RDL DS-TPS8A Format-A 2-Pair Audio Sender with Mini-Jack Input, Stainless Steel

The D SERIES-TPS8A modules are two-pair audio sending modules compatible with RDL Format-A twisted pair products. These modules are designed to be mounted in wall boxes, cabinets or other enclosures that allow users to connect audio sources. The D- and DS- models mount in RDL WB-1U and WB-2U wall boxes, or in standard U.S. electrical boxes. The D-TPS8A features a white front-panel laminate with gray lettering that matches RDL Decora®-style remote controls. The DS-TPS8A is constructed of stainless steel to coordinate with RDL Decora-style stainless steel remote controls in commercial/industrial installations. The DB-TPS8A features a black front-panel laminate.

The -TPS8A modules feature one stereo mini-jack input on the front panel. The input is designed to receive standard -10 dBV consumer level signals from sources such as a computer or personal media player. The input signals are amplified using studio-quality preamplifiers optimized for normal operating levels. The buffered left and right inputs are routed to output cable pairs B and C. These modules drive only two cable pairs, therefore they accept a signal and power from one mic-level or line-level Format-A single-pair sender. One single-pair sender may be chained with the -TPS8A. A single-pair sender must be set to feed pair A if it is connected together with the -TPS8A.

The -TPS8A modules have a Format-A input on the rear panel. This RJ45 input receives left and right signals from preceding senders and sums them together with the local mini-jack input. This allows multiple –TPS8A modules to be connected in series with all the mini-jack inputs remaining active.

• Unbalanced -10 dBV Mini-Jack Audio Input
• Rear-panel RJ45 Input for Connecting Additional TPS8A Senders
• Left (L) Input Feeds Pair B; Right (R) Feeds Pair C
• Signal and Power Pair Pass-Through on RJ45 Jacks
• Remote Powering through Twisted Pair Cable
• Daisy-Chain with Single-Pair Senders
• Studio-Quality Precision Active Balanced Circuitry