VIP member
THL380 high-precision Leeb hardness tester
The THL380 high-precision Leeb hardness tester can detect various metal materials based on the Leeb hardness measurement principle. Featuring a large
Product details
THL380 High Precision Leeb Hardness Tester (New Product)
THL380 High Precision Leeb Hardness Tester Product Overview:
THL380high precisionLeeb hardness testerIt is a new type of portable hardness testing instrument, mainly suitable for testing the hardness of metal materials. It has high testing accuracy, small size, easy operation, and convenient portability、The characteristic of wide measurement range.It is based on the principle of Richter scale and measures the Richter scale（HL）The hardness value is automatically converted into Brinell by the program、Rockwell、Vic、Shore hardness value,Various testing accessories can also be configured to meet various testing conditions and environments, mainly suitable for rapid testing of metal material hardness, especially for on-site hardness testing of large components and non removable parts.
THL380 high-precision Leeb hardness tester features:
lAccording to the principle of Leeb hardness measurement, various metal materials can be tested.
lLarge screen,adopt128×64Graphic dot matrix LCD display, rich and intuitive information，Clear displayThe screen brightness can be freely set according to the environment and lighting conditions.
lbuilt-inThermal printers,No noiseFast printing speed, able to print inspection reports on-site.
lOne host can be equipped with7Using different impact devices,Automatically identify the type of impact device,No need to recalibrate during replacement.
lFull Chinese display, menu style operation,measurementSimple and convenient.
lUSBThe interface can facilitate and quickly exchange data with a PC.standard configurationMicrocomputer software has rich functions such as transmitting measurement results, storing and managing measurement values, statistical analysis of measurement values, printing measurement reports, and batch setting instrument parameters, meeting higher requirements for quality assurance and management.
l*Bigstorable500Group (number of impacts)1~32）Hardness measurement data, each set of data includes single measurement value, average value, measurement date, impact direction, number of times, material, hardness system and other information.
lSupport "forged steel (Steel)”Material, when using D/DCWhen testing "forged steel" specimens with a type of impact device, H can be directly readBValue, no need for manual table lookup.
lThe upper and lower limits of the hardness value can be pre-set, and an automatic alarm will be triggered if it exceeds the range, which is convenient for users to test in batches.
ltoolEquipped with EL backlight display, convenient for use in low light environments.
lEquipped with software calibration functionUsers can calibrate the instrument themselves.
lBuilt in nickel hydrogen rechargeable battery and charging control circuit;Can work continuously for no less than 150 hours; It has energy-saving functions such as automatic sleep mode and automatic shutdown.
lThere is a remaining battery indicator icon on the LCD, which can display the remaining battery level in real time; Equipped with charging process indicators, the operator can keep track of the charging level at any time.
lCompletely sealed casing, compact, portable, highly reliable, suitable for harsh operating environments, resistant to vibration, impact, and electromagnetic interference.
lDimensions: 212mm×80mm×32mm
The THL380 high-precision Leeb hardness tester is mainly used for:
◆mold cavity
◆Bearings and other components
◆Failure Analysis of Pressure Vessels, Steam Turbine Generator Sets and Their Equipment
◆Heavy duty workpieces
◆Installed mechanical or long-term assembly components
◆Workpieces with limited experimental space
◆Require formal original records of test results
◆Material differentiation in metal material warehouses
◆Rapid inspection of multiple measurement points in a large area of large workpieces
Technical parameters of THL380 high-precision Leeb hardness tester:
|
Product features |
parameter |
|
Testeable hardness system |
HL、 HRC、HRB、HV、HB、HS |
|
test accuracy |
Relative error ± 0.5%, indication repeatability error ± 5 (HLD=800) |
|
Standard impact device |
D-type impact device |
|
Setting the measurement range for upper and lower limits |
（170～960）HLD |
|
Optional impact device |
D/ C /DC / D+15 / DL/ G/ E |
|
Number of impact devices that can be equipped |
arbitrary |
|
computer interface |
USB |
|
text description |
Full Chinese menu |
|
screen display |
The screen has backlight and adjustable contrast |
|
Testing direction |
arbitrary |
|
data storage |
storable500 sets of test data(Number of impacts)1~32） |
|
Measure the maximum hardness value of the workpiece |
940HV (D/DC/DL/D+15/C impact device) |
|
Measure the curvature radius of the workpiece |
Rmin=50mm (using a special-shaped support ring Rmin=10mm) |
|
Identification function |
Automatic recognition of impact device type function |
Standard configuration:
|
serial number |
name |
quantity |
Remarks |
|
1 |
Instrument host(including thermal printer) |
1 unit |
|
|
2 |
D-type impact device |
1 piece |
|
|
3 |
Standard Leeb hardness block |
1 piece |
|
|
4 |
nylon brush |
1 piece |
|
|
5 |
Small support ring |
1 piece |
|
|
6 |
Power adapter (charger) |
1 piece |
|
|
7 |
printing paper |
1 roll |
|
|
8 |
randomdocument |
1 copy |
|
|
9 |
communication software |
1Zhang |
Computer applications |
|
10 |
communication cable |
1 item |
|
|
11 |
Instrument box |
1 piece |
|
Optional accessories:
Various impact devices, various shaped support rings, commonly used consumables (ball head, three needle thread, etc.)
Leeb hardness tester impact device
List of Technical Parameters for Impact Devices
|
Irregular impact device |
DC（D）/DL |
D+15 |
C |
G |
E(To be imported) |
|||||
|
impact energy |
11mJ |
11mJ |
2.7mJ |
90mJ |
11mJ |
|||||
|
Impact mass |
5.5g/7.2g |
7.8g |
3.0g |
20.0g |
5.5g |
|||||
|
Ball head hardness: |
1600HV |
1600HV |
1600HV |
1600HV |
5000HV |
|||||
|
Ball head diameter: |
3mm |
3mm |
3mm |
5mm |
3mm |
|||||
|
Ball head material: |
tungsten carbide |
tungsten carbide |
tungsten carbide |
tungsten carbide |
diamond |
|||||
|
Diameter of impact device: |
20mm |
20mm |
20mm |
30mm |
20mm |
|||||
|
Length of impact device: |
86(147)/ 75mm |
162mm |
141mm |
254mm |
155mm |
|||||
|
Weight of impact device: |
50g |
80g |
75g |
250g |
80g |
|||||
|
Test piece * high hardness |
940HV |
940HV |
1000HV |
650HB |
1200HV |
|||||
|
Average surface roughness of the specimenRa: |
1.6μm |
1.6μm |
0.4μm |
6.3μm |
1.6μm |
|||||
|
Test piece * small weight: |
greater than5kg |
greater than5kg |
greater than1.5kg |
greater than15kg |
greater than5kg |
|||||
|
Directly measurable |
2～5kg |
2～5kg |
0.5～1.5kg |
5～15kg |
2～5kg |
|||||
|
Stable support is required |
0.05～2kg |
0.05～2kg |
0.02～0.5kg |
0.5～5kg |
0.05～2kg |
|||||
|
Need for dense coupling |
|
|
|
|
|
|||||
|
Test piece * small thickness |
5mm |
5mm |
1mm |
10mm |
5mm |
|||||
|
Dense coupling |
≥0.8mm |
≥0.8mm |
≥0.2mm |
≥1.2mm |
≥0.8mm |
|||||
|
Hardened layer * small depth |
|
|
|
|
|
|||||
|
Ball indentation size |
||||||||||
|
hardness300HVtime |
indentation diameter |
0.54mm |
0.54mm |
0.38mm |
1.03mm |
0.54mm |
||||
|
indentation depth |
24μm |
24μm |
12μm |
53μm |
24μm |
|||||
|
hardness600HVtime |
indentation diameter |
0.54mm |
0.54mm |
0.32mm |
0.90mm |
0.54mm |
||||
|
indentation depth |
17μm |
17μm |
8μm |
41μm |
17μm |
|||||
|
hardness800HVtime |
indentation diameter |
0.35mm |
0.35mm |
0.35mm |
-- |
0.35mm |
||||
|
indentation depth |
10μm |
10μm |
7μm |
-- |
10μm |
|||||
|
Scope of application of impact device |
DCType measuring hole or cylindrical tube;DLMeasuring slender narrow slots or holes |
D+15Type measurement groove or concave surface |
CMeasurement of small lightweight components and surface hardening layers |
GMeasurement of castings and forgings with large thickness and rough surface |
EMeasuring materials with extremely high hardness |
|||||
Scope Table of Impact Device Testing
|
material |
Hardness system |
Impact device |
|||||
|
D/DC |
D+15 |
C |
G |
E |
DL |
||
|
Steel and cast steel |
HRC |
17.9～68.5 |
19.3～67.9 |
20.0～69.5 |
|
22.4～70.7 |
20.6～68.2 |
|
Steel and cast steel |
HRB |
59.6～99.6 |
|
|
47.7～99.9 |
|
37.0～99.9 |
|
|
HRA |
59.1～85.8 |
|
|
|
61.7～88.0 |
|
|
|
HB |
127～651 |
80～638 |
80～683 |
90～646 |
83～663 |
81～646 |
|
|
HV |
83～976 |
80～937 |
80～996 |
|
84～1042 |
80～950 |
|
|
HS |
32.2～99.5 |
33.3～99.3 |
31.8～102.1 |
|
35.8～102.6 |
30.6～96.8 |
|
Steelforged steel |
HS |
32.2～99.5 |
|
|
|
|
|
|
CWTTheST |
HRC |
20.4～67.1 |
19.8～68.2 |
20.7～68.2 |
|
22.6～70.2 |
|
|
alloy tool steel |
HV |
80～898 |
80～935 |
100～941 |
|
82～1009 |
|
|
Stainless steel |
HRB |
46.5～101.7 |
|
|
|
|
|
|
stainless steel |
HB |
85～655 |
|
|
|
|
|
|
|
HV |
85～802 |
|
|
|
|
|
|
GC. IRON |
HRC |
|
|
|
|
|
|
|
gray cast iron |
HB |
93～334 |
|
|
92～326 |
|
|
|
|
HV |
|
|
|
|
|
|
|
NCTheIRON |
HRC |
|
|
|
|
|
|
|
ductile cast iron |
HB |
131～387 |
|
|
127～364 |
|
|
|
|
HV |
|
|
|
|
|
|
|
C．ALUM |
HB |
19～164 |
|
23～210 |
32～168 |
|
|
|
cast aluminum alloy |
HRB |
23.8～84.6 |
|
22.7～85.0 |
23.8～85.5 |
|
|
|
BRASS |
HB |
40～173 |
|
|
|
|
|
|
copper-zinc alloy |
HRB |
13.5～95.3 |
|
|
|
|
|
|
BRONZEcopper-tin(aluminium)合金 |
HB |
60～290 |
|
|
|
|
|
|
COPPERpure copper |
HB |
45～315 |
|
|
|
|
|
Online inquiry
-
Contacts
-
Company
-
Telephone
-
Email
-
WeChat
-
Verification Code
-
Message Content
-