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User Manual

Rev. 1.0 - 27/10/06

TEX500-LCD & TEX1000LIGHT

  5.   Installation and configuration procedure

This  section  provides  a  step-by-step  description  of  equipment  installation  and 

configuration  procedure.  Follow  these  procedures  closely  upon  first  power-on 

and each time any change is made to general configuration, such as when a new 

transmission station is added or the equipment is replaced.

Once the desired configuration has been set up, no more settings are  required 

for  normal  operation;  at  each  power-up  (even  after  an  accidental  shutdown), 

the  equipment  defaults  to  the  parameters  set  during  the  initial  configuration 

procedure.

The  topics  covered  in  this  section  are  discussed  at  greater  length  in  the  next 

sections, with detailed descriptions of all hardware and firmware features and 

capabilities. Please see the relevant sections for additional details.

 

IMPORTANT: 

When configuring and testing the transmitter in which the equipment 

is integrated, be sure to have the Final Test Table supplied with the equipment ready 

at hand throughout the whole procedure; the Final Test Table lists all operating 

parameters as set and tested at the factory.

  5.1  Preparation

  5.1.1  Preliminary checks

Unpack the exciter and immediately inspect it for transport damage. Ensure that 

all connectors are in perfect condition.

Provide for the following (applicable to operating tests and putting into service)

√ 

Single-phase 230 VAC or 115 VAC (-15% / +10%) mains power supply with 

adequate earth connection

√ 

For operating tests only: dummy load with 50 Ohm impedance and adequate 

capacity  (500W  for 

TEX500-LCD

  or  1000W  for 

TEX1000LIGHT

  as  a 

minimum)

√ 

Connection cable kit including:

•  Mains power cable
•  Coaxial cable with BNC connectors for interlock signal connection
•  RF  cable  for  output  to  load  /  antenna  (50  Ohm  coaxial  cable  with  N-type 

connector for 

TEX500-LCD

 or standard 7/8” connector for 

TEX1000LIGHT

)

•  Audio cables between transmitter and audio sources.

 

Summary of Contents for TEX1000LIGHT

Page 1: ...TEX500 LCD TEX1000LIGHT User Manual Volume 1 Manufactured by Italy...

Page 2: ...nd in Italy No part of this manual may be reproduced memorized or transmitted in any form or by any means electronic or mechanic including photocopying recording or by any informa tion storage and ret...

Page 3: ...ont and Rear Panel Description 20 6 1 Front Panel 20 6 2 Rear Panel 21 6 3 Connector Pinouts 22 7 Technical Specifications 24 8 Operating principles 25 8 1 Power supply 25 8 2 Interface board SL010IN3...

Page 4: ...TEX500 LCD TEX1000LIGHT ii User Manual Rev 1 0 27 10 06 This page was intentionally left blank...

Page 5: ...ed While R V R Elettronica SpAattempts to provide accurate information it cannot accept responsibility or liability for any errors or inaccuracies in this manual including the products and the softwar...

Page 6: ...immediately Figure 4 placing your hands in the centre of the victim s chest Figure 5 Figure 3 Figure 4 Figure 5 One rescuer give 2 quick rescue breaths after each 15 compressions Two rescuers one res...

Page 7: ...ser friendliness Design is based on a modular concept the different functions are performed by modules that for the most part are connected through male and female connectors or through flat cables te...

Page 8: ...upply unit malfunction The exciter management firmware is based on a menu system User has four navigation buttons available to browse submenus ESC Sect 6 1 6 and ENTER sect 6 1 9 The rear panel featur...

Page 9: ...PORTANT When configuring and testing the transmitter in which the equipment is integrated be sure to have the Final Test Table supplied with the equipment ready at hand throughout the whole procedure...

Page 10: ...CD 230 Vac 115 Vac TEX1000LIGHT 230 Vac 115 Vac Main power supply fig 6 2 items 20 and 35 2x 16A type 10x38 2x 25A type 10x38 Service power supply fig 6 2 item 32 1x 1A type 5x20 1x 2A type 5x20 Table...

Page 11: ...ted on R V R Elettronica equipment to act as hybrid couplers If your equipment is a different brand identify an equivalent output WARNING Electric shock hazard Never handle the RF output connector whe...

Page 12: ...1 Equipment name should appear briefly on the display followed by forward power and modulation readings figure 5 2 menu 1 If the RF output is disabled those readings will be zero When the PLL locks t...

Page 13: ...ply will be delivered the moment you return to Pwr On state 5 2 5 Changing the Power Good alarm threshold Change Forward Power Good alarm setting PgD from the Fnc menu as desired factory setting is 50...

Page 14: ...mer until instantaneous deviation matches the 75 kHz reading To set subcarrier input levels you may use the same procedure and option x10 available in the Fnc menu With this option modulation level is...

Page 15: ...Menu 2 Next to SET indication a bar provides a graphic display of preset output power The filled portion of the bar is proportional to set power level Example 100 output power Full bar 1000W output m...

Page 16: ...W in the Power Setup Menu the INTERLOCK OUT contact sect 6 2 22 is activated and any external appliances connected to it are immediately inhibited Next you can review all operating parameters of the e...

Page 17: ...hting When the display is on pressing the ESC button sect 6 1 6 from the default menu menu 1 calls up the selection screen menu 3 which gives access to all other menus Menu 3 If the temperature alarm...

Page 18: ...de and the threshold rate for Forward PgD or Reflected PgR Power Good To edit an item highlight the appropriate line using the and buttons and then press and hold the ENTER button sect 6 1 9 until the...

Page 19: ...fies Power Good threshold for reflected power The Power Good rate is a percent of equipment rated power 50W for TEX500 LCD and 100 W for TEX1000LIGHT not of reflected output power This means that this...

Page 20: ...rd power to amplifier module power in percent FWD PWR Vpa x Ipa Tmp Equipment internal temperature reading 5 4 4 Setup Menu Set This menu lets you view and set operating frequency Menu 7 F1 Operating...

Page 21: ...mation Menu 9 Note that these are readings rather than settings and cannot be edited note the empty arrow Rel Firmware release information Dat Release date Tab Shows table loaded in the memory 5 4 7 C...

Page 22: ...d is 60 minutes please contact R V R Elettronica if you need different settings whereas station identified may be programmed by the user following the indications provided in section 5 5 1 1 When the...

Page 23: ...up of 6 alphanumeric characters and must contain no blank spaces if acknowledged as valid code is echoed back to the terminal illegal codes are not echoed 5 5 2 Power UP DOWN Option The Power UP DOWN...

Page 24: ...an external interlock signal 5 CONTRAST Display contrast trimmer 6 ESC Press this button to exit a menu 7 Navigation button used to browse menu system and edit parameters 8 Navigation button used to...

Page 25: ...DJ Trimmer for SCA2 input level adjustment 14 MPX ADJ Trimmer for MPX input level adjustment 15 SCA1 ADJ Trimmer for SCA1 input level adjustment 16 RIGHT ADJ Trimmer for right input level adjustment 1...

Page 26: ...USE 2 Mains power supply fuse sect 5 1 Table 1 6 3 Connector Pinouts 6 3 1 RS232 Type Female DB9 1 NC 2 SDA 3 SCL 4 NC 5 GND 6 NC 7 NC 8 NC 9 NC 6 3 2 Service for factory setting Type Female DB9 1 NC...

Page 27: ...VPA Tlm ANL OUT PA supply voltage 3 9V F S 6 FWD Tlm ANL OUT Forward power 3 9V F S 7 Power Good DIG OUT Indicates activation by switching the normally open contact to ground sect 5 4 1 8 GND Ground...

Page 28: ...XLR F XLR F XLR F Type balanced or externally unbalanced balanced or externally unbalanced balanced or externally unbalanced Impedance Ohm 10 k or 600 10 k or 600 10 k or 600 Selectable by rear panel...

Page 29: ...FWD PWR RFL PWR BIAS PS ALARM VOLTAGE REG Figure 8 1 DRIVER SPLITTER MAIN BOARD LPF DIRECT COUPL COMBINER FUSE BOARD BIAS INTERFACE PANEL TELEMETRY INTERFACE ALIM 50V 34A SURGE PROT PFC LED CARD INPUT...

Page 30: ...1 and 9 3 item 8 it features two externally mounted mains fuses figure 6 2 20 and 35 and accommodates a bank of surge arresters that protect the equipment from any surge events in the power mains Main...

Page 31: ...hen one of the following conditions is verified Power output disabled set to OFF by user in FNC operation menu menu 4 see section 5 3 1 Regulated power set to 0 Watt using the edit mode menu 2 see sec...

Page 32: ...the signals to the CPU board to enable readings to be displayed 8 4 1 Audio input section The audio input section accommodates the circuitry that performs the following tasks Input impedance selection...

Page 33: ...RF section is mounted on a finned heat sink with fan cooling 8 7 LPF Board SLLPFTEX1KL This board incorporates a low pass filter to keep amplifier harmonics within permissible limits as specified by i...

Page 34: ...vides an I O interface for the CPU with the outside environment All available equipment input and output signals are brought to the REMOTE DB15 connector sect 6 3 5 Also mounted on this board is the I...

Page 35: ...the equipment and component locations Figure 9 1 1 BIAS board SLBIAS1K3U 2 2 Low pass filter board SLLPFTEX1KL 3 PS Filter board SLFILPSPJ1KC 4 Panel board SL007PC2001A 5 FAN1 VTL4184 6 Power Factor...

Page 36: ...TEX500 LCD Figure 9 2 below shows a bottom view of the equipment and component locations Figure 9 2 1 FAN2 VTL9GL1224J 2 Telemetry board SLTLMTXLCD03 3 Pulse Protection board SLSRGPRPJ1KM 4 TR1 transf...

Page 37: ...1K3U 2 2 Low pass filter board SLLPFTEX1KL 3 PS Filter board SLFILPSPJ1KC 4 Panel board SL007PC2001A 5 FAN1 VTL4184 6 Power Factor Correction board PFCPSL1000 7 50V 34A power supply unit PSL5034 8 Pul...

Page 38: ...EX1000LIGHT Figure 9 2 below shows a bottom view of the equipment and component locations Figure 9 4 1 FAN2 VTL9GL1224J 2 Telemetry board SLTLMTXLCD03 3 Pulse Protection board SLSRGPRPJ1KM 4 TR1 trans...

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