CA134 144-134-000-203

Different versions of the CA134 piezoelectric accelerometer

The CA134  144-134-000-203 : Sensor only version.

The CA134  144-134-000-613 : Integral cable version (Note: The i*cv*.*ntegral cable is a 2 m cable length, mineral-insulated (MI) cable with double braid, terminated with a vibro-meter® high-temperature connector.)

Technical Parameters

Input power requirements: None

Signal transmission : 2-pin system, insulated from case, charge output

Signal processing : Charge converter (IPC70x signal conditioner)

Linearity : ±1% over dynamic measurement range

Transverse sensitivity : <5%

Resonant frequency : >14 kHz nominal

Temperature range

Continuous operation : −54 to 500°C (−65 to 932°F). Note: Cryogenic version has a minimum operating temperature of −253°C (20 K).

Short-term survival : −70 to 520°C (−94 to 968°F). Note: Cryogenic version has a minimum survival temperature of −253°C (20 K).

Operating error :≤0.4 % of upper value at -25 to +70 °C

Key Features

The CA134 is engineered with the most advanced technology in the industry while setting new standards in design to produce the most reliable race wheel.

Adaptive Vibration Control: With real time feedback technology, AVC dynamically compensates for changing load conditions, reducing resonant vibrations and optimizing motion performance in applications such as CNC machining and turbine monitoring.

Robust: With its reinforced steel alloy, and shock absorbing mounts, the Vibration CA134 is comfortable working in the most mechanically stressful environments. Its case is rated IP67 to resist dust and water.

User-Friendly Panel: With detailed LCD display for clear, precise monitoring of vibration amplitude, temperature and frequency. User-friendly pre-settings enable fast adaption different operation modes.

Compatible Equipment

Improve overall system integration by combining Vibration CA134 with handsets that complement each other:

Calibration Tools: Ideal for use with portable calibrators such as the Model C9110D for ISO-compliant sensor validation and to maintain measurement confidence in aerospace or energy applications.

Monitoring Systems: Compatible with IoT systems (eg Siemens S120 series) for remote vibration analysis and maintenance alerts prediction.

Mounting Options: Can be mounted to uneven surfaces or metal that is subject to high temperatures using custom adapter (PVC-MNT01/PVC-MNT02) for easy installation.

Application Scenarios

The CA134 Vibration excels in a variety of conditions:

Aerospace Component Testing: The CA134 144-134-000-203 was recently used to simulate flight conditions for turbine blade fatigue testing. Its accurate vibration spectra sheet reduced testing cycles by 30%, all while being ISO 16063-21 compliant.

Auto QA: Vibration CA134 Micro-vibration in electric-vehicle (EV) battery mounts is a well-known issue, but a major automobile manufacturer has been using the Vibration CA134 to spot these micro-vibrations at formative stages in designs as they undergo durability tests – in this way, design defects are detected early, so as to avoid expensive field recalls, and saving on the development and testing costs up to 22%.

Renewable Energy Maintenance (Offshore Wind): Mounted on wind turbines, the tool captures gearbox vibrations and allows for predictive maintenance; unplanned downtime decreases by 40%.