APPLICATION FIELD
The generator noise level 9101/HD HD 9102 is a portable, battery-powered sound source, suitable for calibration of sound level meters (portable and laboratory) and acoustic measuring stations. And �possible to calibrate directly microphones 1 / 2 "of mechanical dimensions conform to the requirements of IEC 61094-1 ("Measurement Microphones, Part 1: Specifications for Laboratory Standard Microphones") and IEC 61094-4 ("Measurement Microphones. Part 4: Specifications for working Standard Microphones)

TECHNICAL SPECIFICATIONS
The calibrator HD9101 satisfies Class 1 specifications according to the standard IEC 60942-1988 and complies with the requirements of the standard ANSI S1.40-1984.

Advantages of the acoustic soundlevel calibrators HD 9101 / HD 9102 are:
- With the frequency of the sound signal at 1000Hz can perform calibration of sound level meters with any frequency weighting (LIN, A, B, ...), without introducing correction factors.
- The sound pressure level generated is independent of atmospheric pressure is therefore not necessary to correct the value function of atmospheric pressure.
- The calibrator 9101/HD HD 9102 can be conveniently used in both laboratory and field.
- Ease of use allows the use even by unskilled personnel.

Alte produse SENSECA

RADIOMETRU NET RADIATIE SOLARA ULTRAVIOLETA-INFRAROSU DELTA OHM LP NET07

• LP NET 07 measures the net radiation across a surface, from near ultraviolet to
• far infrared.
• The Net radiation is defined as the difference between the radiation that reaches the upper surface and the irradiation on the lower surface of the net radiometer.
• The surface of the upper receiver measures the direct solar radiation plus the diffuse one and the radiation at longer wavelengths emitted from the sky (clouds), while the lower receiving area measures the solar radiation reflected from the ground (albedo) and the radiation length wavelengths emitted from the earth.
• The instrument is designed and constructed to be used outdoors in any weather
• conditions.

PH-METRU-CONDUCTIVIMETRU-TERMOMETRU DE LABORATOR DELTA OHM HD2256.2

• Bench-top pHmeter-Conductivity meter-Thermometer with back-lighted display,
• to measure pH, mV, ORP by pH, redox, separated reference electrodes, one input for a pH/temperature combined probe,
• it measures conductivity, liquid resistivity, total dissolved solids (TDS) and salinity by combined conductivity and temperature probes with
• 2 or 4 electrodes with direct input or with SICRAM module.
• Datalogger for pH or mV, conductivity or resistivity or TDS and temperature.
• RS232 C serial output or USB 2.0 for data download to a PC or printer from memory or in real time.

ACCELEROMETRU MONO-AXIAL SI ACCELEROMETRU TRIAXIAL ICP VIBRATII MECANICE DELTA OHM

• HD356A02: tri-axial accelerometer for the measurement of vibrations transmitted to the handarm system
• HD356B21: miniature tri-axial accelerometer for the measurement of vibrations transmitted to the hand-arm system
• HD356B41: tri-axial accelerometer inserted in a rubber pad for the measurement of the vibrations trasnmitted to the whole body
• HD356A22: tri-axial accelerometer for general application
• HD352C34: mono-axial accelerometer for general application
• HD356B20: miniature tri-axial accelerometer for the measurement of vibrations transmitted to the hand-arm system at high shock level

ANALIZOR VIBRATII 4-CANALE PROTECTIE VIBRATII MECANICE LOC DE MUNCA DELTA OHM HD2030

• portable vibration analyzer performing spectral and statistical analysis on four channels simultaneously
• measures all parameters required by current regulations concerning workers protection from vibration related risks
• measure vibrations transmitted to both hand-arm and whole body
• satisfies the specifications of standards ISO 8041:2005, ISO 5349-1:2001 (handarm vibrations)
• ISO 2631-1, 2 and 4 1997 (whole-body vibrations)
• detects accelerations on four axes through two accelerometers with integrated amplifying electronics

TURBIDIMETRU PORTABIL DE LABORATOR TESTARE LICHIDE PROCES, APA POTABILA, APE UZATE DELTA OHM HD25.2

• Portable and bench turbidity meter equipped with 3 photodetectors and two light sources
• it measures according to the standard EPA 180.1, ISO-NEPH (ISO 7027), EBC and ASBC.
• Automatic calibration,
• datalogger,
• data downloading to PC by RS232C or USB 2.0 through the software DeltaLog11

TESTER LABORATOR PARAMETRI ELECTROCHIMICI OXIGEN DIZOLVAT CONCENTRATIE INDEX SATURATIE DELTA OHM HD3409.2

• Bench-top Oxymeter-Thermometer measures dissolved oxygen,
• saturation index by polarographic type combined probes,
• temperature by Pt100 probes with SICRAM module.
• Datalogger which stores maximum, minimum, average value.
• RS232 C serial output or USB 2.0 for data download to a PC or printer from memory or in real time.
• Functions: REL, HOLD, auto power off which can be disabled,
• protection degree IP 66

TERMOMETRU DIGITAL PORTABIL TERMOCUPLU K J T E DELTA OHM HD2328.0

• Thermocouple thermometer for probes type K, J, T, E
• Two inputs for miniature thermocouple connectors
• Storage of maximum, minimum, average valu
• Functions: REL, HOLD and auto power off which can be disabled,
• IP 67 protection degree

SONDA FOTOMETRICA EXTERIOR MASURA ILUMINANTA SOLARA DELTA OHM LP PHOT02

• Outdoor photometric probe for measuring ILLUMINANCE (0...150 Klux),
• CIE photopic filter,
• diffuser for cosine correction.
• mVdc output for klux.
• Complete with Calibration Report.
• On request 5 or 10m cables with connectors.

TERMOMETRU DE PRECIZIE PORTABIL DELTA OHM HD2107.1 HD2107.2 HD2127.1 HD2127.2

• Centesimal thermometer in the range +/-199.99°C, decimal outside this range
• one input for Pt100 probes with SICRAM module measuring range -200°C +650°C
• Storage of maximum, minimum, average value
• RS232 C output for data transfer in real time to a PC or printer
• Functions: REL, HOLD and auto power

PIRHELIOMETRU CLASA INTAI MASURA IRADIERE DIRECTA FLUX SOLAR DELTA OHM LP PIRHE16

• The pyrheliometer LP PYRHE 16 First Class Pyrheliometer according to ISO 9060 classification
• is an instrument for direct measurement of solar irradiance (Watt/m2).
• The receiving surface must be positioned (via a solar tracker or else) perpendicularly to sun’s rays.
• By using suitable diaphragms only the direct light reaches the surface of the sensor.
• According to WMO (Seventh Edition 2008) and ISO 9069 regulations, the pyrheliometer has a field of view of 5°.