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0705550079

P1-P3P4-P6P7-P9P10-P10
PRODUCT SPECIFICATION
REVISION: ECR/ECN INFORMATION: TITLE:
PRODUCT SPECIFICATION
SINGLE ROW – STACKABLE
LINEAR (SL) CONNECTOR SYSTEM
SHEET No.
N
EC No:
UCP2013-1367
7 of 10
DATE:
2012/10/15
DOCUMENT NUMBER: CREATED / REVISED BY: CHECKED BY: APPROVED BY:
PS
-
70400
MMSTROH MKIPPER FSMITH
TEMPLATE FILENAME: PRODUCT_SPEC[SIZE_A](V.1).DOC
Item
Test Condition
Retention Force (in
Housing) for
Crimped/IDT
Terminals
Axial pullout force on the terminal in
the housing at a rate of 25 ± 6mm (1
± 1/4 inch) per minute.
Contact : 17.79 N (4.0
lbs.)
min.
Durability
Mate connectors up to 25 cycles for
tin plating and 50 cycles for gold
plating at a maximum rate of 10 cycles
per minute prior to defined
Environmental Tests
.
Contact Resistance :
10 milliohms Maximum
Change from Initial
Durability – Male
Plug (30 Gold Plate
Pins)
Male Plug is mated to the receptacle
and then unmated at a rate of 500
cycles/hour. The receptacle was
replaced every 50 cycles. The male
plug was subjected to 500
mate/unmate cycles
Contact Resistance :
10 milliohms Maximum
Change from Initial
Vibration
Mil-Std-1344
Method 2005.1
Condition I
Amplitude: 1.50mm (.060 inch) peak
to peak
Sweep: 10-55-10 Hz in one minute
Duration: 2 hours in each X-Y-Z axis.
(Test module shall be per Section 7.0)
Contact Resistance:
10 milliohms Maximum
Change from Initial
Discontinuity: not greater
than one microsecond
Mechanical Shock
Mil-Std-1344
Method 2004.1
Condition A
50 g's with three 1/2 sine wave form
shocks in each X-Y-Z axis.
(Test module shall be per Section 8.2)
Contact Resistance:
10 milliohms Maximum
Change from Initial
Discontinuity: not greater
than one microsecond
Wire Pullout Force
(Axial)
Apply an axial pullout force on the
wire at a rate of 25 ± 6mm (1 ± 1/4
inch) per minute.
Pullout force - 75% tensile
strength of wire, minimum.
Wire Pullout Force
(Right Angle)
Apply a right angle pullout force on the
wire at a rate of 25 ± 6mm (1 ± 1/4
inch) per minute.
Pullout force
-
75%
tensile
strength of wire, minimum.
20 Newton’s and below -
no plastic deformation / no
electrical discontinuity
Above 20 and below 60
Newton’s - slight non-
functional plastic
deformation / no electrical
discontinuity.
Insertion Force (into
Housing) for Female
Terminals
Apply an axial insertion force on the
terminal at a rate of 25 ± 6mm (1 ± 1/4
inch) per minute.
13.34 N (3.0 lbs) maximum
insertion force.
Wire Flex Flex cable 180° for 500 cycles.
Contact resistance:
10 milliohms Maximum
Change from Initial.
Appearance: No Damage
PRODUCT SPECIFICATION
REVISION: ECR/ECN INFORMATION: TITLE:
PRODUCT SPECIFICATION
SINGLE ROW – STACKABLE
LINEAR (SL) CONNECTOR SYSTEM
SHEET No.
N
EC No:
UCP2013-1367
8 of 10
DATE:
2012/10/15
DOCUMENT NUMBER: CREATED / REVISED BY: CHECKED BY: APPROVED BY:
PS
-
70400
MMSTROH MKIPPER FSMITH
TEMPLATE FILENAME: PRODUCT_SPEC[SIZE_A](V.1).DOC
Item
Test Condition
Normal Force of Box
Crimp
Apply a perpendicular force at a rate
of
25 ± 6mm (1 ± 1
/4 inch) per minute on
the contacts in a manner simulating
actual use.
0.49 N (50 grams)
minimum end of life, for
gold plating
0.98 N (100 grams)
minimum end of life, for tin
plating.
Connector Insertion
Mate connectors at a rate of 1 in/min
until latch engagement was achieved
29.4 N Maximum
Connector Retention
Unmate connectors
at a rate of 1
in/min until latch defeat occurred
&
Unmate connectors at a rate of 0.8
in/min with latch disengaged
45
N Minimum with latch
engaged
&
15 N Minimum with latch
dise
ngaged
Connector Retention
Apply a perpendicular force of 45 N to
the wire harness using a free hanging
weight.
No deformation or
Terminal separation
5.3 ENVIRONMENTAL PERFORMANCE
Item
Test Condition
Thermal Shock
Mil-Std-202F
Method 107 E
Mate connectors exposed to 10 cycles
of:
Temperature °C Duration (Min)
-40 +0/-3 30
+25 +/-10 5 Max
+105 +3/-0 30
+25 +/-10 5 Max
-40 +0/-3 30
Appearance: No Damage
Contact Resistance:
10 milliohms maximum
change from initial
Thermal Aging
Mil-Std-202F
Method 108
Mate connectors; expose to 240 hours
at 105 ± 3
o
C
Appearance: No Damage
Contact Resistance:
10 milliohms maximum
change from initial
Humidity (Steady
State)
Mil-Std-202F
Method 103
Mate connectors; expose to a
temperature of :
85 ± 2°C with a Relative Humidity of
92 ± 3% for 96 hours.
Note: Remove surface moisture and
air dry for 1 hour prior to
measurements.
Appearance: No Damage
Contact Resistance:
10 milliohms maximum
change from initial.
Dielectric Withstanding
Voltage: No Breakdown
Insulation Resistance:
10000 Megohms Minimum
PRODUCT SPECIFICATION
REVISION: ECR/ECN INFORMATION: TITLE:
PRODUCT SPECIFICATION
SINGLE ROW – STACKABLE
LINEAR (SL) CONNECTOR SYSTEM
SHEET No.
N
EC No:
UCP2013-1367
9 of 10
DATE:
2012/10/15
DOCUMENT NUMBER: CREATED / REVISED BY: CHECKED BY: APPROVED BY:
PS
-
70400
MMSTROH MKIPPER FSMITH
TEMPLATE FILENAME: PRODUCT_SPEC[SIZE_A](V.1).DOC
Item
Test Condition
Humidity
(Cyclic)
Mil-Std-202
Method 105
Mate connectors; expose for 10 cycles
at 90-98% relative humidity with a
transition time of 2.5 hours between
extremes:
Temperature °C Duration (Min)
+25 ± 10 5 maximum
+65 +3/-0 15 maximum
Note: Remove surface moisture and
air dry for one hour prior to
measurements.
Appearance: No Damage
Contact Resistance: 10
milliohms maximum
change from initial.
Dielectric Withstanding
Voltage: No Breakdown
Insulation Resistance:
10000 Megohms Minimum
Temperature Rise
and
Current Cycling
Temperature Rise: Mate the
connectors; and measure the
temperature rise at the rated current
after 96 hours.
Current Cycling: Mate connectors;
measure the temperature rise at the
rated current after 500 hours (45
minutes ON and 15 minutes OFF per
hour). Measure temperature rise.
Temperature Rise: 30°C
above ambient maximum
Temperature Rise: 30°C
above ambient maximum
Temperature Rise
and
Vibration
Temperature Rise: Mate the
connectors; and measure the
temperature rise at the rated current
after 45 minutes.
Vibration: Subject mated connectors
to a total of 8 hours of simple
harmonic motions. (Apply 4 hours in
the Z axis and 2 hours in each of the
X and Y axes). Vary the frequency
uniformly from 10 Hz to 50 Hz
traversed continuously in 8 minutes.
Measure temperature rise.
Temperature Rise: 30°C
above ambient maximum
Temperature Rise: 30°C
above ambient maximum
Temperature Rise
and
Heat Resistance
Temperature Rise: Mate the
connectors; and measure the
temperature rise at the rated current
after 45 minutes.
Heat Resistance: Place mated
connectors in an air circulating
chamber oven exposed to a
temperature of 100 degrees for 120
hours. Measure temperature rise.
Temperature Rise: 30°C
above ambient maximum
Temperature Rise: 30°C
above ambient maximum
P1-P3P4-P6P7-P9P10-P10

0705550079

Mfr. #:
Buy 0705550079
Manufacturer:
Molex
Description:
CONN HEADER R/A GOLD 10POS
Lifecycle:
New from this manufacturer.
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