Atlona ATP-14009-2 Bedienungsanleitung
Atlona
Kabel für Computer und Peripheriegeräte
ATP-14009-2
Lies die bedienungsanleitung für Atlona ATP-14009-2 (1 Seiten) kostenlos online; sie gehört zur Kategorie Kabel für Computer und Peripheriegeräte. Dieses Handbuch wurde von 27 Personen als hilfreich bewertet und erhielt im Schnitt 5.0 Sterne aus 14 Bewertungen. Hast du eine Frage zu Atlona ATP-14009-2 oder möchtest du andere Nutzer dieses Produkts befragen? Stelle eine Frage
Seite 1/1
1 of 1
PRODUCT
PRODUCT
PRODUCT
PRODUCT PRODUCT
A
A
A
AA
TP-14009 - (PLENUM DVI CABLE)
TP-14009 - (PLENUM DVI CABLE)
TP-14009 - (PLENUM DVI CABLE)
TP-14009 - (PLENUM DVI CABLE)TP-14009 - (PLENUM DVI CABLE)
Cross Sect
Cross Sect
Cross Sect
Cross SectCross Section
ion
ion
ion ion Color
Color
Color
Color Color
Insulation
Insulation
Insulation
InsulationInsulation
Component A: P1.White& Red P2.White&Green
P3.White& Blue P4.White& Brown
P5:White&Orange P6:White&Yellow
P7:White&Purple
Component B: Yellow & Orange
Component C: 1.Black 2.Brown 3.Red
J
J
J
JJa
a
a
aac
c
c
cck
k
k
kke
e
e
eet
t
t
tt
Matte Black(KJBH)
Marking
Marking
Marking
MarkingMarking
Jacket marking(White)
E326062 Atlona Technologies DVI DUAL
LINK CABLE TYPE UL CMP (CL2P/CL3P)
75°C 24AWG
Description
Description
Description
Description Description Performance
Performance
Performance
Performance Performance
Rated Voltage (V) -
Rated Temperature (℃) 75
Product Standard Certification CL2P
Flame test NFPA 262/UL910
Applicatio
Applicatio
Applicatio
ApplicatioApplication
n
n
n n
Power-limited circuit cables for use a fixed wiring within buildings
(some are also marked for direct burial) principally for class 3 and
class 2 circuits.
Reference Standa
Reference Standa
Reference Standa
Reference StandaReference Standard
rd
rd
rd rd
U
L 13
Electrical Characteristics(2
Electrical Characteristics(2
Electrical Characteristics(2
Electrical Characteristics(2Electrical Characteristics(20℃)
0℃)
0℃)
0℃) 0℃)
Max. Conductor DC Resistance (Ω/km) #24:93
Min. Insulation Resistance (Ω/km) FOAM FEP:100M
FEP:100M
Dielectric Strength AC-500V/1 Min
Mechanical Characteristics
Mechanical Characteristics
Mechanical Characteristics
Mechanical CharacteristicsMechanical Characteristics:
Test Object
Test Object
Test Object
Test ObjectTest Object
Jacket
Jacket
Jacket
JacketJacket
Test Material Plenum-PVC
Before Tensile Strength (kg/mm2) ≧1.05
Construction
Construction
Construction
ConstructionConstruction
C
C
C
CCo
o
o
oom
m
m
mmp
p
p
ppo
o
o
oon
n
n
nne
e
e
een
n
n
nnt
t
t
tt
A
A
A
AA ﹕
﹕
﹕
﹕ ﹕(
(
(
((1
1
1
11
P
P
P
PPa
a
a
aai
i
i
iir
r
r
rrs
s
s
ss
&
&
&
&&
D
D
D
DDr
r
r
rra
a
a
aai
i
i
iin
n
n
nn
W
W
W
WWi
i
i
iir
r
r
rre
e
e
ee
S
S
S
SSh
h
h
hhi
i
i
iie
e
e
eel
l
l
lld
d
d
dd)
)
)
))x
x
x
xx7
7
7
77
1
1
1
114
4
4
44C
C
C
CC
Conductor
Conductor
Conductor
ConductorConductor Stranded Tinned Copper
Stranded Tinned Copper
Stranded Tinned Copper
Stranded Tinned Copper Stranded Tinned Copper
AWG 24
Construction (mm) 7/0.20T
Stranded Dia.(mm) 0.60
Insulation
Insulation
Insulation
InsulationInsulation FOAM FEP
Nom. Thickness (mm) 0.42
Insulation Dia.( ±0.05mm) 1.45
Drain Wire
Drain Wire
Drain Wire
Drain WireDrain Wire(Stranded Tinned Copper) 7/0.20T
Shield
Shield
Shield
ShieldShield E-F-E Aluminum/Polyester
Coverage(%) ≧125%
C
C
C
CCo
o
o
oom
m
m
mmp
p
p
ppo
o
o
oon
n
n
nne
e
e
een
n
n
nnt
t
t
tt
B
B
B
BB ﹕
﹕
﹕
﹕ ﹕1
1
1
11P
P
P
PP 1
1
1
1 1P
P
P
PP
Conductor
Conductor
Conductor
ConductorConductor Stranded Tinned Copp
Stranded Tinned Copp
Stranded Tinned Copp
Stranded Tinned CoppStranded Tinned Copper
er
er
er er
AWG 24
Construction (mm) 7/0.20T
Stranded Dia.(mm) 0.60
Insulation
Insulation
Insulation
InsulationInsulation FEP
Nom. Thickness (mm) 0.17
Insulation Dia.( ±0.05mm) 0.95
C
C
C
CCo
o
o
oom
m
m
mmp
p
p
ppo
o
o
oon
n
n
nne
e
e
een
n
n
nnt
t
t
tt
C
C
C
CC ﹕
﹕
﹕
﹕ ﹕ 3
3
3
3 3C
C
C
CC 3
3
3
3 3C
C
C
CC
Conductor
Conductor
Conductor
ConductorConductor Stranded Tinned Copper
Stranded Tinned Copper
Stranded Tinned Copper
Stranded Tinned Copper Stranded Tinned Copper
AWG 24
Construction (mm) 7/0.20T
Stranded Dia.(mm) 0.60
Insulation
Insulation
Insulation
InsulationInsulation FEP
Nom. Thickness (mm) 0.17
Insulation Dia.( ±0.05mm) 0.95
Component A+B+C C
Component A+B+C C
Component A+B+C C
Component A+B+C CComponent A+B+C Cabling Together
abling Together
abling Together
abling Togetherabling Together
Shield
Shield
Shield
ShieldShield Aluminum/Polyester
Coverage(%) ≧125%
Drain Wire
Drain Wire
Drain Wire
Drain WireDrain Wire(Stranded Tinned Copper) 7/0.20T
Braid Shield
Braid Shield
Braid Shield
Braid ShieldBraid Shield Tinned Copper
Construction(mm) 24/9/0.12T
Coverage(%) ≧85%
Jacket
Jacket
Jacket
JacketJacket Plenum-PVC
Nom. Thickness(mm) 0.55
Outer Dia.(
Outer Dia.(
Outer Dia.(
Outer Dia.(Outer Dia.(± 0.20mm)
0.20mm)
0.20mm)
0.20mm) 0.20mm) 10.5
Atlona Technologies
Atlona Technologies
Atlona Technologies
Atlona Technologies Atlona Technologies
(Technology Division)
2151 Otoole Ave Unit D, San Jose, CA 95131
TEL: 877-536-3976 FAX: 408-954-8792
Date 11/10/2008 Page 1 of 1
Designed By: Approved By:
Robert Hill Michael Khain
Produktspezifikationen
| Marke: | Atlona |
| Kategorie: | Kabel für Computer und Peripheriegeräte |
| Modell: | ATP-14009-2 |
| Produktfarbe: | Schwarz |
| Kabellänge: | 2 m |
| Datenübertragungsrate: | 10.2 Gbit/s |
| Anschluss 1: | DVI-D |
| Anschluss 2: | DVI-D |
| Beschichtung Steckerkontakte: | Gold |
| Steckerverbindergeschlecht: | Männlich/Männlich |
Brauchst du Hilfe?
Wenn Sie Hilfe mit Atlona ATP-14009-2 benötigen, stellen Sie unten eine Frage und andere Benutzer werden Ihnen antworten
Bedienungsanleitung Kabel für Computer und Peripheriegeräte Atlona
11 April 2024
4 Februar 2024
30 November 2023
11 November 2023
20 September 2023
14 September 2023
31 August 2023
21 August 2023
21 August 2023
Bedienungsanleitung Kabel für Computer und Peripheriegeräte
- Blaupunkt
- Black Box
- Klein Tools
- CLUB3D
- APC
- NewStar
- Sony
- Duronic
- EXSYS
- Roline
- Steren
- Scosche
- ATen
- Goobay
- Manhattan
Neueste Bedienungsanleitung für -Kategorien-
17 Juni 2025
11 Juni 2025
10 Juni 2025
10 Juni 2025
10 Juni 2025
10 Juni 2025
9 Juni 2025
3 Juni 2025
2 Dezember 2024
30 November 2024