Non destructive testing
Non destructive testing
Non destructive testing
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<strong>Non</strong> <strong>destructive</strong><br />
Testing<br />
<strong>testing</strong><br />
Geschichte von Helling
Dear reader!<br />
Herewith I would like to introduce you to the company<br />
HELLING. The catalogue will give you an insight into<br />
our delivery program concerning equipment, products<br />
and accessories for <strong>Non</strong> Destructive Testing.<br />
HELLING company was founded in 1863 and has long<br />
experience concerning the European market. Constant<br />
growth and partnership have been contributing to<br />
consequent development of the company and today<br />
HELLING is a leading manufacturer and supplier for<br />
high quality equipment and products for <strong>Non</strong><br />
Destructive Testing in more then 39 countries.<br />
HELLING company is a member of «German<br />
Association for <strong>Non</strong> Destructive Testing» (DGZfP) and also of “Russian Association of <strong>Non</strong><br />
Destructive Testing & engineering diagnostics”, “Czech association of <strong>Non</strong> Destructive<br />
Testing”, Japan and American Associations.<br />
Based on well-developed scientific foundation we design and offer unique <strong>testing</strong> techniques,<br />
corresponding to world standards requirements.<br />
We hope for long and beneficial co-operation,<br />
Yours faithfully,<br />
President of “HELLING”<br />
N. Riess<br />
2
Contents<br />
Penetrant <strong>testing</strong><br />
Dye penetrant method (red-white) 4<br />
Fluorescent method 6<br />
Penetrant <strong>testing</strong> systems 7<br />
Test panels 8<br />
Magnetic particle <strong>testing</strong><br />
Magnetizing devices 11<br />
Stationary test facilities 13<br />
Demagnetizations 13<br />
Colored magnetic particles 14<br />
Fluorescent magnetic particles 15<br />
Additional products 16<br />
Reference blocks 18<br />
Black light<br />
Stationary UV lamps 20<br />
Portable UV lamps 21<br />
UV-LED-sources 22<br />
Leak Testing<br />
Bubble method 23<br />
Hydrogen leak detector 24<br />
Helium leak detector 24<br />
Ultrasonic leak detector 25<br />
Fluorescent concentrate 26<br />
Radiographic Testing<br />
Radiographic films 27<br />
Developing machines 29<br />
Accessories 30<br />
Ultrasonic <strong>testing</strong><br />
Ultrasonic thickness gauge 31<br />
Ultrasonic test facilities 31<br />
Accessories 32<br />
Auxiliary equipment for weld<br />
inspection 33<br />
Temperature detection 35<br />
Delivery program 40<br />
HELLING GmbH • Spökerdamm 2 • D-25436 Heidgraben (bei Hamburg) • Postfach 2132 • D-25437 Tornesch<br />
Telephone: +49(0)4122 922-0 • Telefax: +49(0)4122 922-201 • e-mail: info@hellinggmbh.de • www.hellinggmbh.de<br />
Penetrant <strong>testing</strong> (PT), how it works<br />
3
The penetrant method of non-<strong>destructive</strong> <strong>testing</strong> is based on capillary penetration of indicator<br />
liquid (penetrant) into the surface defects (cracks, pores etc.). After intermediate cleaning and<br />
subsequent drying, a developer is applied as a thin, white layer onto the surface to be<br />
inspected. The developer “pulls” the penetrant out of the surface defects and makes them<br />
visible as coloured, linear or rounded indications. Documentation is possible by means of<br />
adhersive foil, photographic or video techniques.<br />
Penetrant <strong>testing</strong> systems<br />
Met-L-Chek, Standard Chek, Nord-Test<br />
are reliable in detecting the defects with a<br />
width down to the range of µm.<br />
Necessary condition: defects must be open<br />
to surface.<br />
Systems are also used for the leak <strong>testing</strong>.<br />
The examination of <strong>testing</strong><br />
media adequacy is done in<br />
accordance with :<br />
• AMS 2644<br />
• AMS 2647<br />
• DIN EN ISO 3452-2 (3)<br />
• ASME<br />
Penetrant inspection can accurately and<br />
easily detect surface defects independent of<br />
types, materials and surface configurations of<br />
the objects to be tested. Other methods of<br />
non <strong>destructive</strong> <strong>testing</strong>, can only be applied<br />
for these requirements with restrictions.<br />
Procedure of penetrant inspection.<br />
Precleaning<br />
Application of<br />
penetrant.<br />
Mechanically, with brush By stream process Degreasing with hot steam Cleaning with solvent<br />
Predrying<br />
Dip in bath Laying with brush Application by spraying Application by electrostatic mean<br />
Intermediate<br />
cleaning<br />
With lint free cloth, water-moistened or a<br />
sponge<br />
With water-moistened brush Rinse with water With lint free cloth or sponge,<br />
moistened with a special solvent<br />
Drying<br />
Dry in open air Wipe with a lint free cloth Blow with dry, clean air Dry with warm air<br />
Application of<br />
developer<br />
Examination of the<br />
surface and<br />
documentation<br />
By immersion(aqueous developer) Application from the diffuser /<br />
aerosol (non-aqueous developer)<br />
Viewing under day light or in artificial<br />
illumination min.. 500 Lux (EN 571-1/EN<br />
3059)<br />
Electrostatic application(nonaqueous<br />
developer)<br />
Application of dry powder developer(<br />
in special cases, e.g. extremely porous<br />
surfaces)<br />
If using fluorescent penetrant:<br />
Documentation by adhasive foil<br />
Ambient illumination: < 20 Lux<br />
Photo-optical documentation Documentation by means of video<br />
Intensity of UV: 1000µW/cm 2 filming or photocamera<br />
4
Contrast (red-white) method.<br />
Areas of use:<br />
Aircrafts industry, Metallurgy, nuclear industry, Electrical engineering, Engineering, Foundry, Blanking, Shipbuilding, Medicine,<br />
Car production.<br />
Work with materials:<br />
Alloyed and plain steel, cast iron, platings, plastics*, welds, nonferrous metals, products of powder metallurgy, steatite,<br />
ceramics*, other synthetic materials.<br />
*check for adequacy<br />
MET-L-Chek, Standard- Chek & Nord-Test *<br />
Used in temperature ranges from -5 ° С to + 50 ° С. In low temperatures (from -5 ° С to + 10 ° С ) it is necessary to increase time of<br />
penetrating. One must take into account peculiar specifications according to DIN EN ISO 3452 part 2 & EN 571 part 1. For<br />
examination in higher temperatures (from +10 С to + 175 С) „Super-Chek“ was especially developed..<br />
MET-L-Chek, checked and approved<br />
DIN EN ISO 3452-2, EN 571, KWU correspond to requirements: Lloyd's Register of Shipping, Bureau Veritas, Bureau Central<br />
Hollandais, Germanischer Lloyd, MIL-I-25135/QPL-25135, AMS 2644, ASME Boiler and Pressure Vessel, ASTM E-165,<br />
ASTM-E1417, certificated NAVSEA 250-1500-1, RDT & EdF, RCC-М<br />
Standard- Chek & Nord-Test examined and approved according to :<br />
DIN EN ISO 3452-2, EN 571, KWU correspond to requirements Lloyd's Register of Shipping, Bureau Veritas, Bureau Central<br />
Hollandais, Germanischer Lloyd, MIL-I-25135/QPL-25135, AMS 2644, ASME Boiler and Pressure Vessel, ASTM E-165,<br />
ASTM-E1417.<br />
Content of sulfur is determined according to ASTM D 516-88, examination of the content of halogens (fluorine and chlorine) is<br />
determined in accordance with ASTM E 165-91, application 2, method A and ASTM E 165-91, application 3.<br />
Example of Nord-Test penetrant system<br />
Remover U87 Penetrant U88 Penetrant Red 3000 Developer U89<br />
• Environmentally<br />
safe remover on<br />
• High sensitivity<br />
• Easily cleansed with water<br />
• Ultra high level of sensitivity<br />
• Water washable<br />
• Fine-grained white<br />
powder on a spirit<br />
a solvent base. • Smells slightly<br />
• Doesn’t contain AZO-colouring agents<br />
base ,<br />
• Fumes fast. • Sensitivity according to: • Smells slightly<br />
• Doesn’t contain<br />
• Doesn’t leave<br />
dints.<br />
DIN EN ISO 3452-2 –<br />
II-level (high sensitive)<br />
Testing by luminescent method, by means of<br />
ultraviolet illumination is possible<br />
• Sensitivity according to:<br />
DIN EN ISO 3452-2 – II-level (high sensitive)<br />
aroma additives.<br />
Indication of cracks on standard panel №1<br />
(max width of cracks 1,5 µm, depth 28,5 µm) by use of<br />
NORD-TEST (U87, Rot 3000, U89) system under following<br />
viewing conditions:<br />
1. At day light (500 Lux)<br />
2. At day light (500 Lux) +ultraviolet(1000 µW/cm 2 ) illumination<br />
3. At ultraviolet illumination (5 Lux, 1000 µW/cm 2 )<br />
1 2 3<br />
* Products are available in aerosol tanks (400 and 500 ml), containers(1; 10 l) and barrels (200 l).<br />
5
Fluorescent method **<br />
Met-L-Chek ®<br />
Fluorescent penetrants according to AMS-2644 & ASTM E-1417<br />
REMOVAL METHODS:<br />
A – Water washable<br />
B – Post emulsifiable, lipophilic emulsifier.<br />
C – Solvent wipe removal<br />
D – Post emulsifiable ,hydrophilic emulsifier<br />
(17-20%: dip or < 5%: spray, concentrations).<br />
SENSITIVITY LEVEL: 1/2 – very low; 1 – low; 2 – medium; 3 – high; 4- very high<br />
DEVELOPER FORMS: a – Dry developer; Use with all the fluorescent penetrants(Type I), Methods A, B, C & D.<br />
b – Water soluble type; Use with fluorescent penetrants (Type I), Methods B, C & D.<br />
c – Water suspendable developer ; Use with all the penetrants , Methods A, B, C & D.<br />
d – <strong>Non</strong>aqueous developer; use with (Type I) penetrants , Methods A, B, C & D.<br />
e - <strong>Non</strong>aqueous developer; use with (Type II) penetrants, Methods A, B, C & D.<br />
f – Special application material.<br />
Developer Remover Emulsifier Penetrant<br />
SOLVENT CLASS: 1 – Halogenated solvent remover, use with all penetrants, Method C.<br />
Name<br />
Typ<br />
e<br />
Method<br />
Class/<br />
form<br />
2 – <strong>Non</strong>halogenated solvent remover, use with all penetrants, Method C.<br />
3 – Special application material used with special application penetrants, Method C.<br />
Sensitivity<br />
level<br />
AMS-<br />
2644<br />
QPL4<br />
General description<br />
FP-900 I A & C 1/2 YES Very low sensitivity, general metal working.<br />
FP-901 I A & C 1 YES Low sensitivity, general metal working.<br />
FBP-911 I A & C 1 YES Low sensitivity, oil and solvent free.<br />
FP-921 I A & C 1 YES Low sensitivity, aerospace applications.<br />
FP-902 I A & C 2 YES Medium sensitivity, general metal working.<br />
FBP-912 I A & C 2 YES Medium sensitivity, oil and solvent free.<br />
FP-922 I A & C 2 YES Medium sensitivity, aerospace applications.<br />
FP-903 I A & C 3 YES High sensitivity, all applications.<br />
FBP-913 I A & C 3 YES High sensitivity, oil and solvent free.<br />
FB-923 I A & C 3 YES High sensitivity, aerospace applications.<br />
FBP-914 I A & C 4 YES Ultra High sensitivity, oil & solvent free.<br />
FP-93A(M) I B, C & D 2 YES Medium sensitivity, all applications.<br />
FP-95A(M) I B, C & D 3 YES High sensitivity, all applications.<br />
FP-97A(M) I B, C & D 4 YES Ultra high sensitivity, all applications.<br />
E-57 I B NA YES Lipophilic emulsifier for FP-93/95/97A(M)<br />
E-58D I D NA YES Hydrophilic remover for FP-93/95/97A(M)<br />
E-59 I & II C, class 2 NA YES Solvent remover for all penetrants.<br />
E-59A I & II C, class 2 NA YES Solvent cleaner / remover for all penetrants<br />
R-502* II C, class 3 NA NA Special high temperature remover<br />
D-70 I & II Forms d & e NA YES <strong>Non</strong>aqueous developer, all penetrants.<br />
D-72A I Form a NA YES Dry powder developer, all Type I penetrants<br />
D-76B I Form b NA YES Aqueous soluble developer<br />
D-78B I & II Form c NA YES Aqueous suspendable developer<br />
D-702* II Form f NA NA Special high temperature developer<br />
6<br />
** Available in cans(1; 10 l) and barrels (200 l).
Procedure of fluorescent penetrant inspections.<br />
Precleaning<br />
Drain<br />
Penetration<br />
Emulsification<br />
Water wash<br />
Hot air dry<br />
Wet development<br />
Water removal<br />
Penetrant removal<br />
Dry development<br />
Hot air dry<br />
Fast drying<br />
development<br />
Inspection<br />
(20Lux; 1000µW/cm 2 )<br />
System of the fluorescent penetrant <strong>testing</strong>.<br />
Present system correspond to requirements of world standards: MIL-I 25135E, MIL STD 6866, AMS 2644, EN 571-1. All<br />
components meet the European requirements on Health, Safety and Ergonomics. The inspection system is basically made of<br />
stainless steel and equipped with first class means for functional control, delivered by producers like Siemens, Rittal,<br />
Weidmüller, Festo, Sick, Balluf.<br />
Basic phases of processing:<br />
1. precleaning<br />
2. wash;<br />
3. dry to Т =100 0 C;<br />
4. cooling to 40 0 С;<br />
5. immersion in a tank with penetrant<br />
6. water wash<br />
7. immersion in a tank with emulsifier<br />
8. post water wash;<br />
9. dry in heater Т=60 0 C;<br />
10. electrostatic application of powder developer.<br />
11. inspection of the sample in a cabin at ultraviolet illumination.<br />
7
Test panels<br />
Sensitivity of inspection media, quality of intermediate cleaning and control of the whole penetrant<br />
process are determined on reference blocks, i.e. on metal panels with defined roughness and provided<br />
with standardized artificial cracks(defects).<br />
Article No. 127.600.001 - 10 µm<br />
Article No. 127.600.002 - 20 µm<br />
Article No. 127.600.003 - 30 µm<br />
Article No. 127.600.004 - 50 µm<br />
Test body JIS Z 2343<br />
Used to determine the sensitivity of penetrant systems and for comparing<br />
two penetrants, one of which can be taken for standard. Consists of two test<br />
panels which are bronze planes 100х35х2 mm , covered with NiCr-layer. In<br />
NiCr-blanket. Crosscut cracks are made, depth of which fits the width of the<br />
NiCr-blanket. (Designed in 4 types 10, 20, 30 & 50 µm). The quotient of<br />
cracks’ width to their depth equals 1:20. Each test-panel has a certificate<br />
according to EN 10204, type 3.1 B, which verifies its aptitude to EN ISO<br />
3452-3. Test-panels with cracks width of 10 µm, 20 µm, 30 µm used for a<br />
fluorescent sensitivity <strong>testing</strong> penetrant systems. The sensitivity of contrast<br />
penetrant systems is determined by means of panels, depth of cracks in<br />
which - 30 and 50 µm.<br />
Reference block №1 (EN ISO 3452-3)<br />
The type 1 reference block consists of a set of 4 nickel-chrome plated panels with<br />
10, 20, 30 and 50 µm thickness of plating respectively.<br />
The 10, 20 and 30 µm panels are used for determination of the sensitivity of<br />
fluorescent penetrant systems.<br />
The sensitivity of colour contrast penetrant systems is determined by using the 30<br />
and 50 µm panels.<br />
The type 1 panels are rectangular in shape with typical dimensions of 35 x 100 x 2<br />
mm Transverse cracks are made in each panel by stretching the panels in the<br />
longitudinal direction. The width to depth ratio of each crack should be<br />
approximately 1:20.<br />
A declaration stating conformance to EN ISO 3452-3 and in line with EN 10204,<br />
Type 3.1 B shall accompany each test block.<br />
Test body №2 (EN ISO 3452-3)<br />
Article No. 127.400.001<br />
The reference block 2 consists of an austenitic base plate, which is chromiumplated<br />
on one side and provided with 4 different surface roughnesses on the other<br />
side. 5 star-shaped crack patterns of different sizes are generated in the chromiumplated<br />
side by applying a pressure load to the rear side with a ball. The rough areas<br />
are used for control of the intermediate rinse step. The indication on the reference<br />
block gives no suggestion of the indication on the part under test. The user uses the<br />
reference block for the control of inspection material. For checking the rinsability<br />
of penetrants four adjacent areas sized 25 x 35 mm are placed on one half of the<br />
panel with roughness of R a = 2,5 µm, R a = 5 µm, R a = 10 µm and R a = 15 µm. The<br />
defect area is located on the other half of the test surface of the panel. The size of<br />
each defect is determined optically at its maximum diameter using calibrated scales<br />
Test panel ASME V<br />
Article No. 127.550.000<br />
Used for the <strong>testing</strong> of the penetrants indication sensitivity. Due to the<br />
division of the test panel into two parts, it is possible to compare 2 different<br />
penetrants.<br />
Present test panel is an aluminium plate (80х50х10 mm), divided by a notch<br />
(50х2х1,5 mm), into two parts. Because of a special thermal treatment<br />
ASME panel, there is a uniform crack pattern, which is visible on both sides<br />
of the test panel.<br />
Indication of cracks by using of system<br />
NORD-TEST (U87, Rot 3000, U89)<br />
Article No. 127.100.000<br />
8
Test panel WTP-1 & WTP-2<br />
Designed to evaluate removability of the fluorescent penetrant. Panel<br />
WTP-2 is a stainless steel panel, measuring 4×6 inches and 0,090” thick<br />
with two parallel “medium rough” strips, each 6×1,5” inches, separated<br />
by a smooth 1 inch strip. The panel is used to evaluate the quality of<br />
removability according to the requirements of MIL-STD-6866 & ASTM E-<br />
1417.<br />
Article No. 127.700.001 WTP - 1<br />
Article No. 127.700.002 WTP-2<br />
Test panel PSM-5<br />
Present test panel is used for <strong>testing</strong> the penetrant process in whole.<br />
Test-panel PSM-5 is rectangular,10х15cm, width 2,3mm, made from<br />
stainless steel.<br />
The chromium-plated strip on the side contains 5 crack patterns. The<br />
raised, circular or star-shaped crack patterns are arranged according to<br />
their sizes.<br />
The biggest defect becomes visual after low-sensitive penetrant`s<br />
treatment. The smallest defect can hardly be seen even after application of<br />
highly sensitive penetrants. There are no two identical panels. The crack<br />
pattern differs from one panel to another. Test panel is designed in two<br />
models. Both models are designed in accordance with specification Pratt-<br />
Whitney P/N TAM 146040. The panel is not to be used for detecting the<br />
sensitivity of penetrant’s system.<br />
Indication of cracks by use of FP903 & D70<br />
Article No. 127.800.000<br />
KDS-Test panel<br />
Twin KDS Panel, with the cracked sections side by side, facilitate quick and<br />
accurate determination of relative defect visibility.<br />
Twin KDS Panel, with the grit blasted sections side by side, make<br />
fluorescent background comparison simple.<br />
Twin KDS Panel comes in two models.<br />
Model WW for use with Method A water washable penetrants. Model PE for<br />
use with Method B,C,D nonwater-washable penetrants.<br />
The difference between two models is in crack size. Model WW cracks range<br />
from 1/22 до 1/6 inches while Model PE cracks range from 1/64 to<br />
1/11inches.<br />
Twin KDS PE<br />
Twin KDS WW<br />
Article No. 127.700.004 Article No. 127.700.003<br />
Comparator UTE-3<br />
Designed for right determination of ultraviolet radiation intensity at workplace<br />
if using fluorescent penetrants.<br />
Used to compare size of pores and comparison board of optical probes with<br />
text according to Jäger 1 and Jäger 2.<br />
Article No. 127.850.000<br />
9
Magnetic particle <strong>testing</strong><br />
The magnetic particle <strong>testing</strong> method (MT) is one of the most sensitive, reliable and productive NDT-method for<br />
surface inspection of products from ferro-magnetic materials. The method is based on the attraction of ferromagnetic<br />
particles by force of leakage flux like cracks, laps, leak of fusion, pores which appear above surface<br />
defects after adequate magnetization. MT can be used for surface defects (open to the surface) and under certain<br />
conditions for detection of near-surface defects. Higher probability of detection is given, when the direction of a<br />
defect is perpendicular to the direction of the applied magnetic field. The smaller the angle between defect and<br />
field direction the weaker the indication<br />
10µm<br />
Magnetic field direction<br />
Microscope imaging of cracks<br />
Cracks indication by fluorescent МT method<br />
Magnetic Particle <strong>testing</strong> is used in almost every industry branch:<br />
metallurgy, machine building, aircraft building, shipbuilding, during production in steelworks, at pipe<br />
installation), electric power and chemical machine building, Means of transportation (aircrafts, rail cars,<br />
vehicles).<br />
Magnetic Particle <strong>testing</strong> procedure consists of the following: 1 Preparation of the items` surfaces of the test<br />
objects for <strong>testing</strong>, 2 magnetization of the object, 3 application of magnetic particle suspension onto the test<br />
object 4 Testing of the object, 5 demagnetization.<br />
Circular, longitudinal and combined magnetization are used for MT. There are a lot of magnetization schemes,<br />
some of which are shown below.<br />
Circular<br />
Longitudinal<br />
10
Hand magnetizing tools<br />
SERIE HANSA-230<br />
UM15 UM5 UM9 UM10 UM8<br />
UM 5 UM 8 UM 9 UM 10 UM 15 crossyoke<br />
Art.-Nr. 131.002.018 131.002.020 131.002.024 131.002.026 131.002.028 131.016.100<br />
Pol distance<br />
(mm) 162 170 170 135 95 - 250 120 / 120<br />
Pol magnetizing<br />
area (mm) 27 x 25 25 x 25 25 x 25 25 x 25 25 x 25 25 x 25<br />
Outer<br />
dimensions<br />
(mm) 235x145x47 265x163x50 250x130x46 210 x 110 255 x 173 235x180x320<br />
Tangential<br />
fieldstrength 32 40 35 35 21 32<br />
A/cm (DIN<br />
54131-2)<br />
Connecting<br />
cable (m) 3 3,5 3 3 3 5<br />
Voltage V 230 230 230 230 230 230/42<br />
Protection class IP 65 IP 65 IP 65 IP 65 IP 65 IP 54<br />
Pull of strengtht 130 130 130 90 50 >300<br />
9934-3; 2002<br />
(N)<br />
weight (kg) 3,0 3,3 2,9 2,2 3,2 9,2<br />
Flaw Finder Type A<br />
Art.-Nr. 131.001.010<br />
TB 10 weight lifting test block<br />
The TB 10 serves test for change-, direct<br />
current and permanent magnet. The block<br />
weight is marked on each block and is<br />
provable by NIST.<br />
Flaw Finder Type N<br />
Art.-Nr. 131.001.022<br />
Lifting power: >30kg, field strength:>15Oe (pole<br />
distance 150mm)<br />
Outer diameter: 32mm, hight of the magnet:<br />
32mm, length of the junction cable: 400mm,<br />
weight without case: appr. 900g<br />
This instrument especially proved for effective in<br />
<strong>testing</strong> small parts and welds.<br />
We certify that the permanent magnet has lifting<br />
force ≥265N (27kg) with a spacing between legs<br />
(minimum lifting force according ASTM E 709 is<br />
225N (22,5kg) with a 100 to 150 spacing between<br />
legs.The permanent magnet was created and <strong>testing</strong><br />
according to ASTM E 709 + ASTM E 1444.<br />
11
High – current - generator<br />
HELLMAG 2000 HELLMAG 2500<br />
Technical data:<br />
HELLMAG 3000<br />
HELLMAG 2000 HELLMAG 2500 HELLMAG 3000<br />
Art.-Nr. 131.100.060 131.100.070 131.100.080<br />
AC: Effektiv: 2000A Effektiv: 1200A Effektiv: 1600A<br />
Spritze: 2300A Spritze: 1500A Spritze: 2000A<br />
Short circuit lK appr.: 3000A / 1 V 2000A / 1,7 V 3000A / 1,6 V<br />
Test current adjustment: Wahlschalter Wahlschalter Wahlschalter<br />
plugs 230V: 2 Stück 2 Stück 2 Stück<br />
Main connection: 230V 230V 400V<br />
Frequenzy: 50Hz 50Hz 50Hz<br />
Power input: 3500VA 3500VA 5000VA<br />
Open circuit voltage: 0,8 – 1,2 – 1,6 V 1 – 2 – 3 V 3 – 4 – 5 V<br />
Control voltage: 24 V DC 24 V DC 24 V DC<br />
Duty circle intermittent operating time: 60% 60% 60%<br />
High current cable length: 2 x 2,5 m 2 x 2,5 m 2 x 2,5 m<br />
Cross section: 95mm² 95mm² 95mm²<br />
Starting current limiter: 16A 16A 16A<br />
Length / widht / hight: 564 x 300 x 324 mm 564 x 300 x 324 mm 564 x 300 x 324 mm<br />
weight: 57kg 57kg 57kg<br />
12
Stationary Magnetic Devices<br />
Defectoscopes are designed and constructed due to client`s performance specification. As an example you can<br />
see these two the most popular defectoscopes.<br />
900-Universal WE II<br />
Basic device for combined magnetization of items by<br />
alternate current.<br />
Test detail length<br />
Test detail diameter<br />
Test detail mass<br />
Circular magnetization current<br />
Longitudinal magnetization current<br />
Power consumption<br />
Air-operated clamp lead<br />
Source voltage<br />
Length<br />
Height<br />
Width<br />
Weight<br />
≤900 mm<br />
≤450 mm<br />
≤450 kg<br />
2800 А<br />
15000 Аt<br />
55 kVA<br />
7 mm<br />
3х400 V<br />
2200 mm<br />
2300 mm<br />
760 mm<br />
780 kg<br />
ZER-O-MAT ®<br />
<strong>Non</strong>contact magnetization of the test objects. A specially designed<br />
U-like solenoid lets detect surface defects every direction on<br />
cylinder-like objects.<br />
Demagnetizing devices<br />
HETT 150/250/350/450/550<br />
Demagnetization coils are designed for reducing the remanent magnetism of objects, magnetized during<br />
preceding MT.<br />
НЕТТ 150 250 350 450 550<br />
Magnetic field strength А/cm 110 90 80 65 54<br />
∅ demagnetization window, mm 150 250 350 450 550<br />
13
Detection of magnetic field<br />
direction (90°) by means of<br />
castrol II<br />
Mobile chain <strong>testing</strong> system<br />
Art.-Nr. 131.100.090<br />
One Stepp towards safety – chain <strong>testing</strong> according DIN and UVV*<br />
* german regulations for the prevention of industrial accidents<br />
You are already <strong>testing</strong> according to DIN 685 §5 or UVV 18.4 ?<br />
Carrying chains, especially chain slings have to be flaw-tested after at least 3 years of operation<br />
according to DIN standard 685, chapter5, pragraph 4.3.1 chapter 26, paragraph 3 of regulation no.<br />
18.4 for the prevention of industrial accidents also requires that chain slings have to be flaw-tested<br />
after every 3 rd verification but at least after 3 years e.g. by means of magnetic particle <strong>testing</strong>.<br />
Chains are important safety components. Their lifting capacity is a result of each link’s resistance.<br />
Each chain link could be an uncertainly factor and a chain is only as strang as its weakest link.<br />
Magnetic particle <strong>testing</strong> essentially contributes to guarantee safety wherever chains are applied.<br />
MT-gedget for <strong>testing</strong> of railway<br />
(wheels Ø 700-1200mm)<br />
Art.-Nr. 131.050.030<br />
Scope of supply:<br />
- magnetizing coil (Ømax. 1000mm)<br />
- high current power pack<br />
- test material tank with pump<br />
- test material spraying device,<br />
fastenen on magnetizing coil<br />
- 2 high current cables, 2m each,<br />
cross section 150mm²<br />
- Remote control of the device by<br />
mean of foot-actuated switch<br />
- Optional: floor collecting tank for<br />
test material with drain cock<br />
14
magnification: 140 175 175 175 175 630 .<br />
Coloured magnetic particles<br />
For preparing a suspension on a water & oil base<br />
Item<br />
Colour<br />
Average<br />
dimension<br />
of the<br />
grain (µm)<br />
Recommended<br />
concentration (g)<br />
Sedimentation<br />
( 2 g/l)/100ml<br />
BW333 black 4 3-5 0,1<br />
Article No. 135.002.010<br />
WD105 grey-white 37 5 0,1<br />
Article No. 135.001.530<br />
TGL<br />
orange<br />
Article No. 135.001.511<br />
orange 47 5 0,3<br />
TGL11 brown 35 5 0,3<br />
Article No. 135.001.510<br />
WW50 grey-white 30 5 0,25<br />
Article No. 135.003.030<br />
TGL12 green 35 5 0,3<br />
Article No. 135.001.520<br />
Grain form Indication of artificial cracks on a<br />
test body №1<br />
* Wetting-, antifoam-, antirust-agent BC502 (30ml./1l.)<br />
15 is<br />
necessary to prepare a suspension on a water base.
Fluorescent magnetic particles<br />
Item<br />
Fluorescence<br />
coefficient<br />
Gd/W<br />
Average<br />
grain size<br />
(µm)<br />
Recommended<br />
concentration (g)<br />
Sedimentation<br />
( 1 g/l)/100ml<br />
magnification: 280 280 630 630 630<br />
MEF<br />
8-TC<br />
LY<br />
2500<br />
Delivery:<br />
1. Dry powders in 1kg container<br />
2. Concentrates (1:20, 1:50) on water base (cans 1; 10 l)<br />
3. Ready-to-use suspensions on oil base<br />
Article No. 135.001.008<br />
Article No. 135.001.040<br />
LY<br />
2300<br />
Article No. 135.001.150<br />
1,7 2 0,6-1 0,15<br />
2,8 4 0,4-1 0,3<br />
3,4 6 0,4-1 0,25<br />
LY<br />
1500 5,2 12,5 0,6-1,5 0,2<br />
Article No. 135.001.010<br />
CGY<br />
4000<br />
Article No. 135.001.180<br />
11,3 14 0,5-1,5 0,25<br />
16
Magnetic particle <strong>testing</strong> by means of aerosol system from the firm HELLING<br />
● quick and efficient<br />
● handy and easy to use<br />
● reliable estimation of defects<br />
● high sensitivity<br />
● economic material consumption<br />
● in accordance with ASME Code, Sect. V,<br />
ASTM E 709:95, EN ISO 9934<br />
● doesn’t contain CKW/FCKW<br />
NRF 101<br />
Article No. 135.005.050<br />
NR 104A<br />
Article No. 135.006.020<br />
NRS 103<br />
Article No. 135.005.070<br />
NR 107<br />
Article No. 135.006.050<br />
Luminescent magnetic suspension of ultra high sensitivity. Average grain dimension<br />
4 µm. Form is ready for use. High-flash magnetic particle suspension in a slightly<br />
smelling oil-carrier-fluid. It is a good corrosion inhibitor.<br />
White background paint. White pigmented suspension in a slightly volitilizable<br />
solvent, doesn’t contain chlorinated hydrocarbons. To be applied as thin layer with a<br />
thickness up to 30 µm.<br />
Black magnetic suspension of high sensitivity . Average grain dimension of 4 µm<br />
High -flash magnetic particles suspension in a slightly smelling oil-carrier-fluid. It is<br />
a good corrosion inhibitor.<br />
Remover for background paint.<br />
Additional products<br />
● Oil carrier fluid for preparing magnetic particle suspensions.<br />
Specifications: Oil 4000<br />
Inspection method Oil 4000<br />
Density DIN 51 757 762<br />
Kinematic viscosity in 20 о С mm 2 /s<br />
Kinematic viscosity in 40 о С mm 2 /s<br />
Kinematic viscosity in 50 о С mm 2 /s<br />
DIN 51 562<br />
DIN 51 562<br />
DIN 51 562<br />
2,0<br />
1,6<br />
1,4<br />
Burning point о С DIN 51 758 >60<br />
Chilling point о С DIN ISO 3016
● Magnetic field strength meter MP-U, MPU-ST<br />
Present device is designed for measuring the magnetic field strength (AC, DC) in range of 0 ÷ 2 000 А/сm.<br />
Liquid-crystal 3.5 digit display, indication of battery condition. The following probes are available: axial field<br />
probe (∅ 6,0 mm); tangential field probe (∅ 1,6 mm); flexible sensor( ∅ 0,7 mm).<br />
Specifications: MP-U MPU-ST<br />
0-200А/cm;<br />
0-200 А/cm;<br />
Measuring range<br />
0-2000 А/cm<br />
0-2000 А/cm<br />
0-20000 А/cm<br />
Unit measure<br />
А/cm; Oe<br />
Article No. 133.005.010<br />
Indication<br />
Liquid-crystal 3.5 –discharge display<br />
Error ÷ 2%<br />
Power supply 9 V (ICE 6 LF 22)<br />
Memory<br />
2000<br />
measurements<br />
Interface device<br />
RS 232 (V.24)<br />
Dimensions, mm<br />
160х80х27<br />
Weight, g 250<br />
● Bulb for sedimentation control<br />
● Hydraulic pump atomizer<br />
PROFI<br />
Designed to detect suspension quality. Determines the<br />
magnetic powder concentration in suspension.<br />
Corresponds to standards: ASME V, ASTM E 709,<br />
1444<br />
Article No. 134.005.000<br />
Used for magnetic powder sputtering suspensions, and<br />
also for colored and fluorescent penetrants. Operating<br />
pressure 4 bar, container volume 1,5 l, max. filling volume<br />
1,3 l.<br />
Article No. 126.400.000<br />
18
Reference Blocks/Field Indicators<br />
Reference block №1 (EN ISO 9934-2)<br />
The reference block is a disc with 2 types of natural cracks on the surface.<br />
Coarse cracks are the result of the polishing, fine cracks are the result of<br />
stress corrosion. The block is permanently magnetized by central<br />
conductor through the hole. Estimation of magnetic particle suspensions is<br />
made by visual or other appropriated method of comparison of the<br />
indications.<br />
Specifications:<br />
Sample diameter: 50 mm<br />
Sample height:<br />
10 mm<br />
The width of cracks: 2-10 µm<br />
Article No. 134.002.002<br />
Reference block №2 (EN ISO 9934-2)<br />
Reference block is a self contained unit requiring no external magnetic field<br />
induction. Used to determine the quality of the magnetic particle<br />
suspensions. The block consists of 2 soft iron bars, separated by a thin<br />
(15µm) Al-foil, representing an artificial defect. Permanent magnets are set<br />
on the sample ends. Because of the permanent magnetic field the bars get<br />
magnetized and magnetic particles accumulate over the artificial defect,<br />
forming indicator lines. The quality of the suspension or dry powder is<br />
estimated over the summarized the length of the lines.<br />
Specifications:<br />
Dimensions (LхWхH):<br />
Tangential component of magnetic field<br />
over the artificial defect at points G (-4):<br />
В (4): 1А/cm<br />
155х40х12 mm<br />
-1А/сm<br />
Article No. 134.002.100<br />
Magnetic field direction<br />
Field Indicator according to Berthold<br />
Designed to determine the strength and direction of the selected<br />
magnetizing setup and the quality of magnetic powder suspension.<br />
Specifications:<br />
Sample diameter: 20 mm<br />
Sample height: 5 mm<br />
Holder length: 95 mm<br />
Weight: 24 g.<br />
Article No. 134.003.000<br />
Magnetic Field Indicator D 250 (ASME-V)<br />
The magnetic field indicator type D 250 is designed in accordance with the<br />
following specification methods of non <strong>destructive</strong> <strong>testing</strong> :<br />
MIL-STD-271 E, § 4.3.2.5.5, figure 8<br />
NAVSHIPS 250-1500-1, § 12.4.1.5, figure 12 – 17<br />
ASME, section V, Art. 25, SA-275, figure 8<br />
The sample is used for localization of magnetic fields and their directions<br />
during performance of magnetic particle <strong>testing</strong>.<br />
Magnetic field direction<br />
Specifications:<br />
Sample diameter: 27 mm<br />
Sample height: 4 mm<br />
Holder length: 100 mm<br />
Weight: 42 g.<br />
Article No. 134.003.100<br />
Ketos Ring (ASTM E 1444-01)<br />
The sample is designed to determine the defectoscope working capacity<br />
and the quality of magnetic powder suspension. The sample represents<br />
itself a 7/8"(22,2mm)-wide disk. Outer diameter 5"(127mm), inner diameter<br />
1,25"(31,75mm) - made from steel AISI 01.<br />
12 holes (diameter 0,07" (1,78mm) are placed on different distances from<br />
the outer cylindrical surface. When current (FWDC or HWDC) is passed<br />
through the central conductor, (conductor diameter 1 3/16 “, conductor<br />
length mustn’t be less then 400mm), waste fields appear, decreasing as<br />
the distance from the hole to the outer cylindrical surface increases. When<br />
the magnetic suspension is applied on the disk, magnetic powder<br />
accumulates over the cylindrical surface holes, forming indicator lines.<br />
The process, corresponding to the recovery of the majority of lines is<br />
accepted as optimal.<br />
Article No. 134.004.000<br />
19
Test-kit E 100 for МT<br />
Consists of accessories, necessary for the MP:<br />
• Magnetic field strength meter MPU<br />
• UV-intensity measuring device<br />
• Reference block №1<br />
• Reference block №2<br />
• Package of detectors Burmah-Castrol TypeI or TypeII<br />
• Field Indicator according to Berthold<br />
• Bulb for sedimentation control<br />
• Gelatine film for documentation (10 documentation cards)<br />
Article No. 134.001.100<br />
Surface Roughness Tester<br />
TR100<br />
Determination of surface roughness quickly and qualitatively (R a;<br />
R z)<br />
Specifications:<br />
• Tracing length: 6 mm<br />
• Speed: 1 mm/с<br />
• Cut-off length: 0,25/0,8/2,5 mm<br />
• Effective range: R a:0,05-10,0 µm<br />
R z:0,1-50,0 µm<br />
• Error: ±15%<br />
• Measuring tip: diamond, R 5,0 µm<br />
• Dimensions: 125х73х26 mm<br />
• Weight: 200 g<br />
• Roughness standard test block enclosed<br />
Article No. 150.500.100<br />
Portable Hardness Tester НТ-1000А<br />
Dynamic hardness tester with digital display for hardness<br />
measurement of any item easily and quickly.<br />
Specifications:<br />
• Unit measure: Leeb (HL); Vickers(HV); Brinell (HB); Rockwell B<br />
(HRB); Rockwell C (HRC); Shore D (HSD)<br />
• Effective range:<br />
200-900 HL<br />
• Error: ±0,5%<br />
• Angle of measurement:<br />
• Dimensions:<br />
165x28x28mm<br />
Hardness standard test block enclosed<br />
Article No. 710.010.001<br />
20
Ultraviolet sources<br />
• Stationary ultraviolet lamps<br />
800<br />
700<br />
Helling Zero<br />
600<br />
Intensity<br />
500<br />
400<br />
300<br />
UVC<br />
UVA<br />
UVB<br />
ZERO-400 IP-20<br />
200<br />
100<br />
0<br />
200 220 240 260 280 300 320 340 360 380 400<br />
λ(nm)<br />
Ultraviolet radiation spectral distribution of<br />
Zero 400<br />
9000<br />
8000<br />
7000<br />
Bestrahlungsstärke (µW/cm 2 )<br />
ZERO-400 IP-54<br />
6000<br />
5000<br />
4000<br />
3000<br />
2000<br />
1000 -30 -25-20-15-10<br />
-5<br />
0<br />
5<br />
10<br />
15<br />
20<br />
25<br />
30<br />
X Axis (cm)<br />
510152025<br />
-15-10-50<br />
-20<br />
-25<br />
Y Axis (cm)<br />
ZERO-800 IP-54<br />
Ultraviolet radiation distribution (µW/cm 2 )<br />
of Zero 400<br />
Specifications:<br />
ZERO-400 ZERO-400 ZERO-800<br />
IP-20<br />
IP-54<br />
IP-54<br />
Article No. 144.000.404 144.000.403 144.000.801<br />
Input voltage<br />
230 V; 50/60 Hz<br />
Starting current 5 A 10 A<br />
Starting time<br />
Less then 5 min<br />
Restarting time<br />
Less then 10 min<br />
Ultraviolet radiant НТС 400 2х НТС 400<br />
Wave length of UV light<br />
365 nm<br />
Ultraviolet intensity on distance 400 mm 5000 11000<br />
Life span of UV source:<br />
about 1500 hours<br />
Dimensions<br />
500х500х300<br />
Weight 30 kg 40 kg<br />
Protection class IP20 IP 54<br />
21
• Handheld ultraviolet lamps<br />
4500<br />
Super UV 2005<br />
µW/(cm 2 nm)<br />
4000<br />
3500<br />
3000<br />
2500<br />
2000<br />
Helling Superlight C10A-S<br />
UV-Filter 142.000.135<br />
UVB-Kantenfilter<br />
Abstand 25 cm<br />
UVC UVB UVA<br />
1500<br />
1000<br />
500<br />
C 10 A-HE<br />
0<br />
200 220 240 260 280 300 320 340 360 380 400<br />
Wellenlänge (nm)<br />
Ultraviolet radiation spectral distribution<br />
3500<br />
3000<br />
Bestrahlungsstärke (µW/cm 2 )<br />
2500<br />
2000<br />
1500<br />
1000<br />
500<br />
C 10 A-SH<br />
-12 0 -10 -8 -6 -4 -2 0 2 4 6 8 10<br />
12<br />
X Axis (cm)<br />
Y Axis (cm)<br />
101214<br />
8<br />
6<br />
4<br />
2<br />
-4-20<br />
-6<br />
-12-10-8<br />
-14<br />
Ultraviolet radiation distribution<br />
Zetliche Schwankungen der Intensität (λ=365nm)<br />
1000<br />
C 10 A-S<br />
µW/(cm 2 ) bei 365nm<br />
100<br />
10<br />
1<br />
0.1<br />
Helling Superlight C10-A-HE<br />
UV-Filter 142.000.135<br />
UVB-Kantenfilter<br />
Abstand 25 cm<br />
0.01<br />
0 10 20 30 40 50 60 70 80 90 100 110 120<br />
Zeit t(min) (min.)<br />
Ultraviolet radiation constancy<br />
Specifications: Super UV 2005 C 10 A-HE C 10 A-SH C 10 A-S<br />
Article No. 142.000.105 142.000.200 142.000.300 142.000.110<br />
Input voltage<br />
230 V; 50/60 Hz<br />
Starting current 1,60 A 1,85 A 1,85 A 1,85 A<br />
Starting time<br />
Less then 5 min<br />
Restarting time<br />
Less then 10 min<br />
Ultraviolet radiant<br />
HN100<br />
Wave length of UV light<br />
365 nm<br />
Half-width value of UV emission<br />
1,5 nm<br />
Ultraviolet intensity on distance 400 mm 10000 4000 9000 4000<br />
Lifespan of UV source<br />
about 1500 hours<br />
Dimensions 200х100х80 mm 280х280х140<br />
Weight 5 kg 7,5 kg<br />
Protection class<br />
IP20<br />
22
• Ultraviolet-LED lamps<br />
“Achieved-Change of Generation“ for handheld lamps!<br />
UV-Endoscope<br />
UV-Inspector 365-LWG<br />
UV-Inspector 380<br />
UV-Inspector 365<br />
UV-Inspector 2000<br />
UV-Inspector 3000<br />
Specifications:<br />
Advantages of ultraviolet-LED sources:<br />
• High efficiency at low power consumption<br />
• Low heat generation<br />
• Very long lifetime<br />
• Rigid against shock and vibration<br />
• Defined wavelength of emission<br />
• Safety due to protective low Voltage<br />
• Immediately ready for use after switch on<br />
Kombi UV-Intensitätsund<br />
Luxmeter<br />
Art.-Nr. 146.000.500<br />
UV-Inspector UV-<br />
UV-Endoskop<br />
UV-Inspector 365 UV-Inspector 2000 i UV-Inspector 3000 i<br />
365-LWG Inspector 380-R<br />
Article No. 142.300.001 142.200.311 142.200.101 142.200.301 142.200.411 142.200.501<br />
Voltage 4,8 V (4x accum) 18 V 12 V<br />
UV-light source 1xUV-LED 1xUV-LED 10xUV-LED 1xUV-LED 4xUV-LED 130xUV-LED<br />
Lifetime the UV-<br />
LED (h.)<br />
approx. 10 000<br />
2500 to 18000<br />
adjustable at<br />
UV-light intensity<br />
10000 at<br />
(µW/cm 2 6000 at 20mm<br />
2000 at 200 mm 6000 at 400 mm<br />
)<br />
50 mm<br />
customer’s need<br />
4000 at 400 mm<br />
Wavelength(nm) 365 365 370 365 365 365<br />
Emission halfwidth<br />
(nm)<br />
8,5 8,5 8,5 8,5 8,5 10<br />
Working hours(H) approx. 6 ii approx. 6 ii approx. 4,5 ii approx. 4 ii approx. 4 ii<br />
Weight(g.) approx. 550 approx. 550 approx. 250 approx. 250 approx. 1300 approx. 1400<br />
Dimensions (mm) 1000x∅6 2000x∅5 170x∅45 170x∅45 75x320x110 230x∅130<br />
i<br />
Also available with power supply, ii Permanent use is possible, iii Only Interval-use is possible<br />
23
Leak inspection<br />
• Bubble method<br />
The essential matter of the method is as follows:<br />
Registration of local leakages in an under-test item by appearing of indicator gas bubbles in indicator liquid<br />
(indicator cover). The method is used for <strong>testing</strong> the impermeability of reservoirs welded joint, fluid power and<br />
gas systems under the overpressure,(which can be created by vacuum pump).<br />
Foam-film indicator(Proof Check) is applied on the under-test joint weld and overpressure is generated. Air<br />
(check gas), penetrating through the joint weld microflaws, impacts mechanically on foam-film indicator,<br />
accumulating on the defective place, deforms it. In this case bubbles or foam swelling can be seen .<br />
Article No. 616.000.001<br />
Article No. 611.001.001<br />
Foam-film indicator Proof Check<br />
and leak indication<br />
Vacuum pump EV 20 for pressure gradient origination<br />
Technische Daten EV20N:<br />
Sauggeschwindigkeit: 4,4 m 3 /Std.<br />
Vakuum:<br />
800 mbar<br />
Abmessungen: 280х290х225 mm<br />
Gewicht:<br />
10,5 kg<br />
Betriebsspannung 220-230 V (50 Hz)<br />
Schutzart:<br />
IP54<br />
Vacuum frames of different confidurations for <strong>testing</strong> the joint welds impermeability<br />
D<br />
(D: 25÷1200 mm) 600х100 mm 600х100 mm 300 mm<br />
Specifications: EV20:<br />
Evacuation rate:<br />
Vacuum:<br />
Dimensions:<br />
Weight:<br />
Voltage:<br />
Protection class:<br />
4m 3 /hour<br />
800 mbar<br />
280х290х225 mm<br />
10,5 kg<br />
220-230 V (50Hz)<br />
IP54<br />
24
• Hydrogen leak detectors<br />
The concept of catalitically selective estimation of hydrogen by a special semiconductor sensor is a basis of the<br />
leak detector Mixture of nitrogen (95 %) and hydrogen (5%) is used as an indicator gas. This mixture isn’t<br />
flammable (ISO 10156)is not toxic or corrosive, nor dangerous to the environment and much more chipper then<br />
expensive helium.<br />
H1000<br />
9012XRS<br />
Specifications: H1000 9012XRS<br />
Minimum detectable concentration of hydrogen<br />
0,5 ppm<br />
Minimum detectable leak of hydrogen<br />
5 х 10 -5 mbar l/s<br />
Reaction time for hydrogen<br />
2sec.<br />
Self-test procedure and warm-up time<br />
1min.<br />
Supply<br />
100-230 V<br />
Continuous work time from accumulator<br />
13 hours<br />
Dimensions 275 х 155 х 170 mm 250 х 120 х 85 mm<br />
Weight 3 kg 1,9 kg<br />
• Helium leak detector PDH-4<br />
The basis of the detector is so called “Selective Ion Pump Detector” – SIPD. Principe of the work is as<br />
following: helium is heated up to a certain temperature, penetrates special quartz membrane (which is<br />
permeable only for helium atom). Detector senses helium and sends a signal, which force is proportional to the<br />
quantity of helium, having penetrated through the quartz membrane. Signal amplitude represents the size of leak.<br />
• Portability<br />
• High sensitivity<br />
• Hugh selectivity<br />
• Easy to use<br />
• High robustness<br />
Specifications:PDH-4:<br />
Minimum detectable concentration of He<br />
2 ppm<br />
Minimum detectable He leak 5 х 10 -7 Pa m 3 /s<br />
Reaction time for He<br />
2 sec.<br />
Self-test procedure and warm-up time<br />
3 minutes<br />
Supply<br />
18 V, Accumulator<br />
Continuous work time from accumulator<br />
4 hours<br />
Operating conditions<br />
Temperature<br />
Relative humidity<br />
+5 ÷ 35 °С<br />
90% maximum<br />
Dimensions<br />
170 х 136 х 290 mm<br />
Weight<br />
2,6 kg<br />
25
Ultrasonic leak detector Hellophone<br />
Article No. 613.100.001<br />
Article No. 613.100.010<br />
Leak detector Hellophone designed for:<br />
• Detection of compressed gas, liquid (also viscous) leaks from small holes (flute cracks) in pipeline and<br />
reservoirs<br />
• Testing of stop valve (cocks, clappers etc.) in operating objects<br />
• Compression and joint weld leak <strong>testing</strong> (if using ultrasonic generator)<br />
• Detection of minor electrical discharge in defective contacts of electric installations.<br />
Delivery kit:<br />
Ultrasonic device with accumulator power supply<br />
Ultrasonic generator<br />
Charger<br />
Earphones<br />
Waterproof probing device for solid body<br />
Solid state probe<br />
Air-ultrasonic probe<br />
Hellophone<br />
Specifications:<br />
• Measuring frequency: 40 кHz±1кHz<br />
• Digital display LCD<br />
• Conservation of max- quantity<br />
• Integral accumulator (10 hours of work)<br />
• Dimensions: 120х65х25 (generator)<br />
195х100х40 (receiver)<br />
• Weight of the package with the bag: 3,6kg<br />
26
Fluorescent concentrate for detecting leaks in cooling systems etc.<br />
Luminescent leak <strong>testing</strong> method is based on the use of special agents (as test medium) - luminophors, which<br />
are emitting visible light under ultraviolet radiation, The location of a leakage is detected by this specific<br />
light emission.<br />
H 800<br />
Oil-suspendible concentrate<br />
for detecting leaks in cooling<br />
systems:<br />
• flammable oiling materials<br />
• synthetic and mineral oils<br />
Consumption: 0,5-2ml/l<br />
Optimum wave length<br />
excitation: 365nm<br />
Color under UV excitation: yellow<br />
Article No. 616.000.033 – 0,5 Litre<br />
Article No. 616.000.034 – 1,0 Litre<br />
Article No. 616.000.032 – 10,0 Litre<br />
Article No. 616.000.035 – 20,0 kg barrel<br />
Article No. 616.100.103<br />
H 849<br />
Concentrate on water basis with emulsifying additive<br />
and corrosion inhibitor for detecting leaks in cooling<br />
systems, leak <strong>testing</strong> of different objects<br />
Consumption:<br />
2-5 ml/l<br />
Optimum wave length excitation: 365nm<br />
Color under UV excitation: green<br />
27
Radiographic <strong>testing</strong><br />
• Radiographic film<br />
Helling GmbH – official<br />
distributor of Fuji Industrial<br />
X-RAY Products<br />
An ultra-fine grain, high contrast ASTM Class I film having excellent sharpness and high discrimination characteristics. It<br />
is suitable for use with any low atomic number material where fine image detail is imperative. Its ultra-fine grain makes it<br />
IX 50<br />
useful in high energy, low subject contrast applications where high curie isotopes or high output X-ray machines permit its<br />
use. Wide exposure latitude has been demonstrated in high subject contrast applications.IX50 is generally used in direct<br />
exposure techniques or with lead screens.<br />
An extremely fine grain, high contrast ASTM Class I film suitable for detection of minute defects. It is applicable to the<br />
inspection of low atomic number materials with low kilovoltage X-ray sources as well as inspection of higher atomic<br />
IX 80<br />
number materials with high kilovoltage X-ray or gamma ray sources. Wide exposure latitude has been demonstrated in<br />
high subject contrast applications. IX80 is generally used in direct exposure techniques or with lead screens.<br />
A very fine grain, high contrast ASTM Class II film suitable for the inspection of light metals with low activity radiation<br />
sources and for inspection of thick, higher density specimens with high kilovoltage X-ray or gamma ray sources. Wide<br />
IX 100 exposure latitude has been demonstrated in high contrast subject applications. Although IX100 is generally used in direct<br />
exposure techniques or with lead screens, it is suitable for use with fluorescent or fluorometallic screens.<br />
A high speed, fine grain, high contrast ASTM Class III film suitable for inspection of a large variety of specimens with lowto-high<br />
kilovoltage X-ray and gamma ray sources. It is particularly useful when gamma ray sources of high activity are<br />
IX 150 unavailable or when very thick specimens are to be inspected. It is also useful in X-ray diffraction work. IX150 is used in<br />
direct exposure techniques or with lead screens.<br />
FUJI IX AGFA KODAK Film category Sensitivity, R-1<br />
IX 50 D 2 M 100 C 2 2,7<br />
IX 80 D 4 M 125 C 3 4,5<br />
IX 100 * D 5 T 200 C 4 6,7<br />
IX 100 ** D 7 AA 400 C 5 11,0<br />
IX 150 D 8 CX C 6 17,0<br />
* Hand developing by use of Fuji-Chemicals at 20°C and 5 min developing time<br />
** Machine developing by use of Agfa-Chemicals at 28°C and 8 min developing time<br />
28
Format cm<br />
Film type<br />
NIF – non interleaved package, 100 sheets<br />
10 x 24 IX 50, IX 80, IX 100, IX 150<br />
10 x 48 IX 50, IX 80, IX 100, IX 150<br />
13 x 18 IX 80, IX 100, IX 150<br />
24 x 30 IX 50, IX 80, IX 100, IX 150<br />
30 x 40 IX 50, IX 80, IX 100, IX 150<br />
NIF - non interleaved package, roll package (4 items)<br />
70 mm х 168 m IX 100<br />
EPAK – vacuum package with layers, without Pb screen, 50 sheets<br />
6 x 24 IX 80, IX 100<br />
6 x 48 IX 80, IX 100<br />
10 x 24 IX 50, IX 80, IX 100<br />
10 x 40 IX 80<br />
10 x 48 IX 50, IX 80, IX 100<br />
18 x 24 IX 80<br />
24 x 30 IX 80<br />
30 x 40 IX 80<br />
EPAK - vacuum package with layers, without Pb screen, roll package (2<br />
items)<br />
60 mm х 61 m IX 80<br />
100 mm х 61 m IX 80<br />
EPPB – vacuum package with Pb screen, 50 sheets<br />
6 x 24 IX 50, IX 80, IX 100<br />
6 x 48 IX 50, IX 80, IX 100<br />
10 x 24 IX 50, IX 80, IX 100<br />
10 x 40 IX 50, IX 80, IX 100<br />
10 x 48 IX 50, IX 80, IX 100<br />
18 x 24 IX 50, IX 80, IX 100<br />
24 x 30 IX 50, IX 80, IX 100<br />
30 x 40 IX 50, IX 80, IX 100<br />
EPPB - vacuum package with Pb screen, roll package (2 items.)<br />
60 mm х 61 m IX 50, IX 80, IX 100<br />
70 mm х 61 m IX 50, IX 80, IX 100<br />
100 mm х 61 m IX 50, IX 80, IX 100<br />
Chemical agents for processing radiographic film Fuji<br />
Developer Rendol<br />
4 х 5 l ready to use liquor for hand development<br />
Fixing solution M-FIX<br />
25 l ready to use liquor for hand development<br />
Developer Audel<br />
2 х 20 l ready to use liquor for automatic<br />
development<br />
Fixing solution AUFIX<br />
2 х 20 l ready to use liquor for automatic<br />
development<br />
29
• Developing machines for radiographic film<br />
Characteristic data Colenta FNDX1 Article No. 232.010.001<br />
Film type<br />
Sheet and roll films<br />
Max. film width<br />
36 cm<br />
Development time<br />
Controlled from 3 to 13 minutes<br />
Development rate at 8 min.<br />
16 films/hour, Format35х43mm<br />
Development temperature Regulated from 18 to 43°C<br />
Drying temperature<br />
Max. 60°C, hot air<br />
Regeneration system<br />
Automatic<br />
Capacity charge<br />
2,6 l of developer<br />
2,5 l of fixer , 3 l of water<br />
Water consumption while working 1,5 l<br />
Water connection<br />
3/4" (3-10 bar)<br />
Supply<br />
220-240 V, 16 А, 50-60 Hz<br />
Power consumption<br />
1,7 кW, Stand-By (0,35 kW)<br />
Weight<br />
58 kg<br />
Characteristic data Colenta FNDX2<br />
Film type<br />
Sheet and roll films<br />
Max. film width<br />
43 cm<br />
Development time<br />
Controlled from 2 to 10 minutes<br />
Development rate at 8 min.<br />
29 films/hour Format 35х43mm<br />
Development temperature Regulated from 18 to 43°C<br />
Drying temperature<br />
Max. 60°C, hot air<br />
Regeneration system<br />
Automatic<br />
Capacity charge<br />
6 l of developer,<br />
6 of fixer, 6 l of water<br />
Water consumption while working 1,5 l<br />
Water connection<br />
3/4" (3-10 bar)<br />
Supply<br />
220-240 V, 16 А, 50-60 Hz<br />
Power consumption<br />
3,1 кW, Stand-By (0,6 кW)<br />
Weight<br />
127 kg<br />
Characteristic data Colenta FNDX3<br />
Film type<br />
Max. Film width<br />
Development time<br />
Development rate at 8 min.<br />
Development temperature<br />
Drying temperature<br />
Regeneration system<br />
Capacity charge<br />
Water consumption while working<br />
Water connection<br />
Supply<br />
Power consumption<br />
Weight<br />
Sheet and roll films<br />
43 cm<br />
Controlled from 3 to 14 minutes<br />
38 films/hour Format35х43mm<br />
Regulated from 18 to43°C<br />
Max. 60°C, hot air<br />
Automatic<br />
9 of developer,<br />
8 l of fixer, 8 l of water<br />
1,5 l<br />
3/4" (3-10 bar)<br />
220-240 V, 16 А, 50-60 Hz<br />
3,5 кW, Stand-By (0,6 кW)<br />
132 kg<br />
30
• Accessories<br />
Artikel Nr. 241.002.000 Artikel Nr. 241.003.000<br />
Filmbetrachtungsgerät RB-2<br />
Ausstattung mit zusätzlicher Blende<br />
225x50mm (für 60mm Filme), sowie<br />
Lochblende 30mm<br />
Anschluß an 230V, 1000W<br />
Filmschwärzungen bis D=3,75 können<br />
ausgewertet werden<br />
Filmbetrachtungsgerät RB-3<br />
Ausstattung mit zusätzlicher Blende<br />
440x50mm (für 60mm Filme), sowie<br />
Lochblende 30mm<br />
Anschluß an 230V, 1400W<br />
Filmschwärzungen bis D=3,65 können<br />
ausgewertet werden<br />
Densitometer Densitest N<br />
Digitalanzeige, Netz- und Akkubetrieb,<br />
linearer Meßbereich von<br />
S=1 bis 5, Toleranz ±0,05<br />
Article No. 242.004.000<br />
• Film viewing equipment<br />
• Densitometer<br />
• Sensitivity standards<br />
• Darkroom accessories<br />
• Absorbance standard<br />
• Packages of lead letters and numbers<br />
31
Ultrasonic <strong>testing</strong><br />
• Wall thickness measuring device<br />
HELLISON-1<br />
Tested materials:<br />
Black and nonferrous metals,<br />
hard plastics, glass, ceramics<br />
Effective range: 1-300 mm<br />
Definition:<br />
0,1 mm<br />
Error: ± 0,5%<br />
Ultrasonic transducers: 2; 5: 10 МHz<br />
In-steel calibration<br />
Power Supply: 2,4 V, 2 from Accumulator<br />
Dimensions:<br />
125х65х30 mm<br />
Weight:<br />
200 g<br />
Delivery: ultrasonic thickness indicator, ultrasonic transducer<br />
2 МHz, ultrasonic gel 250 ml, charging device.<br />
Article No. 311.000.100<br />
• Wall thickness measuring device<br />
TM-8810<br />
• Ultrasonic defectoscope<br />
INT-Bond-Tester<br />
Принцип действия<br />
Digital wall thickness measurement device TM-8810<br />
- 4 digit LCD display<br />
- Announcement switchable mm / inch<br />
- Measureing range with standard S/E head 1.5 to appr.<br />
200mm<br />
- Dissolutin 0,1mm<br />
- Optical coupling control<br />
- 11 preselectable base materials (sound speeds)<br />
- In the equipment housing integrated calibration plate<br />
- Battery operation 4 pieces of UM-3 (AA-cells)<br />
- Dimensions: 161 x 69 x 32mm<br />
- Weight including batteries appr. 300 g<br />
Scope of supply:<br />
-measuring instrument TM-8810<br />
-S/E ultrasonic head with 3 Lemo plug connecters<br />
- Storage siutcase from imitation leather<br />
- Bottle of couple means (glyzer<br />
- Set of batterie<br />
Article No. 311.100.002<br />
Ultrasonic resonance spectroscopy (URS) utilizes information in the<br />
frequency domain obtained due to the constructive and <strong>destructive</strong><br />
interference of elastic waves for non<strong>destructive</strong> evaluation of<br />
inspected objects. In a resonance test an ultrasonic tone-burst with<br />
sweeping frequency is applied to an ultrasonic transducer and a<br />
resonance spectrum of the inspected structure is acquired. The<br />
acquired spectrum contains information about the properties of<br />
materials used for the structure and flaws that may be present in it.<br />
Measurement setup: Narrowband ultrasonic spectroscopy can be<br />
used for the NDT of aerospace multi-layered structures. The INT-<br />
Bond-Tester used for this test operate on the principle of exciting a<br />
mechanical resonance in a multi-layered structure. A piezoelectric<br />
probe, excited by a swept frequency signal is coupled to the surface<br />
of the inspected structure using a coupling agent. The instrument<br />
acquires probe’s frequency spectrum in the range of some tens of<br />
kHz to several hundreds of kHz. A resonance in the layered structure<br />
occurs when echoes between two boundaries travel back and forth<br />
due to the difference in acoustic impedances at the boundaries.<br />
32
Accessories<br />
• Calibration Blocks<br />
• Ultrasonic Transducers<br />
• Couplants for ultrasonic inspection<br />
Article No. 310.059.121 Article No. 310.059.270<br />
Welding technology accessories<br />
Couplants for ultrasonic inspection<br />
• 200000 > 200000<br />
Temperature range of use °C -5÷100 -30÷100<br />
Article No. 810.080.006 Article No. 810.080.005<br />
Filling high-quality steel master forms<br />
Article No. 810.080.004<br />
Instrument for lightning caves with a mirror suit<br />
33
Article No. 810.070.002<br />
Article No. 810.080.038<br />
Sample<br />
Article No. 810.070.005<br />
Pocket lamp<br />
Article No. 810.080.039<br />
Sample<br />
Article No. 810.080.008<br />
Pocket lens(magnification 3, 6, 9)<br />
Current meter (AC, DC)<br />
Article No. 220.026.300<br />
Article No. 810.080.042<br />
Article No. 810.080.009<br />
High quality steel feeler 0,05-1mm<br />
34
Telescopic magnet<br />
Article No. 810.070.003<br />
Joint weld master made of high quality steel<br />
Article No. 810.080.047<br />
Article No. 810.070.010<br />
h<br />
Article No. 810.080.003<br />
Thermometer(-70-+1000°C)<br />
Article No. 810.080.017<br />
Depth Gauge<br />
35
Temperature indicators<br />
Article No. 510.100.000<br />
Surface temperature detection<br />
• easy to use, quick and durable<br />
• precise (± 1% fromrated temperature)<br />
• temperature range from 38°C to 1371°C<br />
Article No. 510.200.000<br />
High temperature paint<br />
• for surfaces protection, undergoing high<br />
temperature impact<br />
• temperature range :up to1093°C<br />
Article No. 518.000.007<br />
Surface temperature detection<br />
• Self-adhersice labels<br />
• easy to use, quick and durable<br />
• precise (± 2% from rated temperature)<br />
• temperature range from 38°C to 260°C<br />
36
HELLING DYKEM ® TEXPEN ® AND HELLING DYKEM ® DALO ® MARKER<br />
The HELLING DYKEM ® TEXPEN ® stands out for its distinctive fine, medium and bold oil-based paint markings. Its stainless steel<br />
ball valve action tip writes through oil, grease and underwater without losing legibility or brightness even in extreme weather<br />
conditions.<br />
The HELLING DYKEM ® DALO ® Marker is a marking pen with medium, and bold tips that hold a high capacity of oil-based paint<br />
and it is a larger version of the HELLING DYKEM ® TEXPEN ® .<br />
Benefits:<br />
• Write sharp, defined, bright marks on almost any surface<br />
including metal, plastic, glass, concrete, rubber and more<br />
• Ergonomically correct marker that enables you to mark<br />
at all angles, even upside down<br />
• Marker retains its shape<br />
• Paint flow is controlled by the bulb at the end of the barrel<br />
• Drying time: 25-35 minutes<br />
DYKEM ® TEXPEN ® colours available<br />
Fine Medium Broad<br />
810.016.030 810.016.020 810.016.033 810.016.023 810.016.034 810.016.024<br />
810.016.010 810.016.080 810.016.013 810.016.083 810.016.014 810.016.084<br />
810.016.040 810.016.060 810.016.043 810.016.063 810.016.044 810.016.064<br />
810.016.100 810.016.103 810.016.104<br />
DYKEM ® DALO ® colours available<br />
Medium<br />
Broad<br />
810.026.033 810.026.023 810.026.034 810.026.024<br />
810.026.013 810.026.083 810.026.014 810.026.084<br />
810.026.043 810.026.063 810.026.044 810.026.064<br />
810.026.103 810.026.104<br />
HELLING DYKEM ® BRITE-MARK ®<br />
The HELLING DYKEM ® BRITE-MARK ® is a general purpose marker that writes on almost any surface and features different tip<br />
sizes for clear, bold markings. Its quick drying, oil-based paint withstands indoor and outdoor conditions, including acid and<br />
alkaline rain without fading, chipping or losing opacity. The HELLING DYKEM ® BRITE-MARK ® pens can be used to permanently<br />
identify inventory, assemblies, tools, finished products or working-in-progress while resisting most work related abuses or<br />
compounds.<br />
Benefits:<br />
• Makes permanent, bright marks on metal, rubber, plastic, glass, concrete,<br />
leather, stone, wood, vinyl and more<br />
• Valve action mechanism prevents paint in barrel from drying when cap is left off<br />
• Threaded end of The HELLING DYKEM ® BRITE-MARK ® 40 can be screwed<br />
into a jig or apparatus for continuous identification application<br />
• Heavy-duty aluminium body<br />
• Ideal for colour coding<br />
• Bullet tips are replaceable<br />
• Drying time: 25-35 seconds<br />
DYKEM ® BRITE-MARK ® colours available<br />
BRITE-MARK ® Fine<br />
BRITE-MARK ® Medium<br />
BRITE-MARK ® 40<br />
Medium Broad 40<br />
810.041.003 810.041.045 810.084.002 810.084.019 810.084.009 810.D40.003 810.D40.045<br />
810.041.001 810.041.002 810.084.001 810.084.006 810.084.006 810.D40.001 810.D40.002<br />
810.041.004 810.041.016 810.084.007 810.084.050 810.016.044 810.D40.004 810.D40.016<br />
810.041.014 810.041.008 810.084.051 810.084.003 810.D40.014 810.D40.008<br />
810.041.010 810.041.006 810.084.005 810.084.004 810.016.104 810.D40.010 810.D40.006<br />
37
HELLING DYKEM ® RINZ OFF TM and The HELLING DYKEM ® SUDZ OFF TM<br />
The HELLING DYKEM ® RINZ OFF TM and The HELLING DYKEM ® SUDZ OFF TM water removable ink marker and the HELLING<br />
DYKEM ® SUDZ OFF TM detergent removable ink marker write on non-treated, non-painted metal, glass, ceramic and some plastic<br />
surfaces and can be removed, leaving no “ghosting”. The markers feature a fibre tip ink pen that can be used indoors and<br />
outdoors on any smooth nonporous surface and will not react with paint systems (should be tested for suitability). The HELLING<br />
DYKEM ® RINZ OFF TM can be removed with water while the HELLING DYKEM ® SUDZ OFF TM can be removed with detergent.<br />
DYKEM ® RINZ OFF ® DYKEM ® SUDZ OFF ®<br />
Medium Broad Medium Broad<br />
810.091.109 810.044.109 810.091.985 810.091.146 810.044.985 810.044.146810.06.024<br />
810.091.105 810.044.105 810.091.938 810.091.694 810.044.938 810.044.69410.016.084<br />
810.091.108 810.044.108 810.091.371 810.016.063 810.044.371<br />
810.091.106 810.044.106 810.091.939 10.01 6.104 810.044.939<br />
HELLING ACTION MARKER ®<br />
The HELLING ACTION MARKER ® 44 and the HELLING ACTION MARKER ® Fine Line are dye-based ink pens with a valve<br />
action fibre tip that writes on any smooth surface. The HELLING ACTION MARKER ® 44 has a threaded end that can be<br />
screwed into a jig or apparatus for continuous identification application. It is used to make broad markings on any smooth<br />
surface, The HELLING ACTION MARKER ® Fine Line is lightweight and writes fine, distinctive markings. Both markers feature a<br />
clip to secure the pen in your pocket or on your clipboard.<br />
Benefits:<br />
• Permanent ink writes on smooth surfaces such as metal, aluminium, plastic,<br />
glass, rubber and more<br />
• Inks are able to withstand oil, dirt, grease and extreme weather conditions<br />
• Interchangeable and replaceable tips are available<br />
• 6 to 8 times the writing life of most other capillary markers of comparable size<br />
• Drying time: 45 seconds to 1 minute<br />
Fine Liner<br />
AM 44<br />
Colours available<br />
AM 44<br />
Fine Liner<br />
810.044.003 810.044.010 810.033.003 810.033.010<br />
810.044.001 810.044.002 810.033.001 810.033.002<br />
810.044.004 810.033.004<br />
38
HELLING HIGH TEMPERATURE MARKERS<br />
The HELLING TEXPEN ® for high temperatures has a stainless steel-ball valve action tip and heavy viscosity, oil-based paint<br />
that is specially formulated for nonporous surfaces that reach temperatures of up to 2000°F/1093°C. Marks become permanent<br />
and fused when heated. The marker is an ergonomically correct pen that enables you to mark at all angles, even upside down.<br />
The bulb at the end of the barrel controls paint flow.<br />
The HELLING ACTION MARKER ® 44 and HELLING ACTION MARKER ® 33 for high temperatures are pigmented, oil-based<br />
fibre tip pens that are specially formulated for nonporous surfaces that can reach temperatures up to 2000°F/1093°C. Marks<br />
become permanent and fused when heated. Both markers feature a clip to secure the pen in your pocket or on your clipboard.<br />
The HELLING ACTION MARKER ® 44 has an extra large paint capacity. The EHELLING ACTION MARKER ® 33 is lightweight<br />
and writes fine, distinctive markings.<br />
HELLING ACTION MARKER TEXPEN ® colours available<br />
Fine Medium Broad Range of Temperature<br />
810.017.030 810.017.033 810.017.034 1093°C / 2000°F<br />
810.017.010 810.017.013 810.017.014 1093°C / 2000°F<br />
810.017.040 810.017.043 810.017.044 1093°C / 2000°F<br />
810.017.100 810.017.103 810.017.104 426-482°C / 800-900°F<br />
810.017.020 810.017.023 810.017.024 426-482°C / 800-900°F<br />
810.017.080 810.017.083 810.017.084 426-482°C / 800-900°F<br />
810.017.060 810.017.063 810.017.064 426-482°C / 800-900°F<br />
HELLING ACTION MARKER ® colours available<br />
AM3 33 AM 44 Range of Temperature<br />
810.033.250 810.044.250 1093°C / 2000°F<br />
810.033.094 810.044.094 1093°C / 2000°F<br />
810.033.266 810.044.266 982°C / 1800°F<br />
810.033.219 810.044.219 843-899°C / 1550-1650°F<br />
810.033.424 810.044.424 426-482°C / 800-900°F<br />
39
HELLING HIGH PURITY MARKERS<br />
The high purity HELLING TEXPEN ® contains trace amounts of halogens, low melting metals and is low in chlorides. Therefore,<br />
its stainless steel ball valve tip can be used on surfaces where degradation, contamination or adverse effects are not desired.<br />
The high purity HELLING TEXPEN ® is an ergonomically correct marker that enables you to mark at all angles, even upside<br />
down. Its oil-based paint withstands extreme weather conditions.<br />
The high purity HELLING ACTION MARKER ® 44 and HELLING<br />
ACTION MARKER ® 33 are dye and pigment based ink pens with a<br />
valve action fibre tip that write on smooth surfaces. They are very<br />
low in chlorides, so they can be used on surfaces where<br />
degradation, contamination or adverse effects are not desired. Pens<br />
meet or exceed the requirements of the US Energy Research &<br />
Development Administration’s “Nuclear Grade” for black, red, yellow<br />
and white inks. The HELLING ACTION MARKER ® 44 has a<br />
threaded end that can be screwed into a jig or apparatus for continuous identification application. The HELLING ACTION<br />
MARKER ® 33 is light weight and writes fine, distinctive markings. Both markers feature a clip on the pen cap that fits easily into<br />
your pocket or on your clipboard.<br />
HELLING TEXPEN ®<br />
colours available<br />
Fine Medium Broad<br />
810.017.470 810.014.100 810.017.473 810.014.103 810.017.474 810.014.104<br />
810.014.210 810.017.460 810.014.213 810.017.463 810.014.214 810.017.464<br />
810.010.350 810.014.140 810.010.353 810.014.143 810.010.354 810.014.144<br />
810.014.200 810.014.203 810.014.204<br />
HELLING ACTION MARKER ® 44 and HELLING ACTION MARKER ® 33 colours available<br />
AM 44 AM 33<br />
810.044.404 810.044.729 810.033.404 810.033.729<br />
810.044.534 810.044.916 810.033.534 810.033.916<br />
810.044.301 810.033.301<br />
40
Delivery program<br />
Penetrant <strong>testing</strong><br />
• Met-L-Chek / Dub-L-Chek , Standard Chek, Nord-Test,<br />
test equipment<br />
• Contrast and fluorescent systems<br />
• Electrostatic, penetrant and other coating systems<br />
• Control devices, UV examination lamps, UV measuring instruments<br />
Magnetic Powder Testing<br />
• Magnetizing devices/test benches<br />
• Stationary defectoscopes<br />
• Colored and fluorescent magnetic powders<br />
• Test bodies<br />
Leak <strong>testing</strong><br />
• Helium and hydrogen leak detectors<br />
• Ultrasonic leak detectors<br />
• Vacuum testers with test frames<br />
• Colored and fluorescent concentrations<br />
Radiographic Testing<br />
• Mobile and stationary X-ray equipment and laboratories.<br />
• Radiographic accessories, radiographic films, darkroom accessories<br />
• Film viewing equipment, film development systems<br />
• Radiation, measuring and alarm systems<br />
Visual inspection<br />
• Rigid and flexible endoscopes<br />
• TV camera system<br />
• Mirrors, light probes and magnifiers<br />
Ultrasonic <strong>testing</strong><br />
• Wall thickness measuring systems<br />
• Ultrasonic defectoscopes<br />
• Material test equipment<br />
• Control devices and accessories<br />
Thermal inspection<br />
• Heat-sensitive crayons, lacquers, labels, ink<br />
from 38 °C до 1371 °C<br />
• Pyrometer<br />
41
For Your Notes:<br />
42
HELLING GmbH • Spökerdamm 2 • D-25436 Heidgraben (bei Hamburg) • Postfach 2132 • D-25437 Tornesch<br />
Telefon: +49(0)4122 922-0 • Telefax: +49(0)4122 922-201 • e-mail: info@hellinggmbh.de • www.hellinggmbh.de<br />
43