TEX2500LCD
Upon request
COD. TEX2500LCD
Power: 2.500W
2.500W Compact stereo transmitter.
Features
PRIMARY APPLICATION: high quality at a very attractive price. Ideal for use as transmitters in stand-alone applications. Adjustable power output from 20 to 100%.
AUDIO PERFORMANCE: low distortion and intermodulation values and a high noise/signal ratio.
HARDWARE FEATURES: compact and indeformable thanks to the stainless steel chassis, in 3 rack units only.
USER-FRIENDLY FEATURES: four pushbuttons for user/device interaction and software that offers a simple, intuitive interface.
EASE OF MAINTENANCE: advanced module engineering ensures extreme of access and simple maintenance.
OPERATING EFFICIENCY: incorporate 3 PFC (Power Factor Corrector) power supplies in a redundant configuration, that provides the utmost efficiency for enhanced energy saving and environmental protection, which added to LD-MOSFET technology ensure high efficiency, better than 70% across the bandwidth.
RELIABILITY/CONTINUITY: APC (Automatic Power Control) and Foldback protection ensure reliable operation under any operating conditions.
INTERFACE CONTROL: total control thanks to microprocessor easily programmed from menu with all key parameters displayed on LCD.
INPUT/OUTPUT INTERFACE: built-in high-performance stereo coder, L&R analogue audio inputs, Mono inputs, MPX composite signal and auxiliary inputs for SCA / RDS signals.
RDS APPLICATION: built-in RDS encoder with UECP standard functions (option).
REMOTE CONTROL: built-in telemetry system via GSM modem, battery and battery charger or via WEB or via SNMP (option).
REGULATORY COMPLIANCE: state-of-the-art technology in full compliance with EC, FCC and CCIR standards.
PRIMARY APPLICATION: high quality at a very attractive price. Ideal for use as transmitters in stand-alone applications. Adjustable power output from 20 to 100%.
AUDIO PERFORMANCE: low distortion and intermodulation values and a high noise/signal ratio.
HARDWARE FEATURES: compact and indeformable thanks to the stainless steel chassis, in 3 rack units only.
USER-FRIENDLY FEATURES: four pushbuttons for user/device interaction and software that offers a simple, intuitive interface.
EASE OF MAINTENANCE: advanced module engineering ensures extreme of access and simple maintenance.
OPERATING EFFICIENCY: incorporate 3 PFC (Power Factor Corrector) power supplies in a redundant configuration, that provides the utmost efficiency for enhanced energy saving and environmental protection, which added to LD-MOSFET technology ensure high efficiency, better than 70% across the bandwidth.
RELIABILITY/CONTINUITY: APC (Automatic Power Control) and Foldback protection ensure reliable operation under any operating conditions.
INTERFACE CONTROL: total control thanks to microprocessor easily programmed from menu with all key parameters displayed on LCD.
INPUT/OUTPUT INTERFACE: built-in high-performance stereo coder, L&R analogue audio inputs, Mono inputs, MPX composite signal and auxiliary inputs for SCA / RDS signals.
RDS APPLICATION: built-in RDS encoder with UECP standard functions (option).
REMOTE CONTROL: built-in telemetry system via GSM modem, battery and battery charger or via WEB or via SNMP (option).
REGULATORY COMPLIANCE: state-of-the-art technology in full compliance with EC, FCC and CCIR standards.
| TEX2500LCD | ||||
| Parameters | U.M. | Value | Notes | |
| GENERALS | ||||
| Frequency range | MHz | 87,5 ÷ 108 | ||
| Rated output power | W | 2500 | Continuously adjustable from 10 to 100% | |
| Modulation type | F3E Direct carrier frequency | |||
| Operational mode | Mono, Stereo, Multiplex | |||
| Working temperature | °C | -5 to +50 | ||
| Working humidity | % | 95 | Without condensing | |
| Working altitude | mt | Up to 3000 * | * With adequate air evacuation system in site | |
| Frequency setting | kHz | 10 | Steps | |
| Frequency stability | Temperature range from -5°C to 50°C | ppm | ±1 | |
| Modulation capability | Refered @ 0dBu for 75kHz | kHz | 150 Stereo, 180 Mono/MPX | Meets or exceeds all FCC and CCIR rules |
| Pre-emphasis | µS | 0, 50 (CCIR), 75 (FCC) | Selectable | |
| POWER REQUIREMENTS | ||||
| AC Power input | AC Supply Voltage | VAC | 230 ±15% | Monophase |
| AC Apparent Power Consumption | VA | 3578 | ||
| Active Power Consumption | W | 3571 | ||
| Power Factor | 0,998 | |||
| Overall Efficiency | % | Typical 70 | ||
| Connector | Terminal Block | |||
| MECHANICAL DIMENSIONS | ||||
| Phisical dimensions | Front panel width | mm / inch | 483 / 19 | EIA rack |
| Front panel height | mm / inch | 132 / 5 1/4 | 3HE | |
| Overall depth | mm | 675 | ||
| Chassis depth | mm | 650 | ||
| Weight | kg | About 27,5 | ||
| Cooling | Forced, with internal fan | |||
| Acoustic noise | dBA | <75 | ||
| AUDIO INPUTS | ||||
| Left / Mono | Connector | XLR F | ||
| Type | Balanced | |||
| Impedance | Ohm | 10 k or 600 | ||
| Input Level /Adjust | dBu | -13 to +13 | Continuosly adjustable | |
| Right | Connector | XLR F | ||
| Type | Balanced | |||
| Impedance | Ohm | 10 k or 600 | ||
| Input Level | dBu | -13 to +13 | Continuosly adjustable | |
| MPX | Connector | BNC | ||
| Type | Unbalanced | |||
| Impedance | Ohm | 10 k or 50 | ||
| Input Level /Adjust | dBu | -13 to +13 | For 7,5 KHz FM, adjustable | |
| SCA/RDS | Connector | 2xBNC | ||
| Type | Unbalanced | |||
| Impedance | Ohm | 10 k | ||
| Subcarier Level @ 0 dBu | dB | -17 to -40 | For 7,5 KHz FM, adjustable | |
| AES/EBU (optional) | Connector | XLR F | ||
| Type | Balanced | |||
| Impedance | Ohm | 110 | ||
| Input Level /Adjust | dBfs | 0 to -10 | For 7,5 KHz FM, adjustable | |
| TOS/Link (optional) | TOS-Link | |||
| Optical | ||||
| OUTPUTS | ||||
| RF Output | Connector | 7/8" EIA | ||
| Impedance | Ohm | 50 | ||
| RF Monitor | Connector | BNC | ||
| Impedance | Ohm | 50 | ||
| Output Level | dB | Approx. -60 | ||
| Pilot output | Connector | BNC | ||
| Load Impedance | Ohm | >5 K | ||
| Output Level | Vpp | 1 | Sinusoidal | |
| FUSES | ||||
| On mains | 2 External fuse F 25 T - 10 x 38 mm | |||
| On services | X | |||
| On PA Supply | 4 Internal fuses F 25 A 10 x 38 mm | |||
| On driver supply | X |
