RI 1320 SLC
DN 25 - DN 40
Axial Camera ø 13 mm
87 ° bends from ID 25
High-resolution color camera module
Wide Angle Lens
Auto iris control
RI 2020 SLC
DN 40 - DN 80
Axial Camera ø 20 mm
87 ° bends from ID 40
High-resolution color camera module
Wide Angle Lens
Auto iris controlRI 25 SLC
DN 50 - DN 150
Axial Camera ø 25 mm
87 ° bends from ID 50
High-resolution color camera module
Wide Angle Lens
Auto iris control
RI 25 SLC
DN 50 - DN 150
Axial Camera ø 25 mm
87 ° bends from ID 50
High-resolution color camera module
Wide Angle Lens
Auto iris control
RI 2930
DN 50 - DN 150
Axial Camera ø 29 mm
87 ° bends from ID 50
High-resolution color camera module
Wide Angle Lens
Auto iris control
RI 4035
DN 70 - DN 300
Axial Camera ø 40 mm
45 ° bends from ID 80
87 ° bends from ID 100
High-resolution color camera module
Automatic vertical image
RI 1320 SLC
DN 25 - DN 40
Axial Camera ø 13 mm
87 ° bends from ID 25
High-resolution color camera module
Wide Angle Lens
Auto iris control
RI 2020 SLC
DN 40 - DN 80
Axial Camera ø 20 mm
87 ° bends from ID 40
High-resolution color camera module
Wide Angle Lens
Auto iris controlRI 25 SLC
DN 50 - DN 150
Axial Camera ø 25 mm
87 ° bends from ID 50
High-resolution color camera module
Wide Angle Lens
Auto iris control
RI 25 SLC
DN 50 - DN 150
Axial Camera ø 25 mm
87 ° bends from ID 50
High-resolution color camera module
Wide Angle Lens
Auto iris control
RI 2930
DN 50 - DN 150
Axial Camera ø 29 mm
87 ° bends from ID 50
High-resolution color camera module
Wide Angle Lens
Auto iris control
RI 4035
DN 70 - DN 300
Axial Camera ø 40 mm
45 ° bends from ID 80
87 ° bends from ID 100
High-resolution color camera module
Automatic vertical image
The Sonatest heritage in product design and Masterscan name has always
assured the technician of robust instrument construction combined with
exceptional performance. The Masterscan series carries the baton of all these
desirable features, but now, thanks to innovative internal redesign, new features
can be added and upgrades performed in the working environment,
reducing downtime and increasing working flexibility. High levels of near surface
resolution, penetrating power (450V pulser - square and spike) and excellent
signal to noise ratio are key functions in the Masterscan range. Typical
applications are Weld Fabrication, Corrosion Detection, Composite Inspection,
Bond Testing, Forgings & Castings, Power Generation (including EMATS) and
general UT inspection.
The Sonatest heritage in product design and Masterscan name has always
assured the technician of robust instrument construction combined with
exceptional performance. The Masterscan series carries the baton of all these
desirable features, but now, thanks to innovative internal redesign, new features
can be added and upgrades performed in the working environment,
reducing downtime and increasing working flexibility. High levels of near surface
resolution, penetrating power (450V pulser - square and spike) and excellent
signal to noise ratio are key functions in the Masterscan range. Typical
applications are Weld Fabrication, Corrosion Detection, Composite Inspection,
Bond Testing, Forgings & Castings, Power Generation (including EMATS) and
general UT inspection.
The Equotip 550 is the most versatile all-in-one solution for portable hardness testing. The Leeb hardness principle is based on the dynamic (rebound) method and is best suited for on-site testing of heavy, large or already installed parts. The Portable Rockwell test principle follows the traditional Rockwell static test method which is particularly suited for scratch-sensitive, polished or thin parts as well as for profiles and pipes. Ultrasonic Contact Impedance (UCI) is suited for objects with any shape and heat-treated surfaces (weld inspection; heat affected zones).
The Equotip Piccolo 2 and Bambino 2 are both suited for on-site hardness checks of metals where the test indentation should be as small as possible. The Equotip Piccolo 2 offers the same features for metal hardness testing, but offers additionally user defined hardness conversions and the Proceq invented software Piccolo.
...more
Portable Hardness Tester - Proceq - Equotip 550
696,000 / Box
The Equotip 550 is the most versatile all-in-one solution for portable hardness testing. The Leeb hardness principle is based on the dynamic (rebound) method and is best suited for on-site testing of heavy, large or already installed parts. The Portable Rockwell test principle follows the traditional Rockwell static test method which is particularly suited for scratch-sensitive, polished or thin parts as well as for profiles and pipes. Ultrasonic Contact Impedance (UCI) is suited for objects with any shape and heat-treated surfaces (weld inspection; heat affected zones).
The Equotip Piccolo 2 and Bambino 2 are both suited for on-site hardness checks of metals where the test indentation should be as small as possible. The Equotip Piccolo 2 offers the same features for metal hardness testing, but offers additionally user defined hardness conversions and the Proceq invented software Piccolo.
Magnetic inspection often calls for the
use of a specified level of magnetic
flux within steel components. If the
magnetic flux level is too low, then
defects may be overlooked: if too
high then spurious indications may
occur. The MF300B has been
produced to measure the magnetic
flux density just below the surface.
The magnetic flux is measured simply
by placing the probe on the surface
of interest. The monitor will measure
constant or alternating magnetic flux
which can be produced by permanent
magnets, electromagnets or electric
currents. The measured value is
displayed in units of Tesla.
Measurements of magnetic flux are
displayed on the unit and can also be
sent via an RS232 link to a P.C.
Software for use with the meter is
provided which enables data to be
saved and entered in spreadsheets.
Magnetic inspection often calls for the
use of a specified level of magnetic
flux within steel components. If the
magnetic flux level is too low, then
defects may be overlooked: if too
high then spurious indications may
occur. The MF300B has been
produced to measure the magnetic
flux density just below the surface.
The magnetic flux is measured simply
by placing the probe on the surface
of interest. The monitor will measure
constant or alternating magnetic flux
which can be produced by permanent
magnets, electromagnets or electric
currents. The measured value is
displayed in units of Tesla.
Measurements of magnetic flux are
displayed on the unit and can also be
sent via an RS232 link to a P.C.
Software for use with the meter is
provided which enables data to be
saved and entered in spreadsheets.
The Diverse MF300H+ hand held, battery operated
Magnetic Field Meter with a rugged stainless steel
Hall effect probe suitable for both laboratory and
workshop use.
The meter uses a membrane key pad and a digital
display which makes it simple to operate but at the
same time offers the ability to do complex
measurements.
A wide range of settings, measurement modes and
units can be set by the user through the menu
driven user interface. The operating modes allows
magnetic measurements in most industrial and
laboratory applications. Auto zero can be
requested at any time by the press of a single key.
Measurements of magnetic fields together with the
selected units and a linear scale are displayed on
the instrument. Operating modes are average,
absolute peak, bipolar peak and true RMS. There is
a built-in data logger that can collect 100 samples
in the chosen measurement mode and at a
selectable rate. The results can be viewed on
screen or optionally downloaded via the serial
RS232USB interface. Software for use with the
meter is provided with the serial option which
enables data to be saved and entered in
spreadsheets.
The Diverse MF300H+ hand held, battery operated
Magnetic Field Meter with a rugged stainless steel
Hall effect probe suitable for both laboratory and
workshop use.
The meter uses a membrane key pad and a digital
display which makes it simple to operate but at the
same time offers the ability to do complex
measurements.
A wide range of settings, measurement modes and
units can be set by the user through the menu
driven user interface. The operating modes allows
magnetic measurements in most industrial and
laboratory applications. Auto zero can be
requested at any time by the press of a single key.
Measurements of magnetic fields together with the
selected units and a linear scale are displayed on
the instrument. Operating modes are average,
absolute peak, bipolar peak and true RMS. There is
a built-in data logger that can collect 100 samples
in the chosen measurement mode and at a
selectable rate. The results can be viewed on
screen or optionally downloaded via the serial
RS232USB interface. Software for use with the
meter is provided with the serial option which
enables data to be saved and entered in
spreadsheets.
To address the need to measure the amount of
ferrite in a sample the Welding Research Council
introduced the Ferrite Number (FN) as a
standardised value which related to the ferrite
content of an equivalently magnetic weld metal.
The volume percentage of ferrite can be estimated
as about 70% of the FN but the relationship
depends upon the type and origin of the stainless
steel used and the measurement technique.
The Diverse Ferrite meter MF300F+ measures the
Ferrite number (FN) of austenitic and duplex
stainless steel weld material. It has a probe that is
sensitive to ferrite content in a 10 mm area to a
depth of approximately 1 mm. The instrument is
calibrated using the secondary world standards
held at The Welding Institute. All 16 standards are
used in the calibration giving an instrument with a
measurement range from 0 to 115 FN. Transfer
standards are supplied with the instrument
allowing performance to be verified at any time.
To address the need to measure the amount of
ferrite in a sample the Welding Research Council
introduced the Ferrite Number (FN) as a
standardised value which related to the ferrite
content of an equivalently magnetic weld metal.
The volume percentage of ferrite can be estimated
as about 70% of the FN but the relationship
depends upon the type and origin of the stainless
steel used and the measurement technique.
The Diverse Ferrite meter MF300F+ measures the
Ferrite number (FN) of austenitic and duplex
stainless steel weld material. It has a probe that is
sensitive to ferrite content in a 10 mm area to a
depth of approximately 1 mm. The instrument is
calibrated using the secondary world standards
held at The Welding Institute. All 16 standards are
used in the calibration giving an instrument with a
measurement range from 0 to 115 FN. Transfer
standards are supplied with the instrument
allowing performance to be verified at any time.
Secondary Business TypeManufacturer / Exporters / Service Providers / Wholesale Suppliers
Year of Establishment2016
No. of Employees6 - 20
Annual TurnoverBelow Rs. 0.5 Crore Approx.
Ownership TypeCorporation/Limited Liability Company
Opening Hours
SUN : Closed
MON : 9:30 AM - 6:30 PM
TUE : 9:30 AM - 6:30 PM
WED : 9:30 AM - 6:30 PM
THU : 9:30 AM - 6:30 PM
FRI : 9:30 AM - 6:30 PM
SAT : 9:30 AM - 6:30 PM
Ssipl is established in the year 2016 with a motive of building a professionally managed enterprise dedicated to the challenging field of repair, calibration and annual maintenance contract of non destructive testing (ndt) instruments and electrical accessories sourcing to the industrial needs. Today, we believe in striving towards a strong customer satisfaction. Our activities include: • sales & distribution of non destructive testing (ndt) products and electrical accessories & instruments. • providing installation, repair, calibration and annual maintenance contract services of ndt instruments and electrical measuring instruments. At ssipl, we constantly endeavor to fulfill our customer's varied industrial needs and are deeply committed towards surpassing their expectations. We value and cherish their valuable suggestions and assistance. By virtue of our focus, core competence, a committed team of professionals and our unrelenting quest for excellence, we are fully geared to meet the current and future challenges.