DB25 F/F Mini Gender Changer (Coupler)
DB25 female to female coupler for joining two cables or changing port gender to save on replacement cable costs
The C2G CG02774 is a DB25 female to female coupler designed to quickly change the gender of a port or join two existing cables together. This low-profile adapter provides a cost-effective way to extend a cable run without the hassle of purchasing and routing a completely new, longer cable through a facility. The unit features a molded, fully shielded construction which helps prevent unwanted EMI/RFI interference from nearby office equipment. With a compact 0.22 in (0.6 cm) cable length, it is built to save space in high-density connection environments. This nickel-finished adapter is an efficient solution for integrators looking to repurpose existing cabling infrastructure on-site.
No documents are published for this part. Ask us for the paperwork and we will get it from the manufacturer.Key features
Specifications
| Cable Length | 0.22 in (0.6 cm) |
| Shipping Weight | 0.05 lbs (0 kg) |
| Color | Nickel |
| Connector 1 | (1) DB25 Female |
| Connector 2 | (1) DB25 Female |
| Product Type | Coupler |
| UPC | 757120027744 |
| Certifications | NDAA 889Prop 65REACHRoHSTSCA |
| Warranty | Lifetime |
Questions about this part
What is the primary use for the C2G CG02774?
The CG02774 is used to either join two DB25 female cables to extend a connection or to change the gender of a DB25 female port.
Does this coupler provide shielding against interference?
Yes, this is a fully shielded, molded coupler designed to prevent EMI/RFI interference from office equipment.
How much physical space does this adapter occupy?
This is a low-profile coupler with a length of 0.22 in (0.6 cm) to accommodate space-sensitive installations.
What regulatory certifications does this product have?
The CG02774 is compliant with NDAA 889, RoHS, REACH, TSCA, and Prop 65 standards.
Is this coupler suitable for high-density environments?
The low-profile 0.22 in (0.6 cm) length is specifically designed to save space in tight connection areas.