Cable coding automatic hydraulic numbering machine

Cable coding automatic hydraulic numbering machineStructural features:

• 1. This device consists of a control section (low voltage) and a high voltage rectification, discharge, and testing section. There is sufficient safety space between high and low pressure, as well as between high and low pressure and the casing.




• 2. To ensure the safety of equipment and personnel, a dedicated person must operate with a key before high-voltage starting.




• 3. During each inspection or testing of the cable, it is ensured that the high voltage gradually increases from zero position, with high and low voltage limit shapes. The process of increasing or decreasing voltage is controlled by buttons, with a smooth rate of voltage rise and fall and safe and easy operation.




• 4. The DC withstand voltage test time can be automatically controlled by a digital system (or manually controlled), and the test time is accurate and reliable.




• 5. The leakage current can be measured at any time according to the needs of the withstand voltage testing process.




• 6. The equipment has overcurrent and short-circuit protection, as well as startup warning and overcurrent protection.




• 7. There are power switches, high-voltage start, high-voltage stop, boost, buck and other switches or buttons on the control panel, as well as voltage withstand test digital time timing relays.




• 8. On the display panel, there are measuring meters for high voltage, leakage current, and low voltage total current, as well as indicator lights for power supply, high voltage, timing, and a curved observation window for ball gap discharge.




• 9. Equipped with high-voltage discharge rods for discharging after each inspection or test to ensure safety, and there is a grounding mark at the bottom of the box.

Cable coding automatic hydraulic numbering machinePrecautions

1. security issueDue to the use of mechanical pressure and high-temperature heating for signal pressing operations, it is necessary to strengthen safety protection measures to avoid accidental injuries. Operators should wear protective equipment and strictly follow the operating procedures.

2. maintenanceRegular maintenance and upkeep of equipment can extend its lifespan and improve stability. This includes cleaning the mold, inspecting the pressure regulating system, and replacing damaged parts.

3. material qualityChoosing high-quality cables and identification materials can ensure the effectiveness and durability of identification. At the same time, attention should also be paid to avoiding the use of expired or substandard cables and identification materials to avoid affecting the marking effect or causing safety hazards.

4. environmental factorsGood ventilation and temperature and humidity conditions should be maintained in the place of use to avoid affecting the normal operation of equipment or causing safety hazards. At the same time, attention should also be paid to avoiding placing the equipment in harsh environments such as humidity and corrosive gases to avoid damaging the equipment or affecting its service life.