Upload File

litz hitech corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0...

  • Home
  • Documents
  • Litz Hitech Corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0 a c v-1 0 0 0 b 1000x560 1000x560 2.0/2.0/3.5 — c v-6 0 0 c v-8 0 0 c v-6 0 0
16

Upload: others

Post on 21-Jul-2020

11 views

Category:

Documents


0 download

Report

TRANSCRIPT

Page 1: Litz Hitech Corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0 a c v-1 0 0 0 b 1000x560 1000x560 2.0/2.0/3.5 — c v-6 0 0 c v-8 0 0 c v-6 0 0
Page 2: Litz Hitech Corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0 a c v-1 0 0 0 b 1000x560 1000x560 2.0/2.0/3.5 — c v-6 0 0 c v-8 0 0 c v-6 0 0
Page 3: Litz Hitech Corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0 a c v-1 0 0 0 b 1000x560 1000x560 2.0/2.0/3.5 — c v-6 0 0 c v-8 0 0 c v-6 0 0
Page 4: Litz Hitech Corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0 a c v-1 0 0 0 b 1000x560 1000x560 2.0/2.0/3.5 — c v-6 0 0 c v-8 0 0 c v-6 0 0
Page 5: Litz Hitech Corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0 a c v-1 0 0 0 b 1000x560 1000x560 2.0/2.0/3.5 — c v-6 0 0 c v-8 0 0 c v-6 0 0
Page 6: Litz Hitech Corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0 a c v-1 0 0 0 b 1000x560 1000x560 2.0/2.0/3.5 — c v-6 0 0 c v-8 0 0 c v-6 0 0
Page 7: Litz Hitech Corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0 a c v-1 0 0 0 b 1000x560 1000x560 2.0/2.0/3.5 — c v-6 0 0 c v-8 0 0 c v-6 0 0
Page 8: Litz Hitech Corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0 a c v-1 0 0 0 b 1000x560 1000x560 2.0/2.0/3.5 — c v-6 0 0 c v-8 0 0 c v-6 0 0
Page 9: Litz Hitech Corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0 a c v-1 0 0 0 b 1000x560 1000x560 2.0/2.0/3.5 — c v-6 0 0 c v-8 0 0 c v-6 0 0

Accessibility

Extra-wide front door

Extra-wide door, easy for loading/unloading the parts or jigs to/from the machine.

Extra-large side window

Worktable Accessibility

Wide door opening distance

Wide windows on both sides of the machine, easy for installation and cleaning.

Ergonomic design for easy loading/unloading of workpieces to/from the worktable.

Easy access to the worktable

Short distance between the operator and worktable, easy for operation inside the machine.Shortens the distance between the front of the machine and the worktable.

Light inside the machine Convenient storage compartment

Bright in the working area and tip of the tool.2 high brightness fluorescent lamps are equipped inside the machine.

A compartment is located under the operation cabinet to store items such as calculators, keys and pens. Very convenient.A hook is installed on the front edge of the storage compartment to place tools such as air guns and pliers.

Easy-to-use Air Gun Coolant gun for machine cleaning

The Coolant gun for machine cleaning can remove the residual chips attached to the machine, keep the cleanness of the machine and facilitate the maintenance works.

A tube from the air compressing system is installed on the right-front of the machine with quick couplings for a compressed air tube and air gun.Operators can use the air gun to clean the residual chips on jigs or workpieces, simple and easy.

Maintainability

Page 10: Litz Hitech Corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0 a c v-1 0 0 0 b 1000x560 1000x560 2.0/2.0/3.5 — c v-6 0 0 c v-8 0 0 c v-6 0 0
Page 11: Litz Hitech Corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0 a c v-1 0 0 0 b 1000x560 1000x560 2.0/2.0/3.5 — c v-6 0 0 c v-8 0 0 c v-6 0 0
Page 12: Litz Hitech Corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0 a c v-1 0 0 0 b 1000x560 1000x560 2.0/2.0/3.5 — c v-6 0 0 c v-8 0 0 c v-6 0 0
Page 13: Litz Hitech Corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0 a c v-1 0 0 0 b 1000x560 1000x560 2.0/2.0/3.5 — c v-6 0 0 c v-8 0 0 c v-6 0 0
Page 14: Litz Hitech Corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0 a c v-1 0 0 0 b 1000x560 1000x560 2.0/2.0/3.5 — c v-6 0 0 c v-8 0 0 c v-6 0 0
Page 15: Litz Hitech Corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0 a c v-1 0 0 0 b 1000x560 1000x560 2.0/2.0/3.5 — c v-6 0 0 c v-8 0 0 c v-6 0 0

CV-600 800 1000-28 CV-600 800 1000-29

CV-1000A

CV-1000B

CV-1000A

CV-1000B

1000x560 1000x560

2.0/2.0/3.5

—

CV-600

CV-800

CV-600

CV-800

——

—

———

—

———

— —

——

————

—

—

—800

500

540

150~690

8000

24

80/125

270

8

ARM

BT-40

CV-800

7.5/11(11/15)

2.0/2.0/3.5

910x500

500

5x18x100

5300

20

290

6

CV-600 CV-1000A CV-1000B

1020

560

600

120~720

8000

24

80/125

300

8

ARM

BT-40

1020

560

635

80~715

6000

24

125/225

350

15

ARM

BT-50

36

36

24

1-20000

36

36

Box way:18

1-20000

M80 M80

7500

25

290

6

8000

25

290

6

600

410

540

100~640

10000

24

80/125

200

8

ARM

BT-40

5 5 7 5(7 5 10)

1.5/1.5/2.0

700x400

350

5x14x63

. / . . /

36

36

24

1-20000

M80

4200

15

200

6

36

36

24

1-20000

M80

Machine Specifications Equipment List ● Standard 〇Options ☆ Upon request

All the photos contained herein are for reference only. In case of any discrepancy with the actual machine parts, the actual machine shall prevail.

LITZ reserves the right to modify the product specifications, appearance, equipment or discontinue the products.

Model

Travels for 3-axes

X-axis Travel mm

Y-axis Travel mm

Z-axis Travel mm

Spindle nose to worktable surface mm

Spindle

Spindle Speed rpm

Automatic Tool Changing System

Number of Tools pcs

Max. tool diameter mm

Max. tool length mm

Max. tool weight kg

Tool changing method

Tool specification

Motor

Spindle motor (continuous/30min. rated) kw(HP)

Motors on X/Y/Z-axis kw

Worktable

Worktable area mm

Worktable max. load capacity kg

T-slot (No. x Width x Distance from the center) mm

Rapid Speed

X-axis rapid speed M/min

Y-axis rapid speed M/min

Z-axis rapid speed M/min

Cutting feed rate mm/min

Controller

Mitsubishi

Miscellaneous

Machine Weight kg

Power Consumption KVA

Coolant Tank Capacity L

Compressed air source kg/cm2

7.5/11(11/15)

2.0/2.0/3.5

Spindle

Spindle speed: 6000 RPM

Spindle speed: 10,000 RPM

Spindle speed: 12,000 RPM

Spindle oil cooling system

Coolant through the spindle system (CTS)

Spindle dust-proof air-sealing system

Spindle head coolant cooling system

ZF gearbox + cooling system

Cooling System

Spindle external programmable air blow system

Stop block for oil feed tool holder

Programmable coolant nozzle

Splash ring (arm type only)

Coolant cooling system

Chip Removal System

Chip auger inside the machine

Chip conveyor

Chip cart

Coolant gun for machine cleaning

Air gun for machine cleaning

Wash down device

Hood for the top of the machine

Fully-covered sheet metal

Measurement System

Infrared tool breakage detection

Tool length measurement system

Workpiece measurement system

CCD measurement system

Production and Workshop

Production management and network service

Human-Machine Interface - intelligent machine

Oil mist Collector

Spindle speed: 8000 RPM

Oil/coolant separator

Disc type oil/coolant separator

Machine oil/coolant separation system

ATC System

Automatic Tool Changer Mechanism (ATC)

BT-40 tool specification

BT-50 tool specification

Arm type tool magazine 24T

Arm type tool magazine 32T

Arm type tool magazine 40T

3-Axes Transmission System

3-axes coolant thru ballscrew (CTB)

3-axes linear roller guideway

3-axes linear scale

Z-axis brake motor system

Controller

Mitsubishi M80

FANUC 0iMF

Siemens 828D

Electrical Parts

Work light

Alarm indicator

M30 automatic power off system

Heater exchanger for electrical cabinet

Air-conditioner for electrical cabinet

Worktable

Worktable area: 1000x560mm

Worktable area: 1120x560mm

Miscellaneous

4th Axis (rotating table)

Tooling

DDR embedded motor (Mitsubishi system only)

Page 16: Litz Hitech Corp. · cv-600 800 1000-28 cv-600 800 1000-29 c v-1 0 0 0 a c v-1 0 0 0 b c v-1 0 0 0 a c v-1 0 0 0 b 1000x560 1000x560 2.0/2.0/3.5 — c v-6 0 0 c v-8 0 0 c v-6 0 0

KI w ¶ ¹#Ý C#ú& ¦ » v 0[)X¹#Ý C#ú& » v 0[)X >&2 ¨>' '¨>/ Gb 0[)X c ¹#Ý C#ú& b4: G?X Ç e^4 & M Su \0ñ » b v 8_ 6õK ²0[^ 8o u vb\M >& *O>' '¨>0 Gb 0[)X _>8Z b _

0 CDC & C & * 0 (13 V Ntb/v) Lot No

c 00 o Ill ill o c O E OEO v 0—0. o

Warm – up # 5 C (0, –1) V (0, 2) V (0, –4) F (0, 4) F (0, –6)

IIIIIIIIIIIIIIhf IIIIIIIIIIIIII lllllllllllllu · c 0 tojO I E-O= C-C. w0 N(0 coJ No co v-f-.w 0 vU (v v 0 LL) Z sm 0 00 U) CV) IV IV o. 0 0 ... Y-iCd -, zC4 v ci V o-i0 0 C 1 4 co

Sept minutes avant la mort de Farhad · 1 2-6 V ln. V ln. 1 V ln. 2 V la. V c. C b. P no. G 0 0 0 0 0 0 G 0 0 0 0 0 G 0 0 0 0 0 0 0 0 0 0 m f p m f 8 8 3 3 3 p pizz. p arco 3 3 3

0V C> cV.CV D. .0 0 - 0V cl aj V C • •... 0 0 0OCVbN V -- • _- CC"" href="https://vdocuments.mx/ro-stellingia-cev-00-v-v-0cv0-a-vcvvc-voo-ec-c-v0c-ccc-aj-cu-a-0-.html">ro - Stellingia · CEV 0.0 V V .0CV0. • VCVVC VOo EC C V0C -CCC aj CU - • 0. - ' 0o - _J• _" _.D- C >0V C> cV.CV D. .0 0 - 0V cl aj V C • •... 0 0 0OCVbN V -- • _- CC"

> A ? @ F @ G · A ? @ G # (+$*).#$+. - # @ C @ F *'0( 0. v #$* * u @ / )!*- 2$'' . ) @ F .2$(( -. ) /2* $1 -. /* ! ) $/. ) /$*) ' /$/' / /# # (+$*).#$+. v - # @ C @ F v $) *'0( 0

Probabilistic models for pathogen evolution within …...ODEs with Poisson mutation C˙ = CV r V˙ r = CV r r V r V r (0) = V 0 C (0) = C 0 mutations occur at rate µV r (t) CV m V˙

—F & F I C S rc IC b D 3 EH I C 5 0 5 0/0 D V V 0/0 V … PDF/H25.01pain_in_the_shoulders-aroun… · —F & F I C S rc IC b D 3 EH I C 5 0 5 0/0 D V V 0/0 V M IC R I It ISN n fiE

PPAARRQQUUEE NNAATTUURRAALL D EL ABUF R - Valencia · 2010-09-27 · CV-409 C V-3 1 7 C V - 3 7 1 C V - 3 0 CV-406 C V-4 0 6 C V-3 6 C V-3 1 5 C V-3 1 0 CV-366 ... San Jordi La Torre

NonlinearControl Lecture#3 Two-DimensionalSystemskhalil/NonlinearControl/... · C v + E J J v R s i C R C C i L v L + X (a) 0 0.5 1 −0.5 0 0.5 1 i=h(v) v,V i,mA (b) x1 =v C, x2

USATHAMA - DTICvvv cv v vo * u v v 0 v c4 v i, o v v c a 0 4 to -4nnc m la ea c 41 j c p 0 0 cu uc 0 n 4 c- n u z u(a t to l - - - - 0) e. 0 w l) u w3 m u'i v u) u) table 2. data for

1.1. THE LORENTZ TRANSFORMATION 41 3dirac.ups-tlse.fr/fleig/courses/Nuclear/lecture3.pdf · x 0 {ct0 with itself (Eq. (1.30)): x 0 {ct0 x 0 {ct0 = x {ct {v c {v c 1 0 0 1 {v c {v

-0 rr..1::"~:.~~,,c: 'D~ rr"' ""'-.-~"-'.~~ ~ C "...~ ,--v "c~"'...~c-~~ -.:.i\"""'-~..."' ~ , :,. ~ c ~ ~. 5" n "' 0.:. >: , c" href="https://vdocuments.mx/i-vi-jc-0-rr1c-d-rr-c-.html">i · VI ~(") :J"~~~~~§c;)~>-0 rr..1::"~:.~~,,c: 'D~ rr"' ""'-.-~"-'.~~ ~ C "...~ ,--v "c~"'...~c-~~ -.:.i\"""'-~..."' ~ , :,. ~ c ~ ~. 5" n "' 0.:. >: , c

˝V - / ˘U 0 ) C 0 ) 6

Li.) cr, 00 Ul V) ro :>

I1IAIA(iresistir.info/livros/meszaros_ofensiva_socialista.pdf · 2016. 10. 30. · aE.. Q V I I V V V 0 c• 00 - 4.1 0 0 0 'ii I. - 10 CL4 - V . I/a 0 0 & U V Id V ia ' -'j C L,

· PDF fileaaaaaag V 11 . C: 02 00 0 C) 00 0 0 0 . — Oro 0

Digital Circuit 101101 - edX · Digital Circuit 101101. 2 Review C + – + – R v v C I v C (0) = V O. 3 ( ) RC t v C V I V O V I e − = + − 1 C + – + – t 0 v I V I R v I

3 @ 0 D V O ! C G 0 A = 0 C : @ 0 W = A L : 0 V A B > @ V ...194.44.152.155/elib/local/657.pdf · краєзнавчого руху в Галичині у другій половині

va · 1065 E.), 0 'lOla v Y 'fJ c;; U U a "'11 v 0

-^U^/v^vU- 0. (|-

MDP08N055TH gd (C ds = shorted) C oss = C ds + C gd C rss = C gd Notes ; 1. V GS = 0 V 2. f = 1 MHz rss C oss C iss] V DS, Drain-Source Voltage [V] 0 10 20 30 40 50 60 0 2 4 6 8 10

E v o lu tio n E V -1 , A C U -1 0 0 , A C U -2 0 0 , A C U -3 0 ...yuukoumarine.chicappa.jp/.../acu/manual/ev1_acu_install.pdfA C U -1 0 0 , A C U -2 0 0 , A C U -3 0 0 , A C U -4

0 -+ /-1-/ 0 : · 2017. 7. 20. · &/+ ( ' 8 @ - ( & %'( $ % @ - : %0 9 >'+# % n m%(0 +#$4 % - '+ v< % ( vc #4 >'+# % ' & c @c 2cc 4 - % 6 '6 +# c @c. &/+ ( ' 8 @ - ( & %'(

e 0 E o x o X > -o c X x x E Q 0 0 X 0 c v, Co sapeA6dn V ...s3-us-west-2.amazonaws.com/sportshub2-uploads-prod/... · X 0 c v, Co sapeA6dn V 0 o X X N O O sasey=ed C x X c o o 02

O C b a s r 0 C U 0 ? l Q C E s c o g d i 0- s V j 0.. 0

C&'()*+,- (/0 V&2)0 34 PROJECT MANAGEMENT

VId C 0 = I I I IC 0dI } YI C Y*y V Y 0(0 T ] IB Y 0 0]portais4.ufes.br/posgrad/teses/tese_14274_ANDERSON%20AZEVED… · VId C 0 = I I I IC 0dI } YI C Y*y V Y 0(0 T ] IB Y 0 0] B

E v o lu tio n E V -1 , A C U -1 0 0 , A C U -2 0 0 , A C ...€¦ · Rumbo) Elsensorderumboyordenadorde rumboprimarioqueincorporaun sensordeactitudde9ejes. Este sensorreemplazaaltípicocompás

 · C z. 0 0 c e C c O z C N o C 0 C c 0 c o C E 0 o N C o 9 noA3ðd - 68 çccrso re . o C C C C c o V c C 0 c V e 0 r: o o C c r: o m o C C e c e C c C N C C

SYNDICAT DE...2019/12/04  · P V C 1 6 0 PVC 63 PVC 6 3 P V C 1 6 0 V 63 A 1 0 0 PVCle vieux bourg 50 PV 63 P V C 1 1 0 P V C E6 3 P V CP 5 0 PV C 40 PVC 63 VC 63 P V C 5 0 PVCCerisy-la-Forêt

dv dv 2; vb dt dt dv vV V (0) ; (0) dtfaculty.uml.edu/thu/16.201/documents/L8_000.pdf2 0 01 2; (0) ; (0) cc c c c dv dv vb dt dt dv vV V dt + + C v L iL General circuit: Example :

Innovative Approximate Analytical Solution for Standard Model of …downloads.hindawi.com/journals/mpe/2019/1454739.pdf · 2019-09-15 · V(t) X N i 0 c V i ti c V 0 +c V 1 t+c V