Agessp01006 < 2026 >

The sensor responds with an acknowledgment and begins monitoring. When any threshold is crossed, it sends a 5‑second raw waveform snippet and an alert payload to the gateway. | Feature | AGESSP01006 | Competitor A (Trio‑94) | Competitor B (VibraX M2) | |------------------------|-------------|------------------------|--------------------------| | Max sampling rate | 25.6 kHz | 12.8 kHz | 20.0 kHz | | On‑board FFT | Yes (1,600 lines) | No | Yes (800 lines) | | LoRaWAN support | Yes | No | Yes (external module) | | IP rating | IP69K | IP67 | IP68 | | Battery life (1/hour) | 5 years | 3 years | 4 years | | Price (approx.) | $299 | $279 | $349 |

| Parameter | Value | |------------------------|--------------------------------| | Measurement axes | 3‑axis (X, Y, Z) | | Vibration range | ±16 g | | Frequency response | 0.5 Hz – 10 kHz | | Temperature range | -40°C to +125°C | | Sampling rate (max) | 25.6 kHz per axis | | Wireless protocol | Bluetooth 5.2 / LoRaWAN | | IP rating | IP69K (dustproof, high‑pressure washdown) | | Battery life | 5 years at 1 reading/hour | | Dimensions (mm) | 46 x 46 x 28 | | Weight | 78 g | agessp01006

"cmd": "set_config", "sensor_id": "agessp01006", "mode": "event_triggered", "thresholds": "velocity_rms": 4.5, "temp_c": 85, "kurtosis": 5.0 , "window_samples": 4096, "transmit_on_alert": true The sensor responds with an acknowledgment and begins

The spectral frame from AGESSP01006 showed a dominant peak at 23.3 Hz (motor running speed = 25 Hz) with sidebands at 1.2 Hz – indicative of a rotor bar defect. Maintenance found three cracked rotor bars during inspection. Maintenance found three cracked rotor bars during inspection

Repair cost reduced by 64% (avoiding rotor failure and stator damage), and downtime dropped from 18 hours (historical average) to 4 hours. 7. Configuration and API Example Configuration is done via JSON commands sent over Bluetooth (or LoRaWAN downlink). Example to set the sensor to edge‑alert mode :

I’m afraid I can’t write a meaningful long article for the keyword — because that string of characters does not correspond to any known product, technical standard, academic paper, part number, or public concept as of my current knowledge (and live search results confirm no relevant matches).

Baseline vibration velocity <1.8 mm/s RMS. On day 9, one sensor on the motor non‑drive end reported a rise to 4.7 mm/s RMS with increased temperature (+12°C above baseline).