GBC31DRST

Heilind Number:SULGBC31DRST
Manufacturer:Sullins Connector Solutions
Manufacturer Number:GBC31DRST
ECAD Model:
3D Model

Description:

PA9T & PHOSPHOR BRONZE; .0

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Specifications

AttributeValue
Product Category:
Manufacturer:Sullins Connector Solutions
Manufacturer Part Number:Sullins Connector Solutions GBC31DRST
Amperage:3 A
Gender:Female
Number of Contacts:62
Number of Rows:2
Mount Type:Threaded
Termination Method:Solder
Contact Material:Phosphor Bronze
Contact Plating:Gold
Pitch:0.1 in
Voltage:700 VAC
Contact Type:Loop Bellow
Orientation:Straight
Number of Positions:62
Tail Length:.19 in, 4.83 mm
Operating Temperature Range:-65 - 125 °C
Connector Height:15.49 mm, .61 in
Connector Width:.37 in, 9.4 mm
Current Rating:3 A
Termination Plating:Matte Tin
Voltage Rating:700 VAC
Card Thickness:0.062 in
SKU:SULGBC31DRST

Detailed Description

The GBC31DRST is a high-performance Board To Board PCB Connector designed for demanding applications. With a gender specification of Female and featuring two rows for enhanced connectivity, this connector ensures reliable signal transmission. Its threaded mount type and termination method through hole guarantee secure installation on PCBs. Constructed with PA9T and Phosphor Bronze materials, it offers durability and efficient electrical conductivity. The gold contact plating and loop bellow contact type further enhance its performance, providing low contact resistance and high reliability. Operating at a voltage of 700 VAC and with an amperage of 3A, it meets the needs of power and signal transmission. With 62 positions and a pitch of 2.54mm, precise connections are facilitated. The connector's wide operating temperature range of -65 to 125°C makes it suitable for harsh environments. Its compact design, with dimensions of 15.49mm in height and 9.4mm in width, allows for space-saving installation. The termination plating of Matte Tin ensures optimal soldering connections. Ideal for use in aerospace, defense, and industrial applications, the GBC31DRST guarantees high reliability and performance in critical systems.