Sysmex Nederlands
Sysmex Europe
Service
Other Sites
Menu

OMNI 4 HP

  • Max sound power level: 120 dB
  • Max input power: 350 + 350 W
  • UNI EN ISO
  • Impedance: 3 + 3 Ω

Documents

All
  • All
  • Brochure
Documents

OMNI 4 HP Dodecahedral source

Dodecahedron is a sound source used to radiate uniformly a sound in all directions, allowing a correct insulation measurement and reverberation time both in building and architectural acoustics.

Manageability, assembling simplicity and portability are essential requirements for acoustic technicians: OMNI dodecahedron represents the best compromise between weight and portability.

OMNI 4” HP is used for passive acoustics requirements measurement due to the integration of the most updated technical features required for this kind of equipment.
In order to fulfill all the technical requirements set by recent standards, OMNI 4” HP is a unique combination of small dimensions, low weight, high portability to be suitable for all kind of measurements.

OMNI 4” HP is supplied with a 6 meters connector cable for the amplifier, in order to be moved easily inside the measurement field.

Technical features

Technical features

Diameter
300 mm

Weight
8,50 kg 

Max sound power level
120 dB

Max input power
350 + 350 W

Impedance
3 + 3 Ω

Conformity laws

Conformity laws

UNI EN ISO:
140-4, 10140, 16283-1, 3382, 354;

Directivity (D) according to: 140, 16283 and 3382.
Conform to CE directives.

Standard equipment

Standard equipment

  • 6 meters connecting cable
  • Soft carry bag with shoulder strap

Optional

  • Flight case (rigid)
  • Support tripod with carry bag (soft) with shoulder strap
Video

Video

Request a quote

Request a quote

We attempt to reply within 48 hours on working days. If more information for a product configuration is needed, we will always contact you first.

1.Please fill in the fields below:
2.Remarks
Create Pdf

HOW CAN WE HELP YOU?

Contact Sysmex
Contact us!
Enjoy our Media Centre
All
  • All
  • Documents
  • Podcast
  • Images
  • Videos
SUSPECTED HUS IN ROUTINE ANALYSIS
See the Podcast