phase II+ 900-356 User manual

21IndustrialAve    UpperSaddleRiver,NJ.07458
Tel:(201)962‐7373    Fax:(201)962‐8353
E‐Mail:[e-mail]
WebSite:http://www.phase2plus.com
ModelNo.900‐355
ModelNo.900‐356

Shownw/OptionalOpticalScannerSystemPHT‐5000
BrinellHardnessTester

1
Contents
1 General description…………………………………………………………... 2
2 Key performance parameters………………………………………………. 2
3 Basic configuration and structure…………………………………………. 2
3.1 Standard configuration………………………………………………………. 2
3.2 Structure schematic diagram……………………………………………….. 3
4 Installation and adjustment…………………………………………………. 3
5 Operating methods…………………………………………………………… 4
5.1 Testing preparation…………………………………………………………… 4
5.2 Test parameters setting……………………………………………………… 5
5.2.1 Brinell hardness symbol ……….…………………………………………… 5
5.2.2 Load dwell setting…………………………………………………………….. 6
5.2.3 Reference information ………………………………………………………. 7
5.2.4 Time setting……………………………………………………………………. 7
5.3 Testing………………………………………………………………………….. 8
5.4 Shut down………………………………………………………………….…... 9
6 Maintenance and attentions………………………………………………… 9
Annex 1 Installation Notes……………………………………………… 11

2
1Generaldescription
The 900‐355/356 Brinell hardness testers are mainly used for hardness
determination for metallic materials such as cast iron, steel profiles,
nonferrous metals and soft alloys, and also can be used for testing of hard
plastics, bakeliteandsomeothernonmetallicmaterials.  Thisunitissuitable
for use in factories, workshops, laboratories, universities and research
institutes.

Thetesterconformsto: 
ISO6506MetallicMaterials‐BrinellHardnessTest
ASTME‐10TestMethodforBrinellHardnessofMetallicMaterials
2Keyperformanceparameters
Testforce:3000kgf(29400N),1500Kgf(14700N),1000Kgf(9800N),750Kgf（7355N）,
500Kgf(4900N),250Kgf(2452N),187.5Kgf(1839N),125Kgf(1226N),
100Kgf(980N),62.5Kgf（612.9N)
Loaddwellduration:2s～99s,canbesetandstored 
TungstenCarbideBallindenter:10mm,5mm,2.5mm 
Measuringrange:  3.18HBW~658HBW 
Magnificationofthemicroscope:20X 
Resolutioncapabilityofthemicroscope:0.005mm 
TestingCapacity:900‐355230mminvertical,140mminhorizontal
TestingCapacity:900‐356430mm(w/largeanvil)450mm(w/smallanvil)
Dimensions:  900‐355       530mm×260mm×750mm 
Dimensions:900‐356600mm×300mm×1000mm
Netweight:110kg(900‐355)165kg(900‐356)Gross205kg
Powersupply:singlephase,AC,110V,50～60Hz,4A
Thepowersupplycanberesetto220V.Pleasecontactthesupplierto
resetitaccordingtheloc alpowersupply.
OptionalCabinet/SupportStand

3
3 Basic configuration and structure
3.1 Standard configuration
Base machine 1
Standard block 125-350HBW10/3000 1
Standard block 125-350HBW10/1000 1
Ф10mm Tungsten Carbide Ball indenter 1
Ф5mm Tungsten Carbide Ball indenter 1
Ф2.5mm Tungsten Carbide Ball indenter 1
Mounting screws for indenter 1
Screwdriver for indenter mounting 1
Flat anvil 1
“V ”shape anvil 1
20X microscope 1
Power supply wire 1
Dust cover 1
3.2 Structure schematic diagram
1
1
2
3
4
6
5
1)Screen/Keypad
2)Penetrator
3)Anvil
4)ElevationScrew/Cover
5)Handwheel
6)LevelingFeet

21IndustrialAve    UpperSaddleRiver,NJ.07458
Tel:(201)962‐7373    Fax:(201)962‐8353
E‐Mail:[e-mail]
WebSite:http://www.phase2plus.com
4Installationandadjustment
4.1 Unpackthewoodcase,thenremovethethreeM10screwsfromtheundersideofthebase.Liftthe
machineverycarefullyfromthebottom.Removetheallaccessoriesthatareattachedtothe
baseboardbythestraps.
4.2 Themachineshouldbemountedonafirmbenchortableinacleanarea,freefromvibrationor
shock,recommendedheightis800mm.Aholemustbeprovidedinthetopofthebenchtoprovide
workingclearancefortheleadscrewreferingfigure4.1.
4.3 Placethetesteronthepreparedbench,turnthehandwheelcounterclockwisetolowertheanvil,
removetheantivibrationpad;thenplaceaprecisionlevelwiththeaccuracyof0.2mm/mon the
anvil,adjustthelevelingfeetoftestertomakethemachinelevelwithin1mm/m,thenlockthenuts
onthelevelingfeet.
Figure 4.1
4.4 Forinstallation,opentheuppercoverandbackcoveroftester, then remove all the
packing materials. Inspecttomakesurethebladeshouldbecorrectlyplacedinthe V
grooveasfigure4.2showing.（Thisisdoneatthefactorybutmaybeoutofadjustment
duetotransportationofmachine.)
Figure4.2
4.5 Reinstalltheupperandbackcoverandconnectthepowersupplywire.

4
5 Operating methods
5.1 Testing preparation
Switch on the machine and then the tester will automatically perform a self check. The relative
information such as type, series number, software version will be displayed on screen. Tester will
come to main menu after self-checking; current test parameters will be displayed on screen, and
the status at the last test parameters will be automatically stored.Figure5.1.1 isa typicalstatus of
Brinelltestingparameter;showingthetestingload,indenterdiameter,loaddwellduration,aswellas
currenttime.
 Figure5.1.1

Theproperindentermustbemountedinthemachineaccordingtothespecificrequirementsofthe
hardnesstest.Wheninstallingindenter,makesuretheinstallingsurfacecleanandtightlyfixed.
Thetestcanbeperformeddirectlyaccordingtotheprocedure5.3ifnoneoftheparametersaboveis
requiredtomodify;followingproceduresshouldbeobservedifmodificationisnecessary.
5.2Testparameterssetting
5.2.1 5.2.2
Press “Setup” key, figure 5.2.1 will be shown on the display, the parameter setting is ready.

5
5.2.1 Brinell hardness symbol
There are 12 kinds of Brinell parameters that this machine is capable of setting. The appropriate
parameters should be selected according the material and intended hardness value. The
parameters are listed in Tab 5.1.
Press“ ”or“ ”key to move cursor to “1” in figure 5.2.1, press “ ” key ,then the cursor move
to “HB10/3000”. Press “ ”or“ ”key at this time the optional 12 Brinell symbols in Tab5.1 will be
appear in sequence. When the desired symbol appears, press “ ”to confirm. At this time test
force will be changed automatically.
Press “Setup” key to return to figure 5.1.1；or press “ ”or “ ”key to reset the other parameters.
Tab 5.1 Brinell hardness parameters
Hardness
symbols
Indenter
Diameter（mm）
Testing load, F Indention
（mm）0.102F/D2
(in kgf）(in N）
1 HBW10/3000 10 3000 29420
2.4mm-6.0mm
30
2 HBW10/1500 10 1500 14710 15
3 HBW10/1000 10 1000 9807 10
4 HBW10/500 10 500 4903 5
5 HBW10/250 10 250 2452 2.5
6 HBW10/100 10 100 980.7 1
7 HBW5/750 5 750 7355
1.2mm-3.0mm
30
8 HBW5/250 5 250 2452 10
9 HBW5/125 5 125 1226 5
10 HBW5/62.5 5 62.5 612.9 2.5
11 HBW2.5/187.5 2.5 187.5 1839
0.6mm-1.5mm
30
12 HBW2.5/62.5 2.5 62.5 612.9 10

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5.2.2 Load dwell setting
Load dwell refers to the duration of total test force.
Press “ ”or“ ”key to move cursor to “2” in figure 5.2.2, press “ ” key ,then the cursor move
to “12S”. Press “ ”or“ ”key at this time to select the dwell time range from 2s～99s,then press
“”to finish the setting.
Press “Setup” key to return to figure 5.1.1；or press “ ”or“ ”key to reset the other parameters.
5.2.3 Reference information
Press “ ”or“ ”key to move cursor to “4” in figure 5.2.2, press “ ” key ,then the figure 5.2.3,
and 5.2.4 appear, which showing the directions for 0.102F/D2ratios should be selected
according to the materials and the range of hardness value.
Figure5.2.3 Figure5.2.4
Press “Setup” key to return to figure 5.1.1；or press “ ”or“ ”key to reset the other parameters.
5.2.4 Time setting
Press “ ”or“ ” key to move cursor to “6” in figure 5.2.1, press “ ” key, figure5.2.5 appears.
Press “ ”or“ ”key to move cursor to “1” in figure 5.2.12, then press “ ” key, press “ ”or“ ”
to select the year, and press “ ” key to confirm. The month, also the date, hour, minute and
second can be reset in the same way.
Press “Setup” key to return to figure 5.1.1.
Figure 5.2.5

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5.3 Testing
Caution：The sample must be place and supported in such a manner that the surface to
be indented is in a plane perpendicular to the axis of the indenter and the line of the
indenting force. Otherwise 3000kgf will bring a great divisive force in horizontal direction
that may cause damage to the machine.
YES NO
Place the sample to be tested on the anvil, and rotate the hand wheel in clockwise to lift the anvil
as figure 5.3.1, showing the anvil moving course. Rotate the hand wheel smoothly until the anvil
in figure reaches the end position, buzzing warning will be given out, then the rotating should be
stopped at right.
Figure5.3.1 Figure5.3.2
Then the testing cycle will be performed automatically as following: load application showing as
figure 5.3.2, the load holding showing as figure 5.3.3 with dwell time counting down, finally
unloading is performed immediately when the dwell time has finished.
After that, all the test results will be shown on the display as in figure 5.3.4.
Rotate the hand wheel in counter-clockwise to lower the anvil, and the screen returns to figure
5.1.1 for the next test.

8
Figure5.3.3 Figure5.3.4
1
1. . Use of Microscope for Readings Taking
1.1 A scheme of the microscope’s external structure (Fig. 8)
Lens Cylinder Base
Long Lens Cylinder
Object Lens Cylinder
Lens Cylinder Locking Screw
Eye Lens Package
Eyelens Adjusting Knob
Reading Taking Drum
1.2 Application
This microscope is designed to be used primarily for measurement of the indent formed in Brinell hardness
test.
1.3 Technical Specification
Amplification: x 20; diameter of the sight range: 9 mm; effective measurement range: 6 mm
Eye lens scale span Graduation range of
eye lens scale
Minimum readable on
the micro-measuring
drum
Measurement
accuracy
1 mm 8 mm 0.005 mm 0.005 mm
Fig 8

9
1.4 Operation instructions:
1.4.1 Place the microscope on the standard block or specimen, using natural light or a lamp
as illumination through the notch on the long lens cylinder. Both the numerals and
graduation lines on the scale shall be clearly identifiable in the sight range. If the
indent can not be clearly defined, turn the eye lens knob to adjust the sight until it
becomes clear. The microscope is calibrated at the factory to make possible that
indents can be clearly defined.
1.4.2 Rotate the drum to take reading. Numerals from 0 – 90 and 100 graduation lines are
printed on the drum with the scale span of 0.005 mm so that a complete turn of the drum
equals to 0.5 mm. See Fig. 9 for details.
1.4.3 There are two graduation scales in the eye lens, one fixed and one mobile. Numerals
from 0 – 8 are indicated on the fixed scale with span of 1 mm (see Fig. 10 for detail),
while a black line is marked on the mobile scale for measurement.
1.4.4 When the drum starts to rotate, the mobile scale with black line moves simultaneously.
By this time the indent can be measured in the following manner: at first move the black
line to line up with one side of the indent and take the reading, then turn the drum and
shift the line to the other side of the indent and take reading accordingly.
Scheme of Graduation Lines on the Scale
Fig 10
Reading Drum
Fig 9
Indent Measurement Example
Fig 11

10
Measure the diameter of the indention using the microscope in 2 directions perpendicular to each
other. Remember the values and enter as shown below, marked as d1 and d2 on the digital
display of the machine
Press “ ”or“ ” key to move cursor to “3” HBW Calculator in figure 5.2.1, then press “ ” key
to confirm. Figure5.3.5 appears. Press “ ”or“ ”key to input the two diameters, d1 and d2. And
press “ ” key to confirm. The Brinell hardness value will be calculated automatically.
Figure 5.3.5
5.4 Shut down
Remove the test force completely, and switch off the power supply. Remove power cord when machine will not
be in use for an extended period of time.
6 Maintenance
6.1Whenthehardnesstesteristoberepositionedinanotherareaofyourfacility,theindentermustbe
removed.Ifitistobetransportedforalongdistance,theoriginalpackagingmustberestored.
6.2Whenperforminganyadjustments andexaminingin themachine,thepowersupplymustbeturned
off.
6.3Wheninstallingorremovingtheindenter,themountingsurfaceshouldbecleananddry.Theindenter
shouldberemovedcarefullyandplacedbackinitssuppliedcaseifnotbeingusedforanextendedperiodof
time.
6.4Thesurfaceofanvilandstandardhardnessblocksshouldbecleanwithoutcontamination,scratchesor
rust.Whenstoringanvilsortestblocks,theyshouldbelightlycoatedwithoiltopreventrusting. 
6.5Dustproofandcorrosivemediumpreventionshouldbeconsideredindailyoperatingenvironment.Rust
preventionmeasuresshouldbeadoptedinhighhumidityarea.
6.6Theleadscrewoftheanvilshouldbelubricatedperiodically.Applyafewdropsoflightmachineoil,
thenruntheleadscrewupanddownafewtimestodistributetheoil. 
6.7Pleasedon’tdisassembleoradjustanyfixedparts.Thiswillvoidyourwarranty.Thisshouldbedone
byaprofessionalservicepersonfamiliarwiththemachine. 

11
PHT-5000 Brinell Hardness Indentation Auto-measurement System
Features
1. FriendlyUserInterface:Automaticmeasurementwithakeystrokeoraclickofabutton；
Testresultscanbemanuallygeneratedorcorrectedwithasinglem o u se  dra g m ove ;
2. Highreliability:Advancedimageprocessingandanalysistechnologiesinautomatic
measurement.Fieldprovenunderseveresamplesurfaceconditions;
3. Singlecamerawithfourmagnifications:1.3MpixelCMOSUSBcamerawithtwocamera
tubeswitheachtubeheighthavingtwomagnifications.Fullmeasurementrangeiscovered
withfourmagnificationsforbettermeasurementaccuracy.Specifically, tube 1
magnification#1issuitableforindentationdiameters3~6mm,magnification #2 for
0.8~1.6mm,whiletube2magnification#3for2~4mm,andmagnification#4for1~2mm.
www.phase2plus.com
Shownw/laptop.(notincluded)

12

MainFunctions
1. BasicFunctions: Includes the basic functions of imaging system such as image capture,
camera calibration, image processing, geometric measurement, document labeling, and
albummanagement;
2. Automaticmeasurement: Automatically or manually measures the indentation diameter
andcalculatesthehardnessHBvalue;
3. HB2(DIN1605standard)automaticmeasurement:Automaticallyormanuallymeasures
theindentationdiametersonthecalibrationsampleandthetestsample,andautomatically
interpolatestheHBvalueforthetestsample;
4. Conversionandvalidation:ConvertsHBtootherhardnessscales；Validatesthetestresults
withsampledimensions;
5. Statistics:Automatically updates the statistical values such as average, minandmax,
standarddeviation,CpandCpk;
6. Auto‐alarm:Automaticallymarkstheoutofspecmeasurements;
7. Testreport:AutomaticallygeneratescustomizableWORDorEXCELreport.

13
ApproximateHardnessConversionNumbersforNon‐AusteniticSteels(RockwellCHardnessRange)A
  BrinellHardnessNumberC Rockwell SuperficialRockwellNumber
RockwellC
150kgf
(HRC)
Vickers
(HV)
10‐mm 
Standard
ball
3000kgf
(HBS)
10‐mm
Carbide
ball
3000kgf
(HBW)
Knoop
500‐gf
and
Over
(HK)
A
Scale
60kgf
(HRA)
DScale
100kgf
(HRD)
15‐N
Scale
15‐kgf
(HR15N)
30‐N
Scale
30‐kgf
(HR30N)
45‐N
Scale
45‐kgf
(HR45N)
Scleroscope
HardnessD

68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
940
900
865
832
800
772
746
720
697
674
653
633
613
595
577
560
544
528
513
498
484
471
458
446
434
423
412
402
392
382
372
363
354
345
336
327
318
310
302
294
286
279
272
266
…
…
…
…
…
…
…
…
…
…
…
…
…
…
…
…
(500)
(487)
(475)
(464)
451
442
432
421
409
400
390
381
371
362
353
344
336
327
319
311
301
294
286
279
271
264
258
253
…
…
…
(739)
(722)
(705)
(688)
(670)
(654)
634
615
595
577
560
543
525
512
496
481
469
455
443
432
421
409
400
390
381
371
362
353
344
336
327
319
311
301
294
286
279
271
264
258
253
920
895
870
846
822
799
776
754
732
710
690
670
650
630
612
594
576
558
542
526
510
495
480
466
452
438
426
414
402
391
380
370
360
351
342
334
326
318
311
304
297
290
284
278
85.6
85.0
84.5
83.9
83.4
82.8
82.3
81.8
81.2
80.7
80.1
79.6
79.0
78.5
78.0
77.4
76.8
76.3
75.9
75.2
74.7
74.1
73.6
73.1
72.5
72.0
71.5
70.9
70.4
69.9
69.4
68.9
68.4
67.9
67.4
66.8
66.3
65.8
65.3
64.8
64.3
63.8
63.3
62.8
76.9
76.1
75.4
74.5
73.8
73.0
72.2
71.5
70.7
69.9
69.2
68.5
67.7
66.9
66.1
65.4
64.6
63.8
63.1
62.1
61.4
60.8
60.0
59.2
58.5
57.7
56.9
56.2
55.4
54.6
53.8
53.1
52.3
51.5
50.8
50.0
49.2
48.4
47.7
47.0
46.1
45.2
44.6
43.8
93.2
92.9
92.5
92.2
91.8
91.4
91.1
90.7
90.2
89.8
89.3
88.9
88.3
87.9
87.4
86.9
86.4
85.9
85.5
85.0
84.5
83.9
83.5
83.0
82.5
82.0
81.5
80.9
80.4
79.9
79.4
78.8
78.3
77.7
77.2
76.6
76.1
75.6
75.0
74.5
73.9
73.3
72.8
72.2
84.4
83.6
82.8
81.9
81.1
80.1
79.3
78.4
77.5
76.6
75.7
74.8
73.9
73.0
72.0
71.2
70.2
69.4
68.5
67.6
66.7
65.8
64.8
64.0
63.1
62.2
61.3
60.4
59.5
58.6
57.7
56.8
55.9
55.0
54.2
53.3
52.1
51.3
50.4
49.5
48.6
47.7
46.8
45.9
75.4
74.2
73.3
72.0
71.0
69.9
68.8
67.7
66.6
65.5
64.3
63.2
62.0
60.9
59.8
58.6
57.4
56.1
55.0
53.8
52.5
51.4
50.3
49.0
47.8
46.7
45.5
44.3
43.1
41.9
40.8
39.6
38.4
37.2
36.1
34.9
33.7
32.5
31.3
30.1
28.9
27.8
26.7
25.5
97.3
95.0
92.7
90.6
88.5
86.5
84.5
82.6
80.8
79.0
77.3
75.6
74.0
72.4
70.9
69.4
67.9
66.5
65.1
63.7
62.4
61.1
59.8
58.5
57.3
56.1
54.9
53.7
52.6
51.5
50.4
49.3
48.2
47.1
46.1
45.1
44.1
43.1
42.2
41.3
40.4
39.5
38.7
37.8

14
ApproximateHardnessConversionNumbersforNon‐AusteniticSteels(RockwellBHardnessRange)A
 RockwellSuperficialRockwellNumber
RockwellB
100kgf
(HRB)
Vickers
(HV)
10‐mm 
Standard
ball
3000kgf
(HBS)
Knoop
500‐gf
and
Over
(HK)
A
Scale
60kgf
(HRA)
FScale
60kgf
(HRF)
15‐T Scale
15‐kgf
(HR15T)
30‐T Scale
30‐kgf
(HR30T)
45‐TScale
45‐kgf
(HR45T)
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65
64
63
240
234
228
222
216
210
205
200
195
190
185
180
176
172
169
165
162
159
156
153
150
147
144
141
139
137
135
132
130
127
125
123
121
119
117
116
114
112
240
234
228
222
216
210
205
200
195
190
185
180
176
172
169
165
162
159
156
153
150
147
144
141
139
137
135
132
130
127
125
123
121
119
117
116
114
1
12
251
246
241
236
231
226
221
216
211
206
201
196
192
188
184
180
176
173
170
167
164
161
158
155
152
150
147
145
143
141
139
137
135
131
129
127
125
124
61.5
60.9
60.2
59.5
58.9
58.3
57.6
57.0
56.4
55.8
55.2
54.6
54.0
53.4
52.8
52.3
51.7
51.1
50.6
50.0
49.5
48.9
48.4
47.9
47.3
46.8
46.3
45.8
45.3
44.8
44.3
43.8
43.3
42.8
42.3
41.8
40.9
40.4
…
…
…
…
…
…
…
…
…
…
…
…
…
…
…
…
…
…
…
…
…
…
…
…
…
99.6
99.1
98.5
98.0
97.4
96.8
96.2
95.6
95.1
94.5
93.9
93.4
92.8
93.1
92.8
92.5
92.1
91.8
91.5
91.2
90.8
90.5
90.2
89.9
89.5
89.2
88.9
88.6
88.2
87.9
87.6
87.3
86.9
86.6
86.3
86.0
85.6
85.3
85.0
84.7
84.3
84.0
83.7
83.4
83.0
82.7
82.4
82.1
81.8
81.4
81.1
83.1
82.5
81.8
81.1
80.4
79.8
79.1
78.4
77.8
77.1
76.4
75.8
75.1
74.4
73.8
73.1
72.4
71.8
71.1
70.4
69.7
69.1
68.4
67.7
67.1
66.4
65.7
65.1
64.4
63.7
63.1
62.4
61.7
61.0
60.4
59.7
59.0
58.4
72.9
71.9
70.9
69.9
68.9
67.9
66.9
65.9
64.8
63.8
62.8
61.8
60.8
59.8
58.8
57.8
56.8
55.8
54.8
53.8
52.8
51.8
50.8
49.8
48.8
47.8
46.8
45.8
44.8
43.8
42.8
41.8
40.8
39.8
38.7
37.7
36.7
35.7

15
ApproximateLeeb(TypeD)HardnessConversionforNon‐AusteniticSteels(RockwellCHardnessRange)A
LeebHardness,TypeD
ImpactDevice(HLD)
RockwellCHardness
150kgf(HRC)
VickersHardness
(HV10)
BrinellHardness
10mmSteelBall
3000kgf(HBS)
828
819
809
800
791
782
773
764
755
746
737
729
720
712
703
695
687
679
671
663
655
647
640
632
625
618
611
603
596
590
583
576
570
563
557
551
545
539
533
527
521
516
510

62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20

762
737
711
688
667
645
625
605
586
568
550
534
517
503
487
473
460
447
434
422
410
398
388
377
368
358
349
339
330
323
314
306
299
291
284
277
271
264
258
251
245
240
234

(721)
(699)
(675)
(654)
634
614
595
577
559
542
526
511
496
482
467
455
442
430
418
407
395
385
375
365
356
347
338
328
320
313
305
297
291
283
276
270
264
258
252
246
240
235
229


16



MainHeadquarters:U.S.A
PhaseIIMachine&Tool,Inc.
21IndustrialAve
UpperSaddleRiver,NJ.07458  USA
Tel:(201)962‐7373
Fax:(201)962‐8353
GeneralE‐Mail:[e-mail]
www.phase2plus.com



MEXICO
PhaseIIde Mexico
CalleANo.4PromerPiso
Col.SanMarcosAzcapotzalco
C.P02020Mexico
Tel:01(55)3622‐7000
Fax: [phone]
‐
4000
BEIJING,CHINA
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Room 301, Bldg 2  Qing Yuan Xi Li, Haidian District,
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VENEZUELA
PhaseIIHerramientasUniversales
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SantaMonica,Caracas1040Venezuela
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