High Voltage Spark Gap Boiler Ignition System
Glass tube high energy spark ignition system designed for reliable boiler ignition applications.
Product Overview
Standard Type Soft Rod Explosion Proof High Energy Igniting Gun - High Performance Ignition System XDZ-1R-l/d B 600~1400V
Product Description
Utilizes DC voltage input from ignition cable to discharge and form high energy electric sparks at the ignition head.
Technical Advantages
- Low ignition voltage requirements
- Excellent temperature resistance
- Safety and reliability with strong pollution resistance
Applications
Compatible with XDH high-energy ignition device assemblies for various industrial applications.
Product Models and Series
| Sr. |
Model |
Description |
| 1 | XDZ-1-l/d | Standard type hard rod high energy ignition gun |
| 2 | XDZ-1-l/d B | Standard type hard rod explosion-proof high-energy igniting gun |
| 3 | XDZ-1-l/d K | Standard type hard gun handle high energy ignition gun |
| 4 | XDZ-1R-l/d | Standard type soft rod high energy ignition gun |
| 5 | XDZ-1R-l/d B | Standard type soft rod explosion-proof high-energy igniting gun |
| 6 | XDZ-2-l/d | Non standard hard rod high energy ignition gun |
| 7 | XDZ-2-l/d B | Non standard hard rod explosion-proof high-energy igniting gun |
| 8 | XDZ-2R-l/d | Non standard soft rod high energy ignition gun |
| 9 | XDZ-2R-l/d B | Non standard soft rod explosion-proof high-energy igniting gun |
| 10 | XDZ-3-l/d | Special electric nozzle high-energy igniting gun |
| 11 | XDZ-3-l/d B | Explosion proof special electric nozzle high-energy igniting gun |
| 12 | XDZ-4-l/d B | The hard rod high clearance point guns |
Note:
① In the table, code "l" represents igniting gun length in mm
② In the table, "d" represents igniting gun diameter with 14mm, 16mm, 18mm series available
③ Custom designs and production available according to user requirements
Performance Parameters
| Parameter Name |
Unit |
Data |
| Starting ignition voltage | VDC | 600~1400 |
| Center electrode resistance | Ω | ≤0.1 |
| Firing end long-term temperature | ℃ | ≤800 |
| Firing end short-time (<5min) temperature resistance | ℃ | 1250 |