11
Contact Size & Wire Gauge Range Insulation O.D. Recommended Hand Production
Part Number Type Strip Length Crimp Tool Crimp Tool
1060-20-0122 20 Pin 16, 18 & 20 AWG (1.0-0.5mm2) 0.075-0.125 (1.90-3.15mm) .150-2.00 (3.81-5.08mm) DTT-20-00 DCT20-02-00
1060-20-0122 20 Socket 16, 18 & 20 AWG (1.0-0.5mm2) 0.075-0.125 (1.90-3.15mm) .150-2.00 (3.81-5.08mm) DTT-20-00 DCT20-02-00
1060-20-0222 20 Pin 16, 18 & 20 AWG (1.0-0.5mm2) 0.050-0.085 (1.3-2.15mm) .150-2.00 (3.81-5.08mm) DTT-20-00 DCT20-02-00
1060-20-0222 20 Socket 16, 18 & 20 AWG (1.0-0.5mm2) 0.050-0.085 (1.3-2.15mm) .150-2.00 (3.81-5.08mm) DTT-20-00 DCT20-02-00
1060-16-0622 16 Pin 16, 18 & 20 AWG (0.50-1.0mm2) .055-.083 (1.40-2.10mm) .150-2.00 (3.81-5.08mm) DTT-16-00 DCT16-02-00
1060-16-0622 16 Socket 16, 18 & 20 AWG (0.50-1.0mm2) .055-.083 (1.40-2.10mm) .150-2.00 (3.81-5.08mm) DTT-16-00 DCT16-02-00
1060-16-0122 16 Pin 16 & 18 AWG (0.75-1.5mm2) .075-0.115 (1.90-2.92mm) .150-2.00 (3.81-5.08mm) DTT-16-00 DCT16-02-00
1060-16-0122 16 Socket 16 & 18 AWG (0.75-1.5mm2) .075-0.115 (1.90-2.92mm) .150-2.00 (3.81-5.08mm) DTT-16-00 DCT16-02-00
1060-14-0122 16 Pin 14 & 16 AWG (2.0-1.0mm2) .095-0.150 (2.41-3.81mm) .150-2.00 (3.81-5.08mm) DTT-16-00 DCT16-02-00
1060-14-0122 16 Socket 14 & 16 AWG (2.0-1.0mm2) .095-0.150 (2.41-3.81mm) .150-2.00 (3.81-5.08mm) DTT-16-00 DCT16-02-00
1060-12-0166 12 Pin 12 & 14 AWG (4.0-2.0mm2) .113-0.170 (2.87-4.32mm) .225-.275 (5.72-6.99mm) DTT-12-00 DCT12-02-00
1060-12-0166 12 Socket 12 & 14 AWG (4.0-2.0mm2) .113-0.170 (2.87-4.32mm) .225-.275 (5.72-6.99mm) DTT-12-00 DCT12-02-00
The Deutsch range of Stamped & Formed contacts are designed primarily
for use where wire termination costs are of primary concern without
sacrificing the reliability and maintainability of the normal operating
electrical circuits.
Design and Materials Selection
Deutsch engineers have combined the process of superior material selection
with outstanding mechanical Cad-Cam Designs to present stamped & formed
contacts that exceed the demands of today’s truck, bus and off-highway
electrical systems.
The selection of copper alloys, finished after forming with nickel plating
provides superior durability, performance, corrosion and oxidation resistance.
To achieve air-tight crimps that eliminate the need to solder after wire
terminations, Deutsch engineers have specified that the core-wing ends be
formed in the direction of the crimp, thus assuring resistance to crimp
relaxation and displacement of metal,crimp after crimp.
True to all Deutsch terminals, the split socket (female) tines, protected by a
closed entry stainless steel sleeve, ensure controlled contact pressure for
maximum conductivity with minimum surface wear.
In keeping with the Deutsch commitment to quality, all stamped & formed
contacts are manufactured using SPC controls and are subjected to extensive
programs of rigid testing, including field performance feedback.
Features Benefits
Stainless Steel Socket Sleeve Provides closed entry design preventing probe damage.
Contact Tines are in Socket Member, Not Pin Terminal contact points are protected from handling and assembly damage.
No Lances / Tangs Contact retention is designed in the connector body, eliminating retention problems during handling and rework.
Bullet (Rounded) Pin Nose Prevents mismating and bent pins.
Nickel Plating Reduces oxidations, thus improving conductivity performance.
Plated After Forming No base metal is exposed to corrosion.
Optional Gold Plating Available for dry circuit application.
No Individual wire Seal Grommets Wire seals are designed as an integral component of the connector, thus reducing wire terminating costs.
Pre-Bent Core Wings Provides an air-tight crimp joint.
Improved Die Stop Gap Allows application die to position wire for proper crimp length.
Off-Set Configuration Provides centre wire alignment between conductor and insulation.
Copper Alloy Materials Prevents material relaxation over time, providing reliable crimp joints and increased durability
Stamped & Formed Contacts
Stamped & Formed Contacts
Bare Wire Strands Extended
From Conductor Crimp
Insulation Spaced From
Conductor Crimp Area
All Strands Captivated
Recommended
Strip Length
See Table Below