PRODUCT SPECIFICATION
TABLE OF CONTENTS
1.0
2.0
Scope
Product Description
2.1 Product Name and Related Parts
2.2 Dimensions, Materials, Platings and Markings
2.3 Features and Benefits
3.0
4.0
5.0
6.0
7.0
8.0
Applicable Documents and Specifications
Safety Agency Approvals
Ratings / Performance /Validation
Packaging
Gages and Fixtures
Other Information/Miscellaneous
REVISION:
ECR/ECN INFORMATION:
EC No:
UAU2015-1217
DATE:
2015 / 02 / 6
TITLE:
E
CTX50 UNSEALED RECEPTACLE
TERMINAL
CHECKED BY:
SHEET No.
1
of
7
DOCUMENT NUMBER:
CREATED / REVISED BY:
APPROVED BY:
PS-560023-001
J. Burgio
T. SMITH
B. MOSER
TEMPLATE FILENAME: PRODUCT_SPEC[SIZE_A](V.2).DOC
PRODUCT SPECIFICATION
CTX50 UNSEALED RECEPTACLE TERMINAL
1.0 SCOPE
This Product Specification covers the Tin plated CTX50 Unsealed Receptacle Terminal crimped to an
array of wires utilizing crimp technology.
2.0 PRODUCT DESCRIPTION
2.1 PRODUCT NAME AND ATTRIBUTES
Terminal Family Gender
CTX50
CTX50
CTX50
CTX50
CTX50
CTX50
Receptacle
Receptacle
Receptacle
Receptacle
Receptacle
Receptacle
Sealing
Unsealed
Unsealed
Unsealed
Unsealed
Unsealed
Unsealed
Payoff
Current
Plating Grip Size Direction Special Characteristics Rating
Sn
Sn
Sn
Sn
Sn
Sn
S
S
M
M
L
L
Left (D)
Right (B)
Left (D)
Right (B)
Left (D)
Right (B)
Standard Performance Tin
Standard Performance Tin
Standard Performance Tin
Standard Performance Tin
Standard Performance Tin
Standard Performance Tin
4.0A
4.0A
4.0A
4.0A
4.0A
4.0A
REVISION:
ECR/ECN INFORMATION:
EC No:
UAU2015-1217
DATE:
2015 / 02 / 6
TITLE:
E
CTX50 UNSEALED RECEPTACLE
TERMINAL
CHECKED BY:
SHEET No.
2
of
7
DOCUMENT NUMBER:
CREATED / REVISED BY:
APPROVED BY:
PS-560023-001
J. Burgio
T. SMITH
B. MOSER
TEMPLATE FILENAME: PRODUCT_SPEC[SIZE_A](V.2).DOC
PRODUCT SPECIFICATION
2.2 DIMENSIONS, MATERIALS, PLATINGS AND MARKINGS
All dimensions, terminal materials, plating descriptions and ID locations can be found on the
applicable sales drawing.
2.3 FEATURES AND BENEFITS
High performance copper alloy
One piece terminal design
Accepts 0.50 x 0.40mm blade
Molex cavity compatible
3.0 APPLICABLE DOCUMENTS AND SPECIFICATIONS
Description
Document Number
Sales Drawing
SD-560023-002
Application Specification (Crimp) AS-560023-001
Packaging Specification
PK-31301-319
4.0 SAFETY AGENCY APPROVALS
Agency
CSA File Number
TUV License number
UL File Number
IMDS
Environmental Compliance
5.0 RATINGS / PERFORMANCE / VALIDATION
5.1 ELECTRICAL
ITEM
DESCRIPTION
Contact
Resistance
(Low Level)
TEST CONDITION
Mate terminals : apply a maximum
voltage of
20
mV and a current of
100
mA
Mate terminals: apply
4
A of current with
2
0.35mm wire
REQUIREMENT
Terminal 0.50:
20
mΩ max.
Approval Status
Not Applicable
Not Applicable
Not Applicable
Available upon request
Available on molex.com
5.1.1
Contact Resistance
5.1.2
at Rated Current
(Voltage Drop)
Terminal 0.50:
20
mΩ max.
REVISION:
ECR/ECN INFORMATION:
EC No:
UAU2015-1217
DATE:
2015 / 02 / 6
TITLE:
E
CTX50 UNSEALED RECEPTACLE
TERMINAL
CHECKED BY:
SHEET No.
3
of
7
DOCUMENT NUMBER:
CREATED / REVISED BY:
APPROVED BY:
PS-560023-001
J. Burgio
T. SMITH
B. MOSER
TEMPLATE FILENAME: PRODUCT_SPEC[SIZE_A](V.2).DOC
PRODUCT SPECIFICATION
5.1.3
Current Carrying
Capability
Mate terminals: determine the heating
curve by measuring the temperature after
cycling the terminal
1008
cycles (45
minutes on, 15 minutes off per cycle)
Temperature not to exceed
55°C
over ambient.
5.2 MECHANICAL REQUIREMENTS
ITEM
DESCRIPTION
TEST CONDITION
REQUIREMENT
Terminal 0.50:
2
N max.
Refer to DVP 1236 for all
validated wire
No tears or cracks
Rci ≤
1m
Rcf ≤
2m
Dimensions stay within print
tolerance
No damage or movement to
insulation of wire
Terminal to Terminal
Insert the male tab (0.50mm wide X
5.2.1
Insertion/Extraction
0.40mm thick) 4.0 mm into the female
Forces
terminal at a rate of
50
mm per minute
5.2.2
Conduct Crimp Pull-
Apply an axial pullout force on the wire
out Force
without insulation wings
Terminal Bend
Resistance
Terminal Crush
Resistance
Crimp Insulation
Bend Behavior
5.2.3
Apply a force of
4
N on the insulation grip
5.2.4
5.2.5
Apply a force of
10
N on the terminal box
Bend wire up 45° and down 45°, 5 cycles
5.3 ENVIRONMENTAL REQUIREMENTS
ITEM
DESCRIPTION
0.22mm² Wire:
Wire to crimp –
Accelerated
Environmental Test
0.35mm² Wire:
Wire to crimp –
5.3.1
Accelerated
Environmental Test
0.13mm² Wire:
Wire to crimp –
Accelerated
Environmental Test
1
TEST CONDITION
PSA STE 96341150 99:
Thermal shock condition 100 cycles
REQUIREMENT
Contact resistance:
Rci
≤
1m
Rc
(R final-R initial) ≤
1m
Contact resistance:
Rcf
≤
0.55m
Rc
(R final-R initial) ≤
0.40m
Contact resistance:
Rcf
≤
0.71m
Rc
(R final-R initial) ≤
0.64m
Contact resistance:
Rci
≤
1m
Rci
(R tshock-R initial) ≤
1m
Rcf
(R final-R tshock) ≤
1m
SHEET No.
USCAR-21:
Thermal Shock – 72 cycles (1 hr/cycle)
Temp Humidity – 4 cycles (24 hrs/cycle)
USCAR-21:
Thermal Shock – 72 cycles (1 hr/cycle)
Temp Humidity – 4 cycles (24 hrs/cycle)
5.3.2
REVISION:
Slow Flexion
Thermal shock condition 100 cycles then
flex the wire 500 cycles
TITLE:
ECR/ECN INFORMATION:
EC No:
UAU2015-1217
DATE:
2015 / 02 / 6
E
CTX50 UNSEALED RECEPTACLE
TERMINAL
CHECKED BY:
4
of
7
DOCUMENT NUMBER:
CREATED / REVISED BY:
APPROVED BY:
PS-560023-001
J. Burgio
T. SMITH
B. MOSER
TEMPLATE FILENAME: PRODUCT_SPEC[SIZE_A](V.2).DOC
PRODUCT SPECIFICATION
5.3.3
Mechanical Shock
and Vibration at
Temperature
Thermal Shock
Temperature/
Humidity Cycling
High Temperature
Exposure
Shock 25G, No discontinuities > 7Ω for
more than 1µS.
Vibration 2.13G at 105°
C at 22 hrs per
axis
"Total Connection Resistance"
shall be ≤
20
mΩ
5.3.4
5.3.5
5.3.6
1
Conditioning 100 cycles, No discontinuities "Total Connection Resistance"
> 7Ω for more than 1µS
shall be ≤
20
mΩ
Conditioned 240 hours at 85% R.H.
Conditioned 1008 hours
“Total Connection Resistance”
shall be ≤
20
mΩ
“Total Connection Resistance”
shall be ≤
20
mΩ
Validated with wire gauge 0.22mm² only.
5.4 TERMINAL CURRENT DERATING CURVES
This test is used to determine the maximum test current at which a terminal system can
operate in a room temperature environment before excessive thermal degradation and/or
resistance begins to occur. Temperature Rise (Y axis) vs. Current (X axis) shall be plotted for
each applicable conductor size.
CAUTION: These graphs are NOT to be used for actual terminal application in a vehicle. This test is conducted on terminals
alone, thus eliminating the variation that may be introduced by variations in the heat dissipating characteristics of differing
connector housing designs and sizes. This test cannot establish the Maximum Current Capability of a specific terminal
application. For specific applications, several factors other than current load must be considered (see SAE/USCAR-2 appendix F
for more information).
REVISION:
ECR/ECN INFORMATION:
EC No:
UAU2015-1217
DATE:
2015 / 02 / 6
TITLE:
E
CTX50 UNSEALED RECEPTACLE
TERMINAL
CHECKED BY:
SHEET No.
5
of
7
DOCUMENT NUMBER:
CREATED / REVISED BY:
APPROVED BY:
PS-560023-001
J. Burgio
T. SMITH
B. MOSER
TEMPLATE FILENAME: PRODUCT_SPEC[SIZE_A](V.2).DOC
stm32/stm8
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