PCB Accelerometer
PCB is the world's largest piezoelectric sensor manufacturer and the leading piezoelectric accelerometer brand in the domestic market, offering the most reliable measurement quality.
Whether your needs involve small-scale, structural, impact, drop, low-frequency micro-vibration, triaxial, high-temperature, DC, or other specific requirements, PCB accelerometers provide corresponding products, making them your best choice for vibration measurement.
Why Choose PCB Accelerometers?
1. Over 40 Years of R&D and Manufacturing Experience
PCB has more than 40 years of experience in design and manufacturing, dedicated to producing high-quality products.
2. Inventor of ICP® Type Accelerometers
As a leading sensor manufacturer, PCB invented the ICP (integrated circuit piezoelectric) acceleration type, which is called IEPE by other manufacturers, thus greatly reducing the convenience and cost of sensors.
3. High quality, reasonable price, fast delivery.
PCB insists on using the highest quality materials and components,and while other sensor manufacturers today outsource their manufacturing operations, PCB chooses to continue to invest in the training of its employees and the continuous optimization of its in-house CNC machining facilities, allowing PCB to control all factors that affect quality and delivery.
Our Platinum products are kept in stock to provide the best customer service, delivery time and price.
4. Rich Product Line
PCB specializes in piezoelectric inductors and has hundreds of products to meet any testing need.
5.Complete Calibration Report
Each PCB accelerometer is shipped with acomplete calibration report, and the calibration laboratory is accredited to the highest level by A2LA in the U.S. (mutual recognition with TAF in Taiwan).
( A ) General-Purpose Accelerometers
Common Application Areas：
Product Research
Vibration Control
Quality Inspection (End-of-Line Testing)
Mechanical Research
Recommended Models
( B ) Miniature Accelerometers
Common Application Areas：
Electronic Component Testing
Small Part Identification Testing
Confined Spaces
Minimizing Mass Loading Effects
Recommended Models
( C ) High-Temperature ICP® Accelerometers >160°C
Common Application Areas：
Quality Testing (HALT, HASS, ESS)
High-Temperature Environments
Thermal Stress Screening
Recommended Models
( D ) High-Temperature Charge Mode Accelerometers (Upto 430°C)
Common Application Areas：
High-Temperature Vibration Measurement
Engine Compartment Research
Exhaust Component Vibration Testing
Turbine Testing
Engine Vibration Analysis
Note: Charge modeaccelerometers must be used with a charge amplifier (charge converter).
Recommended Models
( E ) High-Sensitivity (Low-Frequency) Accelerometers
Common Application Areas：
Building Vibration Monitoring
Earthquake Detection
Bridge Structural Testing
Floor Vibration Monitoring
Geological Structure Research
Foundation Vibration Monitoring
Recommended Models
( F ) Structural Testing Accelerometers
Common Application Areas：
Structural Vibration Testing
Multi-Channel Modal Analysis
Recommended Models
( G ) Impact Accelerometers
Common Application Areas：
Pile Driver Monitoring
Recoil and Penetration Force Measurement
Stamping Machine Monitoring
Explosion Research
Metal-to-Metal Impact
Helmet Impact Testing
Recommended Models
