BASKET
0
ACCOUNT
GE Krautkramer MIC-20 Hardness Tester
After decades of manufacturing the GE Krautkramer MIC-20, GE has now exited the UCI hardness market. The new replacement for the GE Krautkramer MIC-20 now comes from NewSonic, a company comprised of former GE Krautkramer Engineers who used to work on the MIC-10 and MIC-20. Their line of SonoDur hardness testers now offers the best, most advanced and improved UCI hardness testing solution currently available. To see the NewSonic UCI hardness testing solutions, click here.
Trade-In Your MIC-20
If you are in the market for a UCI hardness tester, ask about our trade-in program where we can give you a credit towards the purchase of a new UCI hardness testing solution.
MIC-20 Ultrasonic Contact Impedance & Rebound Hardness Tester
One instrument two test methods a thousand and one applications.
The MIC 20 is able to measure hardness using the UCI method as well as rebound hardness method. This makes the MIC 20 an universal instrument able to measure heat treated as well as cast materials.
The Ultrasonic Contact Impedance (UCI) method measures hardness based on the size of an indentation from a Vickers diamond while rebound testing measures hardness by having an impact body impelled against the test surface. The ability to use both of these methods makes the MIC 20 a flexible and complete solution for operators.
Static plus dynamic.
For the first time the Krautkramer MIC 20 combines the quasi-static UCI and the dynamic rebound hardness testing methods: the MIC 20 now places "hardness testing in a twin pack" at your disposal with these two different physical methods - and covers their complete application range.
This makes the MIC 20 a universal instrument: you can use it to test fine-grained materials having different masses and shapes or heat treated surfaces (UCI method), as well as large, coarse-grained components, forgings, and cast materials (rebound method). Conforms to ASTM A1038 (latest revision) UCI METHOD
The two methods.
The UCI method (Ultrasonic Contact Impedance) determines the hardness of a material on the basis of the size of the test indentation left behind in the material by a Vickers diamond after applying the test load. In the case of the rebound method, an
impact body is impelled by spring force against the test surface. The impact and rebound velocities are each measured in a non-contact mode; the hardness value is calculated from these two values. The MIC 20 automatically sets to the corresponding method as soon as you connect a UCI probe or a rebound impact device.
The double benefits.
The two methods enable you to easily measure the hardness of your test object in a matter of seconds: place probe or impact
device on the test object, and read the measured value on the display. In this way you can measure anywhere and in any direction. We have used a patented signal processing to also put this advantage into practice for the rebound hardness method.
In addition, the following applies to the two test methods: easy and fast calibration capability, presentation of the results
according to the usual hardness scales, extremely easy handling in mobile use in daily testing situations.
Base Instrument Includes:
*** Probe Kit or Impact Device Required but not included
Test methods:
UCI method: hardness testing with an indenter according to Vickers, evaluation of the test indentation under load.
Rebound method according to the ASTM standard specification A956: dynamic test method with a ratio of rebound (Rp) and impact (Ip) speed with hardness output in Leeb HL = 1000 Rp/Ip
UCI probes:
To be selected according to application:
Handheld probes:
10 N (1 kgf) standard MIC 201-A short MIC 201-AS extended MIC 201-AL
50 N (5 kgf) standard MIC 205-A short MIC 205-AS extended MIC 205-AL
98 N (10 kgf) standard MIC 2010-A
Motor probes:
8.6 N (0.9 kgf) MIC 211
3 N (0.3 kgf) MIC 2103-A
1 N (0.1 kgf) MIC 2101-A
Rebound impact devices:
To be selected according to application:
Ø 3 mm spherical tungsten carbide metal tip Dyna D
Ø 5 mm spherical tungsten carbide metal tip Dyna G
Diamond test tip Dyna E
Measuring ranges/conversions (UCI):
20-1740 HV / 76-618 HB / 41-105 HRB /
20.3-68.0 HRC / 255-2180 N/mm² (only with 98 N/10 kgf handheld probe)
Measuring ranges/conversions (rebound):
Depending on material group and impact device: 150-1000 HL / 75-1000 HV / 75-700 HB / 30- 100 HS / 35-100 HRB / 19-70 HRC / 250-2200 N/mm²
Display:
Color display or color TFT display, 1/4 VGA, 5.7”, 115.2 mm x 76.8 mm / 4.5” x 3.0”
Dialog languages:
German, English (among others)
Conversion:
Automatically according to DIN 50150, ASTM E 140
Evaluation:
Representation of test data as a curve, histogram, or in tabular form; calculation of statistical data, e.g.: average, standard deviation, range
Automatic instrument shutdown:
After a user-selectable period of time with automatic saving of test data and instrument settings
Keyboard:
Sealed membrane keypad with integrated touch screen
Operating time:
With NiMH battery pack MIC 20-BAT approx. 4 hours in continuous operations
Battery charge indicator:
Low-Batt indicator, instrument shutdown with low voltage
Operating system:
WinCE Interfaces RS 232 bidirectional, Ethernet 10 Mbit
Temperature ranges:
Operation: 0 °C to 50 °C/-32 °F to 122 °F
Storage: -20 °C to 70 °C/-4 °F to 158 °F
Weight:
Approx. 1.4 kg / 3.1 lbs (incl. MIC 20-BAT)
Size:
78 mm x 215 mm x 180 mm / 3.1" x 8.5" x 7.1" (H x W x D)
| Diamond Accessories | Rebound Accessories |
| * Probe Accessories | * Impact Bodies |
| * Probes & Probe Cables | * Probes & Probe Cables |
| * Software Management | * Software Management |
| * Test Stands | * Support Rings |
| * Test Blocks |
*** Probe Kit or Impact Device Required but not included
