Produktbeschreiwung:
Qualtech Produkter Industrie Handgehalent Rockwell-Härtheets-Tester ass e Handgehalene Indentatiounshärtheetstester fir direkt d'Härtegkeet vun de Proben am Aklang mat dem Rockwell-Härtegkeetsskala am Feld an an Ärem Laboratoire.
Déi Rockwell-Härtheetszuel ass e Wäert, deen während engem bestëmmt gëtt Indentatiounshärteprüfung vum Netto-Zousaz an der Déift vun engem bestëmmten Eindringer, deen d'Uewerfläch vum Probe penetréiert, wéi d'Testbelaaschtung vum Eindringer vun enger fixéierter klenger Belaaschtung op eng grouss Belaaschtung eropgeet an duerno op eng kleng Belaaschtung zréckgeet.
Dëse professionelle Handgehalent Rockwell-Härtheets-Tester ass entworf a konstruéiert fir déi neiste Technologie ze bidden, kombinéiert mat engem grousse Zifferblat, enger benotzerfrëndlecher Applikatioun, enger benotzerfrëndlecher Probenhandhabung, enger grousser Palette vu präzis konstruéierte Diamantindenter, enger grousser Palette vu Härteplacken, héich Genauegkeet a héich Präzisioun, Funktiounen fir d'Ëmsetzung vun Moossdaten, dorënner HV Vickers, HB Brinell Härtegkeet, Festegkeet, Zuchfestegkeet, e ergonomescht Design, zouverlässeg Leeschtung, Liewensdauer a vill méi.
Dëse professionelle Rockwell-Härtheets-Tester fir de Gebrauch an der Hand ass entworf a konstruéiert am Aklang mat internationalen Testnormen, dorënner:
- ASTM E18 (Standardtestmethoden fir d'Rockwellhäert vun metallesche Materialien)
- ASTM E140 (Standardtabellen fir d'Härtheetsëmrechnung bei Metaller – Bezéiung tëscht Brinell-Härtheet, Vickers-Härtheet, Rockwell-Härtheet, oberflächlecher Härtheet, Knoop-Härtheet, Scleroscope-Härtheet an Leeb-Härtheet)
- ASTM D785 (Standardtestmethod fir d'Rockwell-Härtegkeet vu Plastik a elektresch isoléierend Materialien)
- ISO 3738 (Hartmetaller — Rockwell-Härtheetsprüfung (Skala A))
- ISO 6508 (Metallesch Materialien — Rockwell-Härtheetstest)
Handheld Rockwell Hardness Tester QPI-HRWH Series - Funktiounen:
If you work in quality control, metallurgy, or structural engineering, you know the scenario all too well: you have a massive steel casting or an installed pipeline section that needs rapid, reliable hardness testing. Bringing a sample back to the benchtop laboratory tester is either wildly impractical or outright impossible. Cutting coupons destroys your workpiece, and traditional benchtop units locked in a lab simply cannot move to where the work happens.
That is where portable non-destructive testing steps in to bridge the gap. The QPI-HRWH Series Handheld Rockwell Hardness Tester offers a rugged, field-ready solution designed specifically to bring laboratory-grade accuracy straight to your shop floor, assembly line, or remote Jobsite.
Why Portable Rockwell Hardness Testing Matters
Rockwell hardness testing remains one of the most widely accepted methods across manufacturing and materials engineering. By measuring the depth of penetration under a specific load, engineers get an immediate window into a material’s tensile strength, heat treatment status, and structural durability.
However, shop floor realities often push standard benchtop equipment to its limits. Large forged parts, heavy structural beams, curved pipe walls, and heat-treated engine components do not fit neatly into a standard lab vice. The QPI-HRWH Series addresses this exact headache, letting you perform quick, non-destructive evaluations directly on intact components without sacrificing measurement integrity.
Core Applications Across Modern Engineering Industries
The versatility of the QPI-HRWH Series makes it an essential tool across multiple demanding engineering sectors:
1. Aerospace and Aviation Maintenance
In aerospace manufacturing and MRO (Maintenance, Repair, and Overhaul), structural integrity is paramount. Engineers use the QPI-HRWH Series to inspect aircraft landing gear, structural aluminum alloys, and engine mounts right on the airframe. The ability to verify heat treatment verification in situ ensures compliance with stringent safety standards while eliminating disassembly downtime.
2. Oil, Gas, and Petrochemical Pipelines
Pipeline inspection requires instruments that can handle tough outdoor environments. Field engineers rely on the QPI-HRWH Series to verify weld seam hardness, check for stress corrosion cracking vulnerability, and audit installed piping networks. Its ergonomic handheld design allows operators to take consistent readings at odd angles, elevated scaffolding, or tight trench spaces.
3. Automotive Manufacturing and Heat Treatment
Whether inspecting crankshafts, gears, or stamped chassis parts, automotive quality control requires speed and precision. The QPI-HRWH Series seamlessly integrates into high-throughput production lines, allowing quality assurance teams to verify batch consistency right after heat treatment or induction hardening cycles.
4. Machine Shops and Heavy Fabrication
For custom metal fabricators and machine shops, verifying incoming raw stock before machining saves thousands of dollars in worn tooling and scrapped parts. The QPI-HRWH Series lets incoming inspection teams quickly test raw billets, heavy plates, and large castings at the receiving dock.
Technical Highlights That Make Engineering Work Easier
The QPI-HRWH Series is packed with features designed to solve everyday testing challenges:
Multi-Scale Capability: Effortlessly test across standard Rockwell scales (such as HRC, HRB, and HRA) to accommodate everything from soft brass to hardened tool steel.
Non-Destructive Efficiency: Make minimal indents that maintain the visual and structural usability of finished components.
Ergonomic and Intuitive Design: Designed for one-handed operation in tight industrial settings, reducing operator fatigue during high-volume testing runs.
Instant Digital Output: View clear, high-contrast readings instantly, reducing human error when reading scales under harsh workshop lighting.
Rugged Construction: Built to withstand the dust, oil, and minor impacts typical of active manufacturing plants and outdoor job sites.
Practical Best Practices for Maximum Precision
To get the most accurate, repeatable data out of your QPI-HRWH Series tester, keep these quick operational practices in mind:
Uewerflächvirbereedung: Ensure the test area is clean, flat, and free of heavy scale, rust, or thick paint coatings. A quick polish with fine grit sand paper ensures direct contact.
Stable Mounting: Keep the instrument perpendicular to the test surface. Firm, steady pressure prevents micro-slippage during load application.
Regular Calibration Checks: Always run a quick test block check at the start of each shift to ensure sensor alignment and scale accuracy remain rock-solid.
Elevate Your Quality Assurance Standards
Quality engineering relies on fast, trustworthy data. By bringing benchtop-level accuracy directly onto the shop floor, the QPI-HRWH Series Handheld Rockwell Hardness Tester empowers engineering teams to make instant, informed decisions about material integrity, heat treatment quality, and component safety.
Whether you are auditing a field pipeline, verifying an aerospace forging, or conducting incoming stock inspections, the QPI-HRWH Series delivers the portability, reliability, and precision your workflows demand. Upgrade your testing toolkit today and take total control of your material quality anywhere, anytime.
Handgehalent Rockwell-Härtheets-Tester - Funktiounen:
- Déi neiste Technologie
- Onmiddlech Rockwell-Härtheetstest
- Rockwell-Härtheetsmessung inklusiv HV Vickers, HB Brinell, Härtheetsfestegkeet, Zuchfestegkeet
- Grousse Zifferblat
- Staubdichtes Design
- Präzisiounsgeplangte Indenter
- Benotzerfrëndlech Uwendung
- Benotzerfrëndlech Probenhandhabung
- Gëeegent fir eng breet Palette vu Materialien, dorënner Aluminium, Stol an vill méi.
- Abegraff Kalibrasiounsfliesen
- Héich Genauegkeet & Héich Präzisioun
- Ergonomescht Design
- Zouverlässeg Leeschtung & Liewensdauer
- Entwéckelt am Aklang mat internationalen Testnormen, dorënner ASTM E18, ASTM E140, ASTM D785, ISO 3738 an ISO 6508.
Handgehalene Rockwell-Härtegkeets-Tester - Spezifikatiounen:
| Modell | QPI-HRWH1800 | QPI-HRWH2800 | QPI-HRWH3800 | QPI-HRWH5800 |
|---|---|---|---|---|
| Déi neiste Technologie | Jo | Jo | Jo | Jo |
| Grousse Zifferblat | Jo | Jo | Jo | Jo |
| Onmiddlech Rockwell-Moossnam | Jo | Jo | Jo | Jo |
| Beispill Klammer Max | 25mm x 25mm | 50mm x 50mm | 100mm x 50mm | 100mm x 100mm |
| Abonnent abegraff | Diamantindenter (120° konesch) Edelstol-Indenter (⌀ 1,588 mm) | Diamantindenter (120° konesch) Edelstol-Indenter (⌀ 1,588 mm) | Diamantindenter (120° konesch) Edelstol-Indenter (⌀ 1,588 mm) | Diamantindenter (120° konesch) Edelstol-Indenter (⌀ 1,588 mm) |
| Optional verfügbare Indenter | Edelstol-Indenter (⌀ 3,175 mm) Edelstol-Indenter (⌀ 6,35 mm) Edelstol-Indenter (⌀ 12,7 mm) Rostfräi Stol-Kugelindenter (⌀ 1/2", ⌀ 1", ⌀ 1 1/3") Zylinderfërmege Edelstol-Indenter (⌀ 1/2", ⌀ 3/4", ⌀ 1") Konvexe Indenter aus rostfräi Stol (⌀ 1/2", ⌀ 3/4", ⌀ 1") | Edelstol-Indenter (⌀ 3,175 mm) Edelstol-Indenter (⌀ 6,35 mm) Edelstol-Indenter (⌀ 12,7 mm) Rostfräi Stol-Kugelindenter (⌀ 1/2", ⌀ 1", ⌀ 1 1/3") Zylinderfërmege Edelstol-Indenter (⌀ 1/2", ⌀ 3/4", ⌀ 1") Konvexe Indenter aus rostfräi Stol (⌀ 1/2", ⌀ 3/4", ⌀ 1") | Edelstol-Indenter (⌀ 3,175 mm) Edelstol-Indenter (⌀ 6,35 mm) Edelstol-Indenter (⌀ 12,7 mm) Rostfräi Stol-Kugelindenter (⌀ 1/2", ⌀ 1", ⌀ 1 1/3") Zylinderfërmege Edelstol-Indenter (⌀ 1/2", ⌀ 3/4", ⌀ 1") Konvexe Indenter aus rostfräi Stol (⌀ 1/2", ⌀ 3/4", ⌀ 1") | Edelstol-Indenter (⌀ 3,175 mm) Edelstol-Indenter (⌀ 6,35 mm) Edelstol-Indenter (⌀ 12,7 mm) Rostfräi Stol-Kugelindenter (⌀ 1/2", ⌀ 1", ⌀ 1 1/3") Zylinderfërmege Edelstol-Indenter (⌀ 1/2", ⌀ 3/4", ⌀ 1") Konvexe Indenter aus rostfräi Stol (⌀ 1/2", ⌀ 3/4", ⌀ 1") |
| Entscheedung | 0,5 HRC | 0,5 HRC | 0,5 HRC | 0,5 HRC |
| Moossberäich | Rockwell-Härtegkeet | Rockwell-Härtegkeet | Rockwell-Härtegkeet | Rockwell-Härtegkeet |
| Datakonversioun | Ëmwandlung op HV Vickers Ëmrechnung op HB-Brinell Ëmrechnung op Härlechkeetsstaark Ëmrechnung op Zuchfestkraaft | Ëmwandlung op HV Vickers Ëmrechnung op HB-Brinell Ëmrechnung op Härlechkeetsstaark Ëmrechnung op Zuchfestkraaft | Ëmwandlung op HV Vickers Ëmrechnung op HB-Brinell Ëmrechnung op Härlechkeetsstaark Ëmrechnung op Zuchfestkraaft | Ëmwandlung op HV Vickers Ëmrechnung op HB-Brinell Ëmrechnung op Härlechkeetsstaark Ëmrechnung op Zuchfestkraaft |
| Virluedung | 10 kg (98,07 N) | 10 kg (98,07 N) | 10 kg (98,07 N) | 10 kg (98,07 N) |
| Testbelaaschtung | 588 N (60 kg), 980 N (100 kg), 1471 N (150 kg) | 588 N (60 kg), 980 N (100 kg), 1471 N (150 kg) | 588 N (60 kg), 980 N (100 kg), 1471 N (150 kg) | 588 N (60 kg), 980 N (100 kg), 1471 N (150 kg) |
| Ëmwandlung | Uewerflächlech Rockwell, Brinell, Vickers | Uewerflächlech Rockwell, Brinell, Vickers | Uewerflächlech Rockwell, Brinell, Vickers | Uewerflächlech Rockwell, Brinell, Vickers |
| Standardschwieregkeetsfliese | abegraff | abegraff | abegraff | abegraff |
| Zousätzlech optional Härtegkeetsbléck | HRA HRB (héich Härtespektrum) HRC (niddereg Härtespann) HRC (héich Härtberäich) HRC (héich Härtberäich) | HRA HRB (héich Härtespektrum) HRC (niddereg Härtespann) HRC (héich Härtberäich) HRC (héich Härtberäich) | HRA HRB (héich Härtespektrum) HRC (niddereg Härtespann) HRC (héich Härtberäich) HRC (héich Härtberäich) | HRA HRB (héich Härtespektrum) HRC (niddereg Härtespann) HRC (héich Härtberäich) HRC (héich Härtberäich) |
| Benotzerfrëndlech Uwendung | Jo | Jo | Jo | Jo |
| Benotzerfrëndlech Probenhandhabung | Jo | Jo | Jo | Jo |
| Onmiddlech Härtheetsmoossungen am Feld | Jo | Jo | Jo | Jo |
| Héich Genauegkeet & Héich Präzisioun | Jo | Jo | Jo | Jo |
| Ergonomescht Design | Jo | Jo | Jo | Jo |
| Zouverlässeg Leeschtung | Jo | Jo | Jo | Jo |
| Entwéckelt am Aklang mat internationalen Testnormen, dorënner ASTM E18, ASTM E140, ASTM D785, ISO 3738 an ISO 6508. | ||||
Handgehalent Rockwell-Härtheets-Tester – Abegraff Saachen:
- Handgehalent Rockwell-Härtheets-Tester
- Zousätz
- Tragkëscht
- Qualitéitszertifikat
- Virsiichteg kalibréiert
- Kalibrasiounszertifikaat
- Benotzerhandbuch
- Erweidert Garantie
- Liewenslaang Ënnerstëtzung
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