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#Product Trends

DB510-DB151 Humidity Sensor

The "Environmental Speed-Control Guardian" for Remote Control Base Stations

Remote base stations (scattered in mountains/deserts/coasts) have equipment sensitive to temp/humidity changes—even 5℃ temp spikes or 10% humidity swings cause outages. Being unattended, faults require hours of maintenance travel. A temecom operator’s 50 remote stations once had 3 monthly outages due to poor monitoring; the DB510-DB151 Humidity Sensor resolved this.
1. On-Site Pain Points (Old Sensors)
Temp "rollercoaster": 5-40℃ fluctuations; traditional sensors (response >15s) delayed cooling, leading to 10min high-temp operation.
Humidity issues: 75% RH (coastal, 3-month power short-circuits) or 20% RH (inland, static damage).
Sensor failure: Corroded (coastal, 6-month replacement) or dust-clogged (deserts); ±3℃ temp deviation, useless alarms.
2. Core Advantages of DB510-DB151
Accuracy & Fast Response
Temp: -40~120℃ range, ±0.2℃ accuracy (detects 3℃ spikes); humidity: 0~100% RH range, ±2.0% accuracy (alerts at 58% RH to prevent condensation).
Response <5s (3x faster than traditional), triggers cooling in 3s for sudden temp rises.
Durable Custom Probe
304 stainless steel housing: Resists salt spray (3000h) and dust; lifespan extended to 3 years (vs. 6 months).
Optimized air flow: Reduces measurement delay; 120℃ heat resistance (works during AC failures).
Easy Maintenance
Dual output (4-20mA/RS485): Enables local control and centralized monitoring of 50 stations.
Wide voltage (9-36VDC, 1.2kW low power): Fits solar-powered stations; optional LCD for 3-min inspections.
3. Application Results
Zero outages: Temp stabilized at 28±1℃, humidity at 55±3% RH; coastal power short-circuits down 90%.
50% lower maintenance costs: 1-year calibration cycle (vs. 3 months); saves >RMB120k/year for 50 stations.
Zero data loss: RS485-transmitted curves allow pre-fault prediction (e.g., replaced fans early for 33℃ fluctuations).
The DB510-DB151 minimizes remote base station environmental risks, guarding stable signal transmission as a reliable "invisible defense."

Details

  • 2, 2-3 Xue Zi Jie, Gan Jing Zi Qu, Da Lian Shi, Liao Ning Sheng, China, 116086
  • Dabeco