
Hosa BNP-116BK 1/4 inch TS Female to Dual Banana Speaker Adapter - Black

Hosa BNP-116BK 1/4 inch TS Female to Dual Banana Speaker Adapter - Black
This cable is designed to adapt a speaker cable with a phone plug to universal binding posts. It is ideal for DJ applications.
General Features:
• Oxygen-Free Copper (OFC) conductors for lower resistance and increased signal flow
• Pigtail design for reduced stress on the input jack and improved connectivity
• Intended for high-current applications only, not line level signals
Connectors: Hosa 1/4 in TS to Dual Banana
Conductors: 16 AWG x 2 OFC
Length: 6 in
Warning:
This product can expose you to chemicals known to the State of California to cause cancer. For more information, go to P65Warnings.ca

Hosa BNP-116BK 1/4 inch TS Female to Dual Banana Speaker Adapter - Black
This cable is designed to adapt a speaker cable with a phone plug to universal binding posts. It is ideal for DJ applications.
General Features:
• Oxygen-Free Copper (OFC) conductors for lower resistance and increased signal flow
• Pigtail design for reduced stress on the input jack and improved connectivity
• Intended for high-current applications only, not line level signals
Connectors: Hosa 1/4 in TS to Dual Banana
Conductors: 16 AWG x 2 OFC
Length: 6 in
Warning:
This product can expose you to chemicals known to the State of California to cause cancer. For more information, go to P65Warnings.ca
Description

Hosa BNP-116BK 1/4 inch TS Female to Dual Banana Speaker Adapter - Black
This cable is designed to adapt a speaker cable with a phone plug to universal binding posts. It is ideal for DJ applications.
General Features:
• Oxygen-Free Copper (OFC) conductors for lower resistance and increased signal flow
• Pigtail design for reduced stress on the input jack and improved connectivity
• Intended for high-current applications only, not line level signals
Connectors: Hosa 1/4 in TS to Dual Banana
Conductors: 16 AWG x 2 OFC
Length: 6 in
Warning:
This product can expose you to chemicals known to the State of California to cause cancer. For more information, go to P65Warnings.ca




















