97 Series Connectors are UL recognized and CSA recognized.
RADSOK
®
Technology Advantages
RADSOK’S twisted grid configuration allows for 50% more current to pass
through the same size pin, while providing increased reliability, ampacity and
cycle durability as well as lower insertion force, T-rise and voltage drop.
HIGH RELIABILITY
Unique RADSOK
®
design and construction technology create an electrical
contact interface that exceeds typical interconnect requirements. Applications
in aerospace, medical, industrial, automotive, mining, offshore, and other harsh
environments depend on the high reliability of Amphenol’s RADSOK
®
technology.
• LOW CONTACT ENGAGEMENT/SEPARATION FORCES
The hyperbolic lamella socket contact construction distributes normal forces
over a high percentage of the mating pin surface. This creates a smooth,
even engagement effort. This force distribution also contributes to excellent
performance in vibration applications with resistance to typical fretting corrosion.
• LOW CONTACT RESISTANCE
The large interface area between the socket lamella and pin surface result
in very low contact resistance, enabling the RADSOK
®
contacts’ high current
ratings compared to traditional power contact designs.
• HIGH MATING CYCLE DURABILITY
RADSOK
®
contacts with typical silver plating finishes have demonstrated survival
of 20,000 mating cycles. Specialized plating and contact lubricants can extend
cycle life to 200,000 matings or higher. Even with continuous exposure to harsh
environmental abuse (salt, sand, and high humidity), RADSOK
®
contacts have
been tested to maintain low contact resistance beyond 10,000 mating cycles.
RADSOK
®
Derating Chart – Temperature vs. Current
Based on single conductors in free air. Wire cross-section same size as pin
contact cross-sectional area.
The undisputed leader in interconnect
systems for harsh environment applications
Company Introduction
Manufacturing connectors since 1932, we take pride that Amphenol
Industrial Global Operations (AIGO) is the undisputed leader in interconnect
systems for harsh environment applications. Such applications require a
high degree of engineering sophistication and precision manufacturing
capability. Innovations such as our RADSOK
®
contact technology can
supply gains of up to 50% in current carrying capability through the same
size pin vs traditional contact designs. Connectors utilizing the RADSOK
®
technology outperform conventional power interconnect products and are
a better choice for the high current needs demanded by sophisticated
electronics.
AIGO's product lines consist of rectangular, standard, miniature, fiber
optic, EMI/EMP filter and a variety of special application connectors.
Additionally, we manufacture value-add flex circuit and cable assemblies.
Our global manufacturing facilities include locations in Sidney, NY, Fraser,
MI, Midland, TX, Shenzhen and Zhuhai, China, Winnipeg, Canada, and
Nogales, Mexico. Our Sidney, NY facility is both ISO09001 certified and
qualified to MIL-STD-790 requirements.
The Server Environment
Modern servers are capable of millions of transactions per second.
They consume significant amounts of power, and produce tremendous
amounts of heat while conducting the high amperage to manage these
transactions.
Excessive heat can cause malfunctions and irreversible damage to servers
while being expensive to manage. Therefore, minimizing temperature rise
is a key concern when designing power systems for data centers.
AIGO has industry leading experience engineering high current and
high density interconnect solutions. Our RADSOK
®
technology and our
proven engineering experience for harsh environments enable Amphenol
Industrial Global Operations to develop optimal solutions for server power
interconnect needs.
.
RADSOK
®
Power to Board Connectors
High speed and high density electronics have driven demand for significant
increases in the amount of power needed for power to board applications. To
meet the need for higher current density interconnects Amphenol Industrial
Global Operations developed the RADSOK
®
Power to Board series of
connectors. RADSOK
®
Power to Board solutions facilitate the distribution of
power with higher amperage, while allowing the design engineer to achieve
size and weight reductions.
Conventional interconnects are limited in their ability to deliver high current
without consuming excessive board surface area. The RADSOK
®
Power to
Board series of connectors incorporates a hyperbolic lamella socket contact
construction that provides more contact surface area. The high performance
contact enables higher current carrying capabilities with lower temperature
rises than traditional contact systems.
Amphenol’s RADSOK
®
Power to Board product line offers many options
for delivering high current and single-point connections to the PCB. Please
contact your Amphenol Industrial representative for product extensions and
custom applications.
RADSERT™’s compact footprint design can
deliver up to 120A of current to the board. The
high current density and small surface area
connection provides flexibility of board design.
RADSERT™ contacts are available in either
press-fit or solder termination.
The RADSOK
®
PGY™ provides a compact and
robust right angle power to board interconnect.
Designed to mate with either a 3.6mm or 5.7mm
pin, The RADSOK
®
PGY™ can bring up to 120A
to the board. The radial design of the RADSOK
®
contact gives you more contact surface area
lowering temperature rise and reducing potential
heat related failures.
The RADSOK
®
PowerBlok™’s compact footprint
½” x ½” can supply up to 70A to backplane
power connections. Current is distributed over
16 compliant pins. The PowerBlok™ is available
for top or bottom entry and offered with a touch-
proof cover.
RADSOK
®
RADSERT™
• High power to board interconnect in a
small package
• Hyperbolic socket design ensures many
points of contact
• Solder version or pre-loaded RADSERTs are
installed during board fabrication
• RADSERT™ 2.4mm (35A), 3.0mm (60A),
3.6mm (70A) 4.8mm (100A) & 6.0mm (120A)
• No special crimp tools required
• No threaded fasteners
• Eliminates risk of PTH cracking or
delamination in board
• Faster through-put
• Available in Super Twist (ST)
• RoHS compliant
Part Number
10-729398-241
10-700813-001
10-729360-001
10-700977-001
10-700985-001
10-707833-001
10-729387-001
10-707617-000
10-729220-001
Size
2.4mm
2.4mm
ST 2.4mm
3.6mm
3.6mm Close End
3.6mm
ST 3.6mm
ST 3.6mm
ST 6.0mm
Amps Termination
35
35
35
70
70
70
70
70
120
Solder Type
Knurl Press Fit
Solder Type
Solder Type
Solder Type
Knurl Press Fit
Solder Type
Knurl Press Fit
Solder Type
RADSOK
®
PGY™
• Orthogonal, co-planar & right angle
connections between PCBs or PCB to bus bar
• Compact footprint
• Legs of the PGY distribute high power evenly
• 2.4mm carries up to 35 Amps
• 3.0mm carries up to 60 Amps
• 3.6mm carries up to 70 Amps
• 4.8mm carries up to 100 Amps
• 5.7mm carries up to 120 Amps
• No threaded fasteners
• No special crimp tools required
• Faster through-put
• Available in Super Twist (ST)
• RoHS compliant
Part Number
10-700298-000
10-729394-000
10-700261-000
10-700261-000
Size
3.6mm
ST 3.6mm
5.7mm
ST 5.7mm
Amps
70
70
120
120
Termination
Solder Type
Solder Type
Solder Type
Solder Type
RADSOK
®
PowerBlok™
• High power to board interconnect in a
small package
• Compact footprint 15.7mm x 15.7mm
• RADSOK® 2.4mm, 3.0mm & 3.6mm
(35A-60A-70A)
• Backplane power interface with compliant pins
for power
• Touchproof cover
• Hyperbolic socket design ensures many points
of contact
• Reduces failure modes, eliminates burn outs
• No threaded fasteners
• No special crimp tools required
• Eliminates possible stress fractures in board
• Faster through-put
• Available in Super Twist (ST)
• RoHS compliant
Part Number
10-707897-001
10-700300-001
10-707548-001
Size
ST 2.4mm
ST 3.0mm
ST 3.6mm
Amps
35
60
70
Termination
Press-fit
Press-fit
Press-fit
SURLOK
™
• High current rating, high ampacity in a smaller package
• High reliability; meets or exceeds the electrical performance of bolt-on
compression lugs
• Easy field installation - crimp with standard color-coded dies (Udie and
4 indenter). No torque wrenches required.
• Integral locking feature plus locking cap
• RADSOK
®
technology boosts the
ampacity by 50% or more compared
to mil-spec contacts. RADSOK
®
contacts
provide the advantages of low insertion
force and high cycle durability.
• RoHS compliant
AMPHE-GTR
• Utilizes RADSOK high amperage socket contact technology, enabling
increased current ratings to 120A on individual contacts.
®
AMPHE-GTR PLUG
GTR Plug in Shell Size 32
with 4 Conductors
OL
EN
PH
AM
AMPHE-GTR RECEPTACLE
GTR Receptacle in Shell Size 32
with 4 Conductors
OL
EN
PH
AM
• Currently available in shell size 32 with 4 or 5 conductors.
• The connector type is a straight plug which houses RADSOK
®
sockets and
a box mount receptacle with pin contacts.
• Compression (setscrew) wire termination to the 4/6AWG or 8/10AWG
conductors allows easy field replacement of pin or socket contacts, or
complete plug and receptacle assemblies, without requiring specialized
tooling.
• Meets same performance levels as GT Series.
• Listed to UL/CUL 1977/1682/817 Standard, control number 19VP.
• Utilizes a standard PG adapter
watertight strain relief on the plug
to achieve IP67 seal rating.
• Flammability rated to UL94V-0.
A
32
-A
R
A
B
N
C
32
-A
R
G
Cable Range
(See Tables)
N
B
G
C
4 Conductors
AIO Part Number
Description
Plug
Plug
Plug
Wire Range
8-10 AWG
4-6 AWG
8-10 AWG
Rated Current
40 Amps (cont.)
50 Amps (cont.)
30 Amps (cont.)
Cable Range
.715 - .759
.809 - .905
.510 - .582
GT030PCM32-ARP-80
GT030PCM32-ARP-120
GT06PCM32-ARS-70(29OS)
GT06PCM32-ARS-120(36OS)
GT06PCM32-ARS-40(29R)
GT06PCM32-ARS-50(29)
GT06PCM32-ARS-30(29R)
Receptacle
Receptacle
Plug
Plug
4-6 AWG
4 AWG
4-6 AWG
4 AWG
80 Amps (cont.)
120 Amps (cont.)
70 Amps (cont.)
120 Amps (cont.)
N/A
N/A
1.000 – 1.185
1.27
5 Conductors
AIO Part Number
Description
Plug
Plug
Plug
Plug
Wire Range
8-10 AWG
8-10 AWG
4-6 AWG
4-6 AWG
Cable Range
.472 - .787
.708 - .984
.472 - .787
.708 - .984
N/A
N/A
N/A
N/A
10-610142-001
10-610142-002
10-610142-003
10-610142-004
10-610147-002
10-610222-001
10-610222-002
10-610147-001
Receptacle
FBLM Receptacle
Receptacle
FBLM Receptacle
4-6 AWG
8-10 AWG
4-6 AWG
8-10 AWG
For complete dimensional information on Amphe-GTR Series see Product Data Sheet #190. Also refer to Amphenol GT Series
catalog 12-024.
AMPHE-PD
Technical Specifications: 3.6mm is UL rated 69 amps (6 AWG). CSA rated 55 Amps (6 AWG). 5.7mm (non-UL) is rated for 120 amps.
Molded from UL94V-0
thermoplastic (self extinguishing). Meets RoHS and UL-94V-0 guidelines. 2-pole DC Power interconnect in about 1 square inch (3.6mm version) and 1.75 inch
square (5.7mm version). Passes UL and TUV finger proof design standards.
Additional benefits of the Amphe-PD™ product include:
• Low cost, 100% molded housings
• High Ampacity
• Integrated latching mechanism
• Tactile and audible locking
• Easy, Tool-less assembly
• Proven metal clip contact retention
on receptacles
• Low Insertion Force
• TPA device on plug to insure socket
• High Reliability
locking
• High Cycle Durability
The Future of RADSOK
®
R4 Technology
The R4 version of the RADSOK
®
represents the culmination of three years of research and development in laser welding copper
based alloys. This innovative approach to construction of the RADSOK
®
cartridge provides benefits previously unavailable in the
product line.
•
•
•
•
•
•
Packaging restraints are reduced due to a smaller outside diameter of the component
Automated assembly processes result in less manufacturing variability
Better consistency in performance
Better mechanical strength in a welded assembly
Lower voltage drop/resistance
Low temperature rise
RADSOK
®
RadFin
™
RADSOK
®
RadFin™
was designed to address the need for amperes greater than 100A while maintaining a small footprint for PCB applications. Another unique
feature of the RadFin™ is its ability to act as a great heat dissipating connector. This dramatically helps reduce T-rise with minimal air-flow required.
• 100A to 300A
• Small form factor, 6.0mm, 8.0mm & 10.0mm
• Also offered with a plastic protective cover and
male pin
• Solder tail (Press fit optional)
• 1000A surge – 2 seconds
• Operating temperature can meet -40C to +125C
• Dielectric withstanding voltage is 2000 Vac RMS
• Insulation resistance can meet 5000 M Ohms
• 500 mating cycles – minimum
• Insertion force : Max 7 lbs.; Separation force: Min 1.5 lbs.
• UL94-V0 (self extinguishing)
RADSOK
®
RADLOK
™
Utilizing Amphenol’s latest
R4 RADSOK® Technology,
our RADLOK™ product line was designed to be compact and robust. Power Interconnect products in
today’s market often require additional mounting hardware (e.g. washers, clamps, bolts, nuts, etc.) making them prone to costly labor expenses for installation
and routine maintenance. Paired with Amphenol’s RADLOK™ PIN, the single finger operation lock feature allows end users to connect any power distribution/
storage system in a quick and secure manner. The RADLOK™ product line is the answer to industries where a custom, reliable, easy to install, rugged, and cost
effective solution is required.
•
•
•
•
•
•
Voltage Rating: 1000V
Current Rating: 70A - 400A
Tool-Free Mechanical Locking
High cycle durability (500 mating cycles)
RoHS complaint
Available in Black, Red, Orange (custom colors available upon request)
Technical Data
DC Voltage Rating
DC Current Rating
Flammability Rating
Operating Temperature Range
Mating Cycles
1000V
70A - 400A
UL94 V0
-40º C to 125º C
500
RADSOK
®
Super Twist
Design Background
The RADSOK® Super Twist contact was developed to enable greater radial misalignment tolerance, or “float,” in drawer and blindmate applications. Greater
radial gatherablility is achieved in the Super Twist (ST) contact by adding additional “twist” to a larger RADSOK® contact. Using a larger O.D RADSOK® creates
additional I.D clearance for the mating male pin while maintaining electrical and mechanical performance.
Benefits of using Super Twist RADSOK®
Radial misalignment tolerance is significantly increased. The RADSOK® Super
Twist contacts are used in applications where mechanical system tolerance
is difficult to control in manufacturing and/or assembly, for example, mating
multiple positions on a bus bar with poor true positioning to a PCB or pluggable
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