When the voltage rises to the set voltage, start the timing, and the instrument will turn off the high voltage when the timing is finished. Automatic discharge. Figure 8 shows the automatic discharge screen.If the discharge voltage is very slow, it is recommended to use a discharge rod for manual discharge.
2. Pay special attention not to discharge the ground wire directly on the high-voltage microammeter housing, so as to avoid the damage of high-voltage microammeter caused by the strong impulse discharge current VI.Precautions 1.Boost before: to boost the knob "zero", and then press the high voltage through the boost experiment.
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