475,00 €
DFS-X3000 (3000N/660lbf/300kgf) Digital Force Gauge with External S-Beam Load Cell, Peak/Track Mode, Pass/Fail LED,USB Output, Back-Lit Graphic LCD,Metal Enclosure
SKU: N/AMade in Thailand. Power adapter/charger input 100-240 volts AC.
Accuracy 0.5% of FS (Full Capacity) for 3,000N-20,000N model.
Tension or Compression Load. Peak Hold or Track Mode.
1.234,00 €
TD2 Acoustic Imager,64 MEMS Digital Microphones,Industrial Acoustic Imaging Camera,Compressed Air Leak Detection,66°×52°FOV,13 Megapixel,2~100kHz Frequency Range, 3.5″ Touch Screen
SKU: N/A【Advanced Acoustic Imaging Technology】Equipped with 64 high-sensitivity MEMS digital microphones and a 66°×52° field of view (FOV) for accurate sound source localization. Covers a wide frequency range from 2 to 100kHz, ideal for detecting both audible and ultrasonic leaks or mechanical anomalies. Also features a 13-megapixel digital camera for detailed visual reference.
【Quickly Locate Various Industrial Leaks & Vibration Problems】FOTRIC TD2 acoustic imaging camera enables Compressed Air Leak Detection, Vacuum Leak Identification, Fastener Looseness Checks, and Seal Integrity Verification — all without contact or downtime. Instantly visualize abnormal sound sources in real time to improve maintenance efficiency and prevent costly failures.
【Acoustic Image Focus & Sound Pressure Level Measurement】Combines adaptive dynamic noise reduction algorithms to achieve focused localization of sound sources. By combining acoustic images with dB-level data output, it is well-suited for locating and diagnosing a wide range of industrial sound sources.
DFS-X3000 (3000N/660lbf/300kgf) Digital Force Gauge with External S-Beam Load Cell, Peak/Track Mode, Pass/Fail LED,USB Output, Back-Lit Graphic LCD,Metal Enclosure
Made in Thailand. Power adapter/charger input 100-240 volts AC.
Accuracy 0.5% of FS (Full Capacity) for 3,000N-20,000N model.
Tension or Compression Load. Peak Hold or Track Mode.
TD2 Acoustic Imager,64 MEMS Digital Microphones,Industrial Acoustic Imaging Camera,Compressed Air Leak Detection,66°×52°FOV,13 Megapixel,2~100kHz Frequency Range, 3.5″ Touch Screen
【Advanced Acoustic Imaging Technology】Equipped with 64 high-sensitivity MEMS digital microphones and a 66°×52° field of view (FOV) for accurate sound source localization. Covers a wide frequency range from 2 to 100kHz, ideal for detecting both audible and ultrasonic leaks or mechanical anomalies. Also features a 13-megapixel digital camera for detailed visual reference.
【Quickly Locate Various Industrial Leaks & Vibration Problems】FOTRIC TD2 acoustic imaging camera enables Compressed Air Leak Detection, Vacuum Leak Identification, Fastener Looseness Checks, and Seal Integrity Verification — all without contact or downtime. Instantly visualize abnormal sound sources in real time to improve maintenance efficiency and prevent costly failures.
【Acoustic Image Focus & Sound Pressure Level Measurement】Combines adaptive dynamic noise reduction algorithms to achieve focused localization of sound sources. By combining acoustic images with dB-level data output, it is well-suited for locating and diagnosing a wide range of industrial sound sources.
DFS-X3000 (3000N/660lbf/300kgf) Digital Force Gauge with External S-Beam Load Cell, Peak/Track Mode, Pass/Fail LED,USB Output, Back-Lit Graphic LCD,Metal Enclosure
Made in Thailand. Power adapter/charger input 100-240 volts AC.
Accuracy 0.5% of FS (Full Capacity) for 3,000N-20,000N model.
Tension or Compression Load. Peak Hold or Track Mode.
TD2 Acoustic Imager,64 MEMS Digital Microphones,Industrial Acoustic Imaging Camera,Compressed Air Leak Detection,66°×52°FOV,13 Megapixel,2~100kHz Frequency Range, 3.5″ Touch Screen
【Advanced Acoustic Imaging Technology】Equipped with 64 high-sensitivity MEMS digital microphones and a 66°×52° field of view (FOV) for accurate sound source localization. Covers a wide frequency range from 2 to 100kHz, ideal for detecting both audible and ultrasonic leaks or mechanical anomalies. Also features a 13-megapixel digital camera for detailed visual reference.
【Quickly Locate Various Industrial Leaks & Vibration Problems】FOTRIC TD2 acoustic imaging camera enables Compressed Air Leak Detection, Vacuum Leak Identification, Fastener Looseness Checks, and Seal Integrity Verification — all without contact or downtime. Instantly visualize abnormal sound sources in real time to improve maintenance efficiency and prevent costly failures.
【Acoustic Image Focus & Sound Pressure Level Measurement】Combines adaptive dynamic noise reduction algorithms to achieve focused localization of sound sources. By combining acoustic images with dB-level data output, it is well-suited for locating and diagnosing a wide range of industrial sound sources.
DFS-X3000 (3000N/660lbf/300kgf) Digital Force Gauge with External S-Beam Load Cell, Peak/Track Mode, Pass/Fail LED,USB Output, Back-Lit Graphic LCD,Metal Enclosure
Made in Thailand. Power adapter/charger input 100-240 volts AC.
Accuracy 0.5% of FS (Full Capacity) for 3,000N-20,000N model.
Tension or Compression Load. Peak Hold or Track Mode.
TD2 Acoustic Imager,64 MEMS Digital Microphones,Industrial Acoustic Imaging Camera,Compressed Air Leak Detection,66°×52°FOV,13 Megapixel,2~100kHz Frequency Range, 3.5″ Touch Screen
【Advanced Acoustic Imaging Technology】Equipped with 64 high-sensitivity MEMS digital microphones and a 66°×52° field of view (FOV) for accurate sound source localization. Covers a wide frequency range from 2 to 100kHz, ideal for detecting both audible and ultrasonic leaks or mechanical anomalies. Also features a 13-megapixel digital camera for detailed visual reference.
【Quickly Locate Various Industrial Leaks & Vibration Problems】FOTRIC TD2 acoustic imaging camera enables Compressed Air Leak Detection, Vacuum Leak Identification, Fastener Looseness Checks, and Seal Integrity Verification — all without contact or downtime. Instantly visualize abnormal sound sources in real time to improve maintenance efficiency and prevent costly failures.
【Acoustic Image Focus & Sound Pressure Level Measurement】Combines adaptive dynamic noise reduction algorithms to achieve focused localization of sound sources. By combining acoustic images with dB-level data output, it is well-suited for locating and diagnosing a wide range of industrial sound sources.
