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Triaxial Industrial Vibration Acceleration Transducer
The Triaxial Industrial Vibration Acceleration Transducer is designed to measure acceleration signals across three axes (X, Y, and Z) simultaneously. This capability makes it ideal for structural vibration monitoring in applications such as buildings, rail transit systems, draught fans, wind turbines, and precision machinery.
Constructed with a robust stainless steel shell and utilizing laser welding for sealing, this transducer is engineered for durability. Its double-layer shielding provides effective isolation, while the waterproof, dust-proof, and oil-resistant design ensures reliable performance in harsh industrial environments.
Key features include a built-in IEPE circuit for enhanced signal integrity, strong anti-jamming capabilities, and a low impedance voltage output with dual cores. These specifications make the transducer suitable for long-term, stable operation in demanding conditions.
Whether for industrial monitoring or research applications, this triaxial transducer offers precise and dependable vibration measurements.
Triaxial Industrial Vibration Acceleration Transducer
The Triaxial Industrial Vibration Acceleration Transducer is designed to measure acceleration signals across three axes (X, Y, and Z) simultaneously. This capability makes it ideal for structural vibration monitoring in applications such as buildings, rail transit systems, draught fans, wind turbines, and precision machinery.
Constructed with a robust stainless steel shell and utilizing laser welding for sealing, this transducer is engineered for durability. Its double-layer shielding provides effective isolation, while the waterproof, dust-proof, and oil-resistant design ensures reliable performance in harsh industrial environments.
Key features include a built-in IEPE circuit for enhanced signal integrity, strong anti-jamming capabilities, and a low impedance voltage output with dual cores. These specifications make the transducer suitable for long-term, stable operation in demanding conditions.
Whether for industrial monitoring or research applications, this triaxial transducer offers precise and dependable vibration measurements.
Technical Parameters
dynamic characteristics | units | HA3N50 |
measuring range (peak value) | g | ±100 |
Sensitivity(25℃) | mV/g | 50 |
Frequency response(±10%) | Hz | 1~5,000 |
Frequency response(±3db) | Hz | 0.7~8,000 |
Transverse sensitivity rate | % | ≤5 |
Electric property | ||
Driving voltage | VDC | 18~28(constant-current source) |
Driving current | mA | 2-10 |
Bias voltage | VDC | +10~+12 |
Output impedance | Ω | <100 |
Ground insulation installment | Ω | ≥108 |
Environment characters | ||
Operation temperature | ℃ | -40~+120 |
limit of impact(peak value) | g | 1000 |
Physical characters | ||
Outline dimension | See drawing | |
weight | g | ~95 |
Shell material | stainless steel | |
Output mode | BNC output, 4pin | |
Installment way | ||
Sensitive element | Ceramic shear | |
accessory | ||
Erection bolt | M6 hex socket | |
Connection cable | M12 4 pin connector with 3 meters cable |
Technical Parameters
dynamic characteristics | units | HA3N50 |
measuring range (peak value) | g | ±100 |
Sensitivity(25℃) | mV/g | 50 |
Frequency response(±10%) | Hz | 1~5,000 |
Frequency response(±3db) | Hz | 0.7~8,000 |
Transverse sensitivity rate | % | ≤5 |
Electric property | ||
Driving voltage | VDC | 18~28(constant-current source) |
Driving current | mA | 2-10 |
Bias voltage | VDC | +10~+12 |
Output impedance | Ω | <100 |
Ground insulation installment | Ω | ≥108 |
Environment characters | ||
Operation temperature | ℃ | -40~+120 |
limit of impact(peak value) | g | 1000 |
Physical characters | ||
Outline dimension | See drawing | |
weight | g | ~95 |
Shell material | stainless steel | |
Output mode | BNC output, 4pin | |
Installment way | ||
Sensitive element | Ceramic shear | |
accessory | ||
Erection bolt | M6 hex socket | |
Connection cable | M12 4 pin connector with 3 meters cable |
Triaxial Industrial Vibration Acceleration Transducer
The Triaxial Industrial Vibration Acceleration Transducer is designed to measure acceleration signals across three axes (X, Y, and Z) simultaneously. This capability makes it ideal for structural vibration monitoring in applications such as buildings, rail transit systems, draught fans, wind turbines, and precision machinery.
Constructed with a robust stainless steel shell and utilizing laser welding for sealing, this transducer is engineered for durability. Its double-layer shielding provides effective isolation, while the waterproof, dust-proof, and oil-resistant design ensures reliable performance in harsh industrial environments.
Key features include a built-in IEPE circuit for enhanced signal integrity, strong anti-jamming capabilities, and a low impedance voltage output with dual cores. These specifications make the transducer suitable for long-term, stable operation in demanding conditions.
Whether for industrial monitoring or research applications, this triaxial transducer offers precise and dependable vibration measurements.
Technical Parameters
dynamic characteristics | units | HA3N50 |
measuring range (peak value) | g | ±100 |
Sensitivity(25℃) | mV/g | 50 |
Frequency response(±10%) | Hz | 1~5,000 |
Frequency response(±3db) | Hz | 0.7~8,000 |
Transverse sensitivity rate | % | ≤5 |
Electric property | ||
Driving voltage | VDC | 18~28(constant-current source) |
Driving current | mA | 2-10 |
Bias voltage | VDC | +10~+12 |
Output impedance | Ω | <100 |
Ground insulation installment | Ω | ≥108 |
Environment characters | ||
Operation temperature | ℃ | -40~+120 |
limit of impact(peak value) | g | 1000 |
Physical characters | ||
Outline dimension | See drawing | |
weight | g | ~95 |
Shell material | stainless steel | |
Output mode | BNC output, 4pin | |
Installment way | ||
Sensitive element | Ceramic shear | |
accessory | ||
Erection bolt | M6 hex socket | |
Connection cable | M12 4 pin connector with 3 meters cable |