SDT HATCHecker Ultrasound Detector with flexible airborne sensor and transmitter, -6 to 99.9 dBμV

Model: HATCHecker | Order No: FS.HTCH.001-01

SDT HATCHecker Ultrasound Detector with flexible airborne sensor and transmitter, -6 to 99.9 dBμV

Model: HATCHecker | Order No: FS.HTCH.001-01

Effortlessly test hatch cover tightness and the integrity of vessels for weather tightness with this ultrasound detector that pinpoints the exact location of leaks. Complete with an ergonomic, flexible sensor and the T-Sonic9 transmitter, this ultrasound detector is suitable for use in a harsh marine environment.

Effortlessly test hatch cover tightness and the integrity of vessels for weather tightness with this ultrasound detector that pinpoints the exact location of leaks. Complete with an ergonomic, flexible sensor and the T-Sonic9 transmitter, this ultrasound detector is suitable for use in a harsh marine environment.

Your Price $4095.00 USD
Availability 2 to 3 Weeks
Quantity

SDT HATCHecker Offers

Complete with transmitter and sensor, this handheld ultrasound detector provides pinpoint accuracy for leaks in hatches.

Features

  • Focused: Confirm that hatch covers are weathertight and compliant with ruling regulations
  • Cutting edge technology makes both the transmitter and handheld receiver light, compact, robust and suitable for use in the harsh marine environment
  • Remote controlled and powerful transmitter, suitable for testing any hold or space
  • Simple: The ergonomic and revolutionary design, vibrant colour display and limited number of keys make the detector easy to use
  • Handy for travellers, the detector allows for reliable leak detection with pinpoint accuracy on board ships
  • Dual measure mode: Switch between static and live streaming with a single button push

Applications

  • Test hatch cover tightness

SDT HATCHecker Specifications

HATCHecker Detector
Ultrasound Measurement Interface: 1 channel via a 7 pole LEMO connector
Range: -6 to 99.9 dBμV (reference 0 dB = 1μV)
Resolution: 0.1 digits
Bandwidth: 39.6 to 40.1 kHz
Signal amplification: +30 dB (built-in sensor gain) to +102 dB by step of 6 dB
RMS period time: 250 milliseconds (main screen)/ 3 seconds (bar graph)
Sampling frequency: 64 kHz/ksps
ADC resolution: 12 bit
Audio Operable with SDT provided head set only
Maximum audio output (protection): 83 dB SPL with SDT headset
Headset: 25 dB NRR Peltor HQ headset
Operating Temperature 14 to 122°F (-10 to 50°C)
Display 160 x 128 pixel color OLED
Keyboard 5 function keys
Housing Material ABS
IP Rating IP42
Standards EN 61326-1:2013, EN 55011:2016 + A1:2017, EN 61000-4-2:2009, EN 61000-4-3:2006 + A1:2008 + IS1:2009 +A2:2010
Power Battery: AA
Connector: USB Mini-B 5-pin
Autonomy: 7 hours
Dimensions 6.22 x 2.32 x 1.51" (158 x 59 x 38.5 mm)
Weight 5.78 oz (164 g)
T-Sonic9 Transmitter
Transmitter Frequencies 39.6 and 40.1 kHz
Vobulation Period 80 ms
Bluetooth Range 65' (20 m)
Transmitted Sound Pressure Level
at 100 cm, Ref. 0 dB = 0.0002 μbar
Level 1: 86 dB SPL
Level 2: 95 dB SPL
Level 3: 101 dB SPL
Level 4: 105 dB SPL
Level 5: 111 dB SPL
Level 6: 117 dB SPL
Operating Temperature Range 14 to 122°F (-10 to 50°C)
IP Rating 40
Housing Material ABS/PC
Power Supply AA batteries or USB Power Supply 5 VDC at 1 A
Lifespan with alkaline batteries: 24 hours (level 1), 21 hours (level 2), 19 hours (level 3), 18:30 hours (level 4), 11 hours (level 5), 5:30 hours (level 6)
Weight 14 oz (400 g)
FlexID2 Sensor
Sensor Type Airborne removable resonance sensor ø0.39" (10 mm)
Resonant Frequency 40.0 ±1.0 KHz
Bandwidth 2.5 kHz at -6 dB
Sensitivity with Removable Sensor ø10 mm -42 dB (at 40.0 KHz; 0 dB = 1 V/μbar)
Operating Temperature Range -22 to 158°F (-30 to 70°C)
Connector Lemo 7 poles
Dimensions 21" (545 mm)
32.2" (847 mm) with extension tube
Weight 11.8 oz (336 g)
16.4 oz (466 g) with extension tube
Click here for complete specifications on the SDT HATCHecker

What's included with the SDT HATCHecker

  • Ultrasound Detector
  • Flexible Airborne Sensor
  • Sensor Cable
  • Extension Pole
  • Ultrasound Transmitter
  • Magnetic Rubber Holster
  • Remote
  • Shoulder Strap
  • USB Cable
  • Headphones
  • Neckband
  • Screwdriver
  • Carrying Case
  • 8 x AA Batteries

Webinar: Utilising Ultrasound & Vibration for Bearing Health Assessment with SDT Ultrasound


Many organizations today recognize the importance of vibration analysis for rotating assets and have established this procedure as part of their reliability programs. Vibration analysis is generally the go-to technology for rotating assets and although it provides many benefits, it has weaknesses and limitations that need to be addressed by using complementary technologies such as ultrasound.

Ask a question about SDT HATCHecker Ultrasound Detector with flexible airborne sensor and transmitter, -6 to 99.9 dBμV

Customer Reviews for the SDT HATCHecker

SDT HATCHecker Offers

Complete with transmitter and sensor, this handheld ultrasound detector provides pinpoint accuracy for leaks in hatches.

Features

  • Focused: Confirm that hatch covers are weathertight and compliant with ruling regulations
  • Cutting edge technology makes both the transmitter and handheld receiver light, compact, robust and suitable for use in the harsh marine environment
  • Remote controlled and powerful transmitter, suitable for testing any hold or space
  • Simple: The ergonomic and revolutionary design, vibrant colour display and limited number of keys make the detector easy to use
  • Handy for travellers, the detector allows for reliable leak detection with pinpoint accuracy on board ships
  • Dual measure mode: Switch between static and live streaming with a single button push

Applications

  • Test hatch cover tightness

SDT HATCHecker Specifications

HATCHecker Detector
Ultrasound Measurement Interface: 1 channel via a 7 pole LEMO connector
Range: -6 to 99.9 dBμV (reference 0 dB = 1μV)
Resolution: 0.1 digits
Bandwidth: 39.6 to 40.1 kHz
Signal amplification: +30 dB (built-in sensor gain) to +102 dB by step of 6 dB
RMS period time: 250 milliseconds (main screen)/ 3 seconds (bar graph)
Sampling frequency: 64 kHz/ksps
ADC resolution: 12 bit
Audio Operable with SDT provided head set only
Maximum audio output (protection): 83 dB SPL with SDT headset
Headset: 25 dB NRR Peltor HQ headset
Operating Temperature 14 to 122°F (-10 to 50°C)
Display 160 x 128 pixel color OLED
Keyboard 5 function keys
Housing Material ABS
IP Rating IP42
Standards EN 61326-1:2013, EN 55011:2016 + A1:2017, EN 61000-4-2:2009, EN 61000-4-3:2006 + A1:2008 + IS1:2009 +A2:2010
Power Battery: AA
Connector: USB Mini-B 5-pin
Autonomy: 7 hours
Dimensions 6.22 x 2.32 x 1.51" (158 x 59 x 38.5 mm)
Weight 5.78 oz (164 g)
T-Sonic9 Transmitter
Transmitter Frequencies 39.6 and 40.1 kHz
Vobulation Period 80 ms
Bluetooth Range 65' (20 m)
Transmitted Sound Pressure Level
at 100 cm, Ref. 0 dB = 0.0002 μbar
Level 1: 86 dB SPL
Level 2: 95 dB SPL
Level 3: 101 dB SPL
Level 4: 105 dB SPL
Level 5: 111 dB SPL
Level 6: 117 dB SPL
Operating Temperature Range 14 to 122°F (-10 to 50°C)
IP Rating 40
Housing Material ABS/PC
Power Supply AA batteries or USB Power Supply 5 VDC at 1 A
Lifespan with alkaline batteries: 24 hours (level 1), 21 hours (level 2), 19 hours (level 3), 18:30 hours (level 4), 11 hours (level 5), 5:30 hours (level 6)
Weight 14 oz (400 g)
FlexID2 Sensor
Sensor Type Airborne removable resonance sensor ø0.39" (10 mm)
Resonant Frequency 40.0 ±1.0 KHz
Bandwidth 2.5 kHz at -6 dB
Sensitivity with Removable Sensor ø10 mm -42 dB (at 40.0 KHz; 0 dB = 1 V/μbar)
Operating Temperature Range -22 to 158°F (-30 to 70°C)
Connector Lemo 7 poles
Dimensions 21" (545 mm)
32.2" (847 mm) with extension tube
Weight 11.8 oz (336 g)
16.4 oz (466 g) with extension tube
Click here for complete specifications on the SDT HATCHecker

What's included with the SDT HATCHecker

  • Ultrasound Detector
  • Flexible Airborne Sensor
  • Sensor Cable
  • Extension Pole
  • Ultrasound Transmitter
  • Magnetic Rubber Holster
  • Remote
  • Shoulder Strap
  • USB Cable
  • Headphones
  • Neckband
  • Screwdriver
  • Carrying Case
  • 8 x AA Batteries

Webinar: Utilising Ultrasound & Vibration for Bearing Health Assessment with SDT Ultrasound


Many organizations today recognize the importance of vibration analysis for rotating assets and have established this procedure as part of their reliability programs. Vibration analysis is generally the go-to technology for rotating assets and although it provides many benefits, it has weaknesses and limitations that need to be addressed by using complementary technologies such as ultrasound.

Ask a question about SDT HATCHecker Ultrasound Detector with flexible airborne sensor and transmitter, -6 to 99.9 dBμV

Customer Reviews for the SDT HATCHecker

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Calibration Lab