XIO16T 620-002-000-113 Input/output Module New in stock For XMx16
Input/output Module
item no.:
CA134 144-134-000-20lead time:
2-3daysproduct orgin:
Switzerlandpayment:
T/TCondition:
newFrom the vibro-meter ® product line
Sensitivity: 10 pC/g
Frequency response: 0.5 to 6 000 Hz
Temperature range:
−54 to 500 °C
−253 °C (20 K) to 500 °C for cryogenic version
Ex certified for use in hazardous areas(potentially explosive atmospheres)
Symmetrical sensor with internal case insulation and differential output
Hermetically welded high-temperature nickel alloy case
Available as a sensor only or with an integral cable
The CA134 is a high-temperature piezoelectric accelerometer from Parker Meggitt’s vibro-meter ®
product line.
The CA134 sensor features a compression-mode measuring element with internal case insulation in a
high-temperature nickel alloy case (housing).
The CA134 is available as a sensor only or fitted with an integral mineral-insulated (MI) cable that is protected by a double braid and terminated with a vibro-meter ® high-temperature connector. The sensor and cable are hermetically welded to produce a sealed leaktight assembly. The sensor only version allows different cable assemblies to be used
depending on the environmental/temperature requirements of the application.
All versions of the CA134 are Ex certified for installation in potentially explosive atmospheres (hazardous areas).
The piezoelectric material used and the design of the CA134 ensures an extremely stable and reliable device that is suitable for the long-term monitoring and measurement of vibration over wide temperature ranges insevere environments, such as gas turbines or cryogenic applications.
Signal transmission : 2-pin system, insulated from case, charge output
Signal processing : Charge converter (IPC70x signal conditioner)
Sensitivity (at 120 Hz with 5 g:10 pC/g ±5%
Dynamic measurement range:0.001 to 500 g peak
Overload capacity: Up to 1000 g peak
Linearity : ±1% over dynamic measurement range
Transverse sensitivity : <5%
Resonant frequency : >14 kHz nominal
Continuous operation : −54 to 500°C (−65 to 932°F)
Short-term survival : −70 to 520°C (−94 to 968°F)
Maximum temperature error (with respect to 23°C, 73°F)
−253°C (20 K) : −5%
500°C : +10%
Shock acceleration : <2000 g peak (half sine, 1 ms duration) along sensitive axis
Base strain sensitivity : ≤5 × 10−3 g/με
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