wireless vibration sensor

Kingmach’s approach to the wireless vibration sensor starts with a simple idea: engineers need data they can trust without making a trip to the site every time the weather changes. The sensor measures acceleration or velocity and transmits readings over LoRa, 4G, or Wi-Fi, depending on the network available. Installation doesn’t require heavy cabling, which reduces both cost and the chance of equipment getting snagged on moving machinery. Housing is typically stainless steel or aluminum, sealed against moisture and dust, and the mounting brackets are adaptable for concrete, steel beams, or soil-anchored setups. Sensitivity can be factory-tuned to the frequency range common in blasting, pile driving, or traffic-induced vibration. That kind of adjustment isn’t always available with off-the-shelf units. Since Kingmach is primarily a geotechnical instrument manufacturer, the sensor integrates naturally with in-place inclinometers, crack meters, or tiltmeters already in use—so you’re not juggling three different software dashboards at once. Battery life is another frequent sticking point; here, the standard configuration runs on a user-replaceable lithium pack that can last six to eighteen months under typical hourly sampling intervals. For longer deployments, external solar panels or larger battery packs are offered. Custom requests are common: triggering an alert only when vibration exceeds a threshold for a set duration, logging raw waveform data during critical events, or outputting in a specific protocol for legacy SCADA systems. The manufacturing site in Chengdu handles both standard runs and one-off modifications, with lead times that adjust accordingly. Global shipments are supported by regional partners who can help with calibration checks and troubleshooting, so you aren’t left waiting on a time-zone gap when a sensor stops reporting.