CA306 144-306-000-321 Piezoelectric Accelerometer – Vogi international

Vogi international

CA306 144-306-000-321 Piezoelectric Accelerometer

Module Number CA306
Ordering Number 144-306-000-321
Unit Price $1500
Country Of Origin Switzerland
Weight 0.22KG
Certificate C/O from the Chamber of Commerce
C/Q from the Manufacturer
Warranty 12 Months
Inventory Qty 2

The CA306 144-306-000-321 is a high-temperature piezoelectric accelerometer designed for extreme environments. Its core application is gas turbine vibration monitoring.

CA306 144-306-000-321 Key parameters

Parameter

Specification

Model Number

CA306 144-306-000-321

Output Type

Charge output (2-pole insulated)

Sensitivity (120Hz)

50 pC/g ±5%

Dynamic Range (Random)

0.01–100 g (peak)

Frequency Response

±5% in 5–3000 Hz

Resonant Frequency

>15 kHz

Transverse Sensitivity

<5%

Temperature Range

-50°C to +500°C (continuous)

Insulation Resistance

Min. 10⁹ Ω (pole-ground/pole-pole)

Mounting

4-hole ARINC 554 standard

Cable Length (P/N Specific)

6000 mm ±150 mm

Certifications

ATEX/IECEx for explosive atmospheres

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Beneficiary address:Champion Tower,Three Garden Road,Central,Hong Kong
Beneficiary: Vogi International Trading Co., Limited
Account No.: 395714900
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Payment Term:T/T

CA306 144-306-000-321 alternatives

Parameter

CA306 144-306-000-321

CE311 (Alternative)

VMD110-100-CT-VO

Max Temp

500°C

120°C

180°C

Output Type

Charge output (req. amplifier)

IEPE voltage output (built-in)

Current output (4–20 mA)

Cable Design

Mineral Insulated (MI) integral cable

Standard shielded cable

Split-connector type

Superior Applications

Ultra-high-temp gas turbines

Medium-temp industrial equipment

Explosion-proof zones

Limitations

Requires external charge amplifier

Circuit drift at high temps

Narrow freq. range (1–2 kHz)

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International Engineering Applications

Aviation Engine Monitoring

 The CA306 144-306-000-321 is widely used on Pratt & Whitney and Rolls-Royce aircraft engine test benches, capturing the vibration spectrum of high-speed blades in real time to prevent surge failures.

Power Plant Gas Turbines

 Siemens and General Electric (GE) have deployed this sensor in HA-class gas turbines, combining it with MI cable to transmit combustor vibration data over long distances to optimize combustion efficiency.

Offshore Wind Power Monitoring

Equinor wind farms in Norway use this sensor for gearbox condition monitoring, leveraging a ±5% wide frequency response (5–3000 Hz) to detect early signs of bearing damage and reduce downtime costs.

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