FISCHERSCOPE HM2000 S - Intercovamex€¦ · FISCHERSCOPE® HM2000 S 3 General Specifications...

Coating Thickness Mate

DATA SHEET

FISCHERSCOPE® HM2000 S

Microhardness Measurement System

rial Analysis Microhardness Material Testing


2

Description

The micro hardness measurement systems FISCHERSCOPE® HM2000 utilize the load/indentation depth method according to DIN EN ISO 14577-1. With this method, the indenter – typically a Vickers or Berkovich pyramid – is essentially continuously pressed into the material tested with an increasing test load, and then unloaded. The respective indentation depth is measured at the same time. Taking into account the geometric relationship between the indentation depth and the shape of the indenter, this measurement produces the physically meaningful Martens hardness HM = F/A, where A = f(H) = the surface of the penetration. Important characteristic technological quantities can be obtained from the resultant load/unload cycle. The previously com-mon universal hardness HU can also be computed from the recorded measurement plot.

Measurable characteristic material quantities:

Material characteristics computed according to ISO 14577-1:• Martens hardness HM• Indentation hardness HIT (convertible to HV)• Modulus of indentation EIT• Indentation creep CIT• Percent elastic portion ŋIT of the indentation work Welast/Wtotal• Additional quantities such as Martens hardness at a certain test load, portion of plas-

tic deformation, etc.

Characteristic quantities computed from the measurement plot according to the previ-ous DIN 50359.

Design

The measuring head contains the indenter, the test load generating unit, and the posi-tion measurement unit for determining the indentation depth, as well as the entire elec-tronic system. The indenter is generally a diamond pyramid as per Vickers with 136° plane angle, to meet stringent industry requirements. Indenters with a diamond pyra-mid according to Berkovich or with hard metal spheres are available as well. The mea-suring head is equipped with a special support ring in order to ensure damage-free touch-down on the specimen surface.

The specified test load is built up with high precision. The measurement of the inden-tation depth is carried out with a resolution in the picometer or nanometer range. The extremely sensitive touch-down of the indenter allows for the exact determination of the zero point. This is significantly below the measurement uncertainty prescribed by the standards. The tip roundness of the indenter is determined using a reference mea-surement and is taken into account accordingly the results. The micro hardness deter-mination is computer controlled, free of any subjective influence, and thus independent of the operator.

General Specifications

Intended use Micro hardness measurement system for measurement of lacquer coatings, bulk mate-rials, electroplated coatings, hard material coatings, polymers and much else.

Design Measurement system with PC, measuring head and stand

Vibration damper system Stone plate with silicon damper pads

Measuring head

Hardness measurement range 0,001 bis 120.000 N/mm2: near diamond hardness

Test load range 0.1 – 2000 mN

Load resolution ≤ 40 μN

Distance resolution ≤ 100 pm

Indenters

Design Standard: Vickers

Optional: Berkovich, hard metal spheres Ø 0.4 mm or Ø 2.0 mm

Approach speed of the indenter ≤ 2 μm/sec

Maximum indentation depth 150 μm. Special design up to 500 μm.

Measuring stage

Design Stand

Specimen size Min. Ø 6 mm

Electrical data

Line voltage, line frequency 100 – 240 V +/- 10 % 47 – 63 Hz, 360 VA

Power consumption max. 120 W (without evaluation PC)

Protection class IP40

Dimensions

Exterior dimensions 180 mm x 85 mm x 135 mmDimension of the measuring head

Weight of positioning unit 7 kg incl. V22 stand

FISCHERSCOPE® HM2000 S 3


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FISCHERSCOPE® is a registered trademark of Helmut Fischer GmbH Institut für Elektronik und Messtechnik, Sindelfingen - Deutschland.Windows® is a registered trademark of Microsoft Corporation in the United States and other countries.

Environmental Conditions

Temperature: Operation 10 °C – 40 °C / 50 °F – 104 °F

Temperature: Storage/Transport 0 °C – 50 °C / 32 °F – 122 °F

Humidity of ambient air ≤ 95 %, non-condensing

Evaluation unit

Software WIN-HCU®

Operating system Windows®

Standards

CE conformity EN 61010

Standards DIN EN ISO 14577

Approval GOST

Order

FISCHERSCOPE® HM2000 S 603-795

Coating Thickness Material Analysis Microhardness Material Testing

Helmut Fischer GmbH Institut für Elektronik und Messtechnik, 71069 Sindelfingen, Germany, Tel. +49 70 31 30 30, [email protected] Fischer Instrumentation (GB) Ltd, Lymington/Hampshire SO41 8JD, England, Tel. +44 15 90 68 41 00, [email protected] Fischer Technology, Inc., Windsor, CT 06095, USA, Tel. +1 (860) 683 07 81, [email protected] Helmut Fischer AG, CH-6331 Hünenberg, Switzerland, Tel. +41 41 785 08 00, [email protected] Fischer Instrumentation Electronique, 78180 Montigny le Bretonneux, France, Tel. +33 1 30 58 00 58, [email protected] Helmut Fischer S.R.L., Tecnica di Misura, 20099 Sesto San Giovanni (Milano), Italy, Tel. +39 0 22 55 26 26, [email protected] Fischer Instruments, S.A., 08018 Barcelona, Spain, Tel. +34 9 33 09 79 16, [email protected] Helmut Fischer Meettechniek B.V., 5627 GB Eindhoven, The Netherlands, Tel. +31 40 248 22 55, [email protected] Fischer Instruments K.K., Saitama-ken 340-0012, Japan, Tel. +81 4 89 29 34 55, [email protected] Fischer Instrumentation (Far East) Ltd, Kwai Chung, N.T., Hong Kong, Tel. +852 24 20 11 00, [email protected] Fischer Instrumentation (S) Pte Ltd, Singapore 658065, Singapore, Tel. +65 62 76 67 76, [email protected] Nantong Fischer Instrumentation Ltd, Shanghai 200333, P.R. China, Tel. +86 21 32 51 31 31, [email protected] Fischer Measurement Technologies (India) Pvt. Ltd, Pune 411036, India, Tel. +91 20 26 82 20 65, [email protected] www.helmut-fischer.com


DATA SHEET

FISCHERSCOPE® HM2000




2

Description

The micro hardness measurement system FISCHERSCOPE® HM2000 utilizes the load/indentation depth method according to DIN EN ISO 14577-1. With this method, the indenter – typically a Vickers or Berkovich pyramid – is continuously pressed into the material tested with an increasing test load, and then unloaded. The respective indentation depth is measured at the same time. Taking into account the geometric relationship between the indentation depth and the shape of the indenter, this mea-surement results in the Martens hardness HM. Additional important characteristic material quantities can be obtained from the resultant load/unload cycle.





ESP – mode, partial load and unload measurements, to obtain quantities like EIT, HIT in dependence on depth or load.

Design

The measuring head contains the indenter, the test load generating unit, and the posi-tion measurement unit for determining the indentation depth, as well as the entire elec-tronic system. The indenter is generally a diamond pyramid as per Vickers with 136° plane angle, to DIN EN ISO 14577-2. Indenters with a diamond pyramid according to Berkovich or with hard metal spheres are available as well. The controlled touchdown of the measuring head leads to a very small machine compliance.

The specified test load is built up with high precision. The measurement of the inden-tation depth is carried out with a resolution in the sub-nanometer range. The extremely sensitive touch-down of the indenter allows for the exact determination of the zero point. The tip roundness of the indenter is determined using a reference measurement and is taken into account in the results, The micro hardness determination is computer controlled, free of any subjective influence, and thus independent of the operator.


Intended use Micro hardness measurement system for measurements according to DIN EN ISO 14577 of lacquer coatings, electroplated coatings, hard coatings, polymers, metals, glass and much else.

Design Measurement system with PC, measuring head, positioning device (granite), program-mable X/Y-stage, motorized z-axis, joystick for controlling X/Y-stage and Z-axis.

Vibration damper system Highly flexible rubber damper

Measuring head


Test load range 0.1 – 2000 mN

Load resolution ≤ 40 μN


Microscope / camera magnifications

Objective 4x, 20x and 40x

Video picture ( field of vision ) 1600 μm x 1200 μm, 320 μm x 240 μm, 160 μm x 120 μm

Indenters



Approach speed of the indenter ≤ 2 μm/sec

Maximum indentation depth 150 μm

XY measuring stage

Design Programmable X/Y-stage

Table dimensions 180 mm x 150 mm

Maximum Travel X/Y 170 mm x 140 mm

Repeatability precision X/Y ≤ 2 μm (unidirectional)

Max. specimen height 130 mm

Max. specimen weight 2 kg

Options

X/Y-stage Repeatability precision X/Y: ≤ 0.5 μm (unidirectional)

Microscope 5x, 20x, 50x and 100x with Video picture 1400 μm x 1000 μm, 350 μm x 250 μm,

140 μm x 100 μm / Autofocus / Automatic objective detection

Indenters Special shapes on request.

Measurement chamber / Base frame / Sample holders

FISCHERSCOPE® HM2000 3


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FISCHERSCOPE® is a registered trademark of Helmut Fischer GmbH Institut für Elektronik und Messtechnik, Sindelfingen - Deutschland.Windows® is a registered trademark of Microsoft Corporation in the United States and other countries.

Electrical data




Dimensions

Exterior dimensions of positioning unit (H x D x W)

630 mm x 650 mm x 610 mm

Weight of positioning unit 120 kg


Temperature: Operation Climatic chamber class 210 °C – 40 °C / 50 °F – 104 °F



Evaluation unit

Software WIN-HCU®


Standards


Standards DIN EN ISO 14577ASTM E 2546

Order

FISCHERSCOPE® HM2000 604-730




DATA SHEET

PICODENTOR® HM500



PICODENTOR® HM500

2

Description

The micro hardness measurement system PICODENTOR® HM500 utilizes the load/indentation depth method according to DIN EN ISO 14577-1. With this method, the indenter – typically a Vickers or Berkovich pyramid – is continuously pressed into the material tested with an increasing test load, and then unloaded. The respective inden-tation depth is measured at the same time. Taking into account the geometric relation-ship between the indentation depth and the shape of the indenter, this measurement results in the Martens hardness HM. Additional important characteristic material quan-tities can be obtained from the resultant load/unload cycle.





ESP – mode, partial load and unload measurements, to obtain quantities like EIT, HIT in dependence on depth or load.

Design

The measuring head contains the indenter, the test load generating unit, and the posi-tion measurement unit for determining the indentation depth, as well as the entire elec-tronic system. The indenter is generally a diamond pyramid as per Vickers with 136° plane angle, to DIN EN ISO 14577-2. Indenters with a diamond pyramid according to Berkovich or with hard metal spheres are available as well. The controlled touchdown of the measuring head leads to a very small machine compliance.

The specified test load is built up with high precision. The measurement of the inden-tation depth is carried out with a resolution in the picometer range. The extremely sen-sitive touch-down of the indenter allows for the exact determination of the zero point. The tip roundness of the indenter is determined using a reference measurement and is taken into account in the results, The micro hardness determination is computer con-trolled, free of any subjective influence, and thus independent of the operator.


Intended use Micro hardness measurement system for measurements according to DIN EN ISO 14577 of lacquer coatings, electroplated coatings, hard coatings, polymers, metals, glass and much else.

Design Measurement system with PC, measuring head, positioning device (granite), program-mable X/Y-stage, motorized z-axis, autofocus, joystick for controlling X/Y-stage and Z-axis, measurement chamber.

Vibration damper system Active anti-vibration table

Measuring head


Test load range 0,005 – 500 mN

Load resolution ≤ 100 nN


Microscope / camera magnifications

Objective 5x, 20x and 50x

Video picture ( field of vision ) 1400 μm x 1000 μm, 350 μm x 250 μm, 140 μm x 100 μmAutomatic objective detection

Indenters



Approach speed of the indenter ≤ 0,1 μm / sec

Maximum indentation depth 150 μm

XY measuring stage

Design Programmable X/Y-stage

Table dimensions 180 mm x 150 mm

Maximum Travel X/Y 170 mm x 140 mm

Repeatability precision X/Y ≤ 0,5 μm (unidirectional)

Max. specimen height 130 mm

Max. specimen weight 2 kg

Options

Objective / Video picture 100x / 70 μm x 50 μm

Atomic force microscope (AFM)

Base Frame

Sample holders

Indenters Special shapes on request.

PICODENTOR® HM500 3

PICODENTOR® HM500

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PICODENTOR® is a registered trademark of Helmut Fischer GmbH Institut für Elektronik und Messtechnik, Sindelfingen - Deutschland.

Electrical data




Dimensions

Exterior dimensions of positioning unit (H x D x W)

630 mm x 650 mm x 610 mm

Weight of positioning unit 120 kg

Weight including measurement chamber and anti-vibration table

220 kg


Temperature: Operation Climatic chamber class 210 °C – 40 °C / 50 °F – 104 °F



Evaluation unit

Software WIN-HCU®


Standards


Standards DIN EN ISO 14577ASTM E 2546

Order

PICODENTOR® HM500 604-602



FISCHERSCOPE HM2000 S - Intercovamex€¦ · FISCHERSCOPE® HM2000 S 3 General Specifications...

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