Accelerometer
Accelerometer Calibration Workstation
PCB is the world leader in piezoelectric and measurement grade MEMS accelerometers. Users from the world's largest aerospace companies and the major automotive manufacturers, to research labs and consumers projects - have confidence in us with their accurate and high throughput calibration needs. TMS offers precise, elegant and efficient automated accelerometer calibration, providing metrology control and confidence.
Accelerometer Calibration Workstation
PCB is the world leader in piezoelectric and measurement grade MEMS accelerometers. Users from the world's largest aerospace companies and the major automotive manufacturers, to research labs and consumers projects - have confidence in us with their accurate and high throughput calibration needs. TMS offers precise, elegant and efficient automated accelerometer calibration, providing metrology control and confidence.
Accelerometer Calibration Workstation
PCB is the world leader in piezoelectric and measurement grade MEMS accelerometers. Users from the world's largest aerospace companies and the major automotive manufacturers, to research labs and consumers projects - have confidence in us with their accurate and high throughput calibration needs. TMS offers precise, elegant and efficient automated accelerometer calibration, providing metrology control and confidence.
Laser Primary Accelerometer Calibration
The Laser Primary Accelerometer Calibration Workstation Model 9155D-575 offers primary calibration of vibration sensors with extremely low measurement uncertainty, exceeding performance requirements specified in ISO 16063-11 from 0.1 Hz to 20kHz. The system seamlessly integrates both primary calibrations using laser interferometer and secondary calibrations using the system's reference standard accelerometer as specified in ISO 16063-21.
Laser Primary Accelerometer Calibration
The Laser Primary Accelerometer Calibration Workstation Model 9155D-575 offers primary calibration of vibration sensors with extremely low measurement uncertainty, exceeding performance requirements specified in ISO 16063-11 from 0.1 Hz to 20kHz. The system seamlessly integrates both primary calibrations using laser interferometer and secondary calibrations using the system's reference standard accelerometer as specified in ISO 16063-21.
Laser Primary Accelerometer Calibration
The Laser Primary Accelerometer Calibration Workstation Model 9155D-575 offers primary calibration of vibration sensors with extremely low measurement uncertainty, exceeding performance requirements specified in ISO 16063-11 from 0.1 Hz to 20kHz. The system seamlessly integrates both primary calibrations using laser interferometer and secondary calibrations using the system's reference standard accelerometer as specified in ISO 16063-21.
Precision Air Bearing Calibration Shaker
The Model K394B30/B31 Calibration Shaker System Air Bearing Shaker represents a new level of performance in calibration grade shakers. The K394B30/B31 continues the award winning PCB Group tradition of providing superior performance characteristics and ease of use while offering exceptional value and simplicity. A graphite air bearing combined with an ultra-stiff lightweight armature essentially eliminates transverse motion that plagues traditional flexure based shaker armature suspension systems.
Precision Air Bearing Calibration Shaker
The Model K394B30/B31 Calibration Shaker System Air Bearing Shaker represents a new level of performance in calibration grade shakers. The K394B30/B31 continues the award winning PCB Group tradition of providing superior performance characteristics and ease of use while offering exceptional value and simplicity. A graphite air bearing combined with an ultra-stiff lightweight armature essentially eliminates transverse motion that plagues traditional flexure based shaker armature suspension systems.
Precision Air Bearing Calibration Shaker
The Model K394B30/B31 Calibration Shaker System Air Bearing Shaker represents a new level of performance in calibration grade shakers. The K394B30/B31 continues the award winning PCB Group tradition of providing superior performance characteristics and ease of use while offering exceptional value and simplicity. A graphite air bearing combined with an ultra-stiff lightweight armature essentially eliminates transverse motion that plagues traditional flexure based shaker armature suspension systems.
Low Frequency Calibration Shaker
The Model 9155D-779 Low Frequency Long Stroke Calibration Shaker, option to the 9155 Accelerometer Calibration Workstation, represents a new level of performance in calibration grade long stroke shakers with SmartStroke™ technology
Low Frequency Calibration Shaker
The Model 9155D-779 Low Frequency Long Stroke Calibration Shaker, option to the 9155 Accelerometer Calibration Workstation, represents a new level of performance in calibration grade long stroke shakers with SmartStroke™ technology
Low Frequency Calibration Shaker
The Model 9155D-779 Low Frequency Long Stroke Calibration Shaker, option to the 9155 Accelerometer Calibration Workstation, represents a new level of performance in calibration grade long stroke shakers with SmartStroke™ technology
PneuShock Accelerometer Calibration System
The PneuShock™, Shock Accelerometer Calibration Workstation, Model K9525C measures sensor sensitivity at high acceleration levels up to 10,000g in accordance with ISO 16063-22. PneuShock™, a state-of-the-art shock exciter
PneuShock Accelerometer Calibration System
The PneuShock™, Shock Accelerometer Calibration Workstation, Model K9525C measures sensor sensitivity at high acceleration levels up to 10,000g in accordance with ISO 16063-22. PneuShock™, a state-of-the-art shock exciter
PneuShock Accelerometer Calibration System
The PneuShock™, Shock Accelerometer Calibration Workstation, Model K9525C measures sensor sensitivity at high acceleration levels up to 10,000g in accordance with ISO 16063-22. PneuShock™, a state-of-the-art shock exciter
High g Accelerometer Calibration
The Model K9560D Hopkinson Bar for High g Calibration is a fully automated, turnkey system for calibrating and verifying high g range shock accelerometers. With acceleration levels from 1,000 to 100,000 g,
High g Accelerometer Calibration
The Model K9560D Hopkinson Bar for High g Calibration is a fully automated, turnkey system for calibrating and verifying high g range shock accelerometers. With acceleration levels from 1,000 to 100,000 g,
High g Accelerometer Calibration
The Model K9560D Hopkinson Bar for High g Calibration is a fully automated, turnkey system for calibrating and verifying high g range shock accelerometers. With acceleration levels from 1,000 to 100,000 g,
Validation Sensor Kits
The Modal Shop offers a variety of transfer standard reference accelerometers certified to ISO 17025. The Modal Shop's A2LA scope of accreditation can be seen here. Single and double ended sensor options are available as verification, transfer, low frequency, and shock calibration standards. All sensors include ICP sensor signal conditioning, cables, and laser primary calibration data.
Validation Sensor Kits
The Modal Shop offers a variety of transfer standard reference accelerometers certified to ISO 17025. The Modal Shop's A2LA scope of accreditation can be seen here. Single and double ended sensor options are available as verification, transfer, low frequency, and shock calibration standards. All sensors include ICP sensor signal conditioning, cables, and laser primary calibration data.
Dynamic Pressure
Low Pressure Calibration System - K9903C
The K9903C provides low pressure transient inputs to the sensor under test, in accordance with ANSI B88.1
Medium Pressure Calibration System - K9907C
The K9907C provides a step pressure pulse to the sensor under test using helium gas as a medium.
High Pressure Calibration System - K9913C
The K9913C offers accurate dynamic calibration of pressure sensors using an impulse input
Ultra High Pressure Calibration System - K9905D
The K9905D provides high pressure calibration in two modes: step pressure pulses using oil media, or quasi-static pressures via brass. This ‘brass’ calibration is used with PCB 117B conformal pressure sensors for lot testing of ammunition casings.
Instrumented Shock Tube - 9901C
The 9901C uniquely characterizes pressure sensors using pressure waves created by diaphragm rupture. The reflected and incident pressures are measured. Formerly offered as PCB Model 901A10. The integrated system K9901C will be introduced in 2014 and will include acquisition hardware and software.