Structure-Borne Noise Sensor BKS 10 BKS10 Sensor with adapter to BKS03 thread Neustadt 12, 37073 Göttingen, Telefon: +(49) 551/54833-0, Fax: +(49) 551/54833-43 email: [email protected], http://www.discom.de

Design The BKS10 implements the design of the BKS03 with a very light-weight sensor on top of an elastic element. As an enhancement, the BKS10 is much slimmer and attaches to surfaces that are close to ribs and other obstructing surfaces. Furthermore, the cable is protected as it is guided in an internal pipe. The sensor used is of ICP type and has a a sensitivity of 10 mV/g (1 mV/Nm/s2) These sensors weigh about 2 g and respond to frequencies up to 12 kHz. The sensor is mounted on a silicon element, the top of it's casing contacting the unit under test. A small steel plate is attached to the...

Details of adapter BKS03-A for BKS10, all dimensions i

Adapter and Cable Configurations Cable axial with silicon pipe Charge cable silicon 1,5m ART- 02619 Silicon pipe to protect the cable do not use inside the BKS10 the cable must have 5mm space for moving Cable lateral Cable axial Cable lateral aluminium / silicon ZEICHN.NR.

Technical Data BKS10 Sensor axial• KS91E1 ICP type accelerometer with 10 mV/g, or 1 mV/Nm/s2 KS91F2 ICP type accelerometer with 25 mV/g, or 2,5 mV/Nm/s2 Sensor transversal• Upper frequency limit: approx. 10 kHz Can be connected to Rotas systems configured as: ICP Input Minimum resonance due to small weight of 1,7 g and resonance absorption by silicon element. Adapts to uneven surfaces. Preload advice

Charge cable 1,5m with protective hose ART-02619 Measuring direction Cable BNC RG58 ART-00265x..m Adapter UNF 10-32/BNC ART-00281 Discom PC with „ICP“ 24V „ICP“ Sensor MMF KS91F2 25mV/g ART-02800 Measuring direction Supplies for all systems: BKS10 Adapter BKS10 / M27x1,5 ART-02612 Adapter to keep on using KS91D, KS91E on BKS10

• IEPE-Beschleunigungsaufnehmer mit ringförmiger, isolierter Tastfläche aus Edelstahl • M6x0,5 Gewinde zur Befestigung des Tastkopfes • Empfindlichkeit: 10 mV/g • Hoher Dynamikbereich • Hohe Resonanzfrequenz • IEPE accelerometer with ringshaped, insulated probe made of stainless steel • M6x0,5 thread to coupling the probe • Sensitivity: 10 mV/g • Wide dynamic range • High resonant frequency Piezosystem • Piezo design Scherprinzip • Shear design Spannungsübertragungsfaktor • Voltage sensitivity Linearer Frequenzgang (am Messkopf) • Linear frequency range (on the probe) Resonanzfrequenz • Resonant...

IEPE-Beschleunigungsaufnehmer mit ringförmiger, isolierter Tastfläche aus Edelstahl Messachse in Querrichtung M6x0,5 Gewinde zur Befestigung des Tastkopfes geringes Rauschen IEPE accelerometer with ring-shaped, insulated probe made of stainless steel Main sensitivity in transverse direction M6x0,5 thread to coupling the probe Wide dynamic range low noise level Arbeitstemperaturbereich Piezosystem Spannungsübertragungsfaktor Messachse Piezo design Voltage sensitivity °C Shear design mV/g Transverse direction Resonant frequency Bruchbeschleunigung Keramikkapazität Linearer Frequenzgang (am Messkopf)...