2000 watt stereo transmitter with LCD-display, RF connector out: 7/16
Women's clothing size
With your arms relaxed at your sides, measure around the fullest part of your chest.
Measure around the narrowest part of your natural waist, generally around the belly button. To ensure a comfortable fit, keep one finger between the measuring tape and your body.
RVR Elettronica TEX2000Light is a power efficient FM broadcast transmitter with 2000 watt output power that gives you a reliable fm transmitter for your radio station. Build in stereo generator and optional RDS encoder and remote control, if you like.
Rated output power: 2000 Watt.
Power Consumption: 2855 Watt.
Weight: 23 Kg.
RVR TEX transmitters offer uncompromised transmission quality at a very attractive price. Ideal for use as drivers for mid-power stations or as transmitters in standalone applications. Adjustable power output from 0 Watt to maximum output power.
key audio features are low distortion and intermodulation values and a high noise/signal ratio.
RVR TEX transmitters are compact and indeformable thanks to the stainless steel chassis, in 3 rack units only.
dual, redundant power supply ensures limited-power operation in the event of a failure for maximum business continuity. APC (Automatic Power Control) and Foldback protection ensure reliable operation under any operating conditions.
EASE OF MAINTENANCE:
advanced module engineering ensures extreme ease of access and simple maintenance.
total control thanks to microprocessor easily programmed from menu or via RS232 with all key parameters displayed on LCD.
built-in high-performance stereo coder, L&R analogue audio inputs, Mono inputs, MPX composite signal and auxiliary inputs for SCA / RDS signals.
built-in telemetry system with GSM modem, battery and battery charger (option).
state-of-the-art technology in full compliance with EC, FCC and CCIR standards.
pushbuttons for user/device interaction provide enhanced accessibility, resulting in extreme ease of use. Configuration software offers a simple, intuitive interface.