Fujian Province detonator price/detonator wholesale/detonator manufacturer

The series of high-energy pulse detonators produced by our company use advanced energy storage film capacitors, which have the advantages of strong energy storage, strong impact resistance, and large current. All components are selected in accordance with military industry standards. The series of products are small in size and safe and reliable in detonation. They are widely used in large and medium-sized blasting in open-pit mines, underground metal mines, tunnel excavations, and water conservancy projects. They are high-voltage energy devices that detonate a large number of industrial electric detonators and bridge-free anti-miscellaneous electric detonators. . It is especially suitable for detonating plastic detonators in blasting areas with strong stray current. This product has high detonation voltage and large capacitance, so the detonator has high energy and high detonation reliability. It is especially suitable for large-scale blasting and detonators that require high voltage and non-bridged wire to resist miscellaneous electricity. At the same time, it can be equipped with the strong spark firing pin produced by our company to detonate the non-conducting detonator. It is an ideal dual-purpose detonator.
2. Technical indicators
Detonation voltage Detonation capacity
Detonation capacity Industrial electric detonator (total value of external resistance, series connection) detonator detonator external blasting bus (stranded copper, aluminum core Multiple wires)~
Charging time and dimensions
Peak voltage power supply voltage
Operating environment humidity Operating environment temperature ℃`﹢℃
Battery pack/charger and charging time
3. How to use
When it is necessary to carry out detonation operation, first put the toggle switch to the charging position, and then turn on the power switch to charge. When the voltage reaches the required detonation voltage or the voltage indicator on the detonator reaches red When in the area, the power switch should be turned off first, and then the toggle switch should be operated to the blasting position for detonation. After the detonation operation is completed, the toggle switch should be turned to the off position.
When the battery pack in the detonator is low in power, the battery pack should be charged immediately. Insert the standard charger into the charging jack in the lower left corner of the detonator operation panel, and then connect to the AC power supply for charging. Time is around.
4. Precautions
When detonating a small amount of detonators and the load is less than ohms, the charging voltage cannot be higher than the detonation voltage.
Before wiring, perform a charge and discharge check first, and the high-voltage indicator rises within the specified time before discharging to ensure the reliability of the instrument. When there is no voltage indication on the high-voltage indicator, please do not detonate.
When detonating, turn the switch to the charging position. When the voltage indicates the maximum voltage, turn it to the firing position immediately to prevent the voltage from continuing to rise for too long and causing damage to internal components. If the firing is not fired immediately, the maximum time cannot be exceeded. After detonation is completed, turn the switch to the off position.
If you want to continue blasting, you can turn the blasting position to the charging position, turn on the power switch, and then connect the blasting bus to the output end of the detonator, wait until the voltage indication reaches the required value before detonating (this can extend the battery life service life). If the value in the voltage indicator table cannot reach the specified value within the specified charging time, the battery pack in the detonator should be charged immediately to ensure the normal use of the detonator.
Please avoid dropping the detonator from a high place or subjecting it to severe vibration and impact, and use, keep and maintain it by dedicated personnel to ensure the safety and reliability of the detonator.
When it is necessary to use a non-electric detonator to detonate, a non-electric firing pin produced by our company must be used for detonation. The direct detonation voltage should be controlled below. If remote detonation is required, the voltage should be controlled below. For specific technical indicators, please refer to the instruction manual of the series of firing pins produced by our company.
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