PCS SERIES
Power
Connection
Systems
Positronic Industries
connectpositronic.com
8DIMENSIONS ARE IN INCHES [MILLIMETERS].
ALL DIMENSIONS ARE SUBJECT TO CHANGE.
TECHNICAL INFORMATION
MATERIALS AND FINISHES:
Insulator: Glass-filled polyester, UL 94V-0.
Contact technical sales for availability of
high temperature insulator material.
Contacts: Precision machined copper alloy with gold
flash over nickel, or 0.000030 inch [0.76µ]
gold over nickel, or 0.000050 [1.27µ] gold
over nickel. Solder coated terminations
optional.
Mounting Clip: Beryllium copper with nickel plate.
Hood: Glass filled polyester, UL 94V-0.
Mounting Bracket: Brass with tin plate.
Push-on Fastener: Spring tempered copper alloy, tin plate
ELECTRICAL CHARACTERISTICS:
CONTACT CURRENT RATING:
Standard Contact Material: See page 9 for detail information.
High Conductivity
Contact Material: See page 9 for detail information.
INITIAL CONTACT RESISTANCE:
Standard Contact Material: 0.0016 ohms max. per IEC 512-2, Test 2b.
High Conductivity
Contact Material: 0.0007 ohms max. per IEC 512-2, Test 2b.
Insulation Resistance: 5 G ohms per IEC 512-2, Test 3a, Method A.
Voltage Proof: 2000 V rms per IEC 512-2, Test 4a, Method C.
Creepage Distance: 0.157 inch [4 mm] minimum.
Clearance Distance: 0.125 inch [3.2 mm] minimum.
Working Voltage: Designed to meet UL 600 VAC and
CSA 600 VAC.
Working Temperature: -55°C to +125°C
Contact technical sales for availability of
high temperature insulator material.
ELECTRICAL CHARACTERISTICS OF COMPLIANT
PRESS-FIT CONNECTION TO PLATED-THROUGH-HOLE
OF PRINTED BOARD:
0.064 inch [1.63mm] diameter hole of a
0.125 inch [3.2mm] thick printed board
Initial Contact Resistance
of Connection: Less than 1.0 milliohms per IEC 512-2,
Test 2a.
Change in Contact
Resistance of Connection
After Mechanical, Electrical
or Climactic Conditioning: Less than 0.5 milliohms increase per IEC
512-2, Test 2a.
Gas Tight Connections
Test: Less than 0.2 milliohms increase in
contact resistance after 1 hour per EIA 364,
TP36, Method One.
SHIELDED CONTACT TECHNICAL
CHARACTERISTICS:
See page 47.
MECHANICAL CHARACTERISTICS:
Removable Contacts: Insert contact to rear face of insulator,
release from front face of insulator. Size
16, 0.062 inch [1.57 mm] diameter male
contact. Female contact “closed entry”
design for highest reliability.
Removable Contact Retention
in Insulator: 15 lbs. [67N] per IEC 512-8, Test 15a.
Fixed Contacts: Solder cup and printed board terminations.
Size 16, 0.062 inch [1.57 mm] diameter
male contact. Female contact has “closed
entry” design for highest reliability.
Fixed Contact Retention
in Insulator: 6 lbs. [26N].
Resistance to Solder
Iron Heat: 500˚F [260°C] for 10 seconds duration per
IEC 512-6, Test 12e, 25 watt soldering iron.
Contact Terminations: Crimp or solder removable contacts from wire
sizes 12 AWG [4.0 mm2] through 24 AWG
[0.25 mm2]. Straight and Right Angle (90°)
solder printed board mount, 0.062 inch [1.57
mm] tail diameter. Compliant termination
press-fit. Fixed contact solder cup termina-
tion, 18 AWG [1.0 mm2] maximum.
Contact Insertion and
Withdrawal Forces: 8 oz. [2.2N] nominal per contact.
Connection Systems: Connector provides cable to cable, cable to
printed board, cable to panel mount and
printed board to printed board application.
Sequential Mating System: Cable and printed board mount connectors.
Male contacts provide as many as three mat-
ing lengths.
Locking System: Insulators provide locking between cable to
cable, cable to printed board and cable to
panel mount applications.
Polarizations: Provided in insulator design. Further polar-
ization in cable connectors can be provided
by mixing male contacts in female insula-
tors and female contacts in male insulators.
Mounting to Printed Board: Rapid installation push-on fasteners.
Self-tapping screws for compliant connectors.
Mechanical Operations: 500 operations per IEC 512-5.
MECHANICAL CHARACTERISTICS OF COMPLIANT
PRESS-FIT CONNECTORS:
Press-Fit Contact Bi-Spring
Construction, Compliant
Termination: 0.0695 inch [1.77mm] diameter with 0.050
inch [1.27mm] lead-in diameter. Offered
with two termination lengths.
Contact Retention in
Insulator and 0.125 inch
[3.2mm] thick printed board: 5 lbs. [22N] minimum combined retention
forces per MIL-STD-2166, Type III
compliant contact classification, after third
repair- replacement of contact in insulator
and plated-through-hole, 0.064 inch
[1.63mm] diameter in a 0.125 inch
[3.2mm] thick printed board.
Vibration: No electrical discontinuity of 1µ second or
greater when tested per MIL-STD-1344,
Method 2005, Test conditioning.
Initial Press-In Force
of Individual Contact
into Plated-Through-Hole: 10 lbs. [44N] average when pushed into a
0.064 inch [1.63mm] Ø hole in a 0.125
inch [3.2mm] thick printed board.
Initial Push-Out Force of
Individual Contact into
Plated-Through-Hole: 8.5 lbs. [38N] average when pushed out of
an 0.064 inch [1.63mm] Ø hole in a 0.125
inch [3.2mm] thick printed board.
TECHNICAL CHARACTERISTICS
U.L. Recognized* CSA Recognized
File #E49351 File #LR54219