Probe Accelerometer Properties ● Suited for automated vibration measurement, for instance in quality control ● Movable tip guided by air damped piston / cylinder system ● Linear frequency range by frictionless movement of the sensing element ● Constant tip pressure by spring suspension guarantees reproducible measuring results ● Low distortion ● Low sensitivity for environmental vibration ● Long life expectancy: over 10 million test cycles ● IP code IP62, oil resistant ● Probe tip electrically isolated from body Piezo design Output Voltage sensitivity Sensitivity tolerance Measurement range, pos./neg. Transverse sensitivity Lower frequency limit (3 dB) Upper frequency limit (3 dB) Upper frequency limit (10 %) Upper frequency limit (5 %) Resonant frequency Resonance amplitude Constant current supply Bias voltage at 4 mA Output impedance Residual noise; wide band; RMS Noise density 10 Hz Noise density 100 Hz Operating temperature range Temperature coefficient of voltage sensitivity Max. stroke Recommended deflection Max. vibration displacement Spring stiffness Dynamic mass Weight without cable Case material Connector direction Connector Mounting IP code Shear design IEPE 100 mV/g 5 % 40 g <5 % 40 Hz 4500 Hz 2900 Hz 2200 Hz >7,8 kHz 20 dB 2 - 20 mA 12 - 14 V <150 Ω <400 (0,5 - 20000 Hz) µg 15 μg/√Hz 4 μg/√Hz 0 - 80 °C -0,1 %/K 5,5 mm 2-4 mm 1 mm 0,63 N/mm 9 g 120 g Stainless steel axial UNF10-32 Clamp collar Ø 25; M5x8 screw DIN 914 in 90° notch IP62 Manfred Weber Metra Mess- und Freque

Typical Frequency Response Connection Accessories ● 009-UNF-UNF-1,5: Low-noise cable; 1,5 m; UNF 10-32 to UNF 10-32; 120 °C; D2,1 ● 009-UNF-BNC-1,5: Low-noise cable; 1,5 m; UNF 10-32 to BNC; 120 °C; D2,1 ● 010-UNF-BNC-5: Low-noise cable; 5 m; UNF 10-32 to BNC; 120 °C; D2,1 ● 010-UNF-BNC-10: Low-noise cable; 10 m; UNF 10-32 to BNC; 120 °C; D2,1 ● 017: Plug adapter UNF10-32 (female) to BNC (male) Notice: We offer the optional adapter KST94CA for the vibration calibrator VC120. It is suited for calibrations between 100 and 10000 Hz with defined coupling conditions and adjustable probe position....