The use environment and parameter analysis of the ignition device

The HL ignition device is an equipment used for ignition and is widely applied in industrial fields. This article aims to introduce the usage environment and key parameters of this ignition device, including tank capacity, flame jet length, pressure regulator outlet pressure, remote control distance, ignition medium, charging voltage, ambient temperature, ignition frequency, output high voltage, external dimensions, and overall weight. In-depth understanding of these parameters is crucial for the correct use of the HL ignition device, ensuring safe and efficient ignition operations.

The use environment and parameter analysis of the ignition device:

1. Tank Capacity: 20 liters
Tank capacity refers to the volume of diesel fuel that the HL ignition device can store. With a capacity of 20 liters, this ignition device can hold a large amount of diesel, ensuring prolonged operation without depleting fuel quickly, thereby enhancing work efficiency.

2. Flame Jet Length: Approximately 3 meters
Flame jet length denotes the maximum length of the flame ejected by the ignition device. An approximate length of 3 meters means that the device can ignite targets from a considerable distance, making it ideal for remote ignition scenarios.

3. Pressure Regulator Outlet Pressure: ≥0.5 MPa
Pressure regulator outlet pressure indicates the pressure of the flame ejected from the ignition device after adjustment by the internal pressure regulator. An outlet pressure of ≥0.5 MPa ensures that the ejected flame has sufficient strength and energy to effectively ignite the target.

4. Remote Control Distance: 200 meters
Remote control distance specifies the maximum distance at which the operator can control the ignition device using a remote control device. With a remote control distance of 200 meters, operators can safely control the device from a distance, avoiding potential hazards.

5. Ignition Medium: Diesel
Diesel serves as the ignition medium due to its high flammability and stability, making it suitable for the HL ignition device. Its widespread availability ensures the effective operation of the ignition device in various environments.

6. Charging Voltage: ~220V, 50Hz
The HL ignition device is charged with a voltage of 220V and a frequency of 50Hz. This power standard allows the ignition device to conveniently access power for charging in industrial environments, ensuring an ample power supply.

7. Ambient Temperature: -30°C to 80°C
The ignition device is suitable for use within a temperature range of -30°C to 80°C. This wide temperature adaptability guarantees stable operation of the device even under harsh climate conditions.

8. Ignition Frequency: ≤10 times/second
Ignition frequency refers to the number of ignitions the device can perform per second. A maximum of ≤10 times/second ignition frequency is suitable for most industrial ignition requirements, ensuring ignition efficiency and stability.

9. Output High Voltage: 2500V
Output high voltage refers to the high voltage generated when the ignition device emits flames. A high voltage output of 2500V ensures that the flame possesses sufficient energy to ignite targets from a distance.

10. External Dimensions: 3.4 x 0.7 x 1.1 meters
The ignition device has external dimensions of 3.4 meters in length, 0.7 meters in width, and 1.1 meters in height. These dimensions facilitate easy portability and operation while also ensuring convenient storage and maintenance.

11. Overall Weight: 500kg
With an overall weight of 500kg, the ignition device strikes a balance between stability and mobility, enabling flexible application in various work scenarios.

The HL ignition device holds significant potential for wide-ranging industrial applications. By understanding its usage environment and key parameters, we can better grasp how to operate and maintain the device correctly, ensuring safe and efficient ignition tasks in diverse industrial settings.