The Product

Neutrik have established themselves as the 'industry standard' manufacturer of professional XLR cable connectors. This RX series 7 pole right angled female connector comes packaged as five separate parts ready for quick assembly. The main contact block is made from glass reinforced plastic which is resistant to heat during soldering and holds the contacts firmly in place for reliable alignment during mating. The assembly can accept cables between 3.5mm and 8.0mm and the innovative Neutrik clamp and strain relief ensure a long and reliable life on the road or in the studio.

Colour coded glands are available in nine different colours as an accessory.

The Manufacturer

Neutrik was founded in 1975 by Bernhard Weingartner and in the last three decades Neutrik have become the most respected and creative connector manufacturer in the world. With no fewer than fifty two patents granted, numerous patents pending and the many license agreements since their beginning, easily evidence the creative innovative achievements of the company. Uncompromising selection of optimal materials and construction methods guarantee that every product works precisely in even the harshest environment. More often than not a Neutrik connector will out live most items of equipment to which it is connected to.

General

• shell plating nickel
• contact plating silver
• wiring method solder terminal
• cable diameter 3.5mm - 8.0mm
• rated voltage 50V
• rated current 16A per contact
• protection class IP40
• temperature range -30°C to +80°C
• lifetime >1000 mating cycles
• weight 54g

Accessories Included

None

Availability

This item is available in two to four days approximately.

Delivery cut off time

The cut-off time for ordering this product for next working day delivery, subject to stock availability, is 3.30pm UK time.

Shipping Costs

The delivery cost of shipping this product to a UK mainland delivery address is £7.95.

International Delivery Charges

For international shipping options and charges please see the Delivery Information page.