Machinery Monitoring

Vibration Sensors & Accessories

 

 

 

 

 

CATALOG 2006

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

VibraSens
13 Impasse sur Roche
25660 Montfaucon
France
Phone : + (33) 3 81 83 31 45
Fax : + (33) 3 81 81 03 65
E-Mail : sales@vibrasens.com
Website : http://www.vibrasens.com

Table of Contents

 

VIBRASENS PRESENTATION

 

INDUSTRIAL ACCELEROMETER

Accelerometer technology selection

Industrial ®ICP vibration sensor introduction

Industrial ®ICP vibration sensor selection chart

Model 101, ®ICP, premium, top connector

Model 103, ®ICP, premium, side connector

Model 105, ®ICP, economy, top connector

Model 107, ®ICP, economy, side connector

Model 108, ®ICP, premium, top connector

 

MOUNTING & ACCESSORIES

Model 191, Stud non isolated, for accelerometer model 101, 105, 108

Model 193, Screw hex cap socket for accelerometer model 103 & 107

 

CABLES

Model 6000103 & 600104, Twisted pair cable : polyurethane, teflon FEP, Halogen free, ...

Model 6000106 & 600107, Twisted triples cable : polyurethane, teflon FEP, Halogen free, ...

Model 6000050 & 600052, Low noise twisted pair cable

 

CONNECTORS

Model 6005XX, standard connectors

 

CABLE ASSEMBLIES

Model 10, standard fully configurable cables assemblies

 

BOXES

Model 711, Box polycarbonate, 130x80x60mm

Model 712, Box polycarbonate, 300x200x180mm

Model 713, Box polycarbonate, 400x300x180mm

 

BNC, DIN RAIL INTERFACE UNIT & BOXES

Model 301, Din rail Interface unit, 4 channels

Model 751, Termination box, 4 channels, 130x80x60mm

Model 752, Termination box, 4 to 16 channels, 300x200x180mm

 

SWITCH, DIN RAIL INTERFACE UNIT & BOXES

Model 302, Din rail Interface unit, 4 channels

Model 753, Termination box, 11 to 22 channels, 300x200x180mm

Model 754, Termination box, 11 to 44 channels, 400x300x180mm

 

SERVICES

Model 501.01, Accelerometer calibration, 20 Hz to 10kHz

Model 502.01, Accelerometer calibration, 0.1 Hz to 5Hz

Model 502.11, Accelerometer calibration, base strain sensitivty

Model 503.01, Piezoelectric dynamic pressure sensor calibration, 2 bars & 5 Hz

 

APPENDIX

Acronyms and abbreviations

Conversion factors, general

Conversion factors, Dynamic

Displacement, velocity, acceleration, relationships

Sinusoid, rms-average relationships

Vibration nomogram, metric

Mathematics

Polymer characteristics

Wire gauge

 

GENERAL TERMS & CONDITIONS

PRICELIST

 

 

 

 

 

 

 

 

VIBRASENS PRESENTATION

GOAL : Be your European vibration Sensor Partner

VibraSens is a European company that designs and manufactures vibration instrumentations such as industrial piezoelectric accelerometers, vibration sensors, vibration transmitters, signal conditioners, junction boxes, low noise cable assemblies, connectors, accessories and calibration equipments.

Product range

VibraSens designs and manufactures products in the field of dynamic instrumentations.

Our core expertise lays in the:

Mission

Vibrasens' mission is:

Industry served

Our piezoelectric accelerometers are used throughout the following industry :

Applications

Industrial piezoelectric accelerometers can sense vibrations in terms of acceleration, velocity and displacement for machines such as :

Experience

We have more than 20 years of experience in the piezoelectric accelerometer design, especially in harsh and high temperature environment (500°C, 700°C or even more).

In order to maintain our international expertise we closely work with two university laboratories LCEP ( http://www.lcep.ens2m.fr ) and LPMO ( http://www.lpmo.edu ) based in Besançon and specialized in Piezoelectricity.

We also have the chance to be located in a region where piezoelectricity, microtechnics, microelectronic, mechatronic, microsensors and precision are well known words. Besançon hosts one of the biggest microtechnology fair in Europe ( http://www.micronora.com ) devoted to microtechnology and strong of 850 exhibitors from 25 countries.

All this friendly environment strengthens our knowledge and gives our company a competitive advantage in the piezoelectric vibration sensor technology.

Technology

With advanced product development and manufacturing facilities in Besançon-France, VibraSens has the skills, experience and resources to provide the products and services that will fulfill your requirements.

A modern production facility exclusively engaged in the design and manufacture of piezoelectric vibration transducers, piezoelectric pressure sensor and vibration instrumentations help us to maintain a high quality level in our core business.

Our manufacturing and test equipment ranges from basic precision machinery for providing high quality sensor components, to custom-built machinery specifically designed for piezoelectric vibration sensor fabrication.

During the years of development we have also built some specifically design systems to test our range of piezoelectric accelerometer. We have developed using ®Labview (National Instrument Trademark) a completely automated shaker test system to check the sensitivity and frequency response (up to 10 kHz) of our piezoelectric vibration sensors.

Our controlled process includes laser and microplasma welding, helium leak tester, resistance welding, temperature cycling, high temperature brazing. All those processes and others are strictly controlled by our process specification document.

We closely work with one of the best European company specialized in the manufacturing of hybrid circuit for the sensor industry. With this partnership, we are sure to stay ahead of this technology for the years to come.

Why should you buy from us:

We are focussed on the manufacture and design of piezoelectric vibration sensor. We could offer you the best quality price performance on the market.

We invest heavily in our core business and keep all of our products up to state of the art technology.

To better suit your market, we offer private labeling for all of our product line with two digits modifications in our part number.

Whatever your market is, condition monitoring, balancing, vibration diagnostic services company, we will be happy to serve you and share our extensive expertise. We are looking forward to being your vibration sensor partner.

ACCELEROMETER TECHNOLOGY SELECTION

If you want to assess the motion of an object then you need a sensor to do it. There are many styles like for example the eddy current probe, the velocimeter, the laser or the accelerometer. All have their output proportional to the motion of the object let it be acceleration, velocity or displacement. All have their own characteristic in terms of temperature, frequency response, linearity, sensitivity, etc. The accelerometer have proved to be successful in many applications.

Accelerometer exhibits 3 technologies:

Their intrinsic characteristics are sum up in the table below:

 

Frequency

Shock resistance

Temperature

Applications

Piezoelectric

0.2 Hz to 50 kHz

<100 000 g

-273°C to

800°C

Vibrations

Capacitive

DC to few hundreds hertz

< 1000g

-55°C to

+120°C

Vibrations at low frequency and

motion with no shock

Piezoresistive

DC to few thousands hertz

> 100 000g

-55°C to

+120°C

Vibrations at low frequency and

motion in presence of very high shock
 

VibraSens designs and manufactures piezoelectric accelerometer only. We can also manufacture using commercially available chip, capacitive or piezoresistive accelerometers.

PIEZOELECTRIC ACCELEROMETER SELECTION

Because they cover the broadest range of applications, piezoelectric accelerometers are among the most versatile.

Their main characteristics cover the range:

Their physical characteristics cover the range:

In a first approach, piezoelectric sensors can be distinguished by:

The table below sums up technology commercially available.

 

Piezo

Trans-

mission

Out-

put

Temp.

Pros

Cons

Application

PZT

ceramic

®ICP (1)

Acc

AC

-55 to

150°C

High reliability

Higher resolution than quartz

Versatility (2)

High volume production

Low cost

Numerous option (5)

Less stable than quartz

General industrial

vibration monitoring.

Vel.

AC

-55 to

120°C

No external

signal conditioning

Low reliability

Lower temperature

Sensitivity, frequency range and full scale is fixed

No evolution 3)

Limited options (5)

General industrial

vibration monitoring.

Dis.

AC

Vel

DC

No external signal conditioning and processing

Industrial vibration process measurement where signal (4-20mA, 0-10V) is connected directly to PLC

Quartz

®ICP (1)

Acc

AC

-273 to

200°C

High reliability

Ageing stability

Versatility (2)

High volume production

Low cost

Numerous option (5)

Lower resolution than PZT ceramic (4)

General absolute laboratory

Acceleration measurements.

Cryogenic application.

Quartz

Charge

Acc

AC

-273 to

200°C

Very high reliability

Ageing stability

Lower resolution than PZT ceramic (4)

Absolute laboratory

Acceleration measurements

Cryogenic application.

PZT

Ceramic

-55 to

260°C

Very high reliability

High resolution

Less stable than quartz

Industrial vibration measurements in high temp. environment

BT

Ceramic

-55 to

500°C

Very high reliability

High resolution compares to tourmaline

Less stable than tourmaline

Industrial vibration measurements in very high temp. environment

tourmaline

or eq.

-273 to

800°C

Very high reliability

 

Very expensive

Industrial vibration measurements in very high temp. environment

(1) ®ICP is a worldwide voltage transmission standard that uses a constant current source supply. Some manufacturers still offer proprietary current transmission which is not useful for standard application: AC acceleration up to 10 kHz and 500 meters, AC velocity up to 5kHz and 1000 meters, displacement up to 1kHz and 2000 meters.

(2) The AC acceleration signal can be externally conditioned to have concomitamment AC velocity, AC displacement, DC acceleration, DC velocity or DC displacement.

(3) With no AC acceleration output, you will not be able to connect a portable analyzer with envelopping algorithm for roller bearing defect detection.

(4) Resolution is important if you plan to make measurements at low frequency (<10Hz) with vibration parameters like velocity or displacement.

(5) This type of sensors covers the broadest range of characteristics: few grams to kilograms, epoxy or hermetically sealed, large choice of connector, top or side connector,.....

INDUSTRIAL ®ICP VIBRATION SENSOR INTRODUCTION

VibraSens offers a comprehensive selection of ®ICP industrial piezoelectric accelerometers and vibration sensors in a variety of industrial packages. Each sensor utilizes proven annular shear or compression piezoceramic and is housed in a welded, hermetically sealed, stainless steel case to withstand harsh industrial environments

general purpose, premium

The most versatile, they use piezoceramic in the annular shear mode and provide Acceleration AC output.

They usually sense vibration commonly find in industrial machinery : motors, fans, pumps, paper machine rolls, ....

general purpose, economy

They use piezoceramic in the compression mode and provide Acceleration AC output.

They usually sense vibration commonly find in industrial machinery : motors, fans, pumps, paper machine rolls, ....

low frequency

They use piezoceramic in the annular shear mode and provide AC acceleration output with increased sensitivity (500mV/g).

They are used when low frequency measurement down to 0.1 Hz is necessary to balance or evaluate mechanical condition of low speed machinery : cooling towers, low speed agitators, hydromachinery, structural testing, ...

high frequency

They use piezoceramic in the annular shear or compression mode and provide acceleration AC output with reduced sensitivity (10mV/g). They are used for modal testing or when very high frequency measurements up to 20-30kHz are needed.

high temperature , ©ICP mode

They use piezoceramic in the annular shear mode and provide AC acceleration output up to a temperature of 150°C.

multi output

They provide acceleration and/or velocity and/or temperature output.

 

INDUSTRIAL ®ICP VIBRATION SENSOR SELECTION CHART

Model

Sensitivity

Frequency
response
@3dB

Connector
Pos.

Connector
 Type

Max
Temp.

Mode
(1)

Isolation (2)

Price

Weight

GENERAL PURPOSE

*101.01-6-1

100 mV/g ± 5%

0.5 Hz to 14 kHz

Top

Mil-C-5015 Glass

120°C

A. Shear

I+FS

++

85 gr

*101.01-6-2

"

"

"

M12 Glass

"

"

"

++

"

105.01-2-1

100 mV/g ±10%

1 Hz to 14 kHz

"

Mil-C-5015 Class

"

Comp

"

+

80 gr

*105.01-2-3

"

"

"

M12 epoxy

90°C

"

"

+

"

*103.02-6-1

100 mV/g ± 5%

0.5 Hz to 10 kHz

Side

Mil-C-5015 Class

120°C

A. Shear

"

+++

130 gr

*103.02-6-2

"

 

"

M12 Glass

"

"

"

+++

"

107.01-2-1

100 mV/g ±10%

1 Hz to 12 kHz

Side

Mil-C-5015 Class

"

Comp

"

++

130 gr

107.01-2-3

"

"

"

M12 epoxy

90°C

"

"

++

 

*108.01-6-1

100 mV/g ± 5%

0.5 Hz to 14 kHz

Top

Mil-C-5015 Class

120°C

A. Shear

I

++++

34 gr

108.01-6-3

"

"

"

M12 epoxy

90°C

"

"

++++

"

LOW FREQUENCY

*101.01-9-1

500 mV/g ±5%

0.2 Hz to 3.7 kHz

Top

Mil-C-5015 Glass

100°C

A. Shear

I+FS

+++

90 gr

*101.01-9-2

"

"

"

M12 Glass

"

"

"

+++

"

*103.02-9-1

"

"

Side

Mil-C-5015 Glass

"

"

"

++++

140 gr

*103.02-9-2

"

"

"

M12 Glass

"

"

"

++++

"

*108.01-9-1

"

"

Top

Mil-C-5015 Glass

"

"

I

++++

44 gr

*108.01-9-3

"

"

"

M12 epoxy

90°C

"

"

++++

"

HIGH FREQUENCY

101.01-3-1

10 mV/g ± 5%

0.5 Hz to 16 kHz

Top

Mil-C-5015 Glass

120°C

A. Shear

I+FS

++

80 gr

*101.01-3-2

"

"

"

M12 Glass

"

"

"

++

"

105.01-3-1

10 mV/g ± 10%

1 Hz to 14 kHz

"

Mil-C-5015 Class

"

Comp

"

+

75 gr

*105.01-3-3

"

"

"

M12 epoxy

90°C

"

"

+

"

103.02-3-1

10 mV/g ± 5%

0.5 Hz to 13 kHz

Side

Mil-C-5015 Class

120°C

A. Shear

"

+++

130 gr

103.02-3-2

"

"

"

M12 Glass

"

"

"

+++

"

107.01-3-1

10 mV/g ± 10%

1 Hz to 12 kHz

"

Mil-C-5015 Class

"

Comp

"

++

125 gr

107.01-3-3

"

"

"

M12 epoxy

90°C

"

"

++

"

108.01-3-1

10 mV/g ± 5%

0.5 Hz to 16 kHz

Top

Mil-C-5015 Class

120°C

A. Shear

I

++++

34 gr

108.01-3-3

"

 

"

M12 epoxy

90°C

"

"

++++

"

HIGH TEMPERATURE

101.11-6-1

100 mV/g ± 5%

0.5 Hz to 14 kHz

Top

Mil-C-5015 Glass

150°C

A. Shear

I+FS

+++

85 gr

103.12-6-1

"

0.5 Hz to 10 kHz

Side

Mil-C-5015 Glass

"

"

"

++++

"

Note : M12 connector is recommended for European and Asian market / MIL-C-5015 is recommended for North American market.

* : Most popular sensor.

Mode (1) : A. Shear = Annular shear; Comp = Compression

Isolation (2) : I : Isolated from machine surface ; I+FS = Isolated from machine surface+ Faraday shield

®ICP ACCELEROMETER MODEL 101

High Frequency, Model 101.01-3
General Purpose, Model 101.01-6
Low Frequency, Model 101.01-9
High Temperature, Model 101.11-6

Main Characteristics _________________
  • -55°C to 150 °C (-67°F to 302°F)
  • ®ICP transmission mode
  • Annular shear mode
  • Dual case isolation with Faraday shield
  • Low, medium and high frequency version
  • High temperature version
  • IP67 with associated cable (B=2, 3 only)
  • Complies with API 670 requirements (A=6 only)
Competitive advantage
  • Annular shear mode is less susceptible to transverse vibrations and better immune to electronic saturation at high frequency
  • Exceptional bias voltage stability at elevated temperatures.
  • Low cost IP67 overmolded M12 cable assembly
  • M12 overmolded cable assembly is available through local electronic distributor
  • M12 offers compatibility with sensors used in automation.

 

Model 101.01-A-2 with Overmolded M12 cable assembly

Description

The hermetic sealed industrial piezoelectric accelerometer model 101 is design to monitor the vibration in harsh industrial environment. It uses the industry standard ©ICP 2-wire voltage transmission technique with a 4 mA standard constant current supply. Signal ground is isolated from the mounting surface and outer case to prevent ground loops. Faraday shielding will limit sensitivity to EMC to a minimum. Annular shear mode design will prevent from thermal transient and from spurious signal from high transverse vibrations. Low noise electronic and a temperature compensated design will give you accurate result over the complete temperature range. Large choice of frequency range will help to fit almost every customer requirements. Low frequency accelerometers (A=9 & 0) incorporate a low-pass filter within the conditioning electronic. This filter attenuates the sensor mechanical resonance and the associated distortion and overload.

Typical applications

Vibrations measurement in the rugged environments of industrial machinery monitoring. High frequency version monitor the vibration on roller bearing, pumps cavitation, .... Medium frequency version monitor overall vibration on pumps, motors, fans, ... Low frequency model is used in the petrochemical, machine tool, and paper industries for monitoring of slow speed agitators, cooling towers, ... High temperature version is typically used where extra temperature protection is needed, such as the dryer section of a paper machine.

Ordering information. Low, Medium, high frequency.

To order, specify model number, options and suffix :

101.01- A - B - C - D (Accessories)

A : Sensitivity

*3 : 10 mV/g (high frequency)
*6 : 100 mV/g (medium frequency, general purpose)
*9 : 500 mV/g (low frequency)
0 : 1000 mV/g (Very low frequency)
Available suffix : N, negative polarity

B : Connector

1 : MIL-C-5015, glass seal
*2 : M12 glass seal
3 : M12 epoxy sealed

C : Agency approval

*0 or omitted : CE approval

D : Sensor thread

*0 or omitted : M6
7 : 1/4" 28 UNF 2A

Accessories :

M2 : 10-32 UNF 2A mounting stud
M5 : M5x0.8 mounting stud
M6 : M6x1 mounting stud
M7 : 1/4" 28 UNF 2A mounting stud
M8 : M8x1.25 mounting stud

Special Engraving :
 Add ZXX at the end of the part number.
XX is a number supplied by VibraSens

 

 

Ordering information. High Temperature.

High temperature version is only available with A=6 and B=1.

To order, specify model number, options and suffix :

101.11- 6 - 1 - (Accessories)

* Popular model (in stock) :

101.01-3-2 / 101.01-6-2 / 101.01-9-2 / 101.11-6-1

Ordering example :

101.01-6-2M6M7 Accelerometer, piezoelectric

 

Specifications (24°C)

Dynamic

Sensitivity
 A=3 10 mV/g ±5%

A=6 100 mV/g ±5%
A=9 500 mV/g ±5%
A=0 1000 mV/g ±5%

Frequency response fig. 4a, 4b

A=3 ±10 % : 1 to 11000 Hz

±3 dB : 0.5 to 16000 Hz

A=6 ±10 % : 1 to 9000 Hz

±3 dB : 0.5 to 14000 Hz
A=9, 0 ±10 % : 0.4 to 1600 Hz

±3 dB : 0.2 to 3700 Hz

Mounted Resonant frequency

A=3 35 kHz Nom

A=6 25 kHz Nom
A=9, 0 16 kHz Nom

Dynamic range

A=3 500 g pk

A=6 80 g pk

A=9 10 g pk
A=0 5 g pk

Transverse response sensitivity (20Hz, 5g) <5%

Temperature response fig3

Polarity (fig. 1) Suffix dependant

Linearity ±1% Max

Warm up time

A=3, 6 < 1Sec

A=9, 0 < 10 Sec

Electrical

Electrical Grounding Isolated from machine ground

Internal Faraday shielding (fig. 1)

Isolation (Case to shield) 100 MΩ Min

Capacitance to ground 70 pF Nom

Output impedance 50 ΩNom

DC output bias , 4mA supply 12 VDC (Fig 2)

Residual noise (24°C) : A=3

1 Hz to 25 kHz 300 ug rms

1 Hz 30 ug

Residual noise (24°C) : A=6

1 Hz to 25 kHz 300 ug rms

1 Hz 30 ug

Residual noise (24°C) : A=9

1 Hz to 25 kHz 25 ug rms

1 Hz 2.4 ug

Power requirements Constant current : +2 to +10mA DC

Voltage : +22 to +28 VDC

Protection : Overvoltage Yes

Protection : Reverse polarity Yes

Environmental

Temperature :

Operating continuous : 101.01

B=1, 2 -55 to 120 °C (-65 to 250 °F)

B=3 -55 to 90 °C (-65 to 194 °F)

A=9 -55 to 100 °C (-65 to 212 °F)

A=0 -55 to 80 °C (-65 to 176 °F)

Operating continuous : 101.11 (max. current =4mA)

B=1 -55 to 150°C (-65 to 302 °F)

Humidity / Enclosure

B=1, 2 Not affected, hermetically sealed, 1E-8torr.l/s

B=3 Not affected, epoxy sealed

Acceleration limit : Shock 5 000g peak

Acceleration limit : Continuous vibration 500g peak

Base strain sensitivity 0.0002 g pk/u strain

Temp. transient sens. (3Hz, LLF, 20dB/dec) 5 mg/°C

Acoustic sensitivity (164 dBSP) 0.5 mg

Electromagnetic sens. (50Hz, 0.03 T) 0.2 g

Mean time between failure (MTBF) 10 Years Nom

ESD Protection > 40 V

Safety EN 61010-1 and IEC 1010-1

EMC emission EN 50081-1, EN 50081-2

EMC immunity (1) EN 50082-1, EN 50082-2

Physical

Dimensions

B=1 Fig. 1a

B=2, 3 Fig. 1b

Design Ceramic, preloaded annular shear mode

Weight , A=3 80 gr Nom (2.8 Oz)

Weight, A=5, 6 85 gr Nom (3.0 Oz)

Weight, A=9, 0 95 gr Nom (3.4 Oz)

Connector

B=1 MIL-C-5015 glass seal, Type MS3143 10SL-4P

B=2 M12 glass seal, IEC 60947-5-2

B=3 M12 epoxy seal, IEC 60947-5-2

Material AISI 316L, DIN 1.4435 (Stainless steel)

Mounting M6x1 tapped centre hole

Mounting torque (M6, M7, M8 suffix) 2,4 N.m (21 in-lbs)

Accessories, supplied

Calibration supplied

Sensitivity (5g, 160 Hz)

No frequency response

Accessories, not supplied

Cable assembly

B=1, Polyurethane cable 10.01-B01-A01-01-Length
B=1, FEP Teflon cable 10.01-B01-A01-02-Length
B=2, 3 Polyurethane cable 10.01-E01-A01-31-Length
B=2, 3 FEP Teflon cable 10.01-E61-A01-02-Length

PU or FEP Armored cables are also available. See Model 10.01.

Mounting Stud

M6 191.01-06-06-1

1/4" 28 UNF 191.01-06-16-1

Repair : Consult factory for replacement of connector in case of broken or bended pins. Repair of electronic is not possible

(1) Guaranted if using accessories listed in this product datasheet only

 

 

Fig 1a : Outline drawing & Electrical layout, B=1

 

 

 

Fig 1b : Outline drawing & Electrical layout, B=2, 3

 

Fig 2 : DC (Bias) deviation versus temperature

 

 

 

Fig 3 : Sensitivity deviation versus temperature

 

 

Fig 4a: Frequency response, amplitude

 

 

Fig 4b : Low Frequency response, amplitude

 

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning. PNR:500022.01 - September 18, 2006 - Released A.B.

®ICP is a registered trademark of PCB Group, Inc., Depew, New York

 

®ICP ACCELEROMETER MODEL 103

High Frequency, Model 103.02-3
General Purpose, Model 103.02-6
Low Frequency, Model 103.02-9
High Temperature, Model 103.12-6

 

Main Characteristics _________________
  • -55°C to 150 °C (-67°F to 302°F)
  • ®ICP transmission mode
  • Annular shear mode
  • Dual case isolation with Faraday shield
  • Low, medium and high frequency version
  • High temperature version
  • IP67 with associated cable (B=2, 3 only)
  • Complies with API 670 requirements (A=6 only)

 

Model 103.02-A-2 with Overmolded M12 cable assembly

Competitive advantage

Description

The hermetic sealed industrial piezoelectric accelerometer model 103 is design to monitor the vibration in harsh industrial environment. It uses the industry standard ®ICP 2-wire voltage transmission technique with a 4 mA minimum constant current supply. Signal ground is isolated from the mounting surface and outer case to prevent ground loops. Faraday shielding will limit sensitivity to ESD to a minimum. Annular shear mode design will prevent from thermal transient and from spurious signal from high transverse vibrations. Low noise electronic and a temperature compensated design will give you accurate result over the complete temperature range. Large choice of frequency range will help to fit almost every customer requirements. Low frequency accelerometers (A=9) incorporate a low-pass filter within the conditioning electronics. This filter attenuate the sensor mechanical resonance and the associated distortion and overload.

Typical applications

Vibrations measurement in the rugged environments of industrial machinery monitoring. High frequency version will monitor the vibration on roller bearing, pumps cavitation, .... Medium frequency version will monitor overall vibration on pumps, motors, fans, ... Low frequency model is used in the petrochemical, machine tool, and paper industries for monitoring of slow speed agitators, cooling towers, ...

 

Ordering information. Low, Medium, high frequency.

To order, specify model number, options and suffix :

103.02- A - B - C - D (Accessories)

A : Sensitivity

*3 : 10 mV/g (high frequency)
*6 : 100 mV/g (medium frequency, general purpose)
*9 : 500 mV/g (low frequency)
0 : 1000 mV/g (Very low frequency)
Available suffix : N, negative polarity

B : Connector

1 : MIL-C-5015, glass seal
*2 : M12 glass seal
3 : M12 epoxy sealed

C : Agency approval

0 or omitted : CE approval

Accessories :

M6 : M6x1 Bolt, captive, hex socket
M7 : 1/4" 28 UNF 2A Bolt, captive, hex socket

Special Engraving :

Add ZXX at the end of the part number.
XX is a number supplied by VibraSens

Ordering information. High Temperature.

High temperature version is only available with A=6 and B=1.

To order, specify model number, options and suffix :

103.12- 6 - 1 (Accessories)

*Popular model (in stock) :

103.02-6-2 / 103.02-9-2 / 103.12-6-1

Ordering example :

103.02-6-2M6M7 Accelerometer, piezoelectric

 

Specifications

Dynamic

Sensitivity

A=3 10 mV/g ±5%
A=6 100 mV/g ±5%
A=9 500 mV/g ±5%
A=0 1000 mV/g ±5%

Frequency response fig. 14a, 14b

A=3 ±10 % : 1 to 9000 Hz

±3 dB : 0.5 to 13000 Hz

A=6 ±10 % : 1 to 6000 Hz

±3 dB : 0.5 to 10000 Hz
A=9, 0 ±10 % : 0.4 to 1600 Hz

±3 dB : 0.2 to 3700 Hz

Mounted Resonant frequency

A=3 32 kHz Nom

A=6 22 kHz Nom
A=9, 0 16 kHz Nom

Dynamic range

A=3 500 g pk

A=6 80 g pk

A=9 10 g pk
A=0 5 g pk

Transverse response sensitivity (20Hz, 5g) <5% max

Temperature response (See fig13)

Polarity Suffix dependant

Linearity ±1% Max

Warm up time A=3, 6 < 1Sec

A=9, 0 < 10 Sec

Electrical

Electrical Grounding Isolated from machine ground

Internal shielding

Isolation (Case to shield) -55°C to +120°C 100 MΩ Min

Capacitance to ground 70 pF Nom

Output impedance 50 ΩNom

DC output bias , 4mA supply 12 VDC (See Fig 12)

Residual noise (24°C) : A=3

1 Hz to 25 kHz 300 ug rms

1 Hz 30 ug

Residual noise (24°C ): A=6

1 Hz to 25 kHz 300 ug rms

1 Hz 30 ug

Residual noise (24°C): A=9

1 Hz to 25 kHz 25 ug rms

1 Hz 2.4 ug

Power requirements Constant current : +2 to +10mA DC

Voltage : +22 to +28 VDC

Protection : Overvoltage Yes

Protection : Reverse polarity Yes

Environmental

Temperature :

Operating continuous : 103.02

B=1, 2 -55 to 120 °C (-65 to 250 °F)

B=3 -55 to 90 °C (-65 to 194 °F)

A=9 -55 to 100 °C (-65 to 212 °F)

A=0 -55 to 80 °C (-65 to 176 °F)

Operating continuous : 103.12 (max. current =4mA)

B=1 -55 to 150°C (-65 to 302 °F)

Humidity / Enclosure

B=1, 2 Not affected, hermetically sealed, 1E-8torr.l/s

B=3 Not affected, epoxy sealed

Acceleration limit : Shock 5 000g peak

Acceleration limit : Continuous vibration 500g peak

Base strain sensitivity 0.0002 ug pk/u strain

Temp. transient sens. (3Hz, LLF, 20dB/dec) 5 mg/°C

Acoustic sensitivity (164 dBSP) 0.5 mg

Electromagnetic sens. (50Hz, 0.03 T) 0.2 g

Mean time between failure (MTBF) 10 Years Nom

ESD Protection > 40 V

Safety EN 61010-1 and IEC 1010-1

EMC emission EN 50081-1, EN 50081-2

EMC immunity (1) EN 50082-1, EN 50082-2

Physical

Dimensions

B=1 See Fig. 1a
B=2, 3 See Fig. 1b

Design Ceramic, preloaded annular shear mode

Weight 103.02

A=3 150 gr Nom (5.2 Oz)

A=6 155 gr Nom (5.6 Oz)

A=9, 0 165 gr Nom (6.0 Oz)

Connector 103.02

B=1 MIL-C-5015 glass seal, Type MS3143 10SL-4P

B=2 M12 glass seal, IEC 60947-5-2

B=3 M12 epoxy seal, IEC 60947-5-2

Material AISI 316L, DIN 1.4435 (Stainless steel)

Mounting torque (M6, M7 suffix) 2.4 N.m (21 in-lbs)

Accessories, supplied

Calibration supplied

Sensitivity (5g, 160 Hz)

No frequency response

Accessories, not supplied

Cable assembly

B=1, Polyurethance cable 10.01-B01-A01-01-Length
B=1, FEP Teflon cable 10.01-B01-A01-02-Length
B=2, 3 Polyurethance cable 10.01-E01-A01-31-Length
B=2, 3 FEP Teflon cable 10.01-E61-A01-02-Length

PU and FEP Armored cables are also available. See Model 10.01.

Mounting Stud

M6 193.01-06-1
1/4" 28 UNF 193.01-16-1

Repair : Consult factory for replacement of connector in case of broken or bended pins. Repair of electronic is not possible

(1) Guaranted if using accessories listed in this datasheet only

 

Fig 12 : DC (Bias) deviation versus temperature

 

 

Fig 13 : Sensitivity deviation versus temperature

 

 

Fig 14a : Frequency response, amplitude

 

Fig 14b :Low Frequency response, amplitude

 

 

 

Fig 1a : Outline drawing & Electrical layout, model 103.02-A-1

 

 

 

Fig 1b : Outline drawing & Electrical layout, model 103.02-A-2,3

 

 

 

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning. PNR:500022.03 - September 18, 2006 - Released A.B.

®ICP is a registered trademark of PCB Group, Inc., Depew, New York

®ICP ACCELEROMETER, MODEL 105

General Purpose, Economy, Model 105.01-2
High Frequency, Economy, Model 105.01-3

 

Main Characteristics _________________
  • Economy model
  • -55°C to 120 °C (-67°F to 248°F)
  • ®ICP transmission mode
  • Compression mode
  • Dual case isolation with Faraday shield
  • Reverse wiring and ESD protection
  • Complies with API 670 requirements (A=2 only)
Competitive advantage
  • Price
  • Exceptional bias voltage stability at elevated temperatures
  • Low cost IP67 overmolded M12 cable assembly
  • M12 cable assembly is available through local electronic distributor
  • M12 offers compatibility with sensors used in automation.

 

Model 105.01-A-2 with Overmolded M12 cable assembly

Description

The sealed industrial piezoelectric accelerometer model 105 is design to monitor the vibration in harsh industrial environment. It uses the industry standard ©ICP 2-wire voltage transmission technique with a 4 mA standard constant current supply. Signal ground is isolated from the mounting surface and outer case to prevent ground loops. Faraday shielding will limit sensitivity to EMC to a minimum. Low noise electronic and a temperature compensated design will give you accurate result over the complete temperature range.

Economy compression mode accelerometers should not be used whenever thermal transient, high transverse vibrations or high base strain are present. Compression accelerometers are also not recommended for low frequency (<1Hz) measurements. In such environments model 101 (annular shear mode) is prefered.

Typical applications

Vibrations measurement in the rugged environments of industrial machinery monitoring. High frequency version will monitor the vibration on roller bearing, pumps cavitation, .... Medium frequency version will monitor overall vibration on pumps, motors, fans, ...

Ordering information

To order, specify model number, options and suffix :

105.01- A - B - C - D (Accessories)

A : Sensitivity

*2 : 100 mV/g ±10%
*3 : 10 mV/g ±10%
Available suffix for A : N, negative polarity

B : Connector

1 : MIL-C-5015, glass seal
2 : M12 glass seal
*3 : M12 epoxy sealed

C : Agency approval

0 or omitted : CE approval

D : Sensor thread

*0 or omitted : M6
7 : 1/4" 28 UNF 2A

Accessories :

M2 : 10-32 UNF 2A mounting stud
M5 : M5x0.8 mounting stud
M6 : M6x1 mounting stud
M7 : 1/4" 28 UNF 2A mounting stud
M8 : M8x1.25 mounting stud

Special Engraving :
 Add ZXX at the end of the part number.
XX is a number supplied by VibraSens

Ordering example :

105.01-2-3M6M7 Accelerometer, piezoelectric

*Popular model (in stock) :

105.01-2-3 / 105.01-3-3

 

Specifications

Dynamic

Sensitivity

A=2 100 mV/g ±10%
A=3 10 mV/g ±10%

Frequency response (See fig.4 & 5)

A=2, 3 ±10 % : 2 to 9000 Hz

±3 dB : 1 to 14000 Hz

Mounted Resonant frequency

A=2, 3 35 kHz Nom

Dynamic range

A=2 80 g pk
A=3 500 g pk

Transverse response sensitivity (20Hz, 5g) <5% max

Temperature response (See fig3)

Polarity (see fig. 1) Suffix dependant

Linearity (up to 80 g peak) ±1% Max

Warm up time < 1Sec

Electrical

Electrical Grounding Isolated from machine ground

Internal shielding (see fig. 1)

Isolation (Case to shield) 100 MΩ Min

Capacitance to ground 70 pF Nom

Output impedance 50 ΩNom

DC output bias , 4mA supply 12 VDC (See Fig 2)

Residual noise (24°C) A=2 :

1 Hz to 25 kHz 300 ug rms

1 Hz at 24°C 30 ug

Residual noise (24°C) A=3 :

1 Hz to 25 kHz 300 ug rms

1 Hz at 24°C 30 ug

Power requirements Constant current : +2 to +10mA DC

Voltage : +22 to +28 VDC

Protection : Overvoltage Yes

Protection : Reverse polarity Yes

Environmental

Temperature : Operating continous and storage

B=1, 2 -55 to 120 °C (-65 to 250 °F)

B=3 -55 to 90 °C (-65 to 194 °F)

Humidity / Enclosure

B=1, 2 Not affected, hermetically sealed, 1E-8torr.l/s

B=3 Not affected, epoxy sealed

Acceleration limit : Shock 5 000g peak

Acceleration limit : Continuous vibration 500g peak

Base strain sensitivity 0.002 g pk/u strain

Temp. transient sens. (3Hz, LLF, 20dB/dec) TBD mg/°C

Acoustic sensitivity (164 dBSP) 0.5 mg

Electromagnetic sens. (50Hz, 0.03 T) 0.2 g

Mean time between failure (MTBF) 10 Years Nom

ESD Protection > 40 V

Safety EN 61010-1 and IEC 1010-1

EMC emission EN 50081-1, EN 50081-2

EMC immunity (1) EN 50082-1, EN 50082-2

Physical

Dimensions

B=1 See Fig. 1a

B=2, 3 See Fig. 1b

Design Ceramic, compression

Weight , A=2, 3 80 gr Nom (2.8 Oz)

Connector

B=1 MIL-C-5015 glass seal, Type MS3143 10SL-4P

B=2 M12 glass seal, IEC 60947-5-2

B=3 M12 epoxy seal, IEC 60947-5-2

Material AISI 316L, DIN 1.4435 (Stainless steel)

Mounting M6x1 tapped centre hole

Mounting torque (M6, M7, M8 suffix) 24N.m (2.9 in-lbs)

Accessories, supplied

Calibration supplied

Sensitivity (5g, 160 Hz)

No frequency response

Accessories, not supplied

Cable assembly

B=1, Polyurethance cable 10.01-B01-A01-01-Length
B=1, FEP Teflon cable 10.01-B01-A01-02-Length
B=2, Polyurethance cable 10.01-E01-A01-31-Length
B=2, FEP Teflon cable 10.01-E61-A01-02-Length

PU or FEP Armored cables are also available. See Model 10.01.

Mounting Stud

M6 191.01-06-06-1

1/4" 28 UNF 191.01-06-16-1

Repair : Consult factory for replacement of connector in case of broken or bended pins. Repair of electronic is not possible.

(1) Guaranted if using accessories listed in this product datasheet only

 

 

Fig 1a : Outline drawing & Electrical layout, model 105.01-A-1

 

 

 

Fig 1b : Outline drawing & Electrical layout, model 105.01-A-2&3

 

 

Fig 2 : DC (Bias) deviation versus temperature

 

 

 

Fig 3 : Sensitivity deviation versus temperature

 

 

 

Fig 4 : Frequency response

 

 

 

Fig 5 : Low Frequency response

 

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning. PNR:500022.04 - September 18, 2006 - Released A.B.

®ICP is a registered trademark of PCB Group, Inc., Depew, New York

®ICP ACCELEROMETER MODEL 107

General Purpose, Economy, Model 107.01-2
High Frequency, Economy, Model 107.01-3

 

Main Characteristics ________________
  • Economy model
  • -55°C to 120 °C (-67°F to 248°F)
  • ®ICP transmission mode
  • Compression mode
  • Dual case isolation with Faraday shield
  • Reverse wiring and ESD protection
  • Complies with API 670 requirements (A=2 only)
Competitive advantage
  • Price
  • Exceptional bias voltage stability at elevated temperatures
  • Low cost IP67 overmolded M12 cable assembly
  • M12 cable assembly is available through local electronic distributor
  • M12 offers compatibility with sensors used in automation.

 

 

Model 107.01-A-2 with Overmolded M12 cable assembly

Description

The hermetic sealed industrial piezoelectric accelerometer model 107 is design to monitor the vibration in harsh industrial environment. It uses the industry standard ®ICP 2-wire voltage transmission technique with a 4 mA standard constant current supply. Signal ground is isolated from the mounting surface and outer case to prevent ground loops. Faraday shielding will limit sensitivity to ESD to a minimum. Low noise electronic and a temperature compensated design will give you accurate result over the complete temperature range.

Economy compression mode accelerometers should not be used whenever thermal transient, high transverse vibrations or high base strain are present. Compression accelerometers are also not recommended for low frequency (<1Hz) measurements. In such environment model 101.01 (shear mode) is prefered

Typical applications

Vibrations measurement in the rugged environments of industrial machinery monitoring. High frequency version will monitor the vibration on roller bearing, pumps cavitation, .... Medium frequency version will monitor overall vibration on pumps, motors, fans, ...

Ordering information

To order, specify model number, options and suffix :

107.01- A(suffix) - B - C - (suffix)

A : Sensitivity

2 : 100 mV/g ±10%
3 : 10 mV/g ±10%
Available suffix for A : N, negative polarity

B : Connector

1 : MIL-C-5015, glass seal
2 : M12 glass seal
3 : M12 epoxy sealed

C : Agency approval

0 or omitted : CE approval

Delivery options suffix :

M2 : 10-32 UNF 2A mounting stud
M5 : M5x0.8 mounting stud
M6 : M6x1 mounting stud
M7 : 1/4" 28 UNF 2A mounting stud
M8 : M8x1.25 mounting stud

Z** : engraving defined by customers

Ordering example :

107.01-2-3M6M7 Accelerometer, piezoelectric

Popular model (in stock) : 107.01-2-3

Specifications

Dynamic

Sensitivity

A=2 100 mV/g ±5%

A=3 10 mV/g ±10%

Frequency response (See fig.4 & 5)

A=3 ±10 % : 2 to 9000 Hz

±3 dB : 1 to 12000 Hz

Mounted Resonant frequency

A=2, 3 30 kHz Nom

Dynamic range (broad band) (-50°C to 120°C)

A=2 80 g pk
A=3 500 g pk

Transverse response sensitivity (20Hz, 5g) <5% max

Temperature response (See fig3)

Polarity (see fig. 1) Suffix dependant

Linearity (up to 80 g peak) ±1% Max

Warm up time < 1Sec

Electrical

Electrical Grounding Isolated from machine ground

Internal shielding (see fig. 1)

Isolation (Case to shield) -55°C to +120°C 100 MΩ Min

Capacitance to ground 70 pF Nom

Output impedance 50 ΩNom

DC output bias , 4mA supply 12 VDC (See Fig 2)

Full scale output voltage ± 8 V Peak

Residual noise (24°C) A=2 :

1 Hz to 25 kHz 300 ug rms

1 Hz at 24°C 30 ug

Residual noise (24°C) A=3 :

1 Hz to 25 kHz 300 ug rms

1 Hz at 24°C 30 ug

Power requirements Constant current : +2 to +10mA DC

Voltage : +22 to +28 VDC

Protection : Overvoltage Yes

Protection : Reverse polarity Yes

Environmental

Temperature :Operating continous and storage

B=1, 2 -55 to 120 °C (-65 to 250 °F)

B=3 -55 to 90 °C (-65 to 194 °F)

Humidity Not affected

Enclosure

B=1, 2 > IP 68,(Hermetic sealed) 1E-8torr.l/s

B=3 IP67

Acceleration limit : Shock 5 000g peak

Acceleration limit : Continuous vibration 500g peak

Base strain sensitivity 0.002 g pk/u strain

Temp. transient sens. (3Hz, LLF, 20dB/dec) TBD mg/°C

Acoustic sensitivity (164 dBSP) 0.5 mg

Electromagnetic sens. (50Hz, 0.03 T) 0.2 g

Mean time between failure (MTBF) 10 Years Nom

ESD Protection > 40 V

Safety EN 61010-1 and IEC 1010-1

EMC emission EN 50081-1, EN 50081-2

EMC immunity (1) EN 50082-1, EN 50082-2

Physical

Dimensions

B=1 See Fig. 1a

B=2, 3 See Fig. 1b

Design Ceramic, compression

Weight , A=2, 3 160 gr Nom (5.65 Oz)

Connector

B=1 MIL-C-5015 glass seal, Type MS3143 10SL-4P

B=2 M12 glass seal, IEC 60947-5-2

B=3 M12 epoxy seal, IEC 60947-5-2

Material AISI 316L, DIN 1.4435 (Stainless steel)

Mounting M6x1 tapped centre hole

Mounting torque (M6, M7, M8 suffix) 24N.m (2.9 in-lbs)

Accessories, supplied

Calibration supplied

Sensitivity (5g, 160 Hz)

No frequency response

Accessories, not supplied

B=1, Polyurethance cable 10.01-B01-A01-01-Length
B=1, FEP Teflon cable 10.01-B01-A01-02-Length
B=2, Polyurethance cable 10.01-E01-A01-31-Length
B=2, FEP Teflon cable 10.01-E61-A01-02-Length

PU or FEP Armored cables are also available. See Model 10.01.

Mounting Stud

M6 193.01-06-1

1/4"28UNF 193.01-16-1

Repair : Consult factory for replacement of connector in case of broken or bended pins. Repair of electronic is not possible

(1) Guaranted if using accessories listed in this product datasheet only

 

Fig 1a : Outline drawing & Electrical layout, model 107.01-A-1

 

 

 

Fig 1b : Outline drawing & Electrical layout, model 107.01 (B=2, 3)

 

 

 

Fig 2 : DC (Bias) deviation versus temperature

 

 

 

Fig 3 : Sensitivity deviation versus temperature

 

 

 

Fig 4 : Frequency response

 

 

 

Fig 5 : Low Frequency response

 

 

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning. PNR:500022.05 - September 18, 2006 - Released A.B.

®ICP is a registered trademark of PCB Group, Inc., Depew, New York

®ICP ACCELEROMETER MODEL 108

High Frequency, Model 108.01-3
General Purpose, Model 108.01-6
Low Frequency, Model 108.01-9

Main Characteristics _________________
  • Low size
  • -55°C to 120°C (-67°F to 248°F)
  • ®ICP transmission mode
  • Annular shear mode
  • Low, medium and high frequency version
  • IP67 with associated cable (B=2, 3 only)
Competitive advantage
  • Annular shear mode is less susceptible to transverse vibrations and better immune to electronic saturation at high frequency
  • Exceptional bias voltage stability at elevated temperatures.
  • Low cost IP67 overmolded M12 cable assembly
  • M12 overmolded cable assembly is available through local electronic distributor
  • M12 offers compatibility with sensors used in automation.

 

Model 108.01-6-3

Description

The epoxy sealed piezoelectric accelerometer model 108 is design to monitor the vibration in harsh industrial environment. It uses the industry standard ®ICP 2-wire voltage transmission technique with a 4 mA standard constant current supply. Signal ground is isolated from the mounting surface to prevent ground loops. Annular shear mode design will prevent from thermal transient and from spurious signal from high transverse vibrations. Low noise electronic and a temperature compensated design will give you accurate result over the complete temperature range. Large choice of frequency range will help to fit almost every customer requirements. Low frequency accelerometers (A=9, 0) incorporate a low-pass filter within the conditioning electronic. This filter attenuates the sensor mechanical resonance and the associated distortion and overload.

Typical applications

Ideal for walk-around vibrations measurement in the rugged environments of industrial machinery monitoring. High frequency version monitor the vibration on roller bearing, pumps cavitation, .... Medium frequency version monitor overall vibration on pumps, motors, fans, ... Low frequency model is used in the petrochemical, machine tool, and paper industries for monitoring of slow speed agitators, cooling towers, .. .

Model 108 sensors are not recommended for permanent monitoring because they have external faraday shield subject to loss of isolation. For such applications, Models 101, 103, 105, 107 with internal faraday shield are prefered.

Ordering information. Low, Medium, high frequency.

To order, specify model number, options and suffix :

108.01 - A - B - C - D (accessories)

A : Sensitivity

*3 : 10 mV/g (high frequency)
*6 : 100 mV/g (medium frequency, general purpose)
*9 : 500 mV/g (low frequency)
0 : 1000 mV/g (Very low frequency)
Available suffix : N, negative polarity

B : Connector

1 : MIL-C-5015, glass seal
2 : M12 glass seal
*3 : M12 epoxy sealed

C : Agency approval

*0 or omitted : CE approval

D : Sensor thread

*0 or omitted : 10-32 UNF 2A
5 : M5

Accessories :

M2 : 10-32 UNF 2A mounting stud
M5 : M5x0.8 mounting stud

Special Engraving :
Add ZXX at the end of the part number.
XX is a number supplied by VibraSens

* Popular model (in stock) :

108.01-3-3 / 108.01-6-3 / 108.01-9-3

 

Ordering example :

108.01-3-3 M5 Accelerometer, piezoelectric

Specifications (24°C)

Dynamic

Sensitivity
 A=3 10 mV/g ±5%

A=6 100 mV/g ±5%
A=9 500 mV/g ±5%
A=0 1000 mV/g ±5%

Frequency response fig. 4a, 4b

A=3 ±10 % : 1 to 11000 Hz

±3 dB : 0.5 to 16000 Hz

A=6 ±10 % : 1 to 9000 Hz

±3 dB : 0.5 to 14000 Hz
A=9, 0 ±10 % : 0.4 to 1600 Hz

±3 dB : 0.2 to 3700 Hz

Mounted Resonant frequency

A=3 35 kHz Nom

A=6 25 kHz Nom
A=9, 0 16 kHz Nom

Dynamic range

A=3 500 g pk

A=6 80 g pk

A=9 10 g pk
A=0 5 g pk

Transverse response sensitivity (20Hz, 5g) <5%

Temperature response fig3

Polarity (fig. 1) Suffix dependant

Linearity ±1% Max

Warm up time

A=3, 6 < 1Sec

A=9, 0 < 10 Sec

Electrical

Electrical Grounding Isolated from machine ground

Isolation (Case to shield) 100 MΩ Min

Capacitance to ground 70 pF Nom

Output impedance 50 ΩNom

DC output bias , 4mA supply 12 VDC (Fig 2)

Residual noise (24°C) : A=3

1 Hz to 25 kHz 300 ug rms

1 Hz 30 ug

Residual noise (24°C) : A=6

1 Hz to 25 kHz 300 ug rms

1 Hz 30 ug

Residual noise (24°C) : A=9

1 Hz to 25 kHz 25 ug rms

1 Hz 2.4 ug

Power requirements Constant current : +2 to +10mA DC

Voltage : +22 to +28 VDC

Protection : Overvoltage Yes

Protection : Reverse polarity Yes

Environmental

Temperature :

Operating continuous

B=1, 2 -55 to 120 °C (-65 to 250 °F)

B=3 -55 to 90 °C (-65 to 194 °F)

A=9 -55 to 100 °C (-65 to 212 °F)

A=0 -55 to 80 °C (-65 to 176 °F)

Humidity / Enclosure

B=1, 2, 3 Not affected, epoxy sealed

Acceleration limit : Shock 5 000g peak

Acceleration limit : Continuous vibration 500g peak

Base strain sensitivity 0.0002 g pk/u strain

Temp. transient sens. (3Hz, LLF, 20dB/dec) 5 mg/°C

Acoustic sensitivity (164 dBSP) 0.5 mg

Electromagnetic sens. (50Hz, 0.03 T) 0.2 g

Mean time between failure (MTBF) 10 Years Nom

ESD Protection > 40 V

Safety EN 61010-1 and IEC 1010-1

EMC emission EN 50081-1, EN 50081-2

EMC immunity (1) EN 50082-1, EN 50082-2

Physical

Dimensions

B=1 Fig Not available

B=2, 3 Fig. 1b

Design Ceramic, preloaded annular shear mode

Weight , A=3 34 gr Nom (2.8 Oz)

Weight, A=6 39 gr Nom (3.0 Oz)

Weight, A=9, 0 44 gr Nom (3.4 Oz)

Connector

B=1 MIL-C-5015 glass seal, Type MS3143 10SL-4P

B=2 M12 glass seal, IEC 60947-5-2

B=3 M12 epoxy seal, IEC 60947-5-2

Material AISI 316L, DIN 1.4435 (Stainless steel)

AISI 303, DIN 1.4301 (Stainless steel)

Mounting torque (M2, M5 suffix) 1.8 N.m (16 in-lbs)

Accessories, supplied

Calibration supplied

Sensitivity (5g, 160 Hz)

frequency response (20Hz to 10 kHz)

Accessories, not supplied

Cable assembly

B=1, Polyurethane cable 10.01-B01-A01-01-Length
B=1, FEP Teflon cable 10.01-B01-A01-02-Length
B=2, 3 Polyurethane cable 10.01-E01-A01-31-Length
B=2, 3 FEP Teflon cable 10.01-E61-A01-02-Length

PU or FEP Armored cables are also available. See Model 10.01.

Mounting Stud

M5 191.01-15-05-1

10-32 UNF 2A 191.01-15-15-1

Repair : Consult factory for replacement of connector in case of broken or bended pins. Repair of electronic is not possible

(1) Guaranted if using accessories listed in this product datasheet only

 

 

Fig 1b : Outline drawing & Electrical layout, B=2, 3

 

Fig 2 : DC (Bias) deviation versus temperature

 

 

 

Fig 3 : Sensitivity deviation versus temperature

 

 

Fig 4a: Frequency response, amplitude

 

 

Fig 4b : Low Frequency response, amplitude

 

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning. PNR:500022.08 - May 3, 2006 - Released A.B.

ICP® is a registered trademark of PCB Group, Inc., Depew, New York

Stud, non isolated, Model 191

 

Main Characteristics _________________
  • -260°C to 700 °C (-436°F to 1292°F) (options dependant)
  • Large choice of options for material and thread
Description ___________________________

This is the most usual method for accelerometer mounting. These studs are detacheable, permiting rapid, low cost replacement. They are used by most accelerometer manufacturers but they are not fully compatible due to the sensor shoulder diameter, and the thread length . You should not use ordinary machine screw because they lack a flange or shoulder and might bottom in the accelerometer and degrades his dynamic response.

 

Ordering information

To order, specify part number, options and suffix :

191.01- AA - B B - C (Suffix)

AA : Sensor end
 05 - M5x0.8
06 - M6x1
15 - 10-32 UNF 2A
16 - 1/4 28 UNF 2A

BB : Machine/Structure end
 05 - M5x0.8
06 - M6x1
08 - M8x1.25
15 - 10-32 UNF 2A
16 - 1/4 28 UNF 2A

C : Material
 1 - Aisi 303
2 - Aisi 316L
3 - Nimonic 90

Suffix

Y** : modification defined by customers. For example shoulder diameter.

Ordering example :

191.01-05-05-1 Stud, non isolated

Popular options :

AA=All, BB=All, C=1

Competitor's cross reference list :

VibraSens Ref.

Competitor's Ref.

191.01-16-16-1

Wilcoxon SF6, PCB 081B20

191.01-16-06-1

PCB M081B20

191.01-15-15-1

Wilcoxon SF1, Endevco 2984-2, PCB 081B05

191.01-15-05-1

PCB M081B23

191.01-15-06-1

PCB M081B05

191.01-15-16-1

Wilcoxon SF3, Endevco 22330, PCB 081A08

191.01-16-08-1

Wilcoxon SF6M,

191.01-16-06-1

Wilcoxon SF6M-1,

.

Specifications

Environmental

Temperature

C=1, 2 -70°Cto 260 °C (-436 to 500 °F)

C=3 -260 to 700 °C (-436 to 1292 °F)

Physical

Dimensions See outline drawing

Weight between 1.5 and 3 gr (between 0.05 and 0.1 Oz)

Material

C=1 AISI 303, DIN1.4301, AFNOR Z10 CNF 18 09

C=2 AISI 316L, DIN1.4435, AFNOR Z2 CND 17 13
C=3 Nimonic 90, WNR 2.4969

Mounting torque

AA=05, 15 or BB=05, 15 2 N.m (18 in-lbs)

AA=06, 16 or BB=06, 16 2.7 N.m (24 in-lbs)

Outline drawing

See table below to check the associated drawing

 

 

 

BB (Machine)

 

 

 

05

06

08

15

16

 

 

 

M5x0.8

M6x1

M8x1.25

10-32 UNF 2A

1/4 28 UNF 2A

AA (sensor)

05

M5x0.8

Fig 11

Fig 12

 

Fig 13

Fig 14

06

M6x1

Fig 21

Fig 22

Fig 23

Fig 24

Fig 25

15

10-32 UNF 2A

Fig 31

Fig 32

 

Fig 33

Fig 34

16

1/4 28 UNF 2A

Fig 41

Fig 42

Fig 43

Fig 44

Fig 45

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning

PNR:500025.01 - August 2, 2006 - Released A.B.

 

 

 

Bolt, captive, Hex socket, Model 193

Main Characteristics _________________
  • -260°C to 260 °C (-436°F to 500°F)
  • Bolt for accelerometer model 103.XX
Description ___________________________

This bolt is used to mount side connector industrial accelerometers with through hole mounting.

 

Ordering information

To order, specify part number, options and suffix :

193.01- AA - C (Suffix)

AA : Machine/Structure end
 06 - M6x1
16 - 1/4 28 UNF 2A

C : Material
 1 - Aisi 303
2 - Aisi 316L
Suffix

Y** : modification defined by customers. For example thread length or total length.

Ordering example :

193.01-06-1 Bolt, captive, Hex socket

Popular options :

193.01-06-1 and 193.01-16-1.

Specifications

Environmental

Temperature -260 to 260 °C (-436 to 500 °F)

Physical

Dimensions See outline drawing

Weight ~7 gr (~ 0.25 Oz)

Material

C=1 AISI 303, DIN1.4301, AFNOR Z10 CNF 18 09

C=2 AISI 316L, DIN1.4435, AFNOR Z2 CND 17 13

Mounting torque 2.7 N.m (24 in-lbs)

Outline drawing

See table below to check the associated drawing

 

AA

Figures

M6x1

06

Fig 21

1/4 28 UNF 2A

16

Fig 41

 

 

Fig 21

 

 

 

Fig 41

 

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning

PNR:500025.02 - mAY 24, 2005 - Rev A - Released A.B.

CABLE, TWISTED PAIR, MODEL 600103 & 600104

Main Characteristics _________________
  • Twisted pair shielded cable
  • Rund cable
  • -55°C to 200 °C (-67°F to 392°F)
  • Selection of halogen free & flame retardant cable
  • Selection of Stainless steel (AISI 316) overbraid
Description

These cables are specifically manufacture for our applications. they all have fillers for a perfectly rund cable.
All cables are available with a stainless steel overbraid for harsh environment.

Typical application

They are used for 2 - pole sensors that exhibit a low impedance output :

  • ®ICP, piezoresistive, capacitive accelerometer
  • velocimeter
  • piezoelectric accelerometer with integrated electronic

 

Fig 1 : without overbraid (PNR 600103.XX)

 

 

 

Fig 2 : with overbraid (PNR 600104.XX)

Ordering information

To order specify the part number with the following options :

600103.XX - AAA or 600104.XX - AAA (for overbraid version)
AAA : Length in meters

Ordering example :
600103.21-010 Twisted pair cable, PU, 10 metres

Overview

Jacket mat.

Temperature

Capa.

(pF/m)

Part Number

diameter

Part Number with

Stainless steel Overbraid

diameter

Application

Polyurethane

-55 to 90 °C

 

90

600103.21

4.9 mm (0.193 inch)

600104.21

5.4 mm (0.212 inch)

Low cost

Teflon (FEP)

-65 to 200 °C

90

600103.31

4.7 mm (0.185 inch)

600104.31

5.2 mm, (0.204 inch)

improved oil

resistance

Rad. cross link

halogen free

flame retardant

-55 to 125 °C

90

600103.51

4.3 mm (0.169 inch)

600104.51

4.8 mm (0.190 inch)

flame

retardant

and halogen

free

Specifications

 

600103.21

600103.31

600103.51

Construction

see fig 1 & 2

(1)

Conductors

Material

Gauge (mm)

 

Diameter (mm)

Lay (twist)

TPC (1)

19x0.203mm

AWG20, 0.6 mm^2

1 mm

30 mm min

TPC (1)

19x0.203mm

AWG20 (~0.6 mm^2)

1 mm

30 mm min

TPC (1)

19x0.18 mm

AWG20 (~0.50 mm^2)

0.90

30 mm min

(2)
 Dielectric

Material

Diameter (mm)

Color conductor 1

Color conductor 2

TPE-E (polyester-ester)

1.33

White

Red

Teflon (FEP)

1.53

White

Red

Radox (3)

1.30

White + id 1

White + id 2

(3)
 Fillers / Rund cable

Material

Diameter (mm)

Yes-Polyamide

0.8

Yes-FEP

1.1

No

Rund cable

(4)

foil

Material

polyester

polyester

No

(5)

Screen

Material

Coverage min

Diameter (mm)

Braided TPC (1)

85%

3.67

Braided TPC (1)

85%

3.27

Braided TPC (1)

85%

3.1

(6)
Outer
sheat

Material
diameter mm (in.)

color

TPE-U (Polyurethane)

4.9 ±0.2 (0.193 inch)

Black

®Teflon (FEP)

4.7 ±0.2 (0.185 inch)

White

®Radox

4.3 ±0.3 (0.169 inch)

Black

(7)

Overbraid

PNR of cable :

Material

 

wire diameter

Diameter

Coverage

600104.21

SSTL, Aisi 316Ti, 1.4571, V4A

0.2 mm

5.7 mm (0.225 inch)

80% min

600104.31

SSTL, Aisi 316Ti, 1.4571, V4A

0.2 mm

5.5 mm (0.216 inch)

80% min

600104.51

SSTL, Aisi 316Ti, 1.4571, V4A

0.2 mm

5.1 mm (0.200 inch)

80% min

Electrical

Impedance Ω

50

50

TBD

Capacitance

Cond to Cond pF/m

Cond to shield pF

TBD

TBD

96

TBD

110

190

Physical

Temperature

Continous °C

________ °F

Maxi °C

-50 to 90 °C

-58 to 194 °F

N/A

-100 to 200 °C

-148 to 392 °F

N/A

-40 to 120 °C

-40 to 248 °F

TBD

Dielectric strength kV

2

2

TBD

Voltage rating Vrms

250 V

600

600

Dielectric Res.M Ω/ m

TBD

TBD

TBD

Resistance

Conductor Ω /km

Shield Ω .km

32.4

TBD

32.4

TBD

40.1

31.1

Weight (g/m)

TBD

30

34

Bending radius

Static

Dynamic

TBD

TBD

TBD

TBD

3 x diameter

5 x diameter

Fire

Flame retardant

Halogen free

Corrosive gas

No

Yes

No

Yes

No

Yes

Yes

Yes

No

Limited oxygen index

Smoke

TBD

medium

TBD

slight

38%

Low

Standards

 

 

DIN 5510
NF F16-101
BS 6853
DIN EN 50265, 50267, 50268

NF C82-070, X10-702
IEC 60332-1

IEC 60754-1

IEC 61034-2

Radiation resistant

Yes

No

Yes

Chemical / mechanical / Radiation

See the tutorial polymer section in the library section

(1) TPC : Tin Plated Copper
(2) ®Radox is a trademark of Huber&Suhner. Radox is a radiation cross link copolymer.

TBD : To be determined

®ICP is a trademark of PCB.

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning

PNR:500023.01 - May, 23 2005 - Released A.B.

CABLE, TWISTED PAIR, LOW NOISE, MODEL 600050 & 600051

Main Characteristics _________________
  • Twisted pair shielded cable
  • 2 and 3 Low noise treatments
  • Teflon (PTFE) jacketed
  • Rund cable
  • -70°C to 316 °C (-94°F to 600°F)
  • Selection of Stainless steel overbraid
Description

When subjected to flexure and vibration, these cables must not generate noise (triboelectric noise) in excess of the below specifications.
To improve the sealing with stuffing gland, the cables use glass fiber fillers for a perfectly rund cable.
To improve the mechanical protection, a stainless steel overbraid is available.

Typical application

They are used to transmit low voltage signal from high impedance sensors to signal conditioner at audio frequencies. Twisted pair cables are mainly used by 2 - pole differential sensors that have pico Coulomb output:

  • Piezoelectric accelerometer or pressure sensor with Pico Coulomb charge output

A length not more than 30 metres is recommended between the sensor and his charge amplifier

 

Fig 1 : without overbraid (PNR 600050.01 & 600051.01)

 

 

Fig 2 : with overbraid (PNR 600052.01)

Ordering information

To order specify the part number with the following options :

600050.01 - AAA

600051.01 - AAA

600052.XX - AAA
AAA : Length in meters

Ordering example :
600051.01-010 Cable, twisted pair, low noise, 10 metres

Overview

Jacket mat.

Cond. plating

Temp °C

Capa.

(pF/m)

Part Number

Part Number with

Stainless steel

Overbraid

Application

Teflon (PTFE)

Nickel plating

-55 to 200 °C

(-67 to 392 °F)

105

600050.01

Not available

Piezoelectric sensor with differential charge output

Teflon (PTFE)

Nickel plating

-55 to 288 °C

(-67 to 550 °F)

100

600051.01

600052.01

Competitor cross reference :

Competitor

VibraSens compatible

Note

Endevco

6960

600050.01

Endevco cable is not rund.

6967

600051.01

Endevco cable is not rund.

Vibro-Meter

K 205A

MTLN 205A

600050.01

Same specification

K 205B

MTLN 205B

600051.01

Same specification

 

Specifications

 

600051.01

600050.01

Construction

see fig 1 & 2

(1)

Conductors

Material

Gauge (mm)

 

Diameter (mm)

Lay up

Copper , NPC (2)

19x0.20mm

AWG20, (~0.6 mm^2)

1 mm

25 mm

Silver plated copper,

19x0.16mm

~AWG 22 (0.45 mm^2)

0.76 mm

25 mm

(2) Primary Low

noise treatment

Material

Semiconductor black carbon

Not applicable

(3)
 Dielectric

Material

Diameter (mm)

Color conductor 1, 2

Teflon PTFE

1.55

Red, White

Teflon PTFE extruded

1.40

Blue, White

(4)

Secondary Low

noise treatment

Material

thickness (mm)

Semiconductor black carbon

Semiconductor black carbon tape

(5)

Fillers / Rund cable

Material

Glass fibre

Glass fibre

(6)

tertiary Low

noise treatment

Material

thickness (mm)

Semiconductor black carbon

Semiconductor black carbon tape

(7)

Screen

Material

Coverage min

Diameter (mm)

Braided NPC (1), AWG36

>85%

3.8

Braided SPC (1), AWG38

>80%

3.45

(8)
 Outer
sheat

Material 1

Material 1
diameter mm (in.)

color

Polyimide tape

PTFE double wrapped tape fused

4.8

White

Polyimide Kapton F tape

PTFE double wrapped tape fused

4.25 nominal

White

(9)

Overbraid

PNR of cable :

Material

Protection

wire diameter

Diameter (mm)

Carrier

Coverage

600052.01

SSTL (Aisi 316L), DIN 1.4435, V4A

Glass fiber

0.1 mm

6.0 mm±0.2 mm

24 carriers, 4 wires/carrier

80% min

Not available

Identification

Printed on sheat

600051.01-CE-DMF:MM-YYYY

where YYYY = year, MM=Month

600050.01-CE-DMF:MM-YYYY

where YYYY = year, MM=Month

Elec.

Capacitance

Cond to Cond pF/m

Cond to shield pF/m

150

310

100

200

Physical

Temperature

Continous °C (°F)

intermittent °C (°F)

-55 to 288 °C (-67 to 550 °F)

-70 to 316 °C (-94 to 600 °F)

-55 to 200 °C (-67 to 392 °F)

-70 to 250 °C (-94 to 482 °F)

Dielectric strength kV

1.5

3

Voltage rating Vrms

600

600

Dielectric Res. Ohms/m

10 12

10 12

Resistance

Conductor m Ω /m

Shield m Ω /m

100

15

100

15

Weight (gr/m)

without overbraid

with overbraid

 

38

100

 

38

Not applicable

Bending radius

Static (mm)

Dynamic (mm)

10 x cable dia

5 x cable dia

10 x cable dia

5 x cable dia

Fire

Flame retardant

Halogen free

Corrosive gas

Yes

No

Yes

Limited oxygen index

Smoke

TBD

slight

Radiation resistant

No

Chemical / mechanical

See the tutorial polymer section in the library section

Triboelectrical Noise

2mm displacement (10-70 Hz)

5 mm displacement (5-50 Hz)

40 mm displacement (2 Hz)

 

< 0.3 pC, 5 to 50Hz 10mm pk-pk

< 0.3 pC, 10 to 70Hz 2mm pk-pk

< 0.3 pC, 50 to 100Hz 20g pk

 

<10 pC, 2Hz 40mm pk-pk

<1 pC, 5 to 50Hz 5mm pk-pk

<0.15 pC, 10 to 70Hz 2mm pk-pk

(1) SPC : Silver Plated Copper
(2) NPC: Nickel plated copper
TBD : To be determined

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning

PNR:500023.02 - September 28, 2004 - Released A.B.

CABLE, TWISTED TRIPLES, MODEL 600106 & 600107

Main Characteristics _________________
  • Twisted triples shielded cable
  • Rund cable
  • -55°C to 200 °C (-67°F to 392°F)
  • Selection of halogen free & flame retardant cable
  • Selection of Stainless steel (AISI 316L) overbraid
Description

These cables are specifically manufacture for our applications.
All cables are available with a stainless steel overbraid for harsh environment.

Typical application

They are used for 3 - pole sensors that exhibit a low impedance output :

  • ®ICP accelerometers with temperature output
  • Dual output sensor with dual acceleration & velocity

 

Fig 1 : without overbraid (PNR 600106.XX)

 

 

Fig 2 : with overbraid (PNR 600107.XX)

Ordering information

To order specify the part number with the following options :

600106.XX - AAA
600107.XX - AAA
AAA : Length in meters

Ordering example :
600106.31-010 Twisted triples cable, FEP, 10 metres

Overview

Jacket mat.

Temperature

Capa.

(pF/m)

Part Number

diameter

Part Number with

Stainless steel Overbraid

diameter

Application

Teflon (FEP)

-65 to 200 °C

90

600106.31

4.7 mm (0.185 inch)

600107.31

5.2 mm, (0.204 inch)

improved oil

resistance

Rad. cross link

halogen free

flame retardant

-55 to 125 °C

90

600106.51

4.3 mm (0.169 inch)

600107.51

4.8mm (0.189 inch)

flame retardant

and halogen free

Specifications

 

600106.31

600106.51

Construction

see fig 1 & 2

(1)

Conductors

Material

Gauge (mm)

 

Diameter (mm)

Lay (twist)

TPC (1)

19x0.203mm

AWG20 (~0.6 mm^2)

1 mm

30 mm min

TPC (1)

19x0.18 mm

AWG20 (~0.50 mm^2)

0.90

30 mm min

(2)
 Dielectric

Material

Diameter (mm)

Color conductor 1

Color conductor 2

Color conductor 3

Teflon (FEP)

1.53

White

Red

Black

Radox (3)

1.30

White + id 1

White + id 2

White + id 3

Fillers

Rund cable

Material

Diameter (mm)

No

Yes

No

Yes

(4)

foil

Material

polyester

No

(5)

Screen

Material

Coverage min

Diameter (mm)

Braided TPC (1)

85%

3.92

Braided TPC (1)

85%

3.3

(6)
Outer
sheat

Material
diameter mm (in.)

color

®Teflon (FEP)

4.7 ±0.2 (0.185 inch)

White

®Radox

4.5 ±0.3 (0.177 inch)

Black

(7)

Overbraid

PNR of cable :

Material

 

wire diameter

Diameter

Coverage

600107.31

SSTL, Aisi 316Ti, 1.4571, V4A

0.1 mm

5.2 mm (0.204 inch)

80% min

600107.51

SSTL, Aisi 316Ti, 1.4571, V4A

0.1 mm

5 mm (0.196 inch)

80% min

Electrical

Impedance Ω

50

TBD

Capacitance

Cond to Cond pF/m

Cond to shield pF

96

TBD

110

110

Physical

Temperature

Continous °C

________ °F

Maxi °C

-100 to 200 °C

-148 to 392 °F

N/A

-40 to 120 °C

-40 to 248 °F

TBD

Dielectric strength kV

3.4

TBD

Voltage rating Vrms

600

600

Dielectric Res.M Ω/ m

TBD

TBD

Resistance

Conductor Ω /km

Shield Ω .km

32.4

TBD

40

25.8

Weight (g/m)

30

4

Bending radius

Static

Dynamic

TBD

TBD

3 x diameter

5 x diameter

Fire

Flame retardant

Halogen free

Corrosive gas

Yes

No

Yes

Yes

Yes

No

Limited oxygen index

Smoke

TBD

slight

38%

Low

Standards

 

DIN 5510
NF F16-101
BS 6853
DIN EN 50265, 50267, 50268

NF C82-070, X10-702
IEC 60332-1

IEC 60754-1

IEC 61034-2

Radiation resistant

No

Yes

Chemical / mechanical / Radiation

 

 

(1) TPC : Tin Plated Copper
(2) ®Radox is a trademark of Huber&Suhner. Radox is a radiation cross link copolymer.

TBD : To be determined

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning

PNR:500023.05 - May, 23 2005 - Released A.B.

CONNECTORS, Model 6005XX

Description

VibraSens sells connectors commonly used in industrial accelerometers.

Typical applications

Spare parts or companies who want to assemble their own cable assemblies.

Ordering information

To order, specify part number :

600597.01 M12, connector, straight

 

 

Model Number

Norm

T°

End view

Side view

Cont-

atcs

(1)

Lock

RFI

Material
Finish

M12

IEC 60947-5-2

600597.01

(-55 to 90°C)

 

 

Yes

Yes

No

Ni plated brass

PA (Nylon)

600597.02

(-55 to 90°C)

 

Yes

Yes

No

Ni plated brass

PA (Nylon)

600597.03

(-55 to 90°C)

 

 

Yes

Yes

No

AISI 316L

PA (Nylon)

600597.04

(-55 to 90°C)

 

Yes

Yes

No

AISI 316L

PA (Nylon)

MIL-C

5015

 

600583.01

MS3456L10SL-4S

(-55 to 200 °C)

 

 

Yes

Rear

Rel.

No

No

Aluminum

Nickel

plated

600583.02

MS3456LS10SL-4S

(-55 to 200 °C)

 

 

Yes

Rear

Rel.

No

No

Stainless

steel

passivated

600583.04

MS3459LS10SL-4S

(-55 to 200 °C)

 

 

Yes

Rear

Rel.

Yes

No

Stainless

steel

passivated

600583.05

MS3106F10SL-4S

(-55 to +125°C)

 

 

No

Solder

No

No

Aluminum

Cadmium

olive

7/16" 27 UNS 2B

600595.01

MIL-C-83723 III

(-55 to +260°C)

 

 

No

Rear Rel.

No

No

Stainless

steel

passivated

601.01-01

MIL-C-83723 III

(-55 to +260°C)

 

No

Rear Rel.

No

No

Stainless

steel

passivated

(1) Removable contact

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning. PNR:500025.11 - May 17, 2005 - Released A.B.

Cable assemblies, Model 10

Main Characteristics _________________

Description

10 series are cable assemblies to interface with a variety of industrial sensors.

Typical application is to connect a sensor to a junction box or directly to the signal conditioner. It allows to get out in a cooler and less exposed environment where a standard multipair low cost cable could be used.

Ordering information

 

Cable Length : (DD meters)

To order specify part number, options and suffix :

10.01 - AAA - AAA - CC - DD

Special Version :

(EE) is a deviation suffix. Omitted for standard version

Special Engraving :
 Add ZXX at the end of the part number.
XX is a number supplied by VibraSens

AAA : Connectors

AAA

Prote-
-ction

 

Plug
Type
Material

IP

Cables

Shield
(91)

Wiring
Fig.

Application

Standard

Blunt cut

A01

None

 

 

N/A

0X

1X

2X

3X

N/A

WA01

All

A03

Over.

(101)

 

A04

Cond.

(152)

 

A05

Cond.

(161)

 

Flying leads, Pigtails

A11

None

 

 

N/A

0X

1X

2X

3X

N/A

WA01

All

A13

Over.

(101)

 

A14

Cond.

(15X)

 

A15

Cond.

(161)

 

Flying leads, Spade lug, 125°C

A21

None

 

 

N/A

0X

1X

2X

3X

N/A

WA01

All

A23

Over.

(101)

 

A24

Cond.

(152)

 

A25

Cond. (161)

 

MIL-C-5015- 2 sockets - Field installable - MS 3106F

Aluminum, cadmium olive with silver plated solder contact

B01

none

 

Fig AB01

 

64

0X

2X

4X

5X

6X

SNC

WB01

Industrial

B02

none

 

SC

B03

Over.

(101)

 

SNC

PNC

MIL-C-5015, size 10SL-4S, 2 gold plated Sockets

AISI 316L / 125°C

B13

Over.

(101)

 

Fig AB01

 

67

0X

2X

SNC

PC

WB01

Pulp and paper

Wet location

MIL-C-5015, size 10SL-3S, 3 gold plated Sockets

AISI 316L / 125°C

C13

Over.

(101)

 

Fig AC01

 

67

1X

SNC

PC

WC01

Pulp and paper

Wet location

M12, IEC 60947-5-2 - Permanent monitoring

gold plated contacts, nickel plated Brass self securing locking nut, Polyurethane overmolding.

E01

--

 

Fig AE01

 

67

3X

SC

WE01

Industrial

 

E31

 

M12, IEC 60947-5-2 - Field installable

PA self extinguishing housing, CuSn plated contacts, self securing locking nut.

E51

--

 

Fig AE01

 

67

0X

1X

2X

3X

SNC

WE01

Industrial

E71

 

M12, IEC 60947-5-2 - Field installable

PA self extinguishing housing, CuSn plated contacts, Stainless steel AISI316L self securing locking nut.

E61

--

 

Fig AE01

 

67

0X

1X

2X

3X

SNC

PNC

WE01

Industrial

E63

 

E81

 

E83

 

7/16" 27 UNS 2A, 2 Sockets , high temperature

AISI 303 / 260°C

D01

none

 

Fig AD01

 

64

0X

2X

SNC

WD01

Aero gas turbine

D02

none

 

SC

D13

Over.

(101)

 

64

0X

2X

SNC

PC

D14

Cond.

(155)

 

64

0X

2X

SNC

PC

Aero gas turbine

Dry location with 2X cable

D15

Cond.

(170)

 

67

Gas turbine

wet location with 2X cable

Lemo, S serie, size 0

Brass nickel plated, gold plated contacts, 250°C

L02

N/A

fig AL02

 

FFA.0S.302

64

 

03

22

SC

WD01

Gas turbine connection of piezoelectric differential accelerometer.

L22

N/A

fig AL22

 

PCA.0S.302

64

 

0X

2X

SC

BNC

Gold plated contacts, 80°C

F01

N/A

fig AF01

 

64

0X

1X

2X

3X

4X

5X

6X

(92)

WF01

Laboratory

TNC

Gold plated contacts, 80°C

T01

N/A

 

fig AF01

 

64

0X

1X

2X

3X

4X

5X

6X

(92)

WF01

Laboratory

Datalogger cable

Lemo, K serie, size 1

Brass nickel plated, gold plated contacts, 250°C

K02

none

fig AK02

 

FGG.1K.307 (7 contacts)

67

0X

2X

3X

5X

SC

WK02

Entek/IRD datalogger

Customer / Specific application

Amphenol, C16-1, 4 pins (03)

Nylon PA6.6, gold plated contacts, 125°C

P03

 

 

Over.

(101)

 

fig AP01

 

67

0X

2X

SNC

PNC

WP11

Pulp and paper

P13

1X

WP11

Lemo, B serie, size 1

Brass nickel plated, gold plated contacts, 250°C

J02

none

fig AJ02

 

FGG.1B.302

67

0X

2X

SC

WD01

Test bench connection of piezoelectric differential accelerometer.

Note (wiring) :

(91)

SC : Shield Connected to connector shell

SNC :Shield Not Connected to connector shell

PC : Protection (Overbraid or conduit) Connected to connector shell

PNC : Protection (Overbraid or conduit) Not Connected to connector shell

(92)

SC for 4X and 5X cables.

SNC for 0X, 1X, 2X, 3X, 6X cables.

Note (Protection)

(101) Overbraid AISI 316L

(151) Conduit AISI 304, PNR 600626.01, d=5mm

(152) Conduit AISI 304, PNR 600626.02, d=6mm

(153) Conduit AISI 304, PNR 600626.03, d=7mm

(154) Conduit AISI 304, PNR 600626.04, d=8mm

(155) Conduit AISI 304, PNR 600626.05, d=9.5mm

(161) Conduit AISI 321, leak proof, rugged, PNR 600626.51, d=8.7mm

(171) Conduit AISI 316L, leak proof, standard, PNR 600626.61, d=9.6mm

CC : Cable

CC

Type

PNR

Material

T°

Dia

(1)

Note

01

Shielded

Twisted

pair

600103.21

Polyurethane

90°C

d4.9

(d5.7)

Low cost with good oil & fluid resistance

02

600103.31

Teflon

FEP

200°C

d4.7

(d5.5)

improved oil &

fluid resistance

03

600103.51

®Radox

120°C

d4.3

(d5.1)

Flame retardant

halogen free

12

Shielded

Twisted

Triples

600106.31

Teflon

FEP

200°C

d4.7

(d5.5)

improved oil &

fluid resistance

13

600106.51

®Radox

120°C

d4.5

(d5.3)

Flame resistant & retardant

halogen free

22

Low noise

Shielded

Twisted pair

600050.01

Teflon PTFE tape

250°C

d4.2

2 Low noise treatments

31

Shielded

4 Conductors

600111.21

Polyurethane

black

90°C

d5.7

Low cost with good oil & fluid resistance

Flexible cable

0.34mm^2

42

Low noise

Coaxial

 

600052.01

Teflon

PFA extruded

260°C

d2.0

Low noise treated. RGL196

51

Coaxial

600101.03

PVC

80°C

d2.8

RG 174

52

600101.04

PVC

80°C

d4.95

RG 58 C/U

53

600101.31

Teflon

FEP

200°C

d1.1

Miniature coaxial

54

600101.32

Teflon

FEP

200°C

d1.9

RG178

55

600101.33

Teflon

FEP

200°C

d2.6

RG316

61

Spiral

600120.01

Polyurethane

90°C

d5

Spiral, 4x0.25mm^2 shielded

See note (11)

(1) Diameter in bracket are for cable with overbraid

(11) For spiral cable, DD is extended length. (Divide by 4 for non extended length).

DD : Length

DD

Enter length in metres.

Standard length : 02, 05, 10, 15, 20, 30 metres.

(EE) : Deviation suffix l

EE

Approval

none

standard version

Call us to define your deviation suffix for special stripping, length, engraving, ....

Ordering example :

10.01-B01-A01-01-05 Cable assembly 5 meters

Specifications

Electrical

Resistance

Between leads > 1 GOhms

Between either leads to shield > 1 GOhms

Capacitance See cable specification : PNR 500023.01

Environmental

Temperature

See table above for the temperature rating of each component.

Physical

Drawing See drawing Below

Acceptance, tests performed

Resistance (@100VDC)

Between leads >1G Ohms

Between either leads to shield >1G Ohms

Wiring

Checked according to the wiring schematic

Repair

Call factory for info

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning

PNR:500024.03 - August 3, 2006 - Released A.B.

DRAWINGS, GENERAL

 

Engraving

DRAWINGS, ARRANGEMENTS

 

Fig AB01 (MIL-C-505 2-Pole)

 

 

Fig AC01 (MIL-C-505 3-Pole)

 

 

Fig AD01 (7/16" 27 UNS)

 

 

Fig AE01 (M12 IEC 60947-5-2)

 

 

Fig AP01 (C16-1)

 

 

Fig AL02 (Lemo FFA.0S.302)

 

 

Fig AL22 (LEMO PCA.0S.302)

 

 

Fig AF01 (BNC, TNC)

 

 

Fig AJ02 (Lemo FGG.1B.302)

 

 

Fig AK02 (Lemo FGG.1K.307)

 

DRAWINGS, WIRING

 

Fig WA01

 

 

Fig WB01 (MIL-C-5015 10SL-4S)

 

 

Fig WC01 (MIL-C-5015 10SL-3S)

 

 

Fig WD01 (7/16 27 UNS 2A, Lemo PCA.0S.302, FFA.0S.302, FGG.1K.302)

 

Fig WP11 (C16-1)

 

 

Fig WP12 (C16-1)

 

 

Fig WE01 (M12)

 

 

Fig WF01 (BNC & TNC)

 

 

Fig WK02 (Lemo FGG.1K.307)

 

 

ENCLOSURE, MODEL 711

Main Characteristics _________________
  • Thermoplastic polycarbonate
  • IP 66/67 / NEMA 1, 4, 4X, 6
  • Continuous -40 to +80°C (-40 to 175°F)
  • Sealed by Polyurethane gasket
  • Fully insulated and corrosion resistant
  • Fitted with 6 metric knock-outs
Description

These splash-proof enclosure are used for the mechanical and environmental protection of our BNC interface unit. Polycarbonate enclosures offer the following benefits :

  • Better impact resistance than polyester.
  • Better corrosion resistance than painted steel or stainless steel.
  • Isolation of the electronic circuit preventing earth loop problems.

Various input cable glands are available. Read 500025.51 product specification to find one that will fit your front end input.

 

Model 711.01

Typical applications

These enclosures offer protection against the possible splashing of oil, water or corrosive substances encountered in severe industrial environments, such as off-shore or petrochemical application.

Ordering information

To order, specify model number :

711.01 Enclosure 130x80x60

711.11 Enclosure 130x80x60, 1 x d25.5 cutout

Ordering example :

711.01 Enclosure 130x80x60

Popular model (in stock) : 711.01 and 711.11

 

Specifications

Dimensions & Weight

LxWxH mm (inch) 130x80x60 (5.1x3.1x2.3)

711.01 see fig 1

711.11 see fig 2

Weight gr (Oz) 180 (6.4)

Materials

Material Polycarbonate

Base and cover color RAL 7035

Cover screw (color) Polyamide (Grey)

Gasket material TPE Polyurethane

Environmental

Temperature :

Operating continous -40 to +80 °C (-40 to 175 °F)

Short term -40 to +120°C ( -40 to 250 °F)

Chemical resistance :

Good resistance to sea water, acids, solvents, gasolines and oil

Outdoor use Yes

Ratings

Ingress Protection (EN 60529) IP 66/67

Nema Class 1, 4, 4X, 6 (12 & 13)

Impact Resistance (EN 50102) IK 08

Electrical insultaion fully insulated

Halogen free (DIN/VDE 0472, part 815) Yes

UV resistance UL 508

Flammability rating (UL 746 C 5) UL 94 5V

Glow wire test (IEC 695-2-1) 960°C

Certificates

Germanischer Lloyd (GL)

Underwriters Laboratories

Det Norske Veritas

Fimko

Europe EN 50298 1998 / EN 60950

Gost R

Accessories, supplied

Mounting screw

Accessories, spare parts

Screw for cover PNR 711.96

Hinge (2 pieces & Screws) PNR 711.91

Accessories, not supplied

Cable glands See Datasheet 500025.51

Mounting foot kit without opening the enclosure 711.94

 

Drawings

 

 

 

Fig 1 : Outline drawing, model 711.01

 

 

 

Fig 2 : Outline drawing, model 711.11

 

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning. PNR:500411.01 - September 1, 2005 - Released A.B.

BOX, MODEL 712

Main Characteristics _________________
  • Thermoplastic polycarbonate
  • IP 66/67 / NEMA 1, 4, 4X, 12 and 13
  • Continuous -40 to +80°C (-40 to 175°F)
  • Sealed by EPDM gasket
  • Fully insulated and corrosion resistant
  • Multiple version available with holes for cable glands
Description

These splash-proof box are used for the mechanical protection and environmental protection of our BNC and switch interface unit. Polycarbonate enclosures offer the following benefits :

  • Better impact resistance than polyester.
  • Better corrosion resistance than painted steel or stainless steel.
  • Isolation of the electronic circuit preventing earth loop problems.

Enclosures are available hinged on the long side. Quick release latches feature a built-in provision for padlocking. Various input cable glands are available. See datasheet for model 6XX to find cable glands that fit your cable.

 

Model 712.01

Typical applications

These enclosures offer protection against the possible splashing of oil, water or corrosive substances encountered in severe industrial environments, such as off-shore or petrochemical application.

Ordering information

To order, specify model number :

712.01 Enclosure 300x200x180
712.21 Enclosure 300x200x180, 4xM25 & 3xM12
712.31 Enclosure 300x200x180, 24xM12
712.99 Enclosure 300x200x180, holes defined by customer

Ordering example :

712.21 Enclosure 130x80x60, 4xM25, 3xM12

Popular model (in stock) : 712.01, 712.21

 

Specifications

Dimensions & Weight

LxWxH mm (inch) 300x200x180 (11.8x7.9x7.1)

712.01 fig 1

712.21 fig 2

712.31 fig 3

Weight kg (Oz) 1.8 (64 Oz)

Materials

Material Polycarbonate

Base and cover color RAL 7035

Gasket material Polyurethane/EPDM

Environmental

Temperature :

Operating continous -40 to +80 °C (-40 to 175 °F)

Short term -40 to +120°C ( -40 to 250 °F)

Chemical resistance :

Good resistance to sea water, acids, solvents, gasolines and oil

Outdoor use Yes

Ratings

Ingress Protection (EN 60529) IP 65

Nema Class 1, 4, 4X, 12 & 13 (UL 50/508)

Impact Resistance (EN 50102) IK 08

Electrical insultaion fully insulated

Halogen free (DIN/VDE 0472, part 815) Yes

UV resistance UL 508

Fire resistance UL 746C verticale flamme, 5 inch

Fire resistance IEC 695-2-1

Glow wire test (IEC 695-2-1) 960°C

Certificates

Canada : Industrial Control Equipment Enclosures for Electrical Equipment/ULc

Europe : Enclosures for Switch Gear and Control Gear Assemblies EN 50298:1998

Europe : Safety of Information Technology Equipment EN 50960

Fimko

Australia : Enclosures for switch gear and control gear

AS 3132-1991

Accessories, spare parts

Hinge (2 pieces & Screws) 712.91
170 mm Din rail 712.93
Latch (2 pieces & Screws) 712.96

Accessories, not supplied

Cable glands See datasheet for model 6XX

Mounting foot kit without opening enclosure 712.94

 

Drawings

 

 

Fig 1 : Outline drawing, model 712.01

 

 

 

 

Fig 2 : Outline drawing, model 712.21

 

 

 

 

Fig 3 : Outline drawing, model 712.31

 

 

 

 

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning. PNR:500412.01 - October 1, 2005 - Released A.B.

BOX, MODEL 713

Main Characteristics _________________
  • Thermoplastic polycarbonate
  • IP 66/67 / NEMA 1, 4, 4X, 12 and 13
  • Continuous -40 to +80°C (-40 to 175°F)
  • Sealed by EPDM gasket
  • Fully insulated and corrosion resistant
  • Multiple version available with holes for cable glands
Description

These splash-proof box are used for the mechanical protection and environmental protection of our BNC and switch interface unit. Polycarbonate enclosures offer the following benefits :

  • Better impact resistance than polyester.
  • Better corrosion resistance than painted steel or stainless steel.
  • Isolation of the electronic circuit preventing earth loop problems.

Enclosures are available hinged on the long side. Quick releaselatches feature a built-in provision for padlocking. Various input cable glands are available. See datasheet for model 6XX to find cable glands that fit your cable.

 

Model 713.01

Typical applications

These enclosures offer protection against the possible splashing of oil, water or corrosive substances encountered in severe industrial environments, such as off-shore or petrochemical application.

Ordering information

To order, specify model number :

713.01 Enclosure 300x200x180
713.21 Enclosure 300x200x180, 11 x M25
713.31 Enclosure 300x200x180, 48 x M12
713.99 Enclosure 300x200x180, holes defined by customer

Ordering example :

713.21 Enclosure 300x200x180, 11xM25

Popular model (in stock) : 712.01, 712.21

 

Specifications

Dimensions & Weight

LxWxH mm (inch) 400x300x180 (15.8x11.8x7.1)

713.01 see fig 1

713.21 see fig 2

Weight kg (Oz) 2.2 (78)

Materials

Material Polycarbonate

Base and cover color RAL 7035

Gasket material Polyurethane/EPDM

Environmental

Temperature :

Operating continous -40 to +80 °C (-40 to 175 °F)

Short term -40 to +120°C ( -40 to 250 °F)

Chemical resistance :

Good resistance to sea water, acids, solvents, gasolines and oil

Outdoor use Yes

Ratings

Ingress Protection (EN 60529) IP 65

Nema Class 1, 4, 4X, 12 & 13 (UL 50/508)

Impact Resistance (EN 50102) IK 08

Electrical insultaion fully insulated

Halogen free (DIN/VDE 0472, part 815) Yes

UV resistance UL 508

Fire resistance UL 746C verticale flamme, 5 inch

Fire resistance IEC 695-2-1

Glow wire test (IEC 695-2-1) 960°C

Certificates

Canada : Industrial Control Equipment Enclosures for Electrical Equipment/ULc

Europe : Enclosures for Switch Gear and Control Gear Assemblies EN 50298:1998

Europe : Safety of Information Technology Equipment EN 50960

Fimko

Australia : Enclosures for switch gear and control gear

AS 3132-1991

Accessories, spare parts

Hinge (2 pieces & Screws) 712.91
270 mm Din rail 712.92

Latch (2 pieces & Screws) 712.96

Accessories, not supplied

Cable glands See datasheet for model 6XX

Mounting foot kit without opening enclosure 712.94

 

Drawings

 

 

Fig 1 : Outline drawing, model 713.01

 

 

 

 

Fig 2 : Outline drawing, model 713.21

 

 

 

 

Fig 3 : Outline drawing, model 713.31

 

 

 

 

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning. PNR:500413.01 - October 1, 2005 - Released A.B.

BNC INTERFACE UNIT, MODEL 301

Main Characteristics _________________
  • 4 differential channels
  • Compatible with all 2 wires sensor
  • Din rail mounted (TS35 and TS32)
  • Isolated BNC output
  • Spring cage terminal block input
  • PCB grounding plate connected to din rail
Description

The VibraSens BNC interface unit is a din rail mounted module for permanently installed vibration sensors. Pigtails (signal, common and shield) sensor cables are attached to spring cage terminal block. Data collection equipment with the sensor excitation power are mounted to BNC jack connectors. BNC interface unit do not supply sensor excitation. PCB grounding plates are connected to din rail which greatly improve EMC. VibraSens offers enclosure for 1, 2 or 4 modules but it is not mandatory as the module can take place on any TS35/TS32 Din rail.

 

Model 301.11

Typical applications

BNC interface module is installed in a convenient centralized location away from noisy or unsafe environment where portable collector can record the sensor reading. Simply connect a data collector with sensor excitation power to the BNC jack of the sensor channel of interest to access that sensor's measurement signal

Ordering information

To order, specify model number :

301.11 BNC Interface unit, Din rail mounted

Popular model (in stock) : 301.11

 

Specifications

Electrical

Channels 4

2 Wire sensors ©ICP Piezoelectric accelerometer

Velocimeter

Eddy current proximity sensor

Maximum Voltage 240V

Maximum Current 5A

Physical

Input 3-pole spring cage terminal

AWG 24-14 / 0.2 - 1.5 mm^2

Output Isolated BNC

Dimensions see fig 1

Weight gr (oz) 120 gr (4.3 Oz)

Material, Din rail profil PVC Green (UL94)

Material, terminal Polyamid green

Environmental

Temperature :

Operating continous -20 to +55 °C (-4 to 130 °F)

Ratings

Flammability rating UL 94 VO

 

 

 

 

 

 

 

 

Drawings

 

Fig 1 : Outline drawing, model 301.11

 

Fig 2 : Wiring

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning. PNR:500421.01 - September 1, 2005 - Released A.B.

©ICP is a trademark of PCB

BNC TERMINATION BOX, MODEL 751

Main Characteristics _________________
  • 4 differential channels
  • Polycarbonate IP66/67 Box (NEMA 1, 4, 4X,6)
  • Compatible with all 2 wires sensor
  • Isolated BNC output
  • Spring cage terminal block input
  • PCB grounding plate connected to din rail
Description

The VibraSens BNC termination box collect data for permanently installed vibration sensors. Pigtails (signal, common and shield) sensor cables are attached to spring cage terminal block. Data collection equipment with the sensor excitation power are mounted to BNC jack connectors. BNC interface unit do not supply sensor excitation. The PCB module is enclosed in the VibraSens polycarbonate enclosure 711. Customer should specify and order separetely the M25 cable glands that fit the diameter of the incoming cables.

 

Model 751.01

Typical applications

BNC termination box is installed in a convenient centralized location away from noisy or unsafe environment where portable collector can record the sensor reading. Simply connect a data collector with sensor excitation power to the BNC jack of the sensor channel of interest to access that sensor's measurement signal

Ordering information

To order, specify model number :

751.01 BNC termination box

Cable gland should be ordered separately. See datasheet for model 6XX.

Popular model (in stock) : 751.01

 

Specifications

BNC Module

See datasheet for model 301.11

Enclosure

See datasheet for model 711.11

Physical

Weight gr (oz) TBD

Environmental

Temperature :

Operating continuous -20 to +55 °C (-4 to 130 °F)

Accessories, supplied

Mounting screw

Accessories, spare parts

See datashhet for box 711.01

Accessories, not supplied

Cable gland M25 4xdia5, incl. nut 625.14N

Cable gland M25 4xdia6, incl. nut 625.13N

See datasheet for box model 711

 

 

Drawings

 

Fig 1 : Outline drawing, model 751.01

 

Fig 2 : Wiring

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning. PNR:500431.01 - October 1, 2005 - Released A.B.

BNC TERMINATION BOX, MODEL 752

Main Characteristics _________________
  • 4, 8, 12 or 16 differential channels
  • Polycarbonate IP66/67 Box (NEMA 1, 4, 4X,6)
  • Compatible with all 2 wires sensor
  • Isolated BNC output
  • Spring cage terminal block input
  • Module internally grounded to the din rail
Description

The VibraSens BNC termination box collect data for permanently installed vibration sensors. Pigtails (signal, common and shield) sensor cables are attached to spring cage terminal block. Data collection equipment with the sensor excitation power are mounted to BNC jack connectors. BNC interface unit do not supply sensor excitation. The PCB module is enclosed in the VibraSens polycarbonate enclosure 712. Customer should specify and order separately the M25/M12 cable glands that fit the diameter of the incoming cables.

 

Model 752.01-16-02

Typical applications

BNC interface box is installed in a convenient centralized location away from noisy or unsafe environment where portable collector can record the sensor reading. Simply connect a data collector with sensor excitation power to the BNC jack of the sensor channel of interest to access that sensor's measurement signal

Ordering information

To order, specify model number :

752.01- AA - BB

AA : Number of Channel

04 : 4 Channels (1 module 301.11)
08 : 8 Channels (2 modules 301.11)
12 : 12 Channels (3 modules 301.11)
16 : 16 Channels (4 modules 301.11)

BB : Box

01 : Box, Polycarbonate 300x200x180, No holes
02 : Box, Polycarbonate 300x200x180, 4xM25 & 3xM12
03 : Box, Polycarbonate 300x200x180, 24xM12
09 : Box, Polyc. 300x200x180, holes per customer drawing.
99 : Box, call us for polyester or stainless steel boxes

Note

Cable gland should be ordered separately. See datasheet for model 6XX.

Popular model (in stock) : 752.01-AA-02

Specifications

BNC Module

See datasheet for model 301.11

Enclosure

BB=01 See Model 712.01

BB=02 See Model 712.21
BB=03 See Model 712.31

Physical

Weight gr (oz) TBD (TBD)

Environmental

Temperature :

Operating continous -20 to +55 °C (-4 to 130 °F)

Accessories, supplied

Mounting screw

Accessories, spare parts

See datasheet for box 712

Accessories, not supplied

Cable gland M25 4xdia5 625.14

Cable gland M25 4xdia6 625.13

Cable gland M12 612.01

 

Drawings

 

 

Fig 1 : Outline drawing, model 752.01-16-02

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning. PNR:500432.01 - October 4, 2005 - Released A.B.

SWITCH INTERFACE UNIT

MODEL 302

 

Main Characteristics _________________
  • 11 channels differential switching unit
  • High quality rotary switch with 3um gold plating
  • Compatible with all 2 wires sensor
  • Din rail mounted (TS35 and TS32)
  • Isolated BNC output
  • Spring cage terminal block input
  • PCB Grounding plate connected to din rail
Description

The VibraSens switch interface unit is a multiple channel connecting centers for terminating and switching the outputs of up to 11 two-wire sensors. Pigtails (signal, common and shield) sensor cables are attached to spring cage terminal block. Data collection equipment with the sensor excitation power are mounted to BNC jack connector. Switch interface unit do not supply sensor excitation. PCB grounding plates are connected to din rail which greatly improve EMC. VibraSens offers enclosure for 1, 2 or 4 modules but it is not mandatory as the module can take place on any TS35/TS32 Din rail. Our module doesn't include Electrostatic Discharge protection already included in the electronic of our accelerometer.

 

Model 302.11

Typical applications

Switchable interface module is installed in a convenient centralized location away from noisy or unsafe environment where portable collector can record the sensor reading. Simply connect the data collector with sensor excitation power to the BNC jack, and position the selector switch (1-11) in the appropriate position to access individual sensor measurement signals.

Ordering information

To order, specify model number :

302.01 Switch interface unit, Din rail mounted

302.11 Switch interface unit, Din rail mounted, right angle

Popular model (in stock) : 302.01 & 302.11

Specifications

Electrical

Channels 11

2 Wire sensors ©ICP Piezoelectric accelerometer

Velocimeter

Eddy current proximity sensor

Maximum switching voltage 42V

Maximum switching current 0.4A

Physical

Input 3-pole spring cage terminal

AWG 24-14 / 0.2 - 1.5 mm^2

 

 

Output Isolated BNC

Dimensions see fig 1 & fig 2

Weight gr (oz) 300 gr (10.6 Oz)

Material, Din rail profil PVC Green (UL94)

Material, terminal Polyamid green

Environmental

Temperature :

Operating continous -20 to +55 °C (-4 to 130 °F)

Ratings

Flammability rating UL 94 VO

 

Drawings

 

 

 

Fig 1 : Outline drawing, model 302.11

 

 

 

Fig 2 : Outline drawing, model 302.01

 

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning. PNR:500422.01 - October 1, 2005 - Released A.B.

©ICP is a trademark of PCB

SWITCH BOXES, MODEL 753

Main Characteristics _________________
  • 11, 22 channels differential switching unit
  • High quality rotary switch with 3um gold plating.
  • Compatible with all 2 wires sensor
  • Din rail mounted (TS35 and TS32)
  • Isolated BNC output
  • Spring cage terminal block input
  • PCB Grounding plate connected to din rail
Description

The VibraSens switch box is a multiple channel connecting centers for terminating and switching the outputs of up to 22 two-wire sensors. Pigtails (signal, common and shield) sensor cables are attached to spring cage terminal block. Data collection equipment with the sensor excitation power are mounted to BNC jack connector. Switch interface unit do not supply sensor excitation. PCB grounding plates are connected to din rail which greatly improve EMC. The PCB module is enclosed in the VibraSens polycarbonate enclosure model 712. If applicable customer should specify and order separetely the M25/M12 cable glands that fit the diameter of the incoming cables.

 

Model 753.01-22-02

Typical applications

Switchable interface module is installed in a convenient centralized location away from noisy or unsafe environment where portable collector can record the sensor reading. Simply connect the data collector with sensor excitation power to the BNC jack, and position the selector switch (1-11) in the appropriate position to access individual sensor measurement signals.

Ordering information

To order, specify model number :

753.01- AA - BB

AA : Number of Channel

11 : 11 Channels (1 module 302.11)
22 : 22 Channels (2 modules 302.11)

BB : Box

01 : Box, Polycarbonate 300x200x180, No holes
02 : Box, Polycarbonate 300x200x180, 4xM25 & 3xM12
03 : Box, Polycarbonate 300x200x180, 24xM12
09 : Box, Polyc. 300x200x180, holes per customer drawing.
99 : Box, call us for polyester or stainless steel boxes

Note : Cable gland should be ordered separately. See datasheet for model 6XX.

Popular model (in stock) : 753.01-AA-02

Specifications

Electrical

Channels 11, 22

BNC Module

See datasheet for model 301.11

Enclosure

See datasheet for model 712

Physical

Weight gr (oz) TBD

Environmental

Temperature : continuous -20 to +55 °C (-4 to 130 °F)

Accessories, supplied

Mounting screw

Accessories, spare parts

See datasheet for box 712

Accessories, not supplied

Cable gland M25 4xdia5 625.14

Cable gland M25 4xdia6 625.13

Cable gland M12 612.01

 

Drawings

 

Fig 1 : Outline drawing, model shown 753.01-22-02

 

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning. PNR:500433.01 - September 1, 2005 - Released A.B.

SWITCH BOXES, MODEL 754

 

Main Characteristics _________________
  • 11, 22, 33, 44 channels differential switching unit
  • High quality rotary switch with 3um gold plating.
  • Compatible with all 2 wires sensor
  • Din rail mounted (TS35 and TS32)
  • Isolated BNC output
  • Spring cage terminal block input
  • PCB Grounding plate connected to din rail

Description

The VibraSens switch box is a multiple channel connecting centers for terminating and switching the outputs of up to 44 two-wire sensors. Pigtails (signal, common and shield) sensor cables are attached to spring cage terminal block. Data collection equipment with the sensor excitation power are mounted to BNC jack connector. Switch interface unit do not supply sensor excitation. PCB grounding plates are connected to din rail which greatly improve EMC. The PCB module is enclosed in the VibraSens polycarbonate enclosure 713. If applicable customer should specify and order separetely the M25/M12 cable glands that fit the diameter of the incoming cables.

 

model 754.01-44-02

Typical applications

Switchable interface module is installed in a convenient centralized location away from noisy or unsafe environment where portable collector can record the sensor reading. Simply connect the data collector with sensor excitation power to the BNC jack, and position the selector switch (1-11) in the appropriate position to access individual sensor measurement signals.

Ordering information

To order, specify model number :

754.01- AA - BB

AA : Number of Channel

11 : 11 Channels (1 module 302.11)
22 : 22 Channels (2 modules 302.11)
33 : 33 Channels (2 modules 302.11)
44 : 44 Channels (2 modules 302.11)

BB : Box

01 : Box, Polycarbonate 400x300x180, No holes
02 : Box, Polycarbonate 400x300x180, 11xM25 holes
03 : Box, Polycarbonate 400x300x180, 48xM12 holes
09 : Box, Polyc. 300x200x180, holes per customer drawing.
99 : Box, call us for polyester or stainless steel boxes

Note : Cable gland should be ordered separately. See datasheet for model 6XX.

Popular model (in stock) : 754.01-AA-02

Specifications

Electrical

Channels 11, 22, 33, 44

BNC Module

See specification for model 301.11

Enclosure

BB=01 See datasheet for box 713.01
BB=02 See datasheet for box 713.21
BB=03 See datasheet for box 713.31

Physical

Weight gr (oz) TBD

Environmental

Temperature :

Operating continous -20 to +55 °C (-4 to 130 °F)

Accessories, supplied

Mounting screw

Accessories, spare parts

See datasheet for box 713

Accessories, not supplied

Cable gland M25 4xdia5 625.14

Cable gland M25 4xdia6 625.13

Cable gland M12 612.01

See datasheet for box 713

 

Drawings

 

Fig 1 : Outline drawing, model shown 754.01-44-02

 

 

 

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning. PNR:500434.01 - October 4, 2005 - Released A.B.

Calibration, Vibration Transducer, 501.XX

 
Main Characteristics _________________
  • Vibration transducer calibration from 10 Hz to 10 kHz
  • Calibration of most vibration transducer :
  • piezoelectric charge accelerometer
  • accelerometer with constant current excitation
  • velocimeter
  • Back to back method with compensation for :
  • electrical gain
  • reference accelerometer frequency response
  • Traceable to PTB

 

Introduction

The VibraSens PC based automated accelerometer calibration system provides traceable calibration of most vibration transducer. It consists of a high frequency shaker, a PC and a 12 bit two channels 5 MS/s data acquisition card. Its operationall software is based on National Instrument Labview.

 

Description

This system provides a significant improvement in vibration calibration. High speed data acquisition associated with Labview allow compensation of parameters that were not possible with analog system.

 

Back to back calibration with substitution.

Our system includes Back to back calibration with substitution. This technique greatly improved the accuracy of the measurement using 2 reference accelerometers with known and traceable sensitivity on the entire frequency range. The computer then corrects for electronic gain at each frequency. It virtually eliminates uncertainties due to temperature variation and signal conditioner gain on the entire frequency range.

Filtering technique

Digital system uses more powerful signal processing to reduce the signal noise ratio. The reference and Unit under test accelerometer are both stimulated with a sinusoidal signal. Unfortunately, the system is poised with noise and harmonic distorsion. The power amplifier and the transverse mechanical resonance of the shaker are the main distorsionsources. Our calibration is performed in the frequency domain where we apply a cross correlation technique between the input and output signal. This almost removes all signal not correlated with the input signal of the shaker.

Mass loading

Mass loading on back to back calibration system can be a high source of uncertainty. At 10kHz with a 200 grammes sensor, the deviation of the curve are well below 0.5%. We have therefore decided to not compensates our system for this effect.

Data Storage and output

The system automatically generates a report of the test. The user can then print or saved it in Acrobat PDF format.

 

 

Ordering information

To order, specify part number and vibration parameters :

501.01, Calibration, Vibration Transducer, single point, (vibration parameter to be defined)

501.11, Calibration, Vibration Transducer, sinusoidal sweep, 10Hz to 10kHz, (vibration parameter to be defined)

Ordering example :

501.01, Calibration, Vibration Transducer, frequency=160Hz, 5g

501.01, Calibration, Vibration Transducer, frequency=80Hz, 50mm/s

501.11, Calibration, Vibration Transducer, frequency=10Hz to 5kHz, 5g

501.11, Calibration, Vibration Transducer, frequency=10Hz to 1kHz, 5ips

Specifications

Principle

Back to back calibration by substitution

Conform to ISO 5347-3

Electrical Input

type

Charge for piezoelectric transducers (single ended or differential)

Voltage with constant current supply (ICP type)

Current input with constant voltage supply

Voltage for velocity transducer (velocity coil)

Voltage for piezoresistive or capacitive accelerometer

range, acceleration transducer

Charge : 0.02-5000 pC/g

Voltage : 1-10 000 mV/g

Current : 0.01 to 100 uA/g

range, velocity transducer

Voltage : 0.5-100 mV/mm/s

Frequency range

Accelerometers 10Hz to 10kHz

Velocimeters : 10Hz to 2.5kHz

Max transducer weight

10Hz to 5kHz 500 g

10Hz to 10kHz 60 g

Accuracy

Absolute errors are as follows :

10Hz-4kHz 1.2%

4-7kHz 1.8%

7-10kHz 2.6%

 

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning

©ICP is a trademark of PCB

PNR:500401.01 - August 16, 2004 - Rev A - Released A.B.

Calibration, accelerometer, earth gravitation, 502.01

 
Main Characteristics _________________
  • Vibration transducer calibration from 0.1 Hz to 5 Hz
  • Calibration of most vibration transducer :
  • piezoelectric charge accelerometer
  • ICP piezoelectric accelerometer
  • piezovelocimeter
  • capacitive accelerometer
  • piezoresistive accelerometer

 

Introduction

The VibraSens PC based automated low frequency accelerometer system provides calibration between 0.1Hz and 5 Hz by earth's gravitation. It consists of a specifically design testing machine, a PC and a 12 bit two channels 200 kS/s data acquisition card. Its operational software is based on National Instrument Labview.

Description

The accelerometer is continuously rotated and is subjected to a sinusoidally varying earth's gravitation acceleration. A proximitor extract the speed signal. The software calculates after filtering the RMS output of the accelerometer which is divided by the earth acceleration.

Filtering technique

Filtering technique is important as the signal is low between 0.1Hz and 0.5Hz. We have used the speed signal from the proximitor to design a tracking filter that enable us to get a clean signal from the accelerometer.

Data Storage and output

The system automatically generates a report of the test. The user can then print or saved it in Acrobat PDF format.

 

Ordering information

To order, specify part number :

502.01, Calibration, accelerometer, earth gravitation

 

Specifications

Principle

Calibration by earth's gravitation

Electrical Input

type

Charge for piezoelectric transducers (single ended or differential)

Voltage with constant current supply (ICP type)

Current input with constant voltage supply

Voltage for velocity transducer (velocity coil)

Voltage for piezoresistive or capacitive accelerometer

Frequency range

Accelerometers 0.1Hz to 5Hz

Velocimeters : 0.1Hz to 5Hz

Max transducer weight

500 g

Accuracy

Absolute errors are as follows :

0.10Hz-5Hz 5 %

 

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning

©ICP is a trademark of PCB

PNR:500403.01 - May 16, 2004 - Rev A - Released A.B.

Calibration, accelerometer, base strain sensitivity, Model 502.11

 
Main Characteristics _________________
  • Suitable for following vibration transducer :
  • piezoelectric charge accelerometer
  • ICP piezoelectric accelerometer
  • piezovelocimeter
  • capacitive accelerometer
  • piezoresistive accelerometer
  • Conform to ISO 5347-13
  • Conform to ISA RP 37.2 -1982 (R1995) para 6.6

 

Introduction

The VibraSens PC based automated base strain sensitivty system consists of a deflected beam, a PC and a 12 bit two channels 200 kS/s data acquisition card. Its operational software is based on National Instrument Labview.

Introduction

In some environmental tests the surface, on which the accelerometer is mounted, is bending and distorting as well as vibrating. If a significant output results from the strains in the accelerometer base caused by the bending and distorting of the mounting surface, then the accelerometer is said to be base strain sensitive.

This sensitivity is expressed in terms of g/inch/inch.

Piezoelectric shear accelerometer are usually the less sensitive. Nevertheless a well decoupled compression accelerometer could have lower base strain rating than a shear mode sensor. For each model, base strain sensitivty is quantified on the specification sheet and can be compared.

Description

The accelerometer is mounting at the inboard end of a centilever beam, which produces a radius of 1000 inches and a strain of 250 inch/inch. The beam is 3 inches wide and 0.5 inch thick with a free length of 57 inches. The natural frequency is close to 4.2 Hz. Four strain gauges in full bridge mode are bonded to the beam adjacent to the accelerometer mounting hole. The system is excited by manually deflecting the free end of the beam. The data acquisition simultaneously record the signal from the accelerometer and from the strain gauge bridge. The accelerometer signal is recorded when the strain is exactly 250 inch/inch. The base strain sensitivity is found by dividing the above accelerometer output by 250 times the accelerometer sensitivity.

Filtering technique

Filtering technique is important as the signal from the accelerometer is low (5mV typical). We have extracted from the strain gauge bridge signal the natural frequency resonance of the beam to set up a tracking filter that enable us to get a narrow band and clean signal from the accelerometer.

Data Storage and output

The system automatically generates a report of the test. The user can then print or saved it in Acrobat PDF format.

Ordering information

To order, specify part number and vibration parameters :

502.11, Calibration, accelerometer, base strain sensitivty

 

Specifications

Principle

Base strain sensitivity with deflected beam

Electrical Input

type

Charge for piezoelectric transducers (single ended or differential)

Voltage with constant current supply (ICP type)

Current input with constant voltage supply

Voltage for velocity transducer (velocity coil)

Voltage for piezoresistive or capacitive accelerometer

Frequency range

All 4.2Hz

 

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning

©ICP is a trademark of PCB

PNR:500403.11 - May 25, 2005 - Rev A - Released A.B.

Calibration, Dynamic Pressure transducer, Model 503.XX

 

 
Main Characteristics _________________
  • frequency from quasi static to 5 Hz
  • sinusoidally varying pressure from 0 to 2 Bars
  • Calibration of most pressure transducer :
  • piezoelectric charge (single ended or differential)
  • constant current excitation
  • constant voltage excitation
  • Compensation for electrical gain (substitution method)

Introduction

The VibraSens PC based automated dynamic pressure calibration system provides calibration of piezoelectric dynamic pressure transducer. It consists of a sinusoidal air generator, a PC and a 12 bit two channels 5 MS/s data acquisition card. Its operationall software is based on National Instrument Labview. With 2 bars (31 PSI) dynamic, our system provides better signal noise ratio at low frequency than pistonphone used to calibrate microphones and other acoustic sensors.

Description

Piezoelectric pressure transducer cannot be calibrated statically. VibraSens has therefore developed its own calibration system using a periodic sine wave pressure generator.

This system provides a significant improvement in dynamic pressure calibration. Data acquisition associated with Labview allow compensation of parameters that were not possible with analog system.

Comparison calibration with substitution.

Our system includes comparison calibration with substitution. This technique greatly improved the accuracy of the measurement using 2 reference pressure sensor. The first one is a piezoresistive pressure sensor calibrated using a dead weight tester. The second one is a stable piezoelectric quartz transducer. The 2 reference pressure transducer are first installed and the system calculates a first transfer function. The Unit Under test is then installed and a second transfer function is calculated. The PC is therefore able to compensate for the difference in the electrical gain of the signal conditioning system. It virtually eliminates uncertainties due to temperature variation and signal conditioner gain on the entire frequency range.

Filtering technique

Digital system uses more powerful signal processing to reduce the signal noise ratio. The reference and Unit under test transducer are both stimulated with a sinusoidal signal. Unfortunately, the system is poised with noise and harmonic distorsion mainly due to the system used to generate the sinusoidal wave. Our calibration is performed in the frequency domain where we apply a cross correlation technique between the input and output signal. This almost removes all signal not correlated with the input signal sent to our harmonic air generator device.

 
Data Storage and output

The system automatically generates a report of the test. The user can then print or saved it in Acrobat PDF format.

Ordering information

To order, specify part number and pressure parameters :

503.01, Calibration, Dynamic Pressure Transducer, pressure parameters to be defined

Ordering example :

503.01, Calibration, Dynamic Pressure Transducer, 2 bars 5Hz

Specifications

Principle

Comparison calibration by substitution

Sinusoidal wave pressure generator

Electrical Input

type

Charge for piezoelectric transducers (single ended or differential)

Voltage with constant current supply (ICP type)

Current input with constant voltage supply

range, transducer

Charge : 0.02-5000 pC/bar

Voltage : 1-10 000 mV/bar

Current : 0.01 to 100 uA/bar

Frequency range

pressure transducer 0Hz to 5Hz

Pressure range

Static 0.1 to 2 bars

Dynamic 1 to 2 bars

Accuracy

Absolute errors are as follows :

1Hz-5hz 1.5%

 

Due to the continual development of products, VibraSens reserves the right to modify these specifications without forewarning

©ICP is a trademark of PCB

PNR:500402.01 - August 16, 2004 - Rev A - Released A.B.

acronyms and abbreviations

materials

PVC

polyvinylchloride

PE

polyethylene

PU

Polyurethane

FEP

Fluorinated ethylene propylene

 

Teflon Hostaflon is a registred trademark of Dupont

PFA

perfluoroalkoxy

PTFE

polytetrafluorethylene

 

Teflon : registred trademark of Dupont

 

Halon is a registred trademark of allied chemical

 

Fluon is a registred trademark of I.C.I.

PVDF

polyvinylidene fluoride

 

Kynar is a trademark of Pennwalt

 

Solef is a trademark of TBD

ETFE

ethylene-tetrafluorethylene-copolymer

 

Tefzel is a registred trademark of Dupont

®Radox 125

polyolefin copolymer cross link (Trademark of Huber&Suhner)

SIR

silicon rubber

technical

pC

Pico Coulombs

cpm

Cycle Per Minute

cps

Cycle Per Second

RPM

Revolution per Minute

S

Second

F

Farad

V

Volt

Vibrasens

TBD

To Be determined

N/A

Not Applicable

 

CONVERSION FACTORS

Multiple and submultiple prefixes

Sym-

bol

Prefix

Mul-

tiple
 

Sym-

bol

Prefix

Mul-

tiple

 

 

 

_______

f

femto

10 -15

T

tera

10 +12

 

p

pico

10 -12

G

giga

10 +9

 

n

nano

10 -9

M

mega

10 +6

 

u

micro

10 -6

k

kilo

10 +3

 

m

milli

10 -3

LENGTH

1 um __________

=

0.03937 mil

1 m

=

39.370 * inches

 

=

3.2808 feet

 

=

1.094 yards

1 km

=

0.621 mile

1 mil

=

25.4 um

1 inch

=

25.4 mm

 

=

1000 mil

 

=

3* feet

1 foot

=

0.30480 m *

 

=

12.0 inches *

1 yard

=

0.9144 m *

1 miles (statute)

=

5280 feet *

 

=

1.6093 kilometers

AREA

1 cm 2 _________

=

0.1550 square inches

1 m 2

=

10.764 square feet

1 square inches

=

645.16 mm 2 *

1 square feet

=

144.0square inches*

 

=

0.09290 m 2

1 acres

=

4047 m 2

VOLUME

1 cm 3 _________

=

0.06102 cubic inches

1 m 3

=

35.315 cubic feet

 

=

1000 l

1 inches 3

=

16.387 cm 3

1 cubic feet

=

1728* cubic inches

Mass

1 gram _________

=

0.03527 ounces Oz (avdp.)

1 kilogram

=

2.2046 ponds (advp.)

1 ounce (Oz)

=

28.350 grams

1 pound (advp)

=

16* ounces (avdp)

=

453.6 grams

ANGLE

1 degree _______

=

0.017453 Radian

1 radians

=

57.2958 degrees

1 Grade

=

0.900* degree

FORCE

1 Dynes _______

=

10E-5 Newton

1 kilogram force

=

9.80665* Newtons

1 Newton

=

0.1020 kilogram force

MOMENT OR TORQUE

1 pound (force) __

inch

=

0.1130 Newton meters

1 newton meters

=

8.849 pound (force) inch

PRESSURE

1 atmospheres __

=

1.01325* bars

 

=

760.0 mm of Hg

 

=

101 325 k Pa

1 mm of Hg (Torr)

=

133.32 N/m2

FROM

TO

Bar

mBar

Pascal

kg/cm2

PSI

Bar

1

0.001

0.00001

0.98068

0.068946

mBar

1000

1

0.01

980.68

68.946

Pascal

100 000

100

1

98607

6894.6

kg/cm2

1.0197

0.0010197

1.0197E-5

1

0.070305

PSI

14.504

0.014504

14504E-6

14.223

1

Note : 1 Pascal=1N/m2

POWER

1 Horsepower ____

=

746.0* watts

1 BTU/second ____

=

1055.9 watts

ENERGY

1 BTU ___________

=

1055.9 Joules

Temperature

1 °F ____________

=

 

1°C

=

 

1°K

=

°C+273.15

* exact value.

CONVERSION FACTORS, Dynamic

displacement

1 mm ___________

=

0.03937 inch

1 um

=

0.03937 mil

1 inch

=

25.4 mm

1 mil

=

25.4 um

velocity

1 m/s ___________

=

3.2808 feet/s

 

=

88.0* feet/minute

1 feet/s

=

0.3048* m/s

1 feet/min

=

5.080* mm/s

1 inch/s

=

0.0254* m/s

accelereation

1 g _____________

=

9.80665* meters/second 2

 

=

32.174 feet/second 2

 

=

386.088 inches/second 2

1 foot/second 2

=

0.3048* meters/second 2

1 inch/s 2

=

0.02540 m/s 2

Frequency

1 Hertz _________

=

60 rpm

1 rpm

=

0.0167 Hz

1 Cycle (360°)

=

2.pi radian

1 Hertz (cps)

=

2 pi radian/s

1 rpm

=

0.1047 radians /s

Accelerometer Sensitivity

1 EU/g __________

=

0.1019 EU/ms -2

1 EU/ms -2

=

9.8065 EU/g

1 EU/ips

=

0.0394 EU/mm.s -1

1 EU/mm.s -1

=

25.4 EU/ips

1 EU/mil

=

0.0394 EU/um

1 EU/um

=

25.4 EU/mil

Pressure Sensor sensitivity

1 Eu/mbar _______

=

68.9 EU/PSI

1 EU/PSI

=

0.0145 EU/mbar

1 mbar/g

=

0.0145 PSI/g

1 PSI/g

=

68.9 mbar/g

* exact value.

EU : Engineering unit

 

DISPLACEMENT, VELOCITY, ACCELERATION, RELATIONSHIPS

D is defined as the peak to peak value

V is defined as the peak velocity

A is defined as the peak acceleration

Conversion from displacement to acceleration

If the measured parameter is displacement (Eddy current probe), the 2 other parameters can be found through a single and double diff