Remote-controlled Insulating Boot (Glove) Withstand Voltage Test Device

KEXST-C Type Remote Control Insulated Boots (Gloves) Withstand Voltage Test Device

Product Name: Remote Control Insulated Boots (Gloves) Withstand Voltage Test Machine
Product Model: KEXST-C
Product Aliases: 1. Insulated Boots and Gloves Withstand Voltage Test Device
                 2. Insulated Gloves (Boots) AC Withstand Voltage Test Device
                 3. Fully Automatic Insulated Boots (Gloves) Withstand Voltage Test Machine

I. Product Overview:
      The KEXST-C Type Remote Control Insulated Boots and Gloves Withstand Voltage Test Device is a specialized equipment designed and produced for batch testing of insulated boots (gloves) in accordance with the "Regulations for Preventive Testing of Electrical Safety Tools" issued by the State Power Corporation, incorporating continuous improvements based on user feedback.
       This product effectively addresses previous non-standard testing practices, improves work efficiency, and ensures operational safety, making it an ideal device for withstand voltage testing of insulated boots (gloves). Key advantages include: remote operation from high-voltage test equipment and one-key remote control throughout the process, significantly enhancing operator safety.
II. Technical Parameters:
      1. Power Supply Voltage: AC220V  50HZ
      2. Rated Power: 3 KVA
      3. Rated Output Voltage: 0～30KV
      4. Features digital display, with zero position, overcurrent, timing, and alarm functions.
III. Usage Instructions:
      1. After unpacking, secure the test device and connect the grounding wire.
      2. Before testing, place steel balls inside the test sample, then adjust the electrode rod using the locking screw so that the electrode inserts into the insulated boot (glove) and contacts the steel ball surface via the adjustment screw.
      3. Remote control buttons: "1" is the stop button, "2" is the start button, "3" is the voltage increase button, "4" is the voltage decrease button, "5" is the timing button, "6" is the standby button.
      4. Connect the power supply, press the air switch (power indicator lights up), press button "2" (work indicator lights up; if not, the voltage regulator is not at zero—press button "4" to decrease voltage, then press "2" again), then press "3" to increase voltage. When the desired voltage is reached, press "5" to start timing. When the time is up, the buzzer sounds; press "4" to return the voltage regulator to zero, and press "1" to end the test.
      5. The leftmost digital meter is the high-voltage meter (KV), followed by six smart current meters (mA). The six high-voltage leakage current meters (mA) have corresponding overcurrent indicator lights above them, each in one-to-one correspondence.