Description
The JT-AT2005 Series Household Combustible Gas Detector is a high-performance, user-friendly gas safety monitor developed to meet modern families’ diverse safety needs. Adopting precise temperature compensation technology, it accurately senses combustible gas concentrations and adapts to ambient temperature changes, ensuring consistent, reliable detection and avoiding false alarms from morning-evening or seasonal temperature differences. It is equipped with an automatic lifetime expiration alert that uses clear sound and light prompts to remind users of timely replacement, maintaining optimal device performance. Supporting wireless solenoid valve connection, it quickly triggers valve closure when gas leakage is detected to prevent hazards, with a clear status display for intuitive monitoring. A built-in black box records detailed alarm time, concentration, fault type and failure time, facilitating quick troubleshooting. Made of high-quality V0-rated flame-retardant material, it has strong fire resistance, and its IP31 protection grade ensures stable operation in dusty, slightly humid environments like kitchens. Easy to install and operate, it suits various households and provides a solid safety barrier for family life and property.
Specification
| Model | JT-AT2005 Series |
| Measuring gas | CH4 (Methane) |
| Measuring type | Diffusion type |
| Measuring method | Semiconductor |
| Life time | 5 years (typical) |
| Networking | NB (optional) |
| Alarm method | Light and sound |
| Output signal | Realy output / solenoid valve output |
| Mounting type | Wall |
| Dimensions | 120(W) x 76(H) x 34(D) mm |
Sensor Features
| Semiconductor Type | High Sensitivity: Detects low-concentration gases with noticeable changes in electrical signals. | |||||||
| Fast Response: Rapid alteration of semiconductor electrical conductivity upon gas adsorption enables quick detection. | ||||||||
| Broad-Spectrum: Detects most volatile organic compound (VOC) vapors. | ||||||||
| Long Lifespan & Cost-Effectiveness: Simple structure, low manufacturing cost, and stable long-term performance, making it suitable for cost-sensitive scenarios. | ||||||||
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