2015 Catalogue

Catalogue
2015 / 2016
SVANTEK specialises in the design and manufacture of professional instrumentation for the
measurement and analysis of sound & vibration. Established in Warsaw, Poland in 1990, SVANTEK
now supplies products across 40 countries, worldwide.
With 25 years of industry experience, the company has established itself as one of the leading
innovators in sound & vibration products, with a global reputation for producing some of the most
accurate and reliable instruments on the market.
SVANTEK’s accredited laboratory employs state-of-the-art calibration technology and instrumentation,
which when combined with the highest level of design and manufacturing knowledge, can provide its
customers with the latest in ISO/IEC 17025 calibration certified products.
List of Contents
Page 4 SOUND & VIBRATION ANALYSERS

Page 4 SVAN 979 SOUND & VIBRATION ANALYSER
Page 6 SVAN 977 SOUND & VIBRATION ANALYSER
Page 8 SVAN 958A 4-CHANNEL SOUND & VIBRATION ANALYSER
Page 10 SV 38 WHOLE-BODY VIBRATION ACCELEROMETER
Page 11 SV 84 GROUND VIBRATION ACCELEROMETER
Page 12 SVAN 974 VIBRATION ANALYSER
Page 14 SV 80 GENERAL PURPOSE VIBRATION ACCELEROMETER
Page 15 SV 81 GENERAL PURPOSE VIBRATION ACCELEROMETER
Page 16 MONITORING STATIONS

Page 16 SV 200 NOISE MONITORING STATION
Page 18 SV 211 NOISE MONITORING STATION
Page 19 SV 205A / SV 205B WEATHER MONITORING MODULES
Page 20 SV 212 NOISE & VIBRATION MONITORING STATION
Page 22 SVANPC++ REMOTE COMMUNICATION MODULE
Page 23 SVANPC++ ENVIRONMENTAL MONITORING MODULE
Page 24 HEALTH & SAFETY MEASUREMENTS INSTRUMENTATION

Page 24 SVAN 971 SOUND LEVEL METER
Page 26 SV 104 NOISE DOSIMETER
Page 28 SV 104IS INTRINSICALLY SAFE NOISE DOSIMETER
Page 30 SV 102+ DUAL-CHANNEL ACOUSTIC DOSIMETER
Page 32 SV 100A WHOLE-BODY VIBRATION DOSIMETER
Page 34 SV 103 HAND-ARM VIBRATION DOSIMETER
Page 36 SV 106 6-CHANNEL HUMAN VIBRATION ANALYSER
Page 38 SV 105A, SV 105AF, SV 150 HAND-ARM VIBRATION ACCELEROMETERS
Page 39 SV 38V, SV 151 WHOLE-BODY VIBRATION ACCELEROMETERS
Page 40 SUPERVISOR SOFTWARE
Page 44 CALIBRATORS
Page 44 SV 30A, SV 33, SV 34 ACOUSTIC CALIBRATORS
Page 46 SV 111 VIBRATION CALIBRATOR
SVAN 979 Sound & Vibration Analyser
The SVAN 979 is our flagship sound & vibration analyser. Your first impression will be formed
by the amazing OLED display which offers excellent visibility in all light conditions. The
instrument’s lightweight and durable aluminium housing not only allows for a firm grip but
also protects the valuable electronic device from damage and all forms of electromagnetic
interference.
The SVAN 979 can take measurements over a very wide dynamic range - over 110dB. Its
high-quality GRAS 40AE microphone can measure frequency ranges as low as 3 Hz. Other
microphones can be used with the device, should you want to measure very low frequencies
or very high levels of noise. The microphone preamplifier has also been reinforced with a
collar to protect it against mechanical damage. One amazing feature of the SVAN 979 is that
if you disconnect the microphone preamplifier, you can use the instrument to take vibration
measurements - simply by connecting up a cable and a vibration sensor.
The SVAN 979 has an extensive range of hardware and firmware add-ons that includes built-
in Bluetooth, a windscreen infrared detector, direct connections to GPS module, 3G or WiFi
modem and the a unique built-in vibration shock sensor that warns the user whenever the
instrument itself is exposed to vibrations that may disrupt measurements.
Two USB ports allow for the instrument to simultaneously connect to a GPS module and
communicate with a computer. The USB port also allows for audio streaming where the data
being transferred to a computer and written in the form of a WAV file suitable for further
analysis.
Usage of so many advanced features at the same time is possible because the instrument
has two high-speed digital signal processors. As a result, the SVAN 979 is capable of taking
measurements at 2 ms intervals, which are logged simultaneously to an audio recording (with
48kHz sampling rate, 24 bits) while also performing frequency analysis in real time. Only the
SVAN 979 can meet such a challenge.
Setting up such advanced measurements can sometimes be very complicated but not with the
SVAN 979. The instrument’s intuitive menu structure of this instrument has been designed to
make the measurement experience a pleasure.
Features
 Class 1 IEC 61672-1:2002 sound level measurements (PTB type approval 21.21/13.06)
 General vibration measurements (acceleration, velocity and displacement)
 Three parallel independent profiles
 1/1, 1/3 octave real-time analysis
 1/6, 1/12 octave real-time analysis (optional)
 FFT analysis 1600 lines in selectable frequency band
 Time-domain signal recording
 Advanced data logger including spectra logging and audio-events recording
 Reverberation time measurements
 Pure tone detection (optional)
 Advanced trigger and alarm functions
 User programmable band-pass filters (optional)
 Windscreen and extension cable auto detection
 Built-in vibration shock sensor
 MicroSD card
 Options for 3G, LAN & WLAN remote communication
or GPS time synchronisation
 Bluetooth & SvanMobile app for measurement tracking
 Super contrast (10000:1) colour OLED display
 Built-in signal generator
 All-weather microphone protection SA 279 (optional)
 Hand held, light weight and robust case
4
Technical Specifications
Sound Level Meter & Analyser
Standards Class1: IEC 61672-1:2002 (PTB approval 21.21/13.06)

Meter Mode Elapsed time, Lxy (SPL), Lxeq (LEQ), Lxpeak (PEAK), Lxymax (MAX), Lxymin (MIN),
Ovl (OVERLOAD %), Lxye (SEL), LN (LEQ STATISTICS), Lden, LEPd, Ltm3, Ltm5
Simultaneous measurement in three profiles with independent set of filters (x)
and detectors (y)
Analyser 1/1 or 1/3 octave1 real-time analysis
1/6 or 1/12 octave1 real-time analysis (optional)
FFT1 1600 lines, up to 20.0 kHz band
Reverberation time analysis in 1/1 or 1/3 octave bands (RT 60)
Loudness1 based on ISO 532B standard and Zwicker model (optional)
Pure tone detection meeting ISO 1996-2 (Tonality1 option)
User programmable second order band pass filters1 (optional)
Weighting Filters A, C, Z, B, G
RMS Detector Digital True RMS detector with Peak detection, resolution 0.1 dB
Time constants: Slow, Fast, Impulse
Microphone GRAS 40AE, 50 mV/Pa, prepolarised 1/2” condenser microphone
Preamplifier SV 17 Voltage type (support 200V polarisation)
Linear Operating Range 22 dBA RMS ÷ 140 dBA Peak (in accordance to IEC 61672)
Dynamic Measurement Range 12 dBA RMS ÷ 140 dBA Peak (typical from noise floor to the maximum level)
Internal Noise Level less than 12 dBA RMS
Frequency Range 3.15 Hz ÷ 20 kHz, with GRAS 40AE microphone
Vibration Level Meter & Analyser
Standards ISO 10816-1

Meter Mode RMS, MAX, Peak, Peak-Peak
Simultaneous measurement in three profiles with independent set of filters and detectors
Analyser 1/1 or 1/3 octave1 real-time analysis meeting Class 1 IEC 61260
1/6 or 1/12 octave1 real-time analysis meeting Class 1 IEC 61260 (optional)
FFT1 1600 lines, up to 20.0 kHz band
RPM1 rotation speed measurement parallel to the vibration measurement (optional)
User programmable second order band pass filters1 (optional)
Filters HP1, HP3, HP10, Vel1, Vel3, Vel10, VelMF, Dil1, Dil3, Dil10, Wh
Time constants: from 100 ms to 10 s
Accelerometer (optional) Any IEPE accelerometer
Measurement Range Transducer dependent
Frequency Range 0.5 Hz ÷ 22.4 kHz (transducer dependent)
General Information
Input LEMO 7-pin: Direct AC, Direct AC with 200 V polarisation, Direct DC or IEPE type with TEDS
Self-vibration Monitoring Built-in
Dynamic Range 115 dB
Frequency Range 0.5 Hz ÷ 22.4 kHz, sampling rate 48 kHz
Data Logger1 Time-history logging with logging step down to 2 millisecond,
Time-domain signal recording and audio events recording function
Signal Generator Sine, White noise, Pink noise
Display Super contrast (10000:1) OLED 2.4” colour display (320 x 240 pixels)
Memory 32 MB non-volatile flash type, micro SD card 8 GB (included)
Interfaces USB 1.1 Client, USB 1.1 Host, Bluetooth, RS 232 (with optional SV 55), IrDA (optional)
GPS time synchronisation and positioning (optional)
Extended I/O - AC output (1 V Peak) or Digital Input/Output (Trigger – Pulse)
Power Supply Four rechargeable AA batteries operation time > 16 h (4.8 V / 2.6 Ah)2
SA 17A external battery pack (option) operation time > 24 h2
External power supply 6 V/500 mA DC ÷ 15 V/250 mA DC
USB interface 500 mA HUB
Environmental Conditions Temperature from -10 oC to 50 oC
Humidity up to 90 % RH, non-condensed
Dimensions 305 x 79 x 39 mm (with microphone and preamplifier)
Weight Approx. 0.6 kg with batteries
1
works together with the meter mode
2
dependent on instrument operation mode
The policy of our company is to continually innovate and develop our products.
Therefore, we reserve the right to change the specifications without prior notice.
5
SVAN 977 Sound & Vibration Analyser
The SVAN 977 belongs to the next generation of Class 1

sound & vibration instruments and is designed to meet
the requirements of both environmental monitoring and
occupational health and safety applications. Its exceptional
hardware design enables the measurement of ultrasound
frequencies in the 40 kHz band.
The SVAN 977 provides broad-band results such as Leq,
Max, Min and Peak with all standard weighting filters
together with an incredible time-history logging feature
with two adjustable logging steps. The broad-band results
can be recorded in three acoustic or vibration profiles which
enables measurements to be taken with 3 different filters
(e.g. A, C, Z) as well as 3 different detector time constants
(e.g. Fast, Slow, Impulse). Audio recordings for noise source
recognition and data post-processing can be performed
simultaneously with time-history logging. Additionally, the
powerful DSP (digital signal processor) in the SVAN 977
instrument can perform real-time 1/1 or 1/3 octave analysis
including statistical calculations. Other functions like FFT and
RT 60 analysis are also available as options.
With the latest software the SVAN 977 can send an alarm via
SMS text message or email whenever user-defined threshold
levels are exceeded. The system is flexible enough to alert
different people depending on the day of the week or the
time of day.
The data is stored on a microSD card and can be easily
downloaded to a PC using SvanPC++ or Supervisor software
over USB connection.
Features
 Class 1 IEC 61672-1:2002 sound level measurements

 Three parallel independent profiles
 Ultrasound measurements in 40 kHz band
with optional microphone
 1/1 octave real-time analysis
 1/3 octave real-time analysis (optional)
 Reverberation time measurements (optional)
 FFT analysis (optional)
 Time-domain signal recording & audio events
recording (optional)
 Remote communication (optional)
 Bluetooth™ interface (version dependent)
 Advanced noise monitoring alarms (optional)
6

Standards Class 1: IEC 61672-1:2002
Meter Mode Elapsed time, Lxy (SPL), Lxeq (LEQ), Lxpeak (PEAK), Lxymax (MAX), Lxymin (MIN),
LR (ROLLING LEQ), Ovl (OVERLOAD), Lxye (SEL), LN (LEQ STATISTICS),
Lden, LEPd, Ltm3, Ltm5
and detectors (y)
Analyser 1/1 octave1 or optional 1/3 octave1 real-time analysis, up to 40.0 kHz band,
meeting Class 1 requirements of IEC 61260
FFT1 real-time analysis 1600 lines, up to 40.0 kHz band (optional)
Reverberation time analysis in 1/3 octave bands (RT 60 option)
Weighting Filters A, B, C, Z
Microphone ACO 7052E, 35 mV/Pa, prepolarised 1/2” condenser microphone
Preamplifier SV 12L IEPE preamplifier
Linear Operating Range 25 dBA - 140 dBA Peak (in accordance to IEC 61672)
Total Dynamic Measurement Range 15 dBA RMS - 140 dBA Peak (typical from noise floor to the maximum level)
Dynamic Range > 110 dBA RMS
Frequency Range up to 40 kHz (microphone dependent)
Statistics Ln (L1-L99), complete histogram in meter mode
Data Logger1 Time-history logging of summary results, spectra with two adjustable
logging steps
Audio Events Recording Audio records to time-history data or WAV format with selectable
band and recording period (optional)

Standards ISO 10816-1
Meter Mode RMS, Max, Peak, Peak-Peak
Simultaneous measurement in three profiles with independent filter sets
and detectors
Analyser 1/1 octave1 or optional 1/3 octave1 real-time analysis, up to 40.0 kHz band,
meeting Class 1 requirements of IEC 61260
FFT1 analysis 1600 lines, up to 40.0 kHz band (optional)
RPM1 rotation speed measurement parallel to the vibration measurement
(optional)
Filters HP1, HP3, HP10, Vel1, Vel3, Vel10, VelMF, Dil1, Dil3, Dil10, Wh
Time Constants from 100 ms to 10 s
Accelerometer (optional) Any IEPE accelerometer
Measurement Range Transducer dependent
Frequency Range up to 40 kHz (transducer dependent)
Data Logger1 Time-history logging of summary results, spectra with two adjustable logging steps
Time-domain Signal Recording Continuous or triggered time-domain signal recording to WAV format (optional)
General Information
Input IEPE type (TNC connector)
Dynamic Range > 110 dB
Frequency Range up to 22.4 kHz (sampling rate 48 kHz) or 44.0 kHz (sampling 96 kHz)
Memory MicroSD card 4 GB (included)
Interfaces USB 2.0 Client, Bluetooth (optional), RS 232 (with optional SV 55)
External I/O - AC output (1 V Peak) or Digital Input/Output (Trigger – Pulse)
Power Supply Four AA batteries operation time > 16 h (6 V / 2 Ah)2
Four rechargeable AA batteries operation time > 16 h (4.8 V / 2.6 Ah)2
(not included)
SA 17A external battery pack (optional) operation time > 24 h2
External power supply 6 V/500 mA DC ÷ 15 V/250 mA DC
Environmental Conditions Temperature from -10 °C to 50 °C
Dimensions 305 x 79 x 39 mm (with microphone and preamplifier)
Weight Approx. 0.6 kg with batteries
1
works together with the meter mode The policy of our company is to continually innovate and develop our products.
2
dependent on instrument operation mode Therefore, we reserve the right to change the specifications without prior notice.
7
SVAN 958A 4-Channel Sound & Vibration Analyser
The SVAN 958A is a 4-channel sound & vibration analyser

designed to provide simultaneous sound and vibration
measurements. Each of the four input channels can be
independently configured for sound or vibration detection
with different filters and RMS detector time constants
giving users an enormous amount of flexibility with their
measurements.
The real advantage of SVAN 958A is its capability of
performing advanced analyses simultaneously. In practice
this allows the user to make broad-band measurements
such as Leq, RMS, Max, Min, Peak together with 4-channel
analysis such as FFT or 1/3 octave bands. One exceptional
feature is that the device can make 4-channel time-domain
signal recordings in WAV format.
All measurements can be stored in the non-volatile 32 MB
internal memory or on a USB pen-drive and can be easily
downloaded to a PC with SvanPC++ software.
The SVAN 958A with RS 232 interface (SV 55) is offered
with 3G modem or LAN & WLAN connections. Together
with SvanPC++_RC remote communication software, these
interfaces provide easy remote access to the instrument
settings & data over the Internet or local area network.
The instrument is powered by four AA standard or
rechargeable batteries or by the external DC power source
or USB port. The robust case and lightweight design finish
the exceptional features of this new generation instrument.
Features
 4-channel, 20 kHz real-time, simultaneous sound
and vibration analyser
 Sound measurements Class 1, IEC 61672:2002
 Human vibration measurements
 Ground / building vibration mode
 Advanced trigger and alarm functions
 Advanced data logger
 Time domain signal recording to USB disk (optional)
 1/1 and 1/3 octave real-time analysis (optional)
 FFT analysis up to 1600 lines in selectable band (optional)
 FFT cross spectra (optional)
 Acoustic dose meter function (optional)
 Reverberation time measurements (optional)
 Sound intensity measurements (optional)
8

Standards ISO 8041:2005, ISO 10816-1, DIN 4150-2, DIN 4150-3
Meter Mode RMS, VDV, MTVV or Max, Peak, Peak-Peak
Simultaneous measurement in up to four channels with independent set of filters and detector constants
Analyser (optional) 1/1 octave real-time analysis2, 15 filters with centre frequencies from 1 Hz to 16 kHz (Class 1, IEC 61260)
1/3 octave real-time analysis2, 45 filters with centre frequencies from 0.8 Hz to 20 kHz (Class 1, IEC 61260)
FFT analysis2 up to 1600 lines with Hanning, Kaiser-Bessel or Flat Top window
FFT cross spectra2 measurements
RPM2 rotation speed measurements parallel to the vibration measurement (1 ÷ 99999)
Filters Wd, Wk, Wc, Wj, Wm, Wb, Wg (ISO 2631), Wh (ISO 5349), HP1, HP3, HP10, Vel1, Vel3, Vel10,
VelMF, Dil1, Dil3, Dil10, KB (DIN 4150)
RMS & RMQ Detectors Digital true RMS & RMQ detectors with Peak detection, resolution 0.1 dB
Accelerometer (optional) SV 84 triaxial vibration accelerometer dedicated for ground/ building vibration measurement (1 V/g)
SV 38 triaxial accelerometers for Whole-Body measurements (1 V/g MEMS type)
Measurement Range Accelerometer dependent, SV 84 accelerometer: 0.0005 ms-2 RMS ÷ 50 ms-2 Peak
Frequency Range 0.5 Hz ÷ 20 kHz; accelerometer dependent, with SV 84: 0.5 Hz ÷ 3700 Hz

Meter Mode Elapsed time, Lxy (SPL), Lxeq (LEQ), Lxpeak (PEAK), Lxymax (MAX), Lxymin (MIN),Ovl (OVERLOAD),
Lxye (SEL), LN (LEQ STATISTICS), Lden, LEPd, Ltm3, Ltm5
Simultaneous measurement in three profiles per channel (up to 4 channels)
with independent set of filters (x) and detectors (y)
Analyser (optional) 1/1 octave real-time analysis2, 15 filters with centre frequencies from 1 Hz to 16 kHz (Class 1, IEC 61260)
1/3 octave real-time analysis2, 45 filters with centre frequencies from 0.8 Hz to 20 kHz (Class 1, IEC 61260)
Reverberation Time analysis2 in 1/3 octave bands (RT 60)
FFT real-time analysis2 up to 1600 lines with Hanning, Kaiser-Bessel or Flat Top window
FFT cross spectra2 measurements
Sound Intensity measurements
Weighting Filters A, C, Z and G (infra-sound)
RMS Detector Digital true RMS detector with Peak detection, resolution 0.1 dB
Time Constants Slow, Fast, Impulse
Microphone (optional) MK 255, 50 mV/Pa, prepolarised 1/2" condenser microphone
Preamplifier (optional) SV 12L IEPE preamplifier
Measurement Range Total Dynamic Range: 16 dBA RMS ÷ 140 dBA Peak
Linearity Range (IEC 61672): 26 dBA RMS ÷ 140 dBA Peak
Frequency Range 0.5 Hz ÷ 20 kHz; microphone dependent, with MK 255 microphone: 3.5 Hz ÷ 20 kHz
General Information
Input IEPE type (channels 1, 2, 3 - LEMO 4-pin & channel 4 - TNC connector)
Dynamic Range 100 dB, 4 x 20 bits A/D converters
Frequency Range 0.5 Hz ÷ 20 kHz, sampling rate 48 kHz
Data Logger Time-history logging to internal memory or USB memory stick
Time-domain signal recording on USB memory stick (optional)
Memory 32 MB non-volatile flash type, external USB memory stick (not included)
Interfaces USB 1.1 Client, USB 1.1 Host, optional SV 55 RS 232 interface
Extended I/O - AC output (1 V Peak) or Digital Input/Output (Trigger / Pulse)
Power Supply Four AA batteries (alkaline) operation time > 10 h (6.0 V / 1.6 Ah)1
Four AA rechargeable batteries (not included) operation time > 14 h (4.8 V / 2.6 Ah)1
SA 17A external battery pack (optional) operation time > 24 h1
External power supply 6 V DC ÷ 24 V DC (1.5 W)
Dimensions 140 x 82 x 42 mm
Weight 510 grams with batteries
1
depending on the instrument mode
2
function works together with the meter mode Therefore, we reserve the right to change the specifications without prior notice.
9
SV 38 Whole-Body Vibration Accelerometer
The SV 38 is a MEMS based triaxial accelerometer designed

for whole-body seat vibration measurements with the
SVAN 958A four-channel analyser.
The seat-pad meets ISO 8041:2005 and ISO 2631-1
requirements so it can be used for seat and seat-back
vibration measurements.
For the periodic verification, the accelerometer can be
easily removed from the seat pad and installed on a shaker
with a dedicated SA 38 adapter (optional).
The ISO 8041 in-situ check before and after measurement
can be performed with an SV 111 vibration calibrator
without the necessity of removing accelerometer from the
seat-pad.
Performance:
Number of Axes 3
Sensitivity (± 5 %) 100 mV/(ms-2) at 15.915 Hz
Measurement Range 0.01 ms-2 RMS ÷ 50 ms-2 PEAK
Frequency Response (by design guideline, ± 3 dB) 0.1 Hz ÷ 100 Hz
Resonant Frequency 5 kHz (MEMS transducer)
Electrical Noise < 316 µV RMS, HP1 weighting
Electrical:
Supply Current (IEPE) 1 mA ÷ 10 mA (2.5 mA typ.) per channel
Supply Voltage (IEPE) 22 V ÷ 30 V (28 V typ.)
Bias Voltage (IEPE) 15.3 V ± 0.5 V
Output Impedance 51 Ohms
Charge / Discharge Time Constant (start-up time) 30 sec. typ.
TEDS Memory Installed (Channel 1)
Environmental Conditions:
Maximum Vibration 100 000 ms-2 shock survival for MEMS sensor
Temperature Coefficient <+0.012 dB/°C
Temperature from -10 °C to +50 °C
Physical:
Sensing Element MEMS
Cable integrated 1.4 meters long
Connector LEMO 4-pin plug (SVAN 958A compatible)
Dimensions 236 mm diameter; thickness from 3.6 mm to 12 mm
Weight 550 grams (including cable and rubber cushion)
Accessories:
SA 38 (optional) Calibration adapter
SC 39S (optional) Cable LEMO 4-pin socket to three BNC plugs, 0.7 meter
10
SV 84 Ground Vibration Accelerometer
The SV 84 is a low-noise, hermetically sealed triaxial

piezoelectric accelerometer designed to monitor
building and ground vibrations with SVAN 958A
analyser.
A hermetically sealed glass connector protects the SV 84
from harmful dust and moisture enabling the outdoor
use without additional enclosures.
The signal ground is insulated from the mounting
surface and outer case to prevent ground loops.
Performance:
Number of Axes 3
Sensitivity (± 5 %) 100 mV/(ms-2) ~ 1000 mV/g
Measurement Range 0.0005 ms-2 RMS ÷ 50 ms-2 Peak
Frequency Response (± 3 dB) 0.2 Hz ÷ 3 700 Hz
Resonant Frequency 16 kHz
Residual Noise (1 Hz, 24°C) 2.0 µg RMS
Residual Noise (1 kHz, 24°C) 6.3 µg RMS
Electrical:
Supply Current (IEPE) 2 mA ÷ 10 mA
Supply Voltage (IEPE) 22 V ÷ 28 V
Bias Voltage (IEPE) +10 VDC
Output Impedance (Nominal) 50 Ω
Charge / Discharge Time Constant (start-up time) < 10 sec. typ.
Maximum Vibration (shock survival) 50 000 ms-2 Peak
Thermal Sensitivity Coefficient 0.1 %/°C F.S.
Operating Temperature Range (recommended) from -10 °C to +50 °C
Humidity / Enclosure Not affected, hermetically sealed
Physical:
Connector M12 glass seal
Dimensions 41x42x23 mm
Weight 275 grams
Mounting Thread M6
Material Housing & Connector Stainless steel
Accessories:
SA 207B Mounting base for building and ground vibration (optional)
SC 281 Cable M12 to Amphenol (SV 212_x), 5 meters (optional)
SC 282 Cable M12 to LEMO 4-pin (SVAN 958A), 5 meters (optional)
SA 154 Calibration adapter (optional)
11
SVAN 974 Vibration Analyser
The SVAN 974 is a vibration level meter and analyser designed

to measure vibrations from machinery. The instrument uses
the SV 80 accelerometer, which is an ideal choice for walk-
around vibration measurements in challenging industrial
environments with heavy machinery, such as pumps, motors or
fans. The flexible accelerometer input also supports different
types of vibration sensors including: IEPE, charge and direct.
The SVAN 974 can simultaneously present the parallel
vibration acceleration, velocity and displacement results
along with frequency analysis and wave recordings. The FFT
analysis allows selection of the frequency band providing
accurate analysis of the vibration source of interest (e.g. 1600
lines in frequency band up to 1.25 kHz). With a dedicated
tachometer the SVAN 974 can monitor RPM together with
vibration assessment (simple order tracking).
The powerful digital signal processor allows for incredibly fast
time history logging to a microSD card. The measurements
data can be easily downloaded to a PC using the SvanPC++
software package over a USB connection.
Features
 Vibration analyser that supports IEPE and Charge

type accelerometers
 FFT analysis
 Built-in machine filter (10 Hz ÷ 1 kHz) complying
to ISO 10816
 Three independent profiles - parallel acceleration,
velocity and displacement measurements
 1/1 or 1/3 octave real-time analysis (optional)
 Time-domain signal recording to WAV format (optional)
 Advanced data logger including spectral analysis
 MicroSD card
 RPM measurement (optional)
 Advanced trigger function
 OLED colour display with super brightness and contrast
 Handheld, light weight and robust case
 Easy to use
12
Vibration Level Meter

Standards ISO 10816
Results RMS, Peak, Peak-Peak, Max
Weighting Filters HP1, HP3, HP10, Vel1, Vel3, Vel10, VelMF, Dil1, Dil3, Dil10, HP, Wh
Accelerometer SV 80 IEPE type, sensitivity 100 mV/g
Measurement Range 0.01 ms-2 RMS ÷ 500 ms-2 Peak (with SV 80 and HP1 filter, accelerometer dependent)
Frequency Range 0.5 Hz ÷ 14 kHz (with SV 80 and HP1 filter, accelerometer dependent)
Vibration Analyser1
Data Logger Time-history logging including spectra
FFT 400 or 800 or 1600 lines in selectable band from 78 Hz to 20 kHz with HP weighting
filter, selectable averaging: linear or exponential, and selectable window
1/1 Octave (optional) Real-time analysis, 15 filters with centre frequencies from 1 Hz to 16 kHz
meeting Class 1: IEC 61260
1/3 Octave (optional) Real-time analysis, 45 filters with centre frequencies from 0.8 Hz to 20 kHz
meeting Class 1: IEC 61260
RPM Measurements (optional) 1 ÷ 99999 rotation speed measurement parallel to the vibration measurement
Time-Domain Time-domain signal recording to WAV format
Recording (optional)
General Information
Input IEPE, Charge amplifier or Direct with TNC connector
IEPE Current Selectable: 1.5 mA, 3.0 mA, 4.5 mA
Dynamic Range More than 100 dB in single range
Internal Noise Level Less than 10 µV RMS (IEPE input & HP1 filter)
Frequency Range 0.5 Hz ÷ 22.6 kHz, sampling rate 48 kHz
Display Colour OLED 2.4”, 320 x 240 pixels
Memory MicroSD 4 GB included (slot supports 4 GB ÷ 16 GB cards)
Interfaces USB 1.1 Client, Extended I/O - AC output 1 V RMS Sine (1.41 V Peak)
or Digital Input/Output (Trigger - Pulse)
Four AA rechargeable batteries (not included) operation time > 16 h (4.8 V / 2.6 Ah)2
Dimensions 140 x 83 x 33 mm (without accelerometer)
Weight Approx. 390 grams including batteries (without accelerometer)
vibration analyser works together with vibration level meter

1
depending on operation mode

2
13
SV 80 General Purpose Vibration Accelerometer
The SV 80 is an industry standard IEPE accelerometer offered

to SVAN 974. It is an ideal choice for walk-around vibrations
measurement in the rugged environments of industrial
machinery monitoring, such as pumps, motors or fans. The
accelerometer is mounted on a vibrating surfaces with the
mounting magnet.
The design of SV 80 features the low electronic noise and
wide temperature operating range.
Performance:
Number of Axes 1
Measurement Range 0.01 ms-2RMS ÷ 500 ms-2 Peak
Frequency Response (by design guideline, ± 3 dB) 0.5 Hz ÷ 14 000 Hz
Residual Noise (1 Hz, 24°C) 30 µg RMS
Residual Noise (1 Hz to 25 kHz, 24°C) 300 µg RMS
Electrical:
Output Impedance (Nominal) 50 Ω
Thermal Sensitivity Coefficient 0.07 %/o C F.S.
Humidity / Enclosure IP67, epoxy sealed
Physical:
Connector TNC socket, top radially mounted
Weight 40 grams
Mounting Thread 10-32 UNF 2B
Accessories:
Mounting Stud 10-32 to M5 (included)
SA 27/10-32 Mounting magnet base (optional)
SC 27 Coil cable TNC plug – TNC plug, 2 meters (optional)
14
SV 81 General Purpose Vibration Accelerometer
The SV 81 is an IEPE piezoelectric accelerometer offered to

SVAN 974. The accelerometer’s high sensitivity and low
electronic noise enable measurements of very low vibration
amplitudes over the typical machines’ frequency operating
ranges. The accelerometer is mounted on a vibrating surfaces
with the mounting magnet.
Performance:
Number of Axes 1
Frequency Response (by design guideline, ± 3 dB) 0.2 Hz ÷ 3 700 Hz
Residual Noise (1 Hz, 24°C) 2.4 µg RMS
Residual Noise (1 Hz to 25 kHz, 24°C) 25 µg RMS
Transverse Response Sensitivity (20 Hz, 50 m/s2) <5%
Electrical:
Output impedance (Nominal) 50 Ω
Thermal Sensitivity Coefficient 0.1 %/o C F.S.
Humidity / Enclosure IP67, epoxy sealed
Physical:
Connector TNC socket, top radially mounted
Weight 44 grams
Mounting Thread 10-32 UNF 2B
Accessories:
Mounting Stud 10-32 to M5 (included)
SA 27/10-32 Mounting magnet base (optional)
SC 27 Coil cable TNC plug – TNC plug, 2 meters (optional)
15
SV 200 Noise Monitoring Station
SV 200 is a fully integrated solution for permanent noise

monitoring applications. It measures and stores data suitable
for automated reports, advanced post-processing analysis and
records audio events for noise source recognition.
The SV 200 with 3G modem can send an alarm via sms text
message or e-mail whenever user-defined threshold levels are
exceeded. The advanced alarms function allows to combine
triggers based on time, noise threshold, meteo conditions
or spectrum. The system is flexible enough to alert different
people depending on the day of the week or the time of day.
The built-in web server gives access to measurement data,
settings and real-time results stored in the SV 200 monitoring
station via any Internet enabled device.
The SV 200 is using the electrostatic actuator to perform the
remote system checks. The advantage of using electrostatic
actuator method is check of the complete measurement path
including the microphone’s membrane. The system check is
performed during the measurements and detected errors are
signalized to the user by SMS text message and e-mails.
The SV 200 is small, lightweight and can easily be installed by
a single person.
Features
 ‘All in one’ design for portable, mobile and permanent

noise monitoring installations
 Rugged housing protects the system against harsh
outdoor conditions (IP65)
 Integrated electrostatic actuator for full system verification
 IEC 61672 Class 1
 Auto-calibration
 Internal 3G or Wi-Fi modem
 Large windscreen for high wind speeds
 Low power consumption & Li-Ion battery powered operation
providing true flexibility for both short and long term measurements
 Web server for system configuration
 16 GB data storage
 Advanced alarms based on time, noise threshold,
meteo conditions or spectrum
 Weather monitoring module SV 205B or Vaisala WXT 520 (optional)
16
Standards Class 1: IEC 61672-1:2002, Class 1: IEC 61260:2002

Weighting Filters A, C, Z
Microphone Microtech Gefell MK 255, 50 mV/Pa, prepolarised 1/2” condenser microphone
Preamplifier Integrated
Dynamic Measurement Range 15 dBA RMS ÷ 133 dBA Peak (typical from noise floor to the maximum level)
Frequency Range 3.5 Hz ÷ 20 kHz
Meter Mode Results Elapsed time, Lxy (SPL), Lxeq (LEQ), Lxpeak (PEAK), Lxymax (MAX), Lxymin (MIN),
and detectors (y)
Statistics Ln (L1-L99), complete histogram in meter mode and 1/1 & 1/3 octave analysis
1/1 Octave Analysis3 Real-time analysis meeting class 1 requirements of IEC 61260 (4 Hz ÷ 16 kHz)
1/3 Octave Analysis3 Real-time analysis meeting class 1 requirements of IEC 61260 (3.15 Hz ÷ 20 kHz)
Data Logger3 Logging of summary results, spectra and weather data with logging step down to 1 second
and time history of selected parameters with short logging step down to 2 millisecond
Audio Events Recording3 Time domain records to wav file format on demand with selectable bandwidth
and recording period
General Information
Ingress Protection Rating IP 65

Inputs Power supply LEMO 3-pin, extended I/O port LEMO 9-pin
Remote System Check Built-in electrostatic actuator, triggered either manually or automatically
Memory Micro SD card 16 GB (non-removable)
Display & Keyboard External controller with 2.4” OLED colour display and keyboard (optional)
Communication Interfaces USB
3G modem (included in SV 200_3G)
Wi-Fi / LAN module (included in SV 200_WiFi)
Power Supply Li-Ion rechargeable battery (non-removable)
Operation time on battery (14.4 V / 3.1 Ah)
SV 200 (modem off) 45 hours
SV 200_3G 29 hours1
SV 200_WiFi (LAN mode) 20 hours
SV 200_WiFi (WiFi mode) 17 hours
Solar Panel (not included) MPPT voltage 17.0 V ÷ 20.0 V
AC power supply (included) Input 100 ÷ 240 VAC,
output +24 VDC 2.5 A, IP 66 housing
External DC source (not included) voltage range 10.5 V – 24 V,
e.g. 12 V or 24 V accumulator4
Environmental Conditions Temperature from -30 °C2 to 50 °C
Humidity up to 99 % RH
Physical Characteristics Dimensions 700 mm length; 70 mm diameter
excluding windscreen (windscreen diameter 130 mm)
Weight Approx. 2.8 kg
1
meter mode, time history logging step 1 second, 3G modem
transmission 10 % of the measurement time
2
only with external powering
3
function operates together with sound level meter mode
4
15 V required for internal battery recharging
17
SV 211 Noise Monitoring Station
The SV 211 is a portable monitoring system housed in a Features

waterproof case dedicated for periodic outdoor measurements.
The system can be used with either the SVAN 977 or  Waterproof protective case for SVAN 977 or SVAN 979
SVAN 979 which can easily be removed from the  Options for remote communication (3G, LAN & WLAN)
case and used as handheld sound level meters.  Meteorological module for temperature,
The SV 211 is powered by a high capacity rechargeable pressure, humidity, rain detection, wind
battery which is mounted in the case and can be charged speed and wind direction (optional)
from an external DC power source such as a mains-powered  Optional microphone outdoor protective kit
charger or a solar panel.  Powered by an internal battery, DC power
The outdoor microphone kit can easily be installed on a mast supply or solar panel (optional)
with standard mounting threads. For measurement at 4
 Internal controller (optional)
meters height a special mast with a set of guy-ropes is also
available.
An optional extra for the SV 211 system is our SV 205A Technical specifications
weather monitoring module which measures temperature,
air pressure, humidity, wind speed and direction and also Remote Communication 3G modem (optional)
LAN & WLAN module (optional)
detects a rainfall.
Power Supply Battery recharging 15 V ÷ 30 V
The SV 211 supports direct communication via 3G and WiFi (waterproof connector)
which enables full remote control over the measurements. DC power supply 11 V ÷ 30 V
(waterproof connector)
Internal battery 33 Ah (12 V)
Environmental Conditions Temperature -10 °C ÷ +50 °C
(without antenna and cables)
Weight Approximately 19 kg including battery
18
SV 205A / SV 205B Weather Monitoring Modules
Weather conditions have a significant influence on noise Features

measurements. Therefore, Svantek monitoring stations are
equipped with interfaces for meteo sensors.  Portable, designed for permanent monitoring
With the optional SV 205A (dedicated for SV 211 and installations
SV 212) or SV 205B (dedicated for SV 200) weather station,  Robust construction
the noise monitoring station can measure wind speed, wind  Wind speed & direction simultaneously
direction, temperature, humidity, atmospheric pressure  Integrated with Svantek monitoring systems
and detect rain. Weather data is stored in parallel to the
 Weather data written to Svantek data files
noise measurements.
 No separate powering required
Technical specifications
Temperature Range -40 oC ÷ 124 oC (±0.3 oC)

Ambient Pressure Range 150 hPa ÷ 1150 hPa (±5 hPa)
Humidity 0 % ÷ 100 % (±2 %)
Wind Speed 0 m/s ÷ 60 m/s (±2 %)
Wind Directions 0o ÷ 359o (±3o)
Rain Detector on/off
19
SV 212 Noise & Vibration Monitoring Station
Noise & Vibration Monitoring Kit Key Features

The SV 212 is an easy to install and cost effective  Tri-axial vibration & noise measurement
system for noise and vibration monitoring. The portable
 Root Mean Square (RMS) acceleration time
and battery powered system can be used for a variety
of monitoring applications including construction site history logger
monitoring, tunneling and blasting. This portable  Peak Particle Velocity (PPV) assessment
system works great in noise & vibration monitoring  Vibration Dose Value (VDV) time history logger
applications related to construction sites and road
 Two profiles per channel for simultaneous
traffic. The SV 212 is protected from weather conditions
by a waterproof case with locking capabilities. This acceleration and velocity assessment
solution makes the system portable allowing it to be  Weighting filters comply to ISO 2631, BS 6472
moved from one place to another easily. An internal and BS 7385
battery is able to power the whole system up to 10
 KB filter according DIN 4150 and DIN 45669
days without recharging. Alternatively the SV 212 can
be powered from an external DC power source or solar  Simultaneous FFT analysis and WAV recording
panels. according to DIN 4150 -3 standard (option)
 Options for remote communication (3G, LAN & WLAN)
Ground Vibration Mode in SVAN 958A  Advanced alarm triggers combined with
SMS and e-mail notification (option)
The ground vibration mode in the SVAN 958A has
been developed for both short- and long-term
monitoring applications. It measures triaxial velocity
and acceleration in parallel and calculates Peak Particle
Velocity and Vibration Dose value simultaneously.
In addition to logging overall values and frequency
spectra, the time domain signal is stored for post
processing purposes. An additional measurement
channel is available for Class 1 noise measurements
in parallel to triaxial vibration measurements.
Measurements are performed according to BS and
DIN standards. FFT is used for dominant frequency
determination and comparison with the BS and DIN
norm curves and the Peak Velocity spectrum is recorded.
Options for Remote Communication

Remote control of the SV 212 is available either over
3G or Local Internet connection (LAN, WLAN). Data
transmission is fully supported by SvanPC++_RC Remote
Communication software. Remote communication
allows the user to set up the instrument and download
data from monitoring systems placed in the field.
Remote alarms that send messages via e-mails and
text messages (SMS) are also implemented (3G version
only).
20

Meter Mode RMS, VDV, MTVV or Max, Peak, Peak-Peak ,Vector, A(8), Dose, ELV, EAV
Profiles Per Channel 2
Analyser (optional) FFT analysis up to 1600 lines in a selectable frequency band
Time domain signal recording to WAV format
Filters In Profile 1 HP1, HP3, HP10, VEL1, VEL3, VEL10, VELMF, DIL1, DIL3, DIL10, KB, Wk, Wd, Wc, Wj, Wm, Wh, Wg, Wb, Wv
Filters In Profile 2 VEL1, VEL3, VEL10
RMS & RMQ Detectors Digital true RMS & RMQ detectors with Peak detection, resolution 0.1 dB Time constants: from 100 ms to 10 s
Accelerometer (optional) SV 84 triaxial high sensitivity (1 V/g)
Measurement Range with SV 84: 0.0005 ms-2 RMS ÷ 50 ms-2 PEAK
Frequency Range 0.5 Hz ÷ 20 kHz; accelerometer dependent
with SV 84: 0.5 Hz ÷ 3 700 Hz
Sound Level Meter

Profiles Per Channel 3
Meter Mode Elapsed time, Lxy (SPL), Lxeq (LEQ), Lxpeak (PEAK), Lxymax (MAX), Lxymin (MIN), Ovl (OVERLOAD),
Simultaneous measurement in three profiles per channel (up to 4 channels)
with independent set of filters (x) and detectors (y)
Weighting Filters A, C, Z, G
Microphone (optional) MK 255, Class 1, 50 mV/Pa, prepolarised 1/2"
Preamplifier (optional) SV 12L detachable
Measurement Range 16 dBA RMS ÷ 140 dBA Peak (Total Dynamic Range)
Linearity Range 26 dBA RMS ÷ 140 dBA Peak (IEC 61672)
Frequency Range 0.5 Hz ÷ 20 kHz; microphone dependent, with MK 255 microphone: 3.5 Hz ÷ 20 kHz
21
SvanPC++ Remote Communication Module
Remote communication is one of the most important

features of unattended monitoring systems. On the
PC side communication is handled by the powerful
SvanPC++_RC software package that offers advanced
features such as automatic data download, CSV and
HTML data publishing as well as FTP upload.
The SvanPC++_RC module supports configuration of
the noise & vibration monitoring stations as well as
configuration of advanced alarms in the SV 200 and
SVAN 977 to combine triggers based on time with noise
thresholds.
Thanks to SvanNET relay server, the SvanPC++_RC
module can connect with multiple monitoring stations
with 3G modems regardless if they have public or
private IP. Connection over SvanNET allows users to
download files and reconfigure the noise monitoring
station using SvanPC++_RC module.
Features
 On-demand and automatic remote data download

 Measurement status monitoring
 Remote system configuration
 On-line data publishing
 Alarming
 SvanNET connections
 Advanced alarms configuration
 System checks
 Microsoft Windows™ service run mode
Supported Connection GPRS / 3G modem

Wi-Fi / LAN (MOXA™)
Bluetooth™
USB
ZigBee
Supported Operations On-demand and automatic remote
data download
Measurement status monitoring,
system check, alerting
Remote system configuration
CSV and HTML data publishing
22
SvanPC++ Environmental Monitoring Module
SvanPC++ Environmental Monitoring is designed for post-

processing of data recorded by Svantek instruments.
The module offers a powerful calculator and an automated
noise event finder for noise source identification.
Thanks to its “Projects” functionality, SvanPC++_EM allows to
combine and compare data from multiple measurements as well as
create and save reports in MS Word™ templates.
Features
 Advanced search tools for noise event recognition

 Data recalculation or removal from the time-history
 EM calculator - a powerful tool that allows data recalculation in
defined time periods with selectable time steps. Each calculation
scenario can be saved and recalled with a single button click
 Reference spectrum importing, time history results comparison
 Reporting tool - report templates (Microsoft Word™ required)
 Projects - for combining data from multiple files, data
comparison and saving the views on data
Data Analysis
& Recalculations Lxeq (LEQ), Lxpeak (PEAK), Lxymax (MAX),
Lxymin (MIN), Lxye (SEL), max(Lpeak), Ltm5, LVA, EPNL
Vibration Total RMS, Total VDV, Vector (RMS & Peak),
min(RMS), max(RMS), max(Max), max(MTVV), max(Peak)
Statistics (LN, histogram)
Day / evening / night noise level
Markers for event identification
Spectrum averaging, min, max, statistics,
band recalculation, filter recalculation, comparison
Noise criterion and Noise rating
Peak and harmonics detection in FFT result files
Tonality analysis based on FFT or 1/3 octave result
files
Impulsivity analysis according to UNI/BS 9432:2002
Data Management Projects (results, views, calculations, pictures and

other files)
Time history data adjustments
Saving views on data
Reporting with schemes (Microsoft Word™ required)
23
SVAN 971 Sound Level Meter
The SVAN 971 is an extremely small Class 1 Sound Level Meter

with options for 1/1 & 1/3 octave analysis.
The instrument brings unprecedented state of the art technology
to an SLM of this size. The instrument’s user interface makes
both configuration and measurement easier than ever before.
For those who do not need to alter the measurement settings,
the SVAN 971 has an extremely simple operational mode with
only Start/Stop controls. This means that the SVAN 971 is the
ideal choice for many applications including industrial noise
measurement for health and safety, short term environmental
noise monitoring and general noise measurements for acoustic
consultants or technical engineers.
The instrument is easily calibrated in the field using an acoustic
calibrator as the calibration begins automatically when the
microphone is inserted into the calibrator.
The instrument also includes a built-in vibration sensor that
provides information about vibrations that could influence the
measurements.
The SVAN 971 measures broad-band results with all the necessary
weighting filters as well as 1/1 octave or 1/3 octave band filters.
It also offers time-history logging providing broad-band results
and spectra with adjustable logging steps.
The audio events recording function works together with sound
level meter mode.
The data are stored on a microSD card and can be easily
downloaded to a PC using the Supervisor software.
Key features
 Small, pocket size design
 Class 1 IEC 61672 type approved (PTP)
 1/1 & 1/3 octave real-time analysis (optional)
 Large measurement range
 Self-vibration detection
 Dosimeter function (optional)
 Audio events recording (optional)
 Voice comments before and after measurement
 Statistical analysis
 Automatic calibration start
 High contrast colour OLED display
 Screen automatically rotates when instrument turned
 IP 65 rating
 Easy and friendly user interface
24
Sound Level Meter

Weighting Filters A, B, C, Z
Microphone ACO 7052E, 35 mV/Pa, prepolarised 1/2” condenser microphone
Preamplifier SV 18 detachable
Total Dynamic Measurement Range 15 dBA RMS ÷ 140 dBA Peak (typical from noise floor to the maximum level)
Dynamic Range >110 dB
Frequency Range 10 Hz ÷ 20 kHz
Meter Mode Results Elapsed time, Lxy (SPL), Lxeq (LEQ), Lxpeak (PEAK), Lxymax (MAX), Lxymin (MIN),
LR (ROLLING LEQ OPTION), Ovl (OVERLOAD), Lxye (SEL), LN (LEQ STATISTICS), Lden, LEPd, Ltm3, Ltm5
Simultaneous measurement in three profiles with independent set of filters (x) and detectors (y)
Statistics1 Ln (L1-L99), complete histogram in meter mode
Data Logger1 Time-history logging of summary results, spectra with adjustable double logging steps down to 100 ms
Audio Recording1 (optional) Audio events recording, trigger and continuous mode, 12 kHz sampling rate, wav format
Voice Comments Audio records on demand, created before or after measurement, added to measurement file
Noise Dosimeter
Dosimeter Mode Results1 Lxy (SPL), Lxeq (LEQ), Lxpeak (PEAK), Lxymax (MAX), Lxymin (MIN), DOSE, DOSE_8h, PrDOSE, LAV,
(optional) Lxye (SEL), Lxye8 (SEL8), PLxye, (PSEL), E, E_8h, LEPd, PTC (PEAK COUNTER),
PTP (PEAK THRESHOLD %), ULT (UPPER LIMIT TIME), TWA, PrTWA, Lc-a
Exchange Rate 2, 3, 4, 5, 6
Sound Analyser
1/1 Octave Analysis1 Real-time analysis meeting Class 1 requirements of IEC 61260, centre frequencies from 31.5 Hz to 16 kHz
(optional)
1/3 Octave Analysis1 Real-time analysis meeting Class 1 requirements of IEC 61260, centre frequencies from 20 Hz to 20 kHz
(optional)
General Information
Ingress Protection Rating IP65 (excluding microphone)
Input Preamplifier (60 UNS thread)
Memory MicroSD card 4 GB (removable & upgradeable)
Display Colour 96 x 96 pixels OLED type
Keyboard 8 push buttons
Communication Interfaces USB 2.0 client
SV 75 RS 232 cable (optional) or SV 76 RS 232 cable with external power supply connector (optional)
Power Supply Four AAA alkaline or rechargeable NiMH batteries (not included)
operation time 16 h ÷ 24 h (depending on usage)
Physical Characteristics Dimensions 232,5 mm x 56 x 20 mm (including microphone and preamplifier)
Weight Approx. 225 grams with batteries
function operates together with sound level meter mode

1
25
SV 104 Noise Dosimeter
The SV 104 is a first noise dosimeter on a market with option for

1/1 octave band filters that allows the most accurate selection
of hearing protectors and audio events recording, a very useful
feature in identification of noise sources.
We have designed the SV 104 to make noise dosimetry
measurements easier. Firstly the voice comment feature replaces
necessity of identifying the dosimeter with different kind of
stickers. Secondly, a single large measurement range of 55 dB to
140 dB enables measurement in all kinds of working environment.
But mostly the auto-calibration is what makes the SV 104 an easy
in use. Once the SV 104 detects calibration signal it calibrates
automatically saving the calibration data together with the
measurement file, both before and after measurement.
Typically the noise dosimeter is worn by the worker on a shoulder
which makes it vulnerable accidental shocks, knocks or even fall-
downs. To avoid microphone damages on the SV 104 we’ve used
a shock resistant MEMS microphone. Additionally an inbuilt tri-
axial accelerometer detects all shocks and vibrations that influence
noise measurement results. All those unwanted events are marked
in the results time history so they can be easily excluded from dose
calculation.
The distinguishing feature of SV 104 is the color OLED display that
can be easily read even in full daylight or in the dark.
The user interface is very friendly to use which makes setting up
and using the instrument easier than ever. User has a choice from
multiple setup files that can be configured through the included
“Supervisor” software. All measurement data is stored on the
integral 8GB memory which gives a vast amount of storage.
Features
 Noise Dosimeter conforming to IEC 61252
ANSI S1.25-1991
 Class 2 according to IEC 61672
 Measurements according to ISO 9612
 Measurement range 55 dBA RMS ÷ 140 dBA Peak
 1/1 octave real-time analysis (optional)
 Three parallel measurement profiles
 Audio events recording during measurement (optional)
 Voice comments before and after measurement
 Built-in accelerometer for vibration shock detection
 Large 8 GB memory
 USB 2.0 interface for data download and battery recharging
 Easy in use predefined setups
 Operational time > 40 hours
 Extremely compact, light weight and robust case
26
Noise Dosimeter
Standards IEC 61252 ed1.1 (2002); ANSI S1.25-1991 (R2007); Class 2 IEC 61672-1 ed2.0 (2013)
Weighting Filters A, C and Z
Exchange Rates 2, 3, 4, 5, 6
Measurement results Elasped time, Lxy (SPL), Lxeq (LEQ), Lxpeak (PEAK), Lxymax (MAX), Lxymin (MIN), Lc-a
DOSE, DOSE_8h, PrDOSE, LAV, Lxye (SEL), Lxye8 (SEL8), PLxye, (PSEL), E, E_8h, LEPd,
PTC (PEAK COUNTER), PTP (PEAK THRESHOLD %), ULT (UPPER LIMIT TIME), TWA, PrTWA,
LN (LEQ STATISTICS), OVL (OVERLOAD TIME %)
Measurement Profiles 3
Microphone SV 27 MEMS microphone, 1/2" housing with built-in TEDS functionality for the automatic
calibration
Measurement Range 55 dBA RMS ÷ 140.1 dBA Peak
Dynamic Range 95 dB
Data Logging1 Summary results for the measurement time
Time-history logging of Leq/Max/Min/Peak with 1s logger step
Voice Comments Audio records on demand, created before or after measurements, added to measurement file
Audio Recording1 (optional) Audio events recording, trigger and continuous mode, 12 or 24 kHz sampling rate, WAV format
1/1 Octave1 (optional) Real-time analysis in octave band filters, Class 1, IEC 61260
9 filters with centre frequencies from 31.5 Hz to 8 kHz
General Information
Display colour OLED 128 x 64 pixels
Ingress protection IP 65
Memory 8 GB
Interfaces USB 2.0 client or Infrared (docking station compatible)
Power Supply
Ni-MH rechargeable cells operation time > 40 hours2
Environmental Conditions
Temperature from -10 oC to 50 oC
Dimensions 88 x 49.5 x 19.2 mm
Weight 121 grams 1
function operates together with noise dosimeter mode
2
27
SV 104IS Intrinsically Safe Noise Dosimeter
The SV 104IS is the intrinsically safe noise dosimeter The SV 104IS is a cable-free dosimeter and is typically
presenting features such as 1/1 octave band real-time attached to the user’s shoulder, close to the ear using the
analysis and audio events recording functions. mounting clips supplied. All results are clearly displayed on
This personal dosimeter has a robust 1/2” MEMS microphone the amazing OLED screen which offers excellent visibility
enabling easy calibration using most commonly available even in full daylight or darkness.
acoustic calibrators. The new microphone has a large The instrument works with Svantek’s health and safety
dynamic range of the 90 dB which allows to measure noise software package, “Supervisor”, that provides various tools
from 60 dBA to 140 dBA. The long list of microphone for data analysis and reporting. The docking station supports
advantages includes also the auto-calibration feature and data transfer to the PC through the infrared interface as well
TEDS memory that stores the calibration info in the as handles the battery charging. Rechargeable batteries of
microphone itself. The auto-calibration means performing SV 104IS are able to power the instrument up to 50 hours.
the acoustic calibration automatically once the microphone
is inserted into the calibrator.
Key features
 Intrinsic safety in accordance with ATEX and IECEx

 Noise Dosimeter conforming to IEC 61252 and ANSI S1.25-1991
 Class 2 sound level meter in accordance with IEC 61672
 Measurement range 60 dBA RMS ÷ 140 dBA Peak
 Automatic calibration start (auto-calibration)
 Vibration shocks detection and recording
 Three parallel measurement profiles
 Voice comments recording
 L(C-A) calculation
 1/1 octave real-time analysis (option)
 Audio events recording (option)
 Easy in use predefined setups
 Extremely compact, light weight and robust case
28
Noise Dosimeter
Standards IEC 61252 ed1.1 (2002); ANSI S1.25-1991 (R2007);
Class 2 IEC 61672-1 ed2.0 (2013)
ATEX: EN 50303:2000, EN 60079-0:2012, EN 60079-11:2012,
EN 60079-26:2007; certificate number: FTZU 14 ATEX 0055X
IEC 60079-0 ed6.0 (2011), IEC 60079-11 ed6.0 (2011),
IEC 60079-26 ed2 (2006);
certificate number IECEx FTZU 15.0001X
Hazardous locations markings:
I M1 Ex ia I Ma
II 1G Ex ia IIC T4 Ga
Exchange Rates 2, 3, 4, 5, 6
Measurement Results Elasped time, Lxy (SPL), Lxeq (LEQ), Lxpeak (PEAK), Lxymax (MAX),
Lxymin (MIN), Lc-a, DOSE, DOSE_8h, PrDOSE, LAV,
Lxye (SEL), Lxye8 (SEL8), PLxye, (PSEL), E, E_8h, LEPd,
PTC (PEAK COUNTER), PTP (PEAK THRESHOLD %),
ULT (UPPER LIMIT TIME), TWA, PrTWA,
LN (LEQ STATISTICS), OVL (OVERLOAD TIME %)
Measurement Profiles 3
Microphone SV 27IS MEMS microphone, 1/2" housing
Measurement Range 60 dBA RMS ÷ 140.1 dBA Peak
Dynamic Range 90 dB
Data Logging1 Summary results for the measurement time and time-history logging
of Leq/Max/Min/Peak with adjustable logger step down to 1 s
Voice Comments Audio records on demand, created before or after measurement,
added to measurement file
Audio Recording1 (optional) Short audio events recording on trigger
1/1 Octave1 (optional) Single channel 1/1 octave real-time analysis and spectra logging,
9 filters with centre frequencies from 31.5 Hz to 8 kHz
General Information
Display OLED 128 x 64 pixels
Ingress protection IP 65
Memory 64 MB
Interface Infrared (docking station required)
Power Supply
Li-Ion rechargeable cell2 operation time 50 hours3
Dimensions 88 x 49.5 x 19.2 mm
Weight 117 grams with batteries
1
function works with the acoustic dosimeter mode
2
docking station required for battery recharging
3
dependent on configuration
29
SV 102+ Dual-Channel Acoustic Dosimeter
The SV 102+ is a dual-channel noise dosimeter designed to

measure noise exposure in accordance with the ISO 9612 as
well as record MIRE (microphone in real ear) measurements in
accordance with ISO 11904-1.
Unlike single channel noise dosimeters, the two channel
SV 102+ allows for noise exposure levels to be assessed
simultaneously on both sides of the head. This is particularly
important when a worker is exposed to noise coming
from a dominant directional source where the placing of a
microphone on only one side of the head might understate
the true levels of noise exposure.
The SV 102+ uniquely features 1/3 octave analysis, which is
required for MIRE methodology. MIRE measurement takes
sound measurements from the ear and performs a one-third
octave band analysis. The SV 102+ can perform such analyses
by using a special microphone probe SV 25S placed at the
entrance of the ear canal. MIRE can be used to measure noise
exposure in situations where normal dosimetry methods are
inappropriate such as in a telephone call centre where the
sound comes from headphones.
All SVANTEK dosimeters, including the SV 102+, have the
ability to perform 1/1 octave analyses and record audio
events. The 1/1 octave analysis is the most accurate method
of determining the correct level of hearing protection in
accordance with ISO 4869-2 while simultaneous audio
recording allows the user to capture and eliminate false
sounds that affect the noise exposure levels.
Features
 Dual-channel acoustic dosimeter conforming to IEC 61252

and ANSI S1.25-1991
 Dual-channel measurement in accordance to ISO 9612
 Dual-channel MIRE measurement to ISO 11904-1
 Dual-channel 1/1 or 1/3 octave real-time analyser (optional)
 Single measurement range 45 dBA RMS ÷ 141 dBA Peak
 MIRE measurement technique with SV 25S
 Three parallel independent profiles per channel
 Audio Events Recording to microSD card (optional)
 Automatic calibration thanks to the TEDS technology
 USB interface
30
Dosimeter/SLM/Analyser
Standards IEC 61252; ANSI S1.25-1991; Class 2: IEC 61672:2002, ISO 11904-1
Acoustic Dosimeter Mode Lxy (SPL), Lxeq (LEQ), Lxpeak (PEAK), Lxymax (MAX), Lxymin (MIN), DOSE, DOSE_8h, PrDOSE,
LAV, Lxye (SEL), Lxye8 (SEL8), PLxye, (PSEL), E, E_8h, LEPd, PTC (PEAK COUNTER),
PTP (PEAK THRESHOLD %), ULT (UPPER LIMIT TIME), TWA, PrTWA, Lc-a
SLM Mode Elapsed time, Lxy (SPL), Lxeq (LEQ), Lxpeak (PEAK), Lxymax (MAX), Lxymin (MIN),
Ovl (OVERLOAD), Lxye (SEL), LN (LEQ STATISTICS), Lden, LEPd, Ltm3, Ltm5
Simultaneous measurement in three profiles with independent set of filters (x) and detectors (y)
Microphone SV 25D, Class 2, ceramic microphone, 1/2" housing with built-in
preamplifier & integrated cable
SV 25S, special microphone with dedicated probe for
Microphone-In-Real-Ear technique (option)
SV 25D and SV 25S have built-in TEDS functionality for the automatic calibration
Measurement Range 45 dBA RMS ÷ 141 dBA Peak (with SV 25D microphone)
Frequency Range 20 Hz ÷ 20 kHz, sampling rate 48 kHz
Data Logger1 Time-history logging of Leq/Lmax/Lmin/Peak/Lav results to internal memory with
time step down to 100 millisecond to microSD card
Audio Recorder1 Time-domain signal events recorder (option)
Dual-channel Mode Dual-channel measurement mode with second microphone SV 25D or SV 25S
1/1 Octave1 Dual-channel 1/1 octave real-time analysis and spectra logging,
10 filters with centre frequencies from 31.5 Hz to 16 kHz, Type 1: IEC 61260 (optional)
1/3 Octave1 Dual-channel 1/3 octave real-time analysis and spectra logging,
31 filters with centre frequencies from 20 Hz to 20 kHz, Type 1, IEC 61260 (optional)
General Information
Input 2 x LEMO 2-pin, Direct

Display Colour 160 x 128 pixels OLED type
Memory MicroSD card 4 GB (removable & upgradeable)
Interfaces USB 1.1 Client,
Extended I/O - AC output (1 V Peak) / Digital Output
(Alarm trigger) / Digital Input (Input trigger)
Power Supply Two AA batteries (alkaline) operation time > 16 h (3.0 V / 1.6 Ah)2
Two rechargeable batteries (not included) operation time > 20h (2.4 V / 2.6 Ah)2
Dimensions 95 x 83 x 33 mm (without microphones)
Weight 260 grams with batteries (without microphones)
1
function works together with acoustic dosimeter mode / meter mode
2
The policy of our company is to continually innovate and develop our products. Therefore, we reserve the right to change the specifications without prior notice.
31
SV 100A Whole-Body Vibration Dosimeter
The new SV 100A is a wireless whole-body vibration exposure

meter suitable for whole-body measurements in accordance with
ISO 2631-1, both on the seat and seat-back.
The SV 100A Bluetooth interface enables current results to
be previewed on a smartphone or tablet using our Assistant
application. The smartphone app also signal an alarm when set
vibration limits are exceeded.
Force sensors that installed in SV 100A automatically detect a
driver presence enabling real daily exposure calculations for the
period of time when there is a contact with the vibrating surface.
The device is equipped with both RMS and RMQ detectors which
allows the calculation of Daily Vibration Exposure A(8) based on
RMS and VDV simultaneously.
All measurement results are stored in a large 8GB internal memory
which allows continuous recording over long periods. The 2.0 USB
interface allows fast data download and is also used for battery
recharging.
The SV 100A is fully configurable with Supervisor software. It can
quickly and easily be setup for all the weighting filters required
by ISO standards for the estimation of the effects of vibration on
health, comfort,perception and motion sickness. The dedicated
Whole-Body Vibration Exposure panel within Supervisor software
makes reporting extremely easy.
Features
 Whole-body Vibration Exposure Meter
complying to ISO 8041
 Wireless instrument with rechargeable battery
 Unattended measurement of seat-pad or seat-back vibration
 Bluetooth communication
 Dedicated application for smartphones
 Auto-detection of the operator/driver
 Weighting filters complying to ISO 2631-1
 Calculation of A(8) Daily Exposure
 Results both in m/s2 and exposure points
 Large 8 GB memory
 USB 2.0 interface
 OLED colour display and push-buttons
 Easy to use predefined setups
 Extremely compact, lightweight and robust
32
Vibration level meter
Standards ISO 8041:2005, ISO 2631-1, 2 & 5

Meter Mode aw (RMS), awmax (RMS MAX), VDV, MaxVDV, awv (VECTOR),
A(8) Daily Exposure, ELV Time (TIME LEFT TO LIMIT)
EAV Time (TIME LEFT TO ACTION), MTVV, Max, Peak, Peak-Peak,
Filters Wd, Wk, Wm, Wb (ISO 2631) and corresponding Band Limiting filters
Wf for motion sickness measurements according to ISO 2631 (optional)
Frequency Range 0.1 Hz ÷ 180 Hz
Data Logger Time-history data including meter mode results and spectra
Time-Domain Signal1 Simultaneous 3-channel time-domain signal recording (optional)
Recording
Analyser1 1/1 octave real-time analysis meeting Class 1: IEC 61260 (optional)
1/3 octave real-time analysis meeting Class 1: IEC 61260 (optional)
General Information
Accelerometer Built-in tri-axial MEMS based

Display OLED 128 x 32 pixels
Memory 8 GB non-removable
Interfaces USB 2.0 client, BluetoothTM
Power Supply
Dimensions o/ 235mm x 12 mm
Weight 0.5 kg
1
function works together with vibration level meter
2
dependent on instrument configuration
33
SV 103 Hand-Arm Vibration Dosimeter
The SV 103 is the world’s first personal hand-arm vibration Features

exposure meter. The instrument meets ISO 8041:2005 and
is the ideal choice for making measurements according to  Personal Daily Vibration Exposure Meter
ISO 5349 and European Directive 2002/44/EC. complying to ISO 8041
The SV 103 significantly decreases the measurement
uncertainty related to the estimation of daily exposure time  Measurement under gloves
as the instrument is attached to the user’s arm and is small  Tri-axial accelerometer complying to ISO 5349
enough to take daily vibration exposure measurements
without interfering with normal working activities.  Contact force measurement
The SV 103 uses the SV 107 moulded hand-held adaptor  1/1 or 1/3 octave real-time analysis (optional)
designed in accordance to ISO standards. The SV 107 has tri-
axial MEMS-based accelerometer and contact force sensors  Time-domain signal recording (optional)
so it can detect when the user is actually holding vibrating  Large 8 GB memory
tools. This solution allows automatic calculation of real daily
exposure value for the period when the hand was in contact  USB 2.0 interface
with the vibrating tool. Very important feature of the SV 107  OLED colour display with super brightness and contrast
is its robustness. The MEMS technology means the SV 107 is
extremely robust, shock resistant, uses very low power and is  Operational time > 24 hours
free of the DC-shift effect that adversely affects systems based
on piezoelectric accelerometers.
The SV 103 is powered using rechargeable batteries
charged through the USB interface which also enables easy
interconnection between the instrument and a PC. The
measurement data is safely stored in the large 8 GB memory.
The instrument works with “Supervisor” software that offers
dedicated calculator of A(8) daily exposure value and reporting
templates.
34
Vibration meter
Standards ISO 8041:2005, ISO 5349-1:2001; ISO 5349-2:2001;

Meter Mode ahw (RMS), ahv (VECTOR), Max, Peak, Peak-Peak
A(8) Daily Exposure, ELV (TIME TO LIMIT), EAV (TIME TO ACTION)
Simultaneous measurement in three channels
Filters Wh (ISO 5349) and corresponding Band Limiting filter
Frequency Range 1 Hz ÷ 2000 Hz
Time-Domain Recording1 Simultaneous 3-channel time-domain signal recording (optional)
Analyser1 1/1 octave real-time analysis meeting Class 1: IEC 61260 (optional)
1/3 octave real-time analysis meeting Class 1: IEC 61260 (optional)
Accelerometer detachable SV 107 tri-axial accelerometer with hand straps in accordance
to ISO 5349
General Information
Display colour OLED 128 x 64 pixels

Memory 8 GB non-removable
Sampling rate 6 kHz
Interfaces USB 2.0 client
Power Supply
Temperature from -10 °C to 50 °C
Dimensions 88 x 49.5 x 19.2 mm (instrument without accelerometer, cable and
mounting adapter)
Weight 150-160 grams with SV 107 accelerometer and one of vibration
contact adapters
1
function operates together with vibration level meter
2
dependent on instrument configuration
35
SV 106 6-Channel Human Vibration Analyser
The SV 106 is a six-channel human vibration meter fully Features

meeting requirements of ISO 8041:2005 standard.
Thanks to six channels, the SV 106 enables simultaneous  Human Vibration measurements meeting ISO 8041:2005,
measurements with two tri-axial accelerometers. For ISO 2631-1, 2 & 5 (including VDV and MTVV)
hand-arm vibration measurements in accordance with
and ISO 5349-1 & 2
ISO 5349-1 & 2 the SV 106 uses SV 150 or SV 105A
accelerometers. For ISO 2631-1 whole-body vibration  Six channels for acceleration and two channels
measurements the SV 38V seat-pad accelerometer is for static force measurements
used.  Hand-Arm measurements:
The RMS, Peak, Peak-Peak, VDV, MTVV or vibration
- SV 105A integrated tri-axial accelerometer including hand straps
exposure results such as A(8) are available with this
instrument. In addition to vibration exposure results, - SV 105AF integrated tri-axial accelerometer with force sensors
the SV 106 can perform real-time 1/1 or 1/3 octave including hand straps
analysis. The results are stored to built-in microSD - SV 150 tri-axial accelerometer with adapter for direct attaching
card and can be easily downloaded to PC using USB
to hand-held power tools
interface.
The time-domain signal recording function enables raw  Whole-Body measurements:
data recording for the post-processing purposes such - Low power seat accelerometer SV 38V
as dose calculation in accordance with ISO 2631-5.  A(8) daily exposure automatic calculation
 Each acceleration channel with two profiles
 1/1 or 1/3 octave real-time analysis (optional)
 Time-domain signal recording (optional)
36
Standards ISO 8041:2005;

ISO 2631-1:1997; ISO 2631-2:2003; ISO 2631-5:2004;
ISO 5349-1:2001; ISO 5349-2:2001
Meter Mode ahw (RMS HAND-ARM), ahv (VECTOR HAND-ARM), aw (RMS WHOLE-BODY),
awmax (RMS MAX WHOLE-BODY), VDV, MaxVDV, awv (VECTOR WHOLE-BODY),
A(8) Daily Exposure, ELV Time (TIME LEFT TO LIMIT), EAV Time (TIME LEFT TO ACTION)
MTVV, Max, Peak, Peak-Peak,
Filters in Profile (1) Wd, Wk, Wm, Wb, Wc, Wj, Wg, Wf (ISO 2631), Wh (ISO 5349)
Filters in Profile (2) HP, KB, Vel3 (for PPV measurement) and Band Limiting according to ISO 8041
Measurement Range Transducer dependent:
0.01 ms-2 RMS ÷ 50 ms-2 Peak (with SV 38V and Wd filter)
0.1 ms-2 RMS ÷ 2000 ms-2 Peak (with SV 105A and Wh filter)
Frequency Range 0.1 Hz ÷ 2 kHz (transducer dependent)
Time-Domain Recording1 Simultaneous x, y, z time-domain signal recording, sampling frequency 6 kHz (optional)
Analyser1 1/1 octave real-time analysis with centre frequencies from 0.5 Hz to 2000 Hz (optional)
1/3 octave real-time analysis with centre frequencies from 0.4 Hz to 2500 Hz (optional)
Accelerometer (optional) SV 38V tri-axial accelerometer for Whole-Body measurements
SV 105A integrated tri-axial accelerometer including hand straps
SV 105AF integrated tri-axial accelerometer with force sensors including hand straps
SV 150 tri-axial accelerometer with adapter for direct attaching to hand-held power tools
SV 151 tri-axial accelerometer for SEAT transmissibility measurements
SV 84 tri-axial IEPE accelerometer for ground / building vibration measurements
General Information
Input 2 x LEMO 5-pin: six channels Direct or IEPE type and 2 channels for force transducers
Dynamic Range 90 dB
Force Range 0.2 N ÷ 200 N (dedicated channels for force transducers)
Sampling Rate 6 kHz
Memory Internal 16 MB non-volatile memory
4 GB Micro SD card included (micro SD flash card slot supports cards up to 16 GB)
Interfaces USB 1.1 Client, Extended I/O - AC output (1 V Peak)
or Digital Input/Output (Trigger - Pulse)
Four AA rechargeable batteries operation time > 16 h (4.8 V / 2.6 Ah)2
(not included)
Dimensions 140 x 83 x 33 mm (without accelerometer)
Weight Approx. 390 grams including batteries (without accelerometer)
function operates together with vibration level meter

1
with one SV 38V tri-axial accelerometer in meter mode

2
37
Hand-Arm Vibration Accelerometers
The SV 105A, SV 105AF and SV 150 are accelerometers for hand-arm vibration measurements with the SV 106 human vibration
analyser. The accelerometers have a built-in memory (TEDS) containing information about the sensitivity that is automatically
transferred to the SV 106 instrument.
The SV 150 is designed to be mounted on the tool being measured whilst the SV 105A and SV 105AF should be worn directly
on the operator’s hand. The SV 105AF also features a force sensors to detect the contact and to exclude periods of time when
the tool is not in use. All three accelerometers have high shock resistance, no DC-shift effect and consume much less energy
than IEPE / ICP sensors.
SV 150 SV 105A SV 105AF

Performance:
Number of Axes 3 3 3
Sensitivity (± 5 %) 0.661 mV/ms-2 at 79.58 Hz 0.661 mV/ms-2 at 79.58 Hz 0.661 mV/ms-2 at 79.58 Hz
Measurement Range 2000 ms-2 PEAK 2000 ms-2 PEAK 2000 ms-2 PEAK
Frequency Response 0 Hz ÷ 1500 Hz 0 Hz ÷ 1500 Hz 0 Hz ÷ 1500 Hz
Resonant Frequency 16.5 kHz (MEMS transducer) 16.5 kHz (MEMS transducer) 16.5 kHz (MEMS transducer)
Electrical Noise < 0,14 ms-2 RMS, Wh weighting < 0,14 ms-2 RMS, Wh weighting < 0,14 ms-2 RMS, Wh
Force Range n/a n/a 200 N
Electrical:
Supply Current < 5.0 mA < 5.0 mA < 5.0 mA
Supply Voltage 3.3 V ÷ 5.5 V 3.3 V ÷ 5.5 V 3.3 V ÷ 5.5 V
Bias Voltage 1,5 V ± 0.1 V 1.5 V ± 0.05 V 1.5 V ± 0.05 V
Output Impedance 51 Ohms 51 Ohms 51 Ohms
Charge / Discharge Time Constant 30 sec. typ 30 sec. typ 30 sec. typ
TEDS Memory installed (power supply pin) installed (power supply pin) installed (power supply pin)
Maximum Vibration 100 000 ms-2 shock survival 100 000 ms-2 shock survival 100 000 ms-2 shock survival
for MEMS for MEMS for MEMS
Temperature Coefficient <+/-0.02 %/°C <+/-0.02 %/°C <+/-0.02 %/°C
Temperature from -10°C to +50°C from -10 °C to +50 °C from -10 °C to +50 °C
Humidity up to 90 % RH, non-condensed up to 90 % RH, non-condensed up to 90 % RH, non-condensed
Physical:
Sensing Element MEMS MEMS MEMS
Cable integrated 1.4 meters integrated 1.4 meters integrated 1.4 meters
Connector LEMO 5-pin plug LEMO 5-pin plug LEMO 5-pin plug
(SV 106 compatible) (SV 106 compatible) (SV 106 compatible)
Dimensions 15.5mm x 15.5 mm x 15.5mm 69.6 mm x 31.4 mm 69.6 mm x 31.4 mm
thickness from 8.3 mm to 15 mm thickness from 8.3 mm to 15 mm
Weight 20 grams (without cable) 50-60 grams (including cable and 50-60 grams (including cable and
one of the vibration contact adapters one of vibration contact adapters)
Accessories:
Calibration Adapter (optional) SA 155 SA 105A SA 105A
38
Whole-body Vibration Accelerometers
The SV 38V and SV 151 are accelerometers for whole-body vibration measurements with the SV 106 human vibration analyser.
The accelerometers have a built-in memory (TEDS) containing information about the sensitivity that is automatically transferred
to the SV 106 instrument.
In accordance with ISO 2631-1 seat accelerometers such as SV 38V are placed on the operator’s seat either on the seat-rest. For
the SEAT transmissibility measurements the small size SV 151 is placed on the vehicle floor.
SV 151 SV 38V
Performance:
Number of Axis 3 3
Sensitivity (± 5 %) 5.81 mV/ms-2 at 15.915 Hz 50 mV/ms-2 at 15.915 Hz
Measurement Range 160 ms-2 PEAK 0.01 ms-2 RMS ÷ 50 ms-2 PEAK
Frequency Response 0 Hz ÷ 500 Hz 0.1 Hz ÷ 125 Hz
Resonant Frequency 5.5 kHz (MEMS transducer) 5.5 kHz (MEMS transducer)
Electrical Noise < 0,066 ms-2 RMS, BL Wb weighting < 0.005 ms-2 RMS, HP1 weighting
Electrical:
Supply Current < 5.0 mA < 5.0 mA
Supply Voltage 3.3 V ÷ 5.5 V 5.2 V ÷ 16 V
Bias Voltage 1.5 V ± 0.1 V 2.5 V ± 0.05 V
Output Impedance 51 Ohms 51 Ohms
Charge / Discharge Time Constant 30 sec. typ 30 sec. typ
TEDS Memory installed (power supply pin) installed (power supply pin)
Maximum Vibration 100 000 ms-2 shock survival for MEMS 100 000 ms-2 shock survival for MEMS
Temperature Coefficient <+/-0.01 %/°C <+/-0.01 %/°C
Temperature from -10°C to +50°C from -10 °C to +50 °C
Humidity up to 90 % RH, non-condensed up to 90 % RH, non-condensed
Physical:
Sensing Element MEMS MEMS
Cable integrated 1.4 meters integrated 1.4 meters
Connector LEMO 5-pin plug (SV 106 compatible) LEMO 5-pin plug (SV 106 compatible)
Dimensions 15.5mm x 15.5 mm x 15.5mm 236 mm diameter; thickness
from 3.6 mm to 12 mm
Weight 20 grams (without cable) 550 grams (including cable and cushion)
Accessories:
Calibration Adapter (optional) SA 155 SA 38
39
Supervisor Software
Supervisor is a software package for health and safety

specialists. The package supports all Svantek instruments for
the health and safety market.
The Supervisor is designed to meet the needs of different
users. In the case of simple applications that only require
the analysis of the main results such as LAeq, LAFmax and
Lcpeak, the program offers quick previews and reporting
without the necessity of opening data files. More advanced
applications are handled within sessions where the user
can choose the type of analysis to be performed. Those
who draw up noise or vibration reports on a daily basis will
appreciate the report templates, which once created can be
applied to different sets of measurement files.
Each instrument that is connected to Supervisor
is remembered together with information such as the
uploaded settings, the firmware version, as well as the
calibration validity date and instrument clock time. When
data is downloaded, they are automatically categorised by
measurement time and assigned to the instrument’s serial
number.
Key features
 Easy to use, intuitive interface

 Easy measurement database management and browsing
 Convenient and fast report generation with templates
 Powerful tools for data analysis
 Easy installation including sample measurement files
Main applications
 Noise dosimetry
 Data presentation with reference to limits
 ISO 9612 noise exposure calculations
 ISO 4869-2 hearing protection selection
 What-if analysis
 Vibration exposure calculation in accordance with:

 ISO 5349-2 for hand-arm vibration
 ISO 2631-1 for whole-body vibration
 Sound level measurements

 Time history recalculations with the possibility to
remove the disturbances

 1/1 and 1/3 octave band sound analysis
40
Data Management & Reporting
Hand-Arm Vibration Exposure Calculation in accordance with ISO 5349-2
ISO 5349-2 gives practical guidelines in accordance with ISO 5349-1 of how to take hand transmitted
vibration measurements at the workplace. These kinds of measurements are possible with the SV 106
human vibration analyser or SV 103 hand-arm vibration dosimeter. The data downloaded into the
Supervisor database are assigned either to a particular user or to a task while all calculations are performed
automatically. The measurements are recorded in m/s2 and are directly comparable to the limits laid down
by European Directive 2002/44/EC. It is also possible to convert these units into Points, which are widely
used within the health & safety sector. All the information displayed within the panel window can be
printed in the report.
Whole-Body Vibration Exposure Calculation in accordance with ISO 2631-1
The ISO 2631-1 standard defines the general methodology to assess whole-body vibration exposure. These
measurements can be performed with the SV 106 human vibration analyser or the SV 100A whole-body
vibration dosimeter. The measurements downloaded into the Supervisor database are assigned either to
a particular user or to a task while all calculations are performed automatically. The measurements are
recorded in m/s2 and are directly comparable to the limits laid down by European Directive 2002/44/EC.
It is also possible to convert these units into Points, which are widely used within the health & safety sector.
By clicking on Mode, you can switch to calculations based on VDV which is often necessary when the
vibration is characterized as impulsive.
41
Supervisor Applications
Simulation of changes of noise source emission
The Supervisor software gives tools to simulate

hypothetical situations in which the noise differs
from that which was measured. When selecting
a data block it is possible to shift the data up or
down for any given dB value. It is also possible to
simulate a situation where noise is equal to a given
dB level or completely removed from time history.
The altered data is recalculated automatically and
both the original and recalculated results are shown
so as to answer the question “What if”.
Reporting: What You See is What You Get!
Supervisor creates reports in a very fast and easy

way. The user selects a file and opens it by double
click. The measurements are automatically grouped
into context panels which can be opened and closed
with a single click. The panels can be arranged with
the drag & drop. Then you only need to click on the
MS Word™ icon to print a report.
The report layout can be saved at any time as a
template and used for other files.
42
Supervisor Applications
Noise exposure recalculations in accordance with ISO 9612
The Supervisor software provides complete tool for determination of

occupational noise exposure from noise level measurements.
The Supervisor provides automatic calculation of all required measurement
results and uncertainties in accordance to three measurement strategies
described in ISO 9612: task-based, job-based and full-day.
Hearing protection selection in accordance with ISO 4869-2
Workers should wear hearing protectors if the noise or sound level at the
workplace exceeds 85 decibels. The selection of hearing protectors depends
on a noise level in the working environment. Therefore the selection of
suitable hearing protector should be based on noise measurement.
Each hearing protector has attenuation characteristics expressed in units of
three methods:
SNR Single Number Rating,
HML High, Medium and Low frequency method, using
A-weighted and C-weighted sound measurements in
the calculation
OCTAVES the most accurate method requiring measurement
in 1/1 octave bands
The Supervisor supports all three methods allowing users to build up the
hearing protectors data base. The calculation is done automatically with
selection of data files containing noise results required by selected method.
43
SV 30A, SV 33, SV 34 Acoustic Calibrators
An acoustic calibrator is a device which produces an acoustic Features

pressure of defined level and frequency. In other words, an
acoustic calibrator provides a template of acoustic pressure.  SV 30A & SV 33 class 1 sound calibrators
By using such a reference we can check the accuracy of the in accordance with IEC 60942:2003
measurements taken by the sound level meter and adjust them  SV 34 class 2 sound calibrator in accordance
if a drift error in the sensitivity is detected. For this reason the
norms and standards require the measurement channel to be with IEC 60942:2003
calibrated before and also after each measurement session to  Frequency 1 kHz
verify the results.  94 dB or 114 dB levels (SV 30A)
Svantek calibrators are based on the reference microphone  114 dB level (SV 33, SV 34)
and microprocessor controlled signal source including digital
static pressure and temperature compensation. Due to the  Built-in 1/2” reference microphone (SV 30A)
feedback regulation control loop our calibrators do not require  Built-in 1/2” MEMS reference microphone
any adjustments by the user and operate over a wide range of (SV 33, SV 34)
ambient temperature and humidity levels.  Microphone presence detection (SV 30A)
The accuracy of acoustic calibrator should match the class of
the sound level meter. A Class 1 or Class 2 calibrator should be  Built-in temperature and static pressure compensation
used, depending on the class of instrument.  Automatic power off
 Dimensions 65 x 65 x 70 mm
 Robust housing
44
SV 30A SV 33 SV 34
Calibration Signal Parameters:

Sound Pressure Level (SPL) 114 dB or 94 dB 114 dB 114 dB
IEC 60942:2003 Accuracy Class 1 Class 1 Class 2
SPL Accuracy ± 0.3 dB ± 0.3 dB ± 0.5 dB
Frequency Accuracy ± 0.2 % ± 0.2 % ± 0.2 %
Total Harmonic Distortion (THD) < 0.25 % for 94 dB < 0.75 % < 0.75 %
< 0.75 % for 114 dB level
General Information:
Effective Load Volume Sensitivity 0.00027 dB / mm3 0.00027 dB / mm3 0.00027 dB / mm3
Level Stabilisation Time typically 7 s, max 10 s typically 15 s, max 30 s typically 15 s, max 30 s
Calibrated Microphones 1/2” and 1/4” with SA 30 adapter 1/2” and 1/4” with SA 30 adapter 1/2”
Storage Temperature Range -25 oC ÷ +70 oC -25 oC ÷ +70 oC -25 oC ÷ +70 oC
CE Classification EMC: EN 50081-1, EN 50082-1 EN 61010-1: 2010 EN 61010-1: 2010
Safety: EN 61010-1:2001 EN 61326-1:2006 EN 61326-1:2006
EN 55022:2010 EN 55022:2010
EN 60942:2003 EN 60942:2003
Working Conditions:
Temperature Range from -10 °C to +50 °C from -10 °C to +50 °C from 0°C to +40 °C
(related SPL error ≤ ±0.15 dB) (related SPL error ≤ ±0.15 dB) (related SPL error ≤ ±0.2 dB)
Atmospheric Pressure Range from 65 kPa to 108 kPa from 65 kPa to 108 kPa from 65 kPa to 108 kPa
Humidity Range from 25 % to 90 % RH from 25 % to 90 % RH from 25 % to 90 % RH
Reference conditions:
Ambient Temperature 23 °C 23 °C 23 °C
Atmospheric Pressure 101.3 kPa 101.3 kPa 101.3 kPa
Humidity 30 % ÷ 80 % RH 30 % ÷ 80 % RH 30 % ÷ 80 % RH
Effective Microphone Load Volume 250 mm3 for microphone 250 mm3 for microphone 250 mm3 for microphone
type B&K 4134 type B&K 4134 type B&K 4134
Power supply:
Battery Type 2 x LR03 (IEC) / AAA (ANSI) 2 x LR03 (IEC) / AAA (ANSI) 2 x LR03 (IEC) / AAA (ANSI)
alkaline batteries alkaline batteries alkaline batteries
Continuous Operating Time 40 hours for 94 dB level, 30 hours 30 hours
30 hours for 114 dB level
Stand-by Period around two years around two years around two years
(auto switch ON / OFF) (auto switch OFF) (auto switch OFF)
Minimal Voltage Requirements 2.1 V 2.1 V 2.1 V
65 mm
65 mm 70 mm
45
SV 111 Vibration Calibrator
The SV 111 vibration calibrator is designed for in-situ checks in

accordance with the ISO 8041 standard. The device is intended
for operation in the field prior to and following a measurement
or series of measurements to check that an instrument is
working correctly. The calibrator is based on a built-in tri-axial
reference accelerometer and computer-controlled shaker.
In accordance with ISO 8041 requirements the reference
accelerometer will measure cross-axes / transverse vibrations
to detect any interference to the calibration signal. Three LEDs
will light up on the calibrator panel whenever a fault caused by
transverse vibrations is detected. This unique feature ensures
the stability of the calibration level & frequency independently
of the object being tested.
The SV 111 is designed to calibrate a variety of vibration

meters at different frequencies from 16 Hz up to 640 Hz.
Depending on the frequency selected, the user may select the
level of calibration from 1 m/s2 to 10 m/s2 . The shaker can be
loaded with up to 1 kilogram. Any improper object fixing is
automatically detected and indicated by LEDs on the control
panel giving information about the axis that needs correcting.
A set of adaptors is available for calibration checks on tri-axial

sensors including a special adapter for Svantek whole-body
sensors (seat-pads), which can be directly mounted onto the
shaker. Other types of vibration transducers can be easily
attached using a mounting stand, a mounting disc or adapter.
Features
 Self-contained portable vibration calibrator

 Low frequency calibration at 15.92 Hz with
maximum payload of 1kg!
 Easy calibration of all types of vibration transducers for
acceleration, velocity and displacement at
15.92 Hz; 79.6 Hz; 159.2 Hz and 636.6 Hz
 In-field accelerometer checks according to ISO 8041
 Built-in reference accelerometer
 Cross-axes / transverse vibration detection
 Complete seat-accelerometer calibration
 Automatic fault detection
 Display showing frequency, magnitude
and errors
 Automatic power off with timer
 Robust design
 Rechargeable battery
 Ready and easy to use in the field
46
Calibration Signal Paramters

Vibration Accelerations (RMS in m/s2) 1 (at 15.92 Hz)
1; 2; 3; 4; 5; 6; 7; 8; 9; 10 (at 79.58 Hz)
1; 2; 3; 4; 5; 6; 7; 8; 9; 10 (at 159.2 Hz)
1 (at 636.6 Hz)
Vibration Velocities (RMS in mm/s) 10 (at 15.92 Hz)
2, 4, 6, 8 10, 12, 14, 16, 18, 20 (at 79.58 Hz)
1; 2; 3; 4; 5; 6; 7; 8; 9; 10 (at 159.2 Hz)
0.25 (at 636.6 Hz)
Vibration Displacement (RMS in µm) 100 (at 15.92 Hz)
4, 8, 12, 16, 20, 24, 28, 32, 36, 40 (at 79.58 Hz)
1; 2; 3; 4; 5; 6; 7; 8; 9; 10 (at 159.2 Hz)
0.0625 (at 636.6 Hz)
Amplitude Error Less than ± 3%
Frequency Error Less than ± 0,05%
Transverse Vibration Less than 10% of the main direction
Harmonic Distortion < 5 % (at 15.92 Hz)
< 3 % (at 79.58 Hz)
< 3 % (at 159.2 Hz)
< 3 % (at 636.6 Hz)
General Information
Maximum Weight of Calibrated Object 1000 grams (at 15.92 Hz)
300 grams (at 79.58 Hz)
200 grams (at 159.2 Hz)
200 grams (at 636.6 Hz)
Sensor Mounting Thread M5 x 12 mm
Working Conditions
Temperature Range -10 °C ÷ 50 °C
Humidity Range 25% ÷ 85%
Power Supply
Battery Type Rechargeable 6 V/12 Ah
Continuous Operating Time Up to 20 hours
Automatic Switch Off From 5 to 60 minutes adjustable
Charging Time Less than 10 hours
Power Supply for Charger 15 W; 8÷24 V
Overall Weight and Dimensions

Weight 8.2 kg (incl. battery)
Optional Adapters
SA 111 seat accelerometer adapter for SV 38, SV 38V,
SV 100 (included)
SA 105A adapter for SV 105A (option)
SA 155 adapter for SV150 and SV151 (option)
SA 38 adapter for SV 101 (option)
SA 40 adapter for SV 207A, Dytran 3233A, SV 39A,
Dytran 3143M1 (option)
SA 44 adapter for SV 50, Dytran 3023M2 (option)
SA 154 adapter for SV 84 (option)
Note: accelerometers shown on photos are not the part of SV111 kit!
47
ISO/IEC 17025
Accredited Calibration Services
Accredited calibration services

 Sound level meters to IEC 61672
 Acoustic calibrators to IEC 60942
 Band-pass filters to IEC 61260
 Noise dosimeters (noise exposure meters) to IEC 61252
 Vibration level meters
 Human vibration level meters to ISO 8041
 Vibration calibrators
 Vibration transducers to ISO 16063-21
We guarantee:
 Qualified & fully dedicated staff
 Highest level of competence
 State-of-the-art calibration equipment
 Patterns and equipment in accordance to
International System of Units (SI)
 Integrity, impartiality and confidentiality
 Competitive pricing
 Short lead times
 Direct contact with repair service
department
Proudly distributed by:
SVANTEK Sp. z o. o.
ul. Strzyg³owska 81, 04-872 WARSAW, POLAND
phone/fax (+48) 22 51 88 320, (+48) 22 51 88 312
http://www.svantek.com e-mail: office@svantek.com.pl

2015 Catalogue

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Catalogue

Page 4 SOUND & VIBRATION ANALYSERS

Page 16 MONITORING STATIONS

Page 24 HEALTH & SAFETY MEASUREMENTS INSTRUMENTATION

Sound Level Meter & Analyser

Standards Class1: IEC 61672-1:2002 (PTB approval 21.21/13.06)

Vibration Level Meter & Analyser

Standards ISO 10816-1

The SVAN 977 belongs to the next generation of Class 1

 Class 1 IEC 61672-1:2002 sound level measurements

Sound Level Meter & Analyser

Vibration Level Meter & Analyser

The SVAN 958A is a 4-channel sound & vibration analyser

Vibration Level Meter & Analyser

Sound Level Meter & Analyser

The SV 38 is a MEMS based triaxial accelerometer designed

The SV 84 is a low-noise, hermetically sealed triaxial

The SVAN 974 is a vibration level meter and analyser designed

 Vibration analyser that supports IEPE and Charge

Vibration Level Meter

vibration analyser works together with vibration level meter

depending on operation mode

The SV 80 is an industry standard IEPE accelerometer offered

The SV 81 is an IEPE piezoelectric accelerometer offered to

SV 200 is a fully integrated solution for permanent noise

 ‘All in one’ design for portable, mobile and permanent

Sound Level Meter & Analyser

Standards Class 1: IEC 61672-1:2002, Class 1: IEC 61260:2002

Ingress Protection Rating IP 65

The SV 211 is a portable monitoring system housed in a Features

Weather conditions have a significant influence on noise Features

Temperature Range -40 oC ÷ 124 oC (±0.3 oC)

Noise & Vibration Monitoring Kit Key Features

Options for Remote Communication

Vibration Level Meter & Analyser

Sound Level Meter

Remote communication is one of the most important

 On-demand and automatic remote data download

Supported Connection GPRS / 3G modem

SvanPC++ Environmental Monitoring is designed for post-

 Advanced search tools for noise event recognition

Data Management Projects (results, views, calculations, pictures and

The SVAN 971 is an extremely small Class 1 Sound Level Meter

 Class 1 IEC 61672 type approved (PTP)

 1/1 & 1/3 octave real-time analysis (optional)

 Large measurement range

 Dosimeter function (optional)

 Audio events recording (optional)

 Voice comments before and after measurement

 Automatic calibration start

 High contrast colour OLED display

 Screen automatically rotates when instrument turned

 Easy and friendly user interface

Sound Level Meter

Standards Class 1: IEC 61672-1:2002

function operates together with sound level meter mode

The SV 104 is a first noise dosimeter on a market with option for

 Intrinsic safety in accordance with ATEX and IECEx

The SV 102+ is a dual-channel noise dosimeter designed to

 Dual-channel acoustic dosimeter conforming to IEC 61252