Micro-Electro-Mechanical Systems (MEMS)

About MEMS

Micro-Electro-Mechanical Systems (MEMS) are essentially miniaturized mechanical and electro-mechanical devices and structures that are made using the techniques of microfabrication.
The most notable elements of MEMS technology are the microsensors and microactuators (i.e. transducers) that convert energy from one form to another, typically converting a measured mechanical signal into an electrical signal.

Advantages of MEMS devices

MEMS technology extends the advantages of size reduction beyond the electrical domain to the mechanical with faster processing speed, lower power consumption, greater complexity/functionality, and lower costs.
Syscor's MEMS device components are sealed, durable, reliable, and self-calibrate with gravity.
Syscor’s inclinometer and accelerometer sensors use MEMS technology and provide highly sensitive detection of inclination and movement. This is particularly useful for floating roof monitoring on aboveground storage tanks but can also be used for any application where inclination detection is required.

Where Syscor uses MEMS

Syscor's PCU-X01 Sensor Hub and PCU-X11 Inclinometer utilize MEMS-based inclinometer and accelerometer sensors. Syscor’s sensor probes can also be configured with accelerometer sensors.
PDF WirelessHART Sensor Hub Spec Sheet
PDF WirelessHART Inclinometer Spec Sheet
PDF HCD Sensor Spec Sheet
PDF HCDW Sensor Spec Sheet

Learn More

What is MEMS? (mems-exchange.org)

Syscor Controls & Automation Inc.
201 - 60 Bastion Square
Victoria BC V8W 1J2 Canada
Phone: +1 250-361-1681
Toll-Free: +1 833-361-1681 (US & Canada Only)
Email: contact@syscor.com

Syscor Controls & Automation Inc. (Syscor) is a leading developer and manufacturer of automation systems and sensors that provide wireless realtime monitoring of acceleration/vibration, temperature, inclination, and the presence of volatile hydrocarbons in and around industrial assets and facilities. Syscor's intrinsically safe, modular systems are standards-based for seamless integration with existing infrastructure.