Product Description
RCA-MALE-SPRING-RED: gold-plated RCA male plug for CCTV audio coax
The RCA-MALE-SPRING-RED is a field-terminated RCA male connector for analogue audio coax used on CCTV audio channels and composite AV runs. Gold-plated contacts keep conductivity high and signal loss low across the connector interface, which matters on long microphone or line-level audio runs where every joint adds resistance.
Where it's used
- Terminating coax/audio cable to CCTV microphones
- DVR audio inputs and auxiliary AV ports
- General RCA-compatible audio/AV equipment on structured cabling jobs
Build and termination
- Screw-on termination — no soldering iron needed on site, just strip, seat and tighten
- Metal housing resists mechanical wear and corrosion, so it holds up in cabinets, external enclosures and repeatedly-handled patch points
- Contacts are gold-plated specifically to protect signal integrity on analogue audio and composite video
Compatibility notes
This is a standard RCA male plug — it mates with any RCA female socket on DVRs, amplifiers, microphones and other analogue AV gear. It's suited to composite video as well as audio, so it covers both legs of a legacy analogue install without switching connector types.
Stock this one for CCTV audio integration jobs, PA/tannoy tie-ins, and any structured cabling install still carrying analogue RCA runs.
Specifications
- Colour
- Red
- Connector Type
- RCA
Frequently Asked Questions
What is the RCA-MALE-SPRING-RED used for?
It terminates coaxial audio cable to RCA equipment such as CCTV microphones, DVR audio inputs and other analogue AV gear.
Does the RCA-MALE-SPRING-RED need soldering?
No — it uses a screw-on termination design, so it can be assembled on site without soldering equipment.
Is the RCA-MALE-SPRING-RED suitable for video as well as audio?
Yes, it's suitable for analogue audio and composite video applications on the same connector type.
What are the contacts made of on the RCA-MALE-SPRING-RED?
The contacts are gold-plated to improve conductivity and reduce signal loss on the connection.
