EWI SLMA Starline Premium Series 6.7mm 95% braided shield microphone cable, XLR Female & Male connectors. This is a low noise, hand assembled, quality built cable suitable for professional applications.
The EWI SLMA cable models are balanced 3Â pin XLR type with a male XLR
connector on one end, and female XLR connector on the other end.
These cables are constructed with the EWI Starline model BCB-2067S cable, which
is a 24ga. twisted pair braided shield cable. The conductor strands are 20ea.
0.12mm diameter annealed copper. The braid strands are 96ea. 0.12mm diameter
annealed copper and provide 95% coverage. The outer jacket of the cable is
constructed with HFI PVC. The cable OD (outside diameter) is nominally 6.7mm
(0.26").
The ends are genuine EWI ES3FB-GDP (female 3-pin XLR) and ES3MB-GDP (male 3-pin XLR). The body of these connectors are black anodized zinc and the strain relief nut is black as shown in the picture. Each cable is labeled with the length and model. The ends are hand soldered with good strain relief and are fully compatible with all other standard 3Â pin XLR connectors.
Key Features
- EWI Starline tm XLR microphone cable
- High quality 2Â conductor with braided shield cable
- EWI ES3FB-GDP and ES3MB-GDP ends.
Applications
High performance Low impedance XLR interconnections. Typically used on:
Microphones, Amplifiers, Mix Consoles, Other XLR equipped equipment. Good choice
for microphone connections or equipment interconnections.
Specifications
Manufacture: EWI
Model: SLMA
Type: XLR microphone cable
Cable: EWI Starline model BCB-2067S, 24ga. twisted pair
with 95% coverage braided shield.
Ends: EWI ES3FB-GDP and ES3MB-GDP
30Â feet (9.14Â metres)
EWI offers the Starline cable series as a premier cable with specific models for instruments, microphones or speaker. Each cable type has been developed and optimiosed for the intended application. The Starline cable is crafted as a professional grade cable using the highest quality materials, application specific engineering, and attention to details which supply a high level of performance.
