| Attribute | Value |
|---|---|
| Product Category: | |
| Manufacturer: | Sullins Connector Solutions |
| Manufacturer Part Number: | Sullins Connector Solutions ACB30DYFR |
| Amperage: | 1 A |
| Gender: | Female |
| Number of Contacts: | 60 |
| Number of Rows: | 2 |
| Mount Type: | Metal Board Lock |
| Contact Material: | Beryllium Copper |
| Contact Plating: | Gold |
| Pitch: | 0.05 in |
| Voltage: | 300 VAC |
| Contact Type: | Cantilever |
| Insulation Material: | Polyphenylene Sulfide |
| Orientation: | Straight |
| Number of Positions: | 60 |
| Tail Length: | .1 in, 2.54 mm |
| Operating Temperature Range: | -65 - 150 °C |
| Connector Height: | 15.49 mm, .61 in |
| Connector Width: | .37 in, 9.4 mm |
| Current Rating: | 1 A |
| Termination Plating: | Matte Tin |
| Voltage Rating: | 300 VAC |
| Card Thickness: | 0.062 in |
| Operating Temperature: | -65 to 150 °C |
| Mounting Angle: | Straight |
| Mounting Type: | PCB Mount, Surface Mount |
| SKU: | SULACB30DYFR |
ACB30DYFR
| ICC Number: | SULACB30DYFR |
| Manufacturer: | Sullins Connector Solutions |
| Manufacturer Number: | ACB30DYFR |
| ECAD Model: |
Specifications
Detailed Description
Introducing the ACB30DYFR, a high-performance board-to-board PCB connector designed for rugged applications. With a pitch of 1.27mm (.05 in) and featuring PPS & Beryllium Copper construction, this female connector ensures reliable power and signal transmission in demanding environments. Rated for 300VAC and 1A, it offers excellent conductivity and is ideal for high-power systems. The metal board lock mount type and straight orientation provide secure and stable connections, while the cantilever contact type and gold plating guarantee low contact resistance and superior signal integrity. With 60 positions and surface mount termination, this connector is perfect for high-density applications. Operating in temperatures ranging from -65 to 150°C, it is suitable for a wide range of industrial and commercial uses. Trust the ACB30DYFR for your connectivity needs, delivering uncompromising performance in harsh conditions.
