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ATP SERIES™ SPECIFICATIONS
Durability No electrical/mechanical defects after
100 cycles of mating/unmating.
Corrosion
Resistance
No evidence of corrosion after 48 hours
of salt spray per MIL-STD1344, method
1001.
Contact
Current
Rating
#12 size contacts rated at 25 amps
continuous at +125°C. Current is fully
rated without derating curve.
Operating
Temperature
-55°C to +125°C
Submersion A mated connection, properly wired,
placed in an oven at +125°C for 1 hour,
then placed immediately in a depth of
water 1 meter deep for 4 hours without
loss of electronic performance.
Vibration Continued continuity without deg-
radation to mechanical or physical
attributes following vibration. (max
acceleration 20 g’s at Sine sweep of
10-2000Hz)
ATP Series
Connectors
Amphenol Sine Systems ATP Series™ Connectors are designed as a high-performance, cost-effective, thermoplastic solution to
be used within the Marine, Heavy Equipment, Agricultural, Automotive, Alternative Energy elds, as well as other demanding
interconnect applications. Available in 2 and 4 pin options, our ATP Series™ Connectors contain superior environmental seals,
seal retention capabilities and are designed for use with 10-14 AWG with size 12 contacts handling up to 25 amps. In addition,
all of our AT Series™ connectors have been developed to be completely compatible with all other existing standard products
industry-wide.
Don Hunsucker, Program Manager
1 . 8 0 0 . 3 9 4 . 7 7 3 2 Ext. 8 6 3 8
donh@sineco.com
ATP SERIES™ PART COMPATIBILITY
Amphenol
Sine Systems P/N Deutsch P/N Part Description
ATP06-2S DTP06-2S Plug, 2-Way
ATP06-2S-BLK DTP06-2S-E004 Plug, 2-Way, Black
ATP06-2S-EC01 DTP06-2S-E003 Plug, 2-Way, w/ End Cap
ATP04-4P-EC01 DTP04-4P-E003 Plug, 4-Way, W End Cap
ATP04-4P-RD01 DTP04-4P-C015 Plug, 4-Way, w/ Reduced Seal
AWP-2S WP-2S Wedgelock, Plug
AWP-4S WP-4S Wedgelock, Plug
AT62-12-0144 1062-12-0144 Socket Contact, #12 S&F Gold Plate (Reel)
AT62-12-0166 1062-12-0166 Socket Contact, #12 S&F Nickel (Reel)
AT62-203-12141 0462-203-12141 Socket Contact, #12 Nickel
AT62-210-1231 0462-210-1231 Socket Contact, #12 Gold Plate
ATP04-2P DTP04-2P Recpt, 2-Way
ATP04-2P-BLK DTP04-2P-E004 Recpt, 2-Way, Black
ATP04-2P-EC01 DTP04-2P-E003 Recpt, 2-Way, w/ End Cap
ATP04-4P DTP04-4P Recept,4-Way
ATP04-4P-BLK DTP04-4P-E004 Recept,4-Way, Black
ATP06-4S DTP06-4S Recept,4-Way
ATP06-4S-BLK DTP06-4S-E004 Recept,4-Way, Black
ATP06-4S-EC01 DTP06-4S-E003 Recept,4-Way, w/ End Cap
ATP06-4S-RD01 DTP06-4S-C015 Recept,4-Way, w/ Reduced Seal
ATP06-4S-RD01BK DTP06-4S-CE02 Recept,4-Way, w/ Reduced Seal Black
AWP-2P WP-2P Wedgelock, Receptacle
AWP-4P WP-4P Wedgelock, Receptacle
AT60-12-0144 1060-12-0144 Pin Contact, #12 S&F Gold Plate (Reel)
AT60-12-0166 1060-12-0166 Pin Contact, #12 S&F Nickel (Reel)
AT60-204-12141 0460-204-12141 Pin Contact, #12 Nickel
AT60-220-1231 0460-220-1231 Pin Contact, #12 Gold Plate
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CONTACT RESISTANCE
CONTACT SIZE WIRE GUAGE
AWG(mm2)
TEST CURRENT
(AMPS)
RESISTANCE
SOLIDS
RESISTANCE
STAMPED & FORMED
#12 12 25 60 µV 100 µV
WIRE SEALING RANGE
CONTACT SIZE
RECOMMENDED WIRE INSULATION O.D.
STANDARD (S-Seal) THIN WALL (RD-Seal)
#12 .134 - .170 (3.40 - 4.32) .097 - .158 (2.46 - 4.01)
DTP MATERIAL SPECIFICATIONS
Plug/Receptacle Contacts
Shell: Thermoplastic Pin: Copper Alloy
Wedge: Thermoplastic Socket: Copper Alloy
Seals: Silicone Elastomer Finish: Nickel-plated (optional Gold)
DTP GENERAL SPECIFICATIONS
Dielectric Withstanding Voltage Insulation Resistance
Current leak less than 2 milliamps at 1500
VAC
1000 megohms minimum 25°C
Current Ratings (Contact current rating at 125°C continuous)
Size 12 contact: 25 amps
Corrosion Resistance
Connectors show no evidence of corrosion after exposure to 48 hours of salt spray per
MIL - STD 1344, method 1001.
Submersion Fluid Resistance
IP67. Wired and mated connection will
withstand immersion under three feet of
water without loss of electronic qualities
or leakage.
Connectors show no damage when
exposed to most uids used in industrial
application.
Vibration Temperature
Maintains continuity and exhibits no
mechanical or physical damage after
vibration levels of 20 G’s at 10-2000 Hz.
Operative at temperatures from -55°C to
+125°C. Continuous at rated current.
Contact Retention Contacts withstand a minimum load of:
70lbs. for Size 12 contacts.
Thermal Cycle Durability
No cracking, chipping or leaking after 20
test cycles from -55°C to +125°C.
No electrical or mechanical defects
after 100 cycles of engagement and
disengagement.
Physical Shock Contact Millivolt Drop
No unlocking, unmating or other unsat-
isfactory results during or after 50 G’s
in each of three usually perpendicular
planes. No electrical discontinuities longer
than 1 microsecond. MIL-STD 202. Method
213, Condition “C”.
No. 16 contacts - 60 millivolt drop using 16
AWG wire (less drop through wire). Test
current 13 amps.
ATP SERIES™ MATERIAL SPECIFICATIONS
Plug/Receptacle Contacts
Shell: Thermoplastic Pin: Copper Alloy
Wedge: Thermoplastic Socket: Copper Alloy
Seals: Silicone Elastomer Finish: Nickel-plated (optional Gold)
ATP SERIES™ GENERAL SPECIFICATIONS
Dielectric Withstanding Voltage Insulation Resistance
Current leak less than 2 milliamps at 1500
VAC
1000 megohms minimum 25°C
Current Ratings (Contact current rating at 125°C continuous)
Size 12 contact: 25 amps
Corrosion Resistance
Connectors show no evidence of corrosion after exposure to 48 hours of salt spray per
MIL - STD 1344, method 1001.
Submersion Fluid Resistance
IP67. Wired and mated connection will
withstand immersion under three feet of
water without loss of electronic qualities
or leakage.
Connectors show no damage when
exposed to most uids used in industrial
application.
Vibration Temperature
Maintains continuity and exhibits no
mechanical or physical damage after
vibration levels of 20 G’s at 10-2000 Hz.
Operative at temperatures from -55°C to
+125°C. Continuous at rated current.
Contact Retention Contacts withstand a minimum load of:
70lbs. for Size 12 contacts.
Thermal Cycle Durability
No cracking, chipping or leaking after 20
test cycles from -55°C to +125°C.
No electrical or mechanical defects
after 100 cycles of engagement and
disengagement.
Physical Shock Contact Millivolt Drop
No unlocking, unmating or other unsat-
isfactory results during or after 50 G’s
in each of three usually perpendicular
planes. No electrical discontinuities longer
than 1 microsecond. MIL-STD 202. Method
213, Condition “C”.
No. 16 contacts - 60 millivolt drop using 16
AWG wire (less drop through wire). Test
current 13 amps.
CONTACT RESISTANCE
CONTACT SIZE WIRE GUAGE
AWG(mm2)
TEST CURRENT
(AMPS)
RESISTANCE
SOLIDS
RESISTANCE
STAMPED & FORMED
#12 12 25 60 µV 100 µV
WIRE SEALING RANGE
CONTACT SIZE
RECOMMENDED WIRE INSULATION O.D.
STANDARD THIN WALL (E-Seal)
#12 .134 - .170 (3.40 - 4.32) .097 - .158 (2.46 - 4.01)
vs.
ATP Series
Connectors
© 2011 Amphenol Sine Systems Corporation. Ever y effort has been made to ensure that the information contained in this document is accurate at the time of publication. Specications
or information stated in this document are subject to change without notice.
DTP Series
