TX40KSS PLUG-IN
COD. TX40KSS/61D414
Potencia: 40.000W
40.000W PLUG-IN System.
FEATURES
- Tunable over entire FM band (87.5 – 108 MHZ), without tuning.
- Overall efficiency better than 72-74%.
- Hot-pluggable and broadband power amplifier modules.
- Each module features switching mode power supply to control and stabilize power supply voltage.
- Each amplifier module provides Automatic Power Control.
- Suitable for mono & stereo broadcast operations.
- Protection against high VSWR, overdrive, overcurrent and overtemperature.
- Compliance to IEC safety standards.
- Compliance to ETSI – CCIR – FCC standards.
- Entire transmitter can be switched off through an emergency button.
- High redundancy guaranteed by 20 power modules of 2.5 kW RF power.
- All measurement and working parameters are displayed on front panel.
- Remotely controllable by telemetry system.
- Design for 24/7 non-stop operation.
- The transmitter include an integrated system for automatic and manual switching between two exciters.
- In Automatic mode the changeover is activated when active power of exciter falls below 3dB.
- 24 free units available for additional equipment.
- The air outlet is available on the top of the transmitter using steel pipes.
| TX40KSS/61D414 | ||
| Parameter | Value | |
| GENERALS | ||
| RF Output Power | 42 kW | |
| Frequency Range | 87,5 – 108 MHz | |
| Frequency Stability | ± 1 ppm | |
| Driver power for rated output | 75 W | |
| Nominal Frequency Deviation | ±75 KHz (peak) | |
| Maximum Frequency Deviation | ±150 KHz (peak) | |
| Class of Emission | 180KF8E Direct to Channel | |
| Modulation Mode | Mono, Stereo, Multiplex | |
| Stereo transmissions | Ace to ITU-R / Ree 450 (Pilot tone) | |
| RF Output Impedance | 50 Ω | |
| RF Output Connector | 4-1/2” EIA Flange | |
| VSWR | 1.4:1 with automatic fold-back at higher VSWR | |
| Pre-emphasis Mode | 0/50 (CCIR) µs,75 (FCC) μs | |
| Asynchronous AM S/N Ratio | Typically >70dB | |
| Synchronous AM S/N Ratio | Typically > 55dB | |
| Harmonics suppression and Spurious | Typically < 85dB | |
| Overall efficiency | Typically > 72-74% | |
| RF Harmonics | Exceeds ETSI/CCIR/FCC requirements | |
| RF Spurious | Exceeds ETSI/CCIR/FCC requirements | |
| Analogue Input level {+75 Khz (peak) deviation } | -12,5 dBu - +12,5 dBu (adjustable) | |
| Digital Input level {+75 Khz (peak) deviation } | -20,0 dBFS – 0 dBFS (adjustable) | |
| POWER REQUIREMENTS | ||
| AC power input | AC supply voltage | 400V ±10% AC Three-Phase 3F-N 230V ±10% AC Three-Phase 3F-N |
| Active power consumption | From 58,3 kW to 56,7 kW | |
| Overall efficiency | Typically > 72-74% | |
| Power factor | > 0,95 | |
| Connector | Terminal Block Standard | |
| MECHANICAL DIMENSIONS | ||
| Phisical dimensions mm (WxHxD) | W x H x D | 2055 x 1910 x 1150 |
| Cooling | Forced, with internal fan | |
| Acoustic Noise | < 75 dBA | |
| Weight | About 1320 Kg | |
| MONO OPERATION | ||
| S/N ratio | Typically > 83dB | |
| Total Harmonic Distortion + Noise | Typically < 0,03% | |
| Inter Modulation Distortion SMPTE | Typically < 0,02% | |
| Frequency Response | Typically ±0,2dB | |
| Audio Input Impedance | 600 Ω or 10 kΩ | |
| MPX OPERATION | ||
| Composite S/N ratio | Typically > 80dB | |
| Total Harmonic Distortion + Noise | Typically < 0,05% | |
| Inter Modulation Distortion | Typically < 0,05% | |
| Frequency Response | Typically ±0,2dB | |
| Audio Input Impedance | 10 kΩ | |
| STEREO OPERATION | ||
| Stereo FM S/N Ratio | Typically > 83dB | |
| Total Harmonic Distortion + Noise (L or R) | Typically < 0,02% | |
| Inter Modulation Distortion SMPTE (L or R) | Typically < 0,02% | |
| Frequency response (L or R) | Typically ±0,2dB | |
| Linear Cross Talk | Typically > 50dB | |
| Non-linear Cross Talk | Typically > 50dB | |
| Stereo Separation (Sine Wave) | Typically > 70dB | |
| Audio Input Impedance | 600 Ω or 10 kΩ | |
| Digital Input Impedance | 110 Ω |
The image of this layout is purely demonstrative and may change without notice. The configuration is only referred to installed equipment; rack, cover panels and all others accessories are to be defined at order.
