Instrumentation

BRÜEL & KJÆR SOUND & VIBRATION MEASUREMENT A/S - DENMARK

 

Hand -held Analyzer Type 2270 is designed as an advanced solution for sound and vibration measurement, analysis and recording.

Built on the award winning Type 2250 design, Type 2270 continues to blend the best of today’s hand-held technologies with over 60 years of experience in sound and vibration measurement solutions.

The design philosophy of Type 2270 is to speedily present the operator with the measurement result in the palm of his hand.

This philosophy is carried through to each of the application modules currently available for Type 2270:

  • Sound Level Meter application

  • Real-time frequency analysis

  • Logging (noise level profiling)

  • Sound and vibration recording

  • FFT analysis of sound and vibration 

  • Reverberation time measurement

International Standards :

  • IEC61252 , ANSI S1.25

  • IEC60651.1979 Type 2a

  • IEC60804.2000 Type 2a

  • ANSIS1.4.1983 Type s(1)

Nor118 SOUND LEVEL METER TYPE 1, NORSONIC - NORWAY

 

Norsonic Ν-118 – Type 1, Norway . Portable advanced digital analyser.

A complete precise sound level meter Type 1 that fulfills all the technical specifications in I.E.C Publications 60651-1994, 60804-1993 and IEC 61672-1 class 1, IEC 61260 class 1 in octaves/third octave bands.

Norsonic Ν-118 – Type 1 recommended for companies or organizations that need to examine and certify the sound levels that cause noise sources.

Real Time Octaves/Third Octaves, 120dB Dynamic Range, Reverberation time measurements

High Resolution Backlight Display, Huge Memory

  • Preamplifier Nor1201 general purpose low noise 1/2" preamplifier with heating and integral 7 pin Lemo connector with push/pull mounting.

  • Nor1226 Free-field Microphone, ½" free field precision microphone for laboratory work, covering the frequency range from 3.15Hz to 40kHz. The small size and lower sensitivity makes the microphone extremely rugged and stable. Measures sound levels up to 160dB.

  • Nor1270 Accelerometer TYPE 1, Norsonic, Norway

Accelerometer Kit Type 1505 Nominal Sensitivity 2.5 V/ms-2, Measurement range:+/- 1000 ms-2, Lower frequency limit: 1 Hz, Reference Sensitivity at 80 Hz and 22o C, Voltage sensitivity: 5,042 mV/m/s2 / 49,45 mV/g, Maximum acceleration â+ â- 1100 m/s2, Electric noise (20 ..50000Hz) < 30μV

CASTLE DUAL LEVEL SOUND METER CALIBRATOR TYPE 1 - UK

 

Dual Level Sound Meter Calibrator

Technical Data:

  • Applicable Standards
    IEC60942:2003 Sound Calibrators, Class 1/C. ut, 94dB or 104dB relative to 20µPa

  • Nominal Sound Pressure level at 101.3kPa (760mm Hg) 23Ί & 50%RH

  • Tolerance: ± 0.3dB

  • Harmonic Distortion: < 3%

  • Temperature range -10°C to 50ΊC

Nor1270 ACCELEROMETER TYPE 1, NORSONIC - NORWAY

 

Accelerometer Kit Type 1505

Technical Data:

  • Nominal Sensitivity 2.5 V/ms-2

  • Measurement range:+/- 1000 ms-2

  • Lower frequency limit: 1 Hz

  • Reference Sensitivity at 80 Hz and 22o C

  • Voltage sensitivity: 5,042 mV/m/s2 / 49,45 mV/g

  • Maximum acceleration â+ â- 1100 m/s2

  • Electric noise (20 ..50000Hz) < 30μV

DODECAHEDRON SPEAKER ANV MEASUREMENTS SYSTEMS - UK

 

For reverberation time measurements and airborne noise transmission to the requirements of ISO 140 & 717 ANV Measurement Systems

Technical Data:

  • Frequency Response: 100Hz to 5000Hz 1 / 3 octave center frequency

  • Rated complex reaction: 6 Ohms

  • Regional Number: 12 drivers stage a serial - parallel networks

  • Maximum power: 600W rms

  • Sound Power Level: 120 dB

  • Weight: 16 kg

  • Size: 420mm diameter

TAPPING MACHINE ANV MEASUREMENTS SYSTEMS TM-01 - UK

 

Tapping Machine

The ANV Measurement Systems Tapping Machine comes with mains and battery power and a really good remote control as standard. A lightweight (just over 10 kg) yet robust machine that was designed and is precision engineered and manufactured in the UK :

Technical Data:

  • Fully compliant with Annex A of ISO 140-7.1998

  • Robust lightweight and portable

  • Excellent Quality

  • Accurate electronic speed controller