1 Gang Single Isolated TV/Coaxial Socket in Polished Chrome

This is the Heritage Brass R02.823.BK, a 1 Gang Isolated TV Coaxial Socket Outlet in Polished Chrome Raised Plate with Black Trim Victorian Elite. It is part of the Victorian Elite range of raised plate switches and sockets, which has a profile of approx. 8mm.

1 Gang Isolated TV Coaxial Socket Polished Chrome Black Trim – Specs

• It is part of the M-Marcus Victorian Elite Range – a Antique Brass item.
• Type: 1 Gang Isolated TV Coaxial socket with a black plastic trim – M-Marcus R02.823.BK
• Part of the Victorian Elite Range from Heritage Brass
• Insert Type: it is a single TV/coax socket (isolated) on a single size plate
• Plate Finish: Polished Chrome
• Body and Switch Trim: Black plastic trim
• Dimensions: Height 86 mm, Width 86 mm
• Fixing Hole Centres: Box Fixing = 60.3 mm
• Minimum Box Depth: 25mm
• Voltage: 230 V
• Terminal Capacity: 4 mm2
• Earth Terminal Capacity: 5 mm2
• Product Class 1: Face plate must be earthed
• Ambient Operating Temperature: -5C- 40C
• Recommended Location: Indoor use only
• Standard: BS 3041

About the Heritage Brass Victorian Elite range

• The traditionally Styled Victorian Elite is a most attractive range of plain raised plate wiring accessories designed to complement the popular Elite Flat Plate ranges.
• Featuring a choice of elegant finishes comprising Polished Brass, Polished Chrome, Satin Chrome and Antique Brass, Victorian Elite is designed to meet the requirements of both traditional and contemporary decor styles.
• This range is suitable for shallow box installation.
• Of a particular benefit to the installer, the raised plate the dolly switches to be used with 35mm deep boxes.
• The Heritage Brass Victorian Elite wiring devices complies fully with the relevant standards.

Note: Some images and pictures are for reference only. The item may differ from the image/picture due to manufacturer’s change. Should you require the exact item in the picture, please call or email us to enquire.

Need more detailed specs?

• R02.823.BK.pdf
  (51.52 kB)