TE Connectivity LAN Cat.6 UTP 0-1711091-2 User Manual
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Product codes
0-1711091-2
108-93017
Rev D
3 of 7
INGF-070
Test Description
Requirement
Test Procedure
VISUAL
Examination
of
product.
Meets requirements of product drawing.
Visual inspection criteria as defined in IEC
61935-2, Paragraph 5.1.
61935-2, Paragraph 5.1.
ELECTRICAL
Wire map
Continuity and short circuit
Wire map configuration as per TIA 568B
Wire map configuration as per TIA 568B
Any device which ensures quality
AMPTRAC
connection (9
connection (9
th
wire)
(only applicable for
AMPTRAC versions)
AMPTRAC versions)
Continuity and short circuit (between pogo
pin and plug shield)
pin and plug shield)
Any device which ensures quality.
(See figure 2 as information)
(See figure 2 as information)
Voltage proof
(only applicable for
AMPTRAC versions)
(only applicable for
AMPTRAC versions)
1 minute hold with no breakdown or
flashover
flashover
IEC 60512-4-1
1500 volts AC peak voltage to be applied
between pogo pin and plug shield.
Maximum leakage current 5 mA
1500 volts AC peak voltage to be applied
between pogo pin and plug shield.
Maximum leakage current 5 mA
TRANSMISSION
(See Figure 3 for transmission tests in Channel set up)
Return Loss
Class E Channel Return Loss
requirements according to ISO/IEC 11801
2
requirements according to ISO/IEC 11801
2
nd
Edition
IEC 61935-1, Paragraph 4.11
Insertion Loss
Class E Channel Insertion Loss
requirements according to ISO/IEC 11801
2
requirements according to ISO/IEC 11801
2
nd
Edition
IEC 61935-1, Paragraph 4.5
NEXT Loss
Class E Channel NEXT requirements
according to ISO/IEC 11801 2
according to ISO/IEC 11801 2
nd
Edition
IEC 61935-1, Paragraph 4.7
PS NEXT Loss
Class E Channel PS NEXT requirements
according to ISO/IEC 11801 2
according to ISO/IEC 11801 2
nd
Edition
(PS NEXT is computed from NEXT Loss
values)
values)
ACR-N
Class E Channel ACR-N requirements
according to ISO/IEC 11801 2
according to ISO/IEC 11801 2
nd
Edition
IEC 61935-1, Paragraph 4.8
PS ACR-N
Class E Channel PS ACR-N requirements
according to ISO/IEC 11801 2
according to ISO/IEC 11801 2
nd
Edition
(PS ACR-N is computed from ACR-N
values)
values)
FEXT Loss
(There are no requirements for FEXT
Loss)
Loss)
IEC 61935-1, Paragraph 4.9
ACR-F
Class E Channel ACR-F requirements
according to ISO/IEC 11801 2
according to ISO/IEC 11801 2
nd
Edition
IEC 61935-1, Paragraph 4.10
PS ACR-F
Class E Channel PS ACR-F requirements
according to ISO/IEC 11801 2
according to ISO/IEC 11801 2
nd
Edition
(PS ACR-F is computed from ACR-F
values)
values)
Propagation delay
Class E Channel Prop Delay
requirements according to ISO/IEC 11801
2
requirements according to ISO/IEC 11801
2
nd
Edition
IEC 61935-1, Paragraph 4.6
Delay Skew
Class E Channel Delay Skew
requirements according to ISO/IEC 11801
2
requirements according to ISO/IEC 11801
2
nd
Edition
IEC 61935-1, Paragraph 4.6
MECHANICAL
Crimping Height
Relevant IEC 60603-7-X standard
Indicator with needle-point probes or
equivalent.
It shall be measured at the front of the
contact.
equivalent.
It shall be measured at the front of the
contact.
Tensile Strength
Force applied: 50 N according to the
standard. Duration: 5 seconds
standard. Duration: 5 seconds
IEC 61935-2, Paragraph 6.2.
(See figure 4 as information)
(See figure 4 as information)
Torsion Force
(specified by Tyco
Electronics)
(specified by Tyco
Electronics)
Force applied: 10 N x cm
Duration: 5 seconds
Maximum Rotation angle 45º
Duration: 5 seconds
Maximum Rotation angle 45º
(See figure 5 as information)
NOTE
See Test Sequence in paragraph 4.2 Figure 6
Figure 1: Requirements and test procedures for Cat 6 unshielded patch cords