capacitive accelerometer

Kingmach’s capacitive accelerometers use MEMS sensing elements with low noise density, typically around 25 µg/√Hz, enabling clear data even at tiny tilt angles. Standard ranges span ±2g to ±200g, covering most civil monitoring needs from micro-seismic detection to impact recording. Frequency response is flat down to 0 Hz, so you capture both dynamic events and static tilt without gap. The stainless steel body and potting inside hold up against moisture and dust – IP67 is the baseline, with IP68 available as an upgrade. Output is your choice: 4-20 mA current loop for long cable runs, 0-5 V for local controllers, or RS485 Modbus when you want digital access. Temperature compensation comes baked in from -20°C to 80°C, with calibration sheets showing typical thermal zero shift under 0.1% of full scale per degree. Installation usually involves a three-point mounting plate and a shielded cable with strain relief; we’ve seen too many field failures from pinched wires, so we reinforce the exit point. When paired with Kingmach loggers, you can pull drift-corrected data directly without dealing with conversion scripts. Custom requests – like specific cable lengths, different connector standards, or even a right-angle mount for cramped spots – are common for us, especially on tunnel lining and deep excavation jobs. The whole package is aimed at the middle ground: professional enough for serious monitoring, but without the aerospace price tag that makes project managers cringe.