CS Q-LEAP™ SHOCK with SE-221

More features

• with mitigator pulse widths up to 300 µs and for DUTs up to 200 g weight possible
• Reference standard: Use of strain gauges as well as laser vibrometers for primary calibration (option)
• Different bars for different DUT types
• Integrated e-Cal^™ software for the generation of calibration certificates (print, PDF...)

• Easy data exchange with applications like ERP systems or measuring equipment databases

   

Technical data

¹⁾ The pulse duration depends on the damper material on the anvil and can change due to aging and wear. The values in the table are valid for new standard anvils delivered with the shock exciter. Wider shock pulses available with mitigator option.
²⁾ Determined according to GUM (JCGM 100 „Evaluation of measurement data – Guide to the expression of uncertainty in measurement“) with k = 2 (coverage factor) for the best possible device under test (DUT). Other devices that are not assumed as ideal must be evaluated with individual contributions.
³⁾ Shock-transfer-coefficient is calculated in the time domain by comparing of peak values
⁴⁾ IR-Laser required at amplitudes higher 100 000 g_n

CS Q-LEAP^™ software

• shock calibration
• vibration measurement
• vibration generation
• more on demand

Typical DUTs

• Piezoelectric accelerometers with charge output
• IEPE piezoelectric accelerometers
• PR transducer
• digital transducers with SPI, I2C, DTI, and many other interfaces

Standards

• ISO 16063 - 22:Shock calibration of vibration transducers by comparison to a reference transducer
• ISO 17025: General requirements for the competence of testing and calibration laboratories

_{For further details, please refer to the technical data sheet. Subject to change without notice.}