ABC08DTBI

Heilind Number:SULABC08DTBI
Manufacturer:Sullins Connector Solutions
Manufacturer Number:ABC08DTBI
ECAD Model:
3D Model

Description:

PPS & BERYLLIUM COPPER; .0

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Specifications

AttributeValue
Product Category:
Manufacturer:Sullins Connector Solutions
Manufacturer Part Number:Sullins Connector Solutions ABC08DTBI
Pitch:0.1 in
Gender:Female
Voltage:700 VAC
Amperage:3 A
Mount Type:Threaded
Orientation:Right Angle
Tail Length:.18 in, 4.57 mm
Contact Type:Loop Bellow
Number of Rows:2
Connector Width:.37 in, 9.4 mm
Contact Plating:Gold
Connector Height:15.49 mm, .61 in
Contact Material:Beryllium Copper
Termination Method:Solder
Number of Positions:16
Termination Plating:Matte Tin
Operating Temperature Range:-65 - 150 °C
Card Thickness:0.062 in
Current Rating:3 A
Voltage Rating:700 VAC
Number of Contacts:16
SKU:SULABC08DTBI

Detailed Description

The ABC08DTBI is a high-performance PCB connector designed for demanding applications. Featuring PPS and Beryllium Copper construction, it ensures durability and reliability in extreme environments. With a current rating of 3A and a voltage capacity of 700VAC, this connector is suitable for power and signal transmission. Its female gender, threaded mount type, and thru-hole termination method offer secure and stable connections. The gold-plated Beryllium Copper contacts provide excellent conductivity and corrosion resistance. With a pitch of 2.54mm and 16 positions in a dual-row configuration, it allows for efficient board-to-board connections. The right-angle orientation and loop bellow contact type further enhance its versatility. Operating within a wide temperature range of -65 to 150°C, this connector is ideal for aerospace, military, and industrial applications. Measuring .61 inches in height and 9.4mm in width, it offers a compact yet robust solution for your connectivity needs. The termination plating of matte tin ensures solderability and RoHS compliance. The ABC08DTBI is part of our extensive range of hi-rel board-to-board PCB connectors, making it a trusted choice for critical systems.