Mixed Density Dual Port Series connectors utilize one standard den-
sity connector and one high density connector, vertically stacked and
assembled into a single connector unit. This single connector unit per-
mits saving of panel and printed board space and decreases final
assembly costs.
Mixed Density Dual Port Series connectors are professional quality
connectors
recommended
for
corrosive indoor and outdoor environments having normal ventilation.
Connector contact variants are the normal density over a high den-
sity connector: 9 over 15, 15 over 26, 25 over 44 and 37 over 62.
Connector genders can be mixed, i.e., one male and one female con-
use
in
sheltered,
non-
nector within one Mixed Density Dual Port assembly. The two connec-
tors may be spaced apart to three standard dimensional spacings. The
connector may also be partially populated with contacts which are
installed in the connector body to customer selected contact positions.
Mounting angle brackets can be ordered riveted to the connector by
specifying R2, R6, R7 or R8 options. Locking systems are available uti-
lizing 4-40 threaded jackscrew systems, polarized or non-polarized, or
with a quick release Vibration Lock System for either front or rear panel
mounted connectors.
Mixed Density Dual Port Series connectors comply with the dimen-
sional requirements of MIL-DTL-24308.
MATERIALS AND FINISHES:
Insulator:
Glass-filled polyester per MIL-M-24519,
UL 94V-0 for high density connectors
and nylon resin, UL 94V-0 for standard
density connectors. Black color.
Male contacts – precision machined
copper alloy. Female contacts – preci-
sion machined high tensile phosphor
bronze.
Gold flash over nickel plate. Other finishes
available upon request.
Steel with tin plate, or zinc plate with
dichromate seal. Other materials and
finishes available upon request.
Contacts:
Contact Plating:
Shells:
Mounting Spacers
and Brackets:
Steel or brass with tin plate, or zinc with
dichromate seal.
Nylon resin, UL 94V-0, black color.
Beryllium copper with tin plate.
Steel with zinc plate and dichromate
seal, or clear zinc plate.
Lock tabs, steel with nickel plate.
Cross Bar:
Push-On Fasteners:
Jackscrew Systems:
Vibration Lock Systems:
ELECTRICAL CHARACTERISTICS:
Contact Current Rating:
5 amperes for standard density
connectors. 3 amperes for high
density connectors.
0.010 ohms maximum.
1,000 V r.m.s.
5 G ohms.
Initial Contact Resistance:
Proof Voltage:
Insulator Resistance:
Clearance and Creepage
Distance [minimum]:
Working Voltage:
0.039 inch [1.0 mm].
300 V r.m.s.
MECHANICAL CHARACTERISTICS:
Fixed Contacts:
Size 20 contacts on the top connector,
0.040 inch [1.02 mm] diameter. Size 22
contacts on the bottom connector, 0.030
inch [0.76 mm] diameter. Female contacts
– rugged open entry design.
Contact Retention in Insulator:
7 lbs. [31 N].
Contact Terminations:
Printed board mount with 90° termina-
tions supported in footprint pattern by a
plastic cross bar. Termination diameter
0.030 inch [0.76 mm] and 0.028 inch
[0.71 mm].
Male shells may be dimpled for EMI/ESD
ground paths.
Trapezoidally shaped shells and polar-
ized jackscrews.
Shells:
Polarization:
Mounting Bracket
Riveted to Connector:
Riveted fasteners with 0.120 inch [3.05
mm] diameter clearance hole, 4-40
threads, or 4-40 threads with nylon lock
insert.
Rapid installation push-on fasteners.
Jackscrews and vibration locking sys-
tems for either front or rear panel mount-
ed connectors.
500 operations minimum per IEC 512-5.
Mounting to Printed Board:
Locking Systems:
Mechanical Operations:
CLIMATIC CHARACTERISTICS:
Temperature Range:
-55°C to +125°C.
MIXED DENSITY DUAL PORT SERIES TECHNICAL CHARACTERISTICS
Size 20 and 22 Contacts
Two Connectors Vertically
Stacked and Assembled
As a Single Connector Unit
Professional Quality
Connectors
U.L. Recognized
File #E49351
CSA Recognized
File #LR54219
Telecommunication
U.L. File #14098
PROFESSIONAL QUALITY PRINTED BOARD MOUNT MIXED DENSITY DUAL PORT
VERTICALLY STACKED CONNECTOR ASSEMBLY
FOR SHELTERED INDOOR/OUTDOOR ENVIRONMENTAL APPLICATIONS
Mixed Density
Dual Port
Series
Positronic
Industries, Inc.
14