FCC ID: DDEETG500 FM BROADCAST TRANSMITTER

 

ETG 2000.20 ETG 1000.10 ETG 700.7 ETG 500.5 ETG 300.3 ETG 150 ETG 20 FM SOLID STATE TRANSMITTER WITH AUDIO CHANGEOVER OPTION Rev. 01 26/06/2018 Cod. MAN1046UUK USER MANUAL Operative Office: via G. Amendola 9, 44028 Poggio Renatico (Fe) ITALY C.C.I.A.A. 101 216, C.Fisc. e P.IVA IT00415540384 Certificate No.102222A UNI EN ISO 9001:2008 certified company We kindly remind you to register your product on http://www.elenos.com/product registration/

For further information and help please contact the Customer Service:

Elenos Ph : +39 0532 829965 Fax : +39 0532 829177 Email : info@elenos.com Internet web site : www.elenos.com Elenos USA 2561 NW 74th Ave, Unit A16, 33122 Miami (Florida), Ph +1 8553053058 We kindly recommend you to fill in the RMA module (ITA http://www.elenos.com/it/

elenosrma/ o ENG http://www.elenos.com/elenosrma/) and to report the apparatus serial number (available on identification label). Elenos s.r.l. declares that the equipment in this documentation complies with 1999/05/CE Directive. For details see CE Conformity Section. All copyrights are reserved, you may not reproduce any part of this manual, in any form, without the express written permission of Elenos S.r.l. Revision history no. 00 01 Date (dd/mm/yy) 01/12/2017 26/06/2018 Description First release Updated para 6 Datasheet Revision Index 1 Informative letter 2 Safety 1.1 1.2 1.3 1.4 2.1 2.2 2.3 2.4 3.1 3.2 4.1 4.2 4.3 Exposure evaluation 2.2.2 Treatment of electric shocks 2.4.1 Calculation in the free space 2.2.1 Treatment of electrical burns 2.3.1 Room characteristics 2.3.2 Electrical system features 2.2.1.1 Extensive burns and skin cuts 2.2.1.2 Less severe burns (1st and 2nd degree) 2.2.2.1 If the victim is unresponsive 2.2.2.2 If the victim is responsive Workplace characteristics

. Personnel in charge Warranty Exclusion Exemption from liability

. Safety precautions

. First aid

. 7 8 8 9 9 11 13 15 15 15 15 15 15 16 16 16 16 18 18 2.4.1.1 Electric field values (V/m) as a function of power (W) and 20 21 23 26 26 26 26 26 27 29 30 30 30 31 31 31 31 32 32 32 32 distance. 4.3.1.1 IPF (Intelligent Proportional Foldback) 4.3.1.2 IPC (Intelligent Power Control) 4.2.1 EIA485 Telemetry Ethernet Interlock 4.2.2 TC/TS Profiles 4.2.3 Stereo L/R AES/EBU 4.2.4 Aux1 Aux2 MPX MPX Monitor 4.2.5 RF Monitor 4.2.6 Line Input Grounding 3.2.1 Identification label 3.2.2 Assistance label 3.2.3 Warranty label 3.2.4 Serial number label Controls and connections overview Contnectors pin assignment CE conformity Labels 4.3.1 Softwares protections Safeness algorithms 4 Product description 3 CE conformity 4 Index Index 5 Block diagrams 6 User instructions 5.1 6.1 6.2 6.3 7.1 7.2 User interface 4.3.1.3 Safety Management (Lifextender) Block diagram 5.1.1 ETG 2000.20 5.1.2 ETG 1500.15 / ETG 1000.10 5.1.3 ETG 700.7 / ETG 500.5 / ETG 300.3 / ETG 150 5.1.3 ETG 20 6.1.1 Menu tree 6.1.2 TX Control Panel (Main Window) 6.1.3 System Menu System Config (1 of 2 and 2 of 2) 6.1.4 System Menu Communication Port Set / System Info 6.1.5 System Menu System Time / Clock Pwr Target 1 of 2 6.1.6 System Menu Clock Pwr Target 2 of 2 / Telemetry Config 6.1.7 Inputs Menu Base Band Levels / Change Over Inputs 6.1.8 Inputs Menu Input Sensitivity Settings 6.1.9 RF & PWR Menu View TX Parameters (1 of 2 and 2 of 2) 6.1.10 6.1.11 6.1.12 6.1.13 6.1.14 6.1.15 6.1.16

. Password Menu Password / Password Setting Password Menu Password Recovery Alarm Menu Alarm List / Event History Alarm Menu User Alarm Data / User Alarms Timers Alarm Menu Audio Trim and Alarms Diagnostic Menu UART 0 Info / UART 1 Info Diagnostic Menu UART 2 Info 7.2.3 ETG 700.7 / ETG 300.3 / ETG 500.5 / ETG 150 7.2.4 ETG 20 6.3.1 Connecting to a LAN/PC 6.3.2 Connecting to a Change Over/Audio Matrix Datasheet 8.1.1 ETG models layouts 7.2.1 ETG 2000.20 7.2.2 ETG 1500.15 ETG 1000.10 Alarms/Warnings/Status list External connectable devices 8.1.1 Periodic checks and replacements Individual models specific parameters Maintenance 32 35 37 37 38 39 39 41 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 61 65 65 66 67 68 70 71 71 72 72 73 74 75 76 76 8 Maintenance 8.1 7 Datasheet Index 5 6 Index 1 Informative letter 1 Informative letter Personnel in charge Warranty Exclusion Exemption from liability

. 7 8 8 9 9 1.1 1.2 1.3 1.4 I n f o r m a t i v e l e t t e r Dear Customer, Thank you for choosing an Elenos product. ELENOS s.r.l. produces solid state VHF/FM sound broadcasting transmitters ranging from minimum power of 10W to maximum power of 30kW, exchange units, remote control units, etc. The equipment has been produced to ensure constant performance over time as long as periodical controls and essential maintenance works are carried out as required. However, before attempting any kind of operation an accurate reading of this manual and of all relevant documentation attached is recommended to the user. ELENOS s.r.l. Management WARNING This device can only be used by holders of all the authorizathion provided by the com-

petent Authorities of the specific country. Elenos s.r.l. Informative letter 7 1.1 Personnel in charge This manual has to be intended as an integral part constituting the equipment, and must be readily at hand to all the personnel responsible for its installation, use and maintenance. The installation, use and maintenance of the device concerned in this case must be permitted exclusively to properly trained and qualified personnel, who must have received the appropriate training on the use of the equipment and who are aware of every possible risk occurring when operating with devices connec-

ted to dangerous voltage electrical networks, operating with high internal voltages and generating high radiofrequency output power. This manual does not claim to be a comprehensive collection of safety standards required for the use of the equipment. However, the user and the maintenance technician are required to know the content of these manual and of all its connected attachments. This equipment must be used only by holders of governmental licenses and/or ministerial authorizations only. 1.2 Warranty The products sold to the Customer by Elenos Srl are covered by a 24month warranty starting from the FOB date of shipment from Elenos Srl site; this warranty is granted both to the Customer and to any other possible subsequent purchaser of the product and covers any kind of fault caused by defective components of the product itself, as long as it is maintained in an excellent controlled condition. It is essential to the effecti-

ve coverage of the warranty issued by Elenos Srl the registration of the product by the Customer through the web site www.elenos.com/productregistration/. In case the Customer detects a failure under warranty, he must give immediate written notice to Elenos Srl and send the product at his own expense to the Elenos Srl hea-

dquarter or to the nearest qualified Elenos Srl centre; in case of shipment to its hea-

dquarter, the latter agrees to replace within the next 45 days for free the defective component; in case of shipment to a qualified service Elenos Srl, the latter shall refund the cost of the intervention on the faulty component on the basis of a fixes and agreed tariff in advance between the customer and Elenos Srl. If the product purcha-

sed by the customer forms part of the socalled products Reduced mobility (weight higher than Kg. 50 (110lb), the maintenance or replacement of the defective compo-

nent will be in the place where the equipment is located and will be done by the techni-

cians of the closer technical center qualified by Elenos Srl. All this after the evaluation by a technician designated from Elenos on the presence of a case of exclusion from the guarantee. For details, please consult the Terms and Conditions documents. 8 Informative letter 1.3 Exclusion The customer expressly accepts the exclusion from the terms of Elenos Srl warrantys coverage all damages caused by electrical discharges (lighting) and incorrect power sup-

ply voltages, as well as by the Customers negligence, carelessness or unskillfulness, or by unauthorized staff maintenance operations or by replacements of original parts of the equipment with new systems or spare parts not directly supplied by Elenos Srl or by its aut-

horized distributors, or by a use of the product other than those intended for the same pro-

duct, or from any action or fact attributed to third parties who have access to the product for the same Customers approval or even without the Customer being aware thereof after that the latter has received the delivery of the products. The warranty expressly excludes coverage for damages caused by fires, floods, or other natural disasters, wars, revolts, as well as in all cases the equipment becomes the mate rial object of a crime. The warranty is also expressly excluding coverage for damages occurred after the delivery of the equipment by Elenos Srl to the carrier, being the Customer responsible for any risk related to the transport, since its timeframes, costs and methods are chosen and covered by the same Customer. 1.4 Exemption from liability The customer is responsible for installation, maintenance and control products, as well as verification that the climatic and environmental conditions, in which the products are pla-

ced, are suitable for their use and do not affect the operation. All in observance of Elenos Srls manual attached to the product purchased, that must be the reference for the custo-

mer to require validly and effectively the replacement or repair under warranty. Conversely, if the customer fails to observe the precepts contained in the instruction manual, as well as the minimum care required to the normal user of such equipment, the guarantee granted by Elenos Srl will not operate and the customer himself will totally assume the risk of any damages occurred to the products. Elenos Srl reserves the right to make possible changes to parts, details and accessories that may be considered opportune to be done for the improvement of the equipment, or to meet the needs connected to constructive and commercial requirements, in any moment, without prior notice of it and without committing to upgrade immediately this manual. For details, please consult the Terms and Conditions documents. Informative letter 9 10 Informative letter 2 Safety I n f o r m a t i v e l e t t e r 2 Safety 2.1 2.2 2.2.2 Treatment of electric shocks 2.2.1 Treatment of electrical burns 2.2.1.1 Extensive burns and skin cuts 2.2.1.2 Less severe burns (1st and 2nd degree)

. Safety precautions

. First aid

. 2.4.1.1 Electric field values (V/m) as a function of power (W)

. 2.2.2.1 If the victim is unresponsive 2.2.2.2 If the victim is responsive Workplace characteristics Exposure evaluation and distance. 11 13 15 15 15 15 15 15 16 16 16 16 18 18 20 2.3.1 Room characteristics 2.3.2 Electrical system features 2.4.1 Calculation in the free space 2.3 2.4 Safety 11 12 Safety All ELENOS s.r.l products are compliant with the safety standards required for this type of equipment. 2.1 Safety precautions The user must follow also the safety precautions listed below:

The original configuration of the equipment must absolutely not be modified. On receipt of the same equipment it is essential to check whether the supply is compliant with the orders specific terms and in case of nonconformities please report it immedi-

ately Elenos Srl.

Protective devices must not be disconnected (with exception of their replacement), altered or modified without authorization.

Check all protective devices periodically after the occurrence of a fault (e.g. devices against excess voltage, against excess currents, circuit breakers, etc.).

To guarantee safety of the personnel and to protect the equipment from damages it is absolutely forbidden to put it into operation and/or to use it while the doors are open and/or without the partial or whole presence of protection panels and/or without grounding connection, which must always be of extremely high quality and in accor-

dance with regulations in force. It is also forbidden to disconnect and/or to alter the equipments means of protection.

Before starting any operation, the equipment must be disconnected from the mains. Disconnection must be verified via visual inspection.

The equipment must be powered exclusively with the appropriate voltage. An incor-

rect power voltage can cause irreparable damages to the equipment and to the per-

sonnel working with it. This same information is reported on the products nameplate, which is generally located upon its casing. In no case must the name plate be removed, even if the equipment is resold.

The equipment must be powered by an electrical system which is compliant with the regulations in force.

On the equipment can be found further pictograms reporting safety warnings that must be carefully followed by anyone that has to work with it. The lack of respect for rules here described exempts the Constructor from all liability for all possible dam-

ages or accidents occurring to persons or property and place responsibility to the user himself. Hazardous voltage Safety 13 The equipment is directly connected to the building installation Between the equipment and the building connection there is an interposed structure

To ensure a correct use of the equipment do not obstruct the ventilation grids. Do not put the equipment close to heat sources, flammable products, or inside closed installations lacking of a proper air circulation.

It is required to observe general and firefighting rules for the place hosting the equip-

ment.

Avoid any liquid contamination to the equipment. Always disconnect power supply to the equipment before carrying out any cleansing operations. Do not use liquid or spray detergents.

Some components contain TOXIC SUBSTANCES, such as for example BERYL-

LUM OXIDE. Please be aware that in some countries rules for storing and disposing of hazardous materials may apply.

Following a visual check, if any component seems damaged, fractured or not intact, the utmost care must be taken when coming in physical contact through hands or other means with the equipment.

Please ensure that any person in charge of the use or the maintenance of a trans-

mitter presenting one or more parts under hazardous voltage is able to perform arti-

ficial respiration and cardiac massage; all the staff must be trained on how to pro-

vide first medical aid in case of emergency. It is strongly advised to hang in a visible position an informative panel reporting clear instructions regarding first aids proce-

dures for the rescue of people injured in a work accident and to supply rooms where electrical equipment is present with first aid kits. It is strongly advised to organize an intervention plan in order to ensure a quick connection with local public or private first aid institutions so to be easily available for all the people hosted within the site. 14 Safety 2.2 First aid This paragraph does NOT represent a complete guide about first aid procedures, it is rather intended as a brief summary to be used as a reference. It must be in fact an impel-

ling duty for all the personnel operating with this equipment to be capable of performing appropriate first aid procedures in order to prevent avoidable deaths. 2.2.1 Treatment of electrical burns 2.2.1.1 Extensive burns and skin cuts

Cover the area with a clean sheet or cloth.

Do not break blisters, not remove tissue, not remove adhered particles of clothing, or apply any ointment.

Treat the victim accordingly to the type of shock suffered.

Arrange transportation to a hospital as quickly as possible.

If arms and legs are injured, keep them raised. WARNING:

If medical aid is not available within one hour and if the victim is conscious and if it does not present retching problems, administer a salt and soda liquid solution to be drank:

1 full teaspoon of salt and half teaspoon of sodium bicarbonate for every 250 ml (8.5 oz) of tepid water, let the victim sip this solution slowly, for about four times (1/2 glass over a period of 15 minutes passing). Stop this operation if retching problems occur. Do not administer alcoholic solutions. 2.2.1.2 Less severe burns (1st and 2nd degree)

Apply on the burns cool (not icecold) gauze compresses using the cleanest available cloth.

Do not break blisters, not remove tissue, not remove adhered particles of clothing, or not apply any ointment.

If necessary, put on clean and dry clothes

Treat the victim accordingly to the type of shock suffered.

Arrange transportation to a hospital as quickly as possible.

If arms and legs are injured, keep them raised. 2.2.2 Treatment of electric shocks 2.2.2.1 If the victim is unresponsive Place victim flat on his back on a hard surface A) Airways (fig. a):

if the victim is unresponsive open the victims airways

push the victims forehead backwards

open the victims mouth if necessary

check the victims breathing B) Artificial respiration (fig. b):

if the victim cannot breathe, perform artificial respiration

incline the victims head backwards

close the victims nostrils

place your mouth on the victims mouth

perform 4 quick blows

remember to start breathing immediately fig.a fig.b Safety 15 C) Circulation (fig. c1):

check the victims pulse (fig. c1)

if absent, start cardiac massage (fig. c2)

compress the chest every 1.5 2 seconds

if a rescuer is present, perform 15 compressions in approximately 80 seconds, + 2 fig.c2

if there are two rescuers, perform 5 compressions in approximately 60 seconds, + 1 quick blows quick blow (fig. c3) fig.c1 fig.c3 WARNING:

Do not interrupt the rhythm of compressions when the second person is performing artifi-

cial respiration. 2.2.2.2 If the victim is responsive

cover the victim with a blanket

keep them as calm as possible

loosen their clothing and place them in a reclining position WARNING:

CALL FOR MEDICAL ASSISTANCE AS SOON AS POSSIBLE IN ALL CASES 2.3 Workplace characteristics 2.3.1 Room characteristics In order to work freely on the equipment and to be able to perform the relative installation or maintenance operations, it is necessary to keep a minimum distance from the walls on all sides of the machine. The room must be equipped with an appropriate system of clean and dustfiltered air ven-

tilation with a flow rate suitable for the characteristics of the equipment operating in the room itself. Outgoing exhausted air must be conveyed directly outside. If the ducts length or size is such to presume it may be causing a consistent loss of load to the air flow rate it is neces-

sary to add an extraction apparatus. At the conveyors outlet intrusion protection devices must be provided against insects or other kinds of animals and suitable precautionary measures against liquid or other materials intrusion must be applied. The equipment can operate properly if the temperature ranges from 5oC to +45oC (23oF to 113oF), with 95% RH noncondensing at +40oC (104oF). 2.3.2 Electrical system features The electrical network installation has to be set in accordance with the regulations in force. The power supply network must allow an appropriate power provision according to the laws in force in the Country of installation on the quality of the electrical energy supply service. It is highly recommended to use a transformer/network separator and a reduction network for discharging high voltage. 16 Safety Provide a protected under load disconnector (circuit breaker or fuses) with appropriate disconnection power and capacity according to the absorption characteristics of the equipment model. Use cables of an appropriate size with respect to the rated absorbed current. Earth connection must be performed according to the applicable laws. Special care must be applied to the earth connection of the antenna system since it is exposed to electrical atmospheric events. Never forget that despite the earth connection of the equipment frame and the whole antenna system, it is always dangerous to operate on the equipment in the event of bad weather with atmospheric discharge. In fact, in the event of high energy discharge

(lighting), the equipment frame can instantly reach very dangerous voltage levels, due to the earth connection inductance. For this reason, the equipment should be installed in rooms accessible to maintenance personnel only and for the time necessary for repairs and checks only. Safety 17 2.4 Exposure evaluation Exposure assessment requires the identification of electric field values in places where the presence of people may occur. The field values must refer to the type of stay and the exposed subjects, according to the provisions of current legislation. The identification of the electric field values can be carried out in various ways, depen ding on the need for precision and the fact that one intends to perform a prediction, or a subsequent verification. We intend to provide below elements that may be useful in the evaluation and measure-

ments of electromagnetic fields, with particular reference to sound and television broad-

casting systems. 2.4.1 Calculation in the free space A first approximate evaluation can be made by placing the following hypotheses:

i) ii) source located in far field absence of obstacles The first hypothesis (i) must be previously verified by applying the equation:

where d represents the distance between source and evaluation point, D the physical dimension of the source and the wavelength of the field. Under these hypotheses, the electric field at distance d from the source is:

d D

E =

Pr =

Pt 4d2 where Pt is the power transmitted (ERP) in the direction of the evaluation point. Introducing the polarization of the electric field, impressed by the particular type of antenna used in transmission, the relation 2 must be applied to the three components Ex, Ey, Ez of the field; the expression of the total electric field becomes:

E =

Ex 2 + Ey 2 + Ez 2 1. 2. 3. 18 Safety In the specific case of broadcasting plants for sound and television broadcasting, the fol-

lowing recurrent characteristics can be found:

a. the source is not isotropic, so the ERP should be calculated in the direction of the evalua-

tion point b. in the case in which the worst case of exposure is concerned, it can be applied the expression 2 in which the maximum transmitted ERP power is considered, regardless of the direction, ignoring the radiation characteristics of the antenna system in the hori-

zontal and vertical plane c. the polarization of the field is almost always vertical in the case of systems for sound broadcasting, while it can be vertical, horizontal or mixed in the case of television broad-

casting. In all cases, the decomposition of the power transmitted in the various polariza-

tion components and the subsequent recombination by means of formula 3 allows, firstly, to disregard the polarization of the field and to directly apply the expression 2 d. in the case of multiple sources, the total expression 4. EtotN

+Etot1 2 Etot2 2

Etoti 2

Etotn 2 The following table gives an indication of the first approximation of the field value as a func-

tion of the power (in W) transmitted by the source and distance (in meters); the values shown (all in V/m) represent the worst case (see point) Safety 19 2.4.1.1 Electric field values (V/m) as a function of power (W) and distance. Power transmitted by the source (ERP) in Watts Distance from the source of the evaluation point 30m 98.4ft 50m 164ft 100m 328ft 300m 984ft 500m 1,640ft 1,000m 3,280ft 3,000m 9,840ft 1.864mi 5,000m 16,400tf 3.107mi 10,000m 32,800ft 6.214mi 1 30 50 100 300 500 1,000 (1k) 3,000 (3k) 5,000 (5k) 10,000 (10k) 30,000 (30k) 50,000 (50k) 100,000 (100k) 0.18 1.00 1.29 1.82 3.16 4.08 5.77 10.00 12.91 18.25 31.62 40.82 57.73 0.11 0.60 0.77 1.09 1.90 2.45 3.46 6.00 7.74 10.95 18.97 24.49 34.64 0.05 0.30 0.39 0.55 0.95 1.22 1.73 3.00 3.87 5.48 9.49 12.25 17.32 30.00 38.73 0.01 0.06 0.08 0.11 0.19 0.24 0.35 0.60 0.77 1.09 1.90 2.45 3.46 6.00 7.74 0.02 0.10 0.13 0.18 0.32 0.41 0.58 1.00 1.29 1.82 3.16 4.08 5.77 10.00 12.91 18.26 0.03 0.04 0.05 0.09 0.12 0.17 0.30 0.39 0.55 0.95 1.22 1.73 3.00 3.87 5.48 0.01 0.02 0.03 0.04 0.06 0.10 0.13 0.18 0.32 0.41 0.58 1.00 1.29 1.82 0.01 0.02 0.02 0.03 0.06 0.08 0.11 0.19 0.24 0.34 0.60 0.77 1.09 0.01 0.01 0.02 0.03 0.04 0.05 0.09 0.12 0.17 0.30 0.39 0.55 300,000 (300k) 100.00 60.00 500,000 (500k) 129.10 77.46 1,000,000 (1M) 182.57 109.54 54.77 10.95 Note: field values above 6V/m are highlighted in yellow; those ones that exceed 20V/m are highlighted in red. Note: RF EXPOSURE SAFETY DISTANCE -

. RF Exposure Limits for Canada, according to IC regulation: setting to the maximum of the output power of the apparatus, to guarantee the limits of exposure declared within this document, it is necessary that the antenna gain used with this device should be 0dBi or less and all persons should maintain a minimum separation distance of 46.45 cm for general uncontrolled exposure and general controlled exposure. Limites dexposition RF: en rglant au maximum de la puissance de sortie de lappareil, afin de garantir les limites dexposition dclares dans ce document, il est ncessaire que le gain dantenne utilis avec cet appareil doit tre de 0 dBi ou moins et toutes les personnes doivent conserver une distance de sparation minimale de 46.45 cm pour les expositions gnrales non contrles et les expositions gnrales contrles. 20 Safety 3 CE conformity 3 CE conformity 3.1 3.2 CE conformity Labels

. 3.2.1 Identification label 3.2.2 Assistance label 3.2.3 Warranty label 3.2.4 Serial number label 21 23 26 26 26 26 26 I n f o r m a t i v e l e t t e r Safety 21 22 Safety 3.1 CE conformity For fi rst immission on the market, ELENOS s.r.l respects the procedures envisaged by the 1999/5/EC Directive. This includes the following:

Technical documentation available exclusively to the Control Authority for 10 years after the launch on the market of the last equipment produced for that type. Such documentation contains the product description, the drawings, the electrical diagrams, circuits, etc., the standards to which it complies and the list of technical solutions guaranteeing observance and the reports of the technical tests performed, proof of respect for production standards.

Declaration of Conformity supplied with the product.

CE marking indicated on the product and on the documentation.

Written technical report from the European Notified Body, contained in the Technical

Notification to the Authority of the member states where the product will be distribu-

File. ted. CE conformity 23 24 CE conformity CE conformity 25 3.2 Labels 3.2.1 Identification label It shows the key features equipment, such as: manufacturing company, product model, power supply type and power consumption. Warning: do not ever remove this label. 3.2.2 Assistance label It shows the main Elenos customer assistance contacts.

Note: this label may not be present. 3.2.3 Warranty label Unauthorized removal or tampering of this seal (positioned over the screws) will make void the warranty. 3.2.4 Serial number label It shows the serial number of the equipment in numeric and barcode format. In addition, a qrcode for the registration is displayed. 26 CE conformity 4 Product description P r o d u c t d e s c r i p t i o n 4 Product description 4.1 4.2 4.3 Controls and connections overview Contnectors pin assignment 4.2.1 EIA485 Telemetry Ethernet Interlock 4.2.2 TC/TS Profiles 4.2.3 Stereo L/R AES/EBU 4.2.4 Aux1 Aux2 MPX MPX Monitor 4.2.5 RF Monitor 4.2.6 Line Input Grounding

. 4.3.1.1 IPF (Intelligent Proportional Foldback) 4.3.1.2 IPC (Intelligent Power Control) 4.3.1.3 Safety Management (Lifextender) 4.3.1 Softwares protections Safeness algorithms 27 29 30 30 30 31 31 31 31 32 32 32 32 32 Controls and connectors 27 28 Product description 4.1 Controls and connections overview Below, the list of connections and controls available in all the product line. The differen-

ces between the two rear panels shown, concern only the number of fans and the type of RF output connector. Front panel controls and connections 1 2 3 4 5 6 7 1) Rf monitor 2) Telemetry 3) Pushbuttons 4) OLED display 5) Status LEDs 6) Remote/Local 7) Control knob(encoder) Rear panel connections 10 11 12 13 14 15 16 20W to 700W models 1000W to 2000W models 17 18 19 20 21 10) Aux2 input 11) Stereo inputs 12) Aux1 input 13) MPX input 14) AES/EBU inputs 15) MPX Monitor 16) RF output 17 TC/TS 18) Profiles 19) Ethernet 20) Interlock 21) EIA485 22 23 22) AC line inputs 23) Grounding Product description 29 4.2 Contnectors pin assignment 4.2.1 EIA485 Telemetry Ethernet Interlock EIA485 (DB9) Cn no. 21, 2 Pin. #

Function Note Ethernet Connect. (EJ45) Cn no. 19 Pin. # Function Function Tx+

Tx Rx+

Rx Common Common Common Common Common EIA485/422 EIA485/422 EIA485/422 EIA485/422 Gnd (frame) Gnd (frame) Gnd (frame) Gnd (frame) Gnd (frame) TD+

TD RD+

n.c. Pin 5 6 7 8 TCT RD n.c. RCT Note

Interlock Connector Cn no. 20 Pin. # Function Type Common Gnd Float Intlk 1 //

Float Intlk 2 //

1 2 3 4 1 2 3 4.2.2 TC/TS Profiles TC/TS Connector (DB25) Cn no. 17 Pin. # Function Type Sym Profiles Connector (DB25) Pin. # Function Type Note Exc. Enable TC Level Traffic alert TC Lavel Note Level Interlock TC Tx On Tx Off TC Pulse

(500ms) TC Pulse(500ms) Ref. Power DTM Voltage Common Gnd n.c. n.c.

TS TS TS TC TC TC Common Gnd I IPA DTM Voltage Mains Fault Tx On Warning Alarm Reset Low Power Rsr Power Level

(O.C.) Level

(O.C.) Level

(O.C.) Pulse Pulse Pulse Fwd Power DTM Voltage Common Gnd n.c. n.c.

Common Gnd V IPA DTM Voltage Audio Fault Fault Remote TS TS TS Level

(O.C.) Level

(O.C.) Level

(O.C.)

Comment Status command Active when grounded Pulse command Active when grounded Pulse command Active when grounded Connected to device Status command Active when grounded Connected to device 0...4V frame

frame 0...4V Externally powered Open = active fault Externally powered Closed = Tx On Externally powered Open = active warning Pulse command Active when grounded Pulse command Active when grounded Pulse command Active when grounded Connected to device 0...4V frame

frame 0...4V Connected to device Externally powered Grounded = active alarm Externally powered Open = active alarm Externally powered Grounded = active alarm 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 Channel 1 TC Pulse Channel 3 TC Pulse Channel 5 TC Pulse Spare TC Pulse Common Common Common Common Common Gnd Gnd Gnd Gnd Gnd Channel 5 TS Level Channel 3 TS Level Channel 1 TS Level Channel 2 TC Pulse Channel 4 TC Pulse Channel 6 TC Pulse n.c. Common Common Common Common Common

Gnd Gnd Gnd Gnd Gnd Channel 6 TS Level Channel 4 TS Level Channel 2 TS Level

1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 30 Product description 4.2.3 Stereo L/R AES/EBU Stereo L/R (XLR) Cn no. 11 Pin. # Function Type Common Gnd Input L/R + Bal. Input L/R Bal. 1 2 3 Note

600/10k AES/EBU (XLR) Cn no. 14 Note

Pin. # Function Type Common Gnd Diff. Input +

Input Diff. 110 1 2 3 12 3 4.2.4 Aux1 Aux2 MPX MPX Monitor MPX Cn no. 13 Pin. # Function Type Note 1 2 Input Unbal. 600/5k Common Gnd

Pin. # Function Type Unbal. Aux1 + Aux2 Cn no. 12, 10 Note 10k

Common Gnd MPX Monitor Cn no. 15 Input 1 2 Pin. # Function Type Unbal. Input Common Gnd 1 2 Note 10k

4.2.5 RF Monitor RF Monitor Cn no. 1 Pin. # Function Type Output Unbal. Common Gnd 1 2 Note 50

4.2.6 Line Input Grounding AC Line Input and Grounding Cn no. 22, 23 Phase Neutral Pin. # Function AWG/sqmm 13/2.5 max 13/2.5 max 13/2.5 max 13/2.5 max Gnd Gnd 1 2 3 G Note

M4 100240Vac 1 2 1 2 1 2 3 G Product description 31 4.3 Safeness algorithms The apparatus is provided with a hardware and software protective system which is partly integrated and partly optional. 4.3.1 Softwares protections 4.3.1.1 IPF (Intelligent Proportional Foldback) The IPF is an intelligent system which reduces the equipments output power in case of excess of load mismatch, thus preventing the equipment turning off. Foldback acts if the load mismatch increases slowly. If the event is fast (examples: a spark into a connector, the detachment of a transmission line, a short circuit and so on), the protection acts quickly. The activation of this feature is shown on display and via telemetry as alarm no. 026. 4.3.1.2 IPC (Intelligent Power Control) When the equipment is properly working, the IPC keeps the output power constant within 1% of the target set, irrespective of mains voltage, temperature and load vari-

ations. This greatly contributes to making the equipment insensitive to its working conditions. The IPC also allows to optimize the efficiency of the RF section by making work the MOSFETs constantly at maximum efficiency, thus minimizing overall electrical con-

sumption. 4.3.1.3 Safety Management (Lifextender) The Safety Management consists of algorithms to perform real-time analysis of the transmitter's operating status. It works in order to maintain the output power set, according to kind and severity of any anomalies (internal or environmental) which may occur. The Safety Management may perform an output power reduction proportional to the severity of the anomaly that occurs, in order to avoid the propagation of the fault. The algorithms act at different levels and in various sections of the equipment: Ther mal Management on the RF unit; Current Management, Fault Management and Ther mal Management on the power supply units; Fault management on the RF unit; Cool ing Management on the fans. Thermal Management on the RFs group (Lifextender) When the temperature measured in close proximity to the MOSFET exceeds 72C, an algorithm intervenes that reduces the output power to a value such as to keep the temperature back within a still acceptable value. If this appens, an alarm of Rf thermal derating (no.010) is sent. If this algorithm does not manage to maintain the temperature below 75C, the trans mitter is switched off. 32 Product description Current Management on the power supply (Lifextender) This is activated when the maximum current rated for continuous operation of the power supply is exceeded. This value is lower than deliverable current limit and represents the threshold which can be exceeded only for short periods (maximum 1 minute each time). If this situation occurs, the PSU current derating function is activated (alarm 013 and, if necessary, alarm 014) and the ALC management algorithm, running in correct wor-

king mode, is replaced by another one in which the current delivered by the power supply units has the highest priority in this case and the RF output power derated conseguently. The current derating is deactivated when the power delivered rises to the value set by the user and the maximum current provided by the power supply units is less than or equal to the maximum value allowed for continuous operation. Thermal Management on the power supply (Lifextender) The power supply management algorithm that works to maintain the temperature of the power supplies below a safe value is the same that operates in the RF section and is logically connected in OR with that the derating (acting directly on the output power) is activated when the power supply temperature exceeds 72C (162 F). Fault Management on the RF modules (Lifextender) It allows to reduce the maximum RF output power according to the number of correctly working RF amplifier modules, so that they don't could be stressed. A special algorithm correlates the optimal RF output power with the number of these modules. To prevent any damage, the fans speed is increased to the maximum value. Cooling Management on the RF modules (Lifextender) In respect to the current cooling requirements, the fan speed rotation is automatically adjusted from a minimum of 50% to a maximum of 120% approx. (these values may change according to the models of used fan). The cooling demand evaluation is based on accurate measurements of the temperature close to each MOSFET and to the power supply units. The Cooling Management aims to:

1. extend the life of the fans;

2. minimize the quantity of dust which can be carried by the air flow;

3. allow the safe operation of the equipment also under extreme temperature condi tions;

4. ensure that temperatures of mosfets and power supplies remain as stable as possi ble to avoid thermal and mechanical stress;

5. reduce the energy consumption when a strong heat extraction is not needed. Without Lifextender, the fans always operate at 100%. Product description 33 34 Product description 5 Block diagrams 5 Block diagrams 5.1 Block diagram 5.1.1 ETG 2000.20 5.1.2 ETG 1500.15 / ETG 1000.10 5.1.3 ETG 700.7 / ETG 500.5 / ETG 300.3 / ETG 150 5.1.3 ETG 20

. 35 37 37 38 39 39 l B o c k i d a g r a m s Block diagram 35 36 Block diagram 5.1 Block diagram 5.1.1 ETG 2000.20 FINAL STAGE FINAL STAGE 3WAY FM SPLITTER 2WAY FM 3WAY FM 3WAY FM COMBINER COMBINER COMBINER DRIVER RF IN VCO L. P. FILTER L. P. FILTER

DIR. COUPLER DIR. COUPLER RF OUT RF SECTION CPU board MAINS INPUT 220VAC

(on rear panel) DRIVER FINAL MODULATOR VCO L. P. FILTER RF OUT RF SECTION RF MONITOR SWITCHING PWR SUP 12 VDC

+5 VDC

+12 VDC C D V 8 2

C D V 0 4

0 3

DC/DC CONV

+28 VDC AUX VDC AC/DC CONV

+30/40VDC POWER SUPPLY SECTION Block diagram 37 5.1.2 ETG 1000.10 RF IN MAINS INPUT 220VAC

(on rear panel) FINAL STAGE 2WAY FM SPLITTER 2WAY FM COMBINER L. P. FILTER

DIR. COUPLER RF OUT RF SECTION CPU board MODULATOR VCO L. P. FILTER RF OUT RF MONITOR FINAL C D V 0 4

0 3

C D V 3 1

SWITCHING PWR SUP 12 VDC

+5 VDC

+12 VDC DC/DC CONV

+13 VDC AUX VDC AC/DC CONV

+30/40VDC POWER SUPPLY SECTION 38 Block diagram 5.1.3 ETG 700.7 ETG 500.5 ETG 300.3 ETG 150 MAINS INPUT 220VAC

(on rear panel) CPU board RF AMP MODULATOR VCO L. P. FILTER RF OUT RF MONITOR SWITCHING PWR SUP 12 VDC

+5 VDC

+12 VDC AC/DC CONV VDS POWER SUPPLY SECTION 5.1.4 ETG 20 MAINS INPUT 220VAC

(on rear panel) CPU board RF AMP MODULATOR VCO L. P. FILTER RF OUT RF MONITOR SWITCHING PWR SUP 12 VDC

+5 VDC

+12 VDC AC/DC CONV

+24 VDC POWER SUPPLY SECTION Block diagram 39 40 Block diagram 6 User instructions U s e r i n s t r u c t i o n s 6 User instructions 6.1 User interface

. 6.1.1 Menu tree 6.1.2 TX Control Panel (Main Window) 6.1.3 System Menu System Config (1 of 2 and 2 of 2) 6.1.4 System Menu Communication Port Set / System Info 6.1.5 System Menu System Time / Clock Pwr Target 1 of 2 6.1.6 System Menu Clock Pwr Target 2 of 2 / Telemetry Config 6.1.7 Inputs Menu Base Band Levels / Change Over Inputs 6.1.8 Inputs Menu Input Sensitivity Settings 6.1.9 RF & PWR Menu View TX Parameters (1 of 2 and 2 of 2) 6.1.10 6.1.11 6.1.12 6.1.13 6.1.14 6.1.15 6.1.16 Password Menu Password / Password Setting Password Menu Password Recovery Alarm Menu Alarm List / Event History Alarm Menu User Alarm Data / User Alarms Timers Alarm Menu Audio Trim and Alarms Diagnostic Menu UART 0 Info / UART 1 Info Diagnostic Menu UART 2 Info

. 6.3.1 Connecting to a LAN/PC 6.3.2 Connecting to a Change Over/Audio Matrix 41 43 44 45 46 47 48 49 50 51 52. 53 54 55 56. 57 58 59 61 65 65 66 6.2 6.3 Alarms/Warnings/Status list External connectable devices User instructions 41 Managing the device in local mode. Navi gating the menus and setting the para meters. Status LEDs and messages. Messaging. The equipment can send messages regarding status, events and alarms. The list can be consulted locally on a display, remotely via PC connected in telemetry to the front panel or via web. Here is the complete list. Devices that can be connected to the equipment. For remote controlling via web, see the manual dedicated to the web interface. 42 User instructions 6.1 User interface All commands and data displayed by screen are listed on next pages. Warning: The screens shown below are subject to change without notice and may look some different depending on system configuration. Note:

for information about the remote control via web interface, please refer to the relevant WEB interface User Manual LOCAL REMOTE To navigate the entire menu by encoder the equi pment has to be set in Local Mode. When the amplifier works in Remote Mode, navi gating is possible but the following items of menues aren't available: Password Settings;

Life Extender; GSM/Modem Menu and Dia gnostic Menu. Rotate clockwise or counterclockwise the enco der to scroll the menu items, to select fields in the screens or to increase/decrease values. Press the encoder to select a menu item, to con firm a selection or to save values. A long press of encoder causes the return to the main screen. The entire menu path can be checked at any time ESC Press ESC button to exit quickly from the screen without using the encoder. User instructions 43 6.1.1 Menu tree TX CONTROL PANEL MAIN WINDOW SYSTEM MENU INPUTS MENU RF & POWER MENU PASSWORD MENU ALARMS MENU DIAGNOSTICS MENU 1 2 3 4 55 6 SOLUTION LOCAL REMOTE

To scroll the menu, rotate the encoder.

To enter a submenu, or to access the

To return to the main menu, press and masks, press it. hold the encoder.

The menu is fully accessible only when the unit works in local mode.

Some menu items may not be displayed when the unit works in remote mode.

To choose local or remote mode, rotate the switchkey. 1 2 3 4 5 SYSTEM CONFIG 1 of 2 BASEBAND LEVEL PASSWORD ALARMS LIST SYSTEM CONFIG 2 of 2 INPUT CHANGE OVER PASSWORD SETTINGS EVENTS HISTORY INPUT SENSITIVITY SET PASSWORD RECOVERY USER ALARMS DATA

(EXIT)

(EXIT) USER ALARMS TIMER AUDIO TRIM & ALARM

(EXIT) VIEW TX PARAMETERS 1 of 2 VIEW TX PARAMETERS 2 of 2

(EXIT) 6 UART 0 INFO UART 1 INFO UART 2 INFO

(EXIT) COMMUNICATION PORTS SET SYSTEM INFO SYSTEM TIME CLOCK POWER TARGET 1 of 2 CLOCK POWER TARGET 2 of 2 TELEMETRY CONFIG

(EXIT) 44 User instructions 6.1.2 TX Control Panel (Main Window) Main settings Target power Operating frequency Main levels VU meter area (*) Forward power Reflected power Target audio level (L) Target audio level (R)

(*) The number of bars displayed depends on the type of input selected. Up to three bars can be shown: MPX (M), Left Stereo (L) and Right Stereo (R). Main alarms Active when audio is lower than set level Active when clipper operates because overdriving Active when output is less than half target Active when inerlock contacts are open Main commands and settings First select the item and than... Scroll to select the active profile Scroll to select audio inputs Scroll to select the preemphasis level Press to reset the alarms list Press to sturn on/off the unit Press to enter the main menu User instructions 45 6.1.3 System Menu System Config (1 of 2 and 2 of 2) Please, note that when a field name is abbreviated in the mask, it will write like this:

ShowDisplay =

Show D. Temperature Unit: CELSIUS or FAHRENHEIT. Show Display: ALWAYS = display on also in remote mode. Power Oscillation Check: TRUE = RF power swing protection active. UPS Target (W): Target power in case of functioning with UPS. Minimum Temperature Sensors: Failure when >nn broken thermal probes. Time Base (10MHz): VCOs synchronization INTernal or EXTernal. Forward Power Calibration (%): RF output power reading calibration. SWR Foldback: ENABle = ROS protection active. IPA Bias Threshold (V): RF preamplifier polarization threshold. Reflected Power Threshold Nominal (10%): TRUE = Active (10% of rated power). Reflected Power Threshold Level (W): User defined reflected power threshold (*) Power Amplifier bias (V): RF amplifier polarization threshold. Max Target Power (W): Maximum settable output power. SYSTEM MENU SYSTEM MENU Minumum LevelForward Power Fault(W): user defined low power threshold. It works in OR with the standard 3dB alarm. Lower values of 3dB (half power) are ignored.

(*) It works when ReflectedPower ThresholdNominal (10%) = FALSE and SWR Foldback = DISABled. This value may be up to about 12% of rated power. 46 User instructions 6.1.4 System Menu Communication Port Set / System Info Front and rear RS485 communication ports speeds and addresses. Currently, default speed values are 38400. Previously, they were 9600. All devices working in combined or n+1 systems must be set to the same communica-

tion speed, otherwise they wont work properly. Default address values are 0. These values must be set to specific numbers when the equipment works in combined systems because its a slave one and must be managed by master device. IMPORTANT: to connect separately purchased equipment, ask for hardware and docu-

mentation needed to configure them properly. SYSTEM MENU SYSTEM MENU Displayonly screen. The software version Ver.Sw, the protocol Ver.P and the serial number SN are here indicated. Also, the operating time On air time and the fans running time Fan work time are shown in hoursminutesseconds format. To reset the fan running time value (e.g. after their replacing), press R. User instructions 47 6.1.5 System Menu System Time / Clock Pwr Target 1 of 2 In this screen its possible to set the current date dd/mm/yy and the current time hh:mm:ss, together with the day of the week wd. Its important to set all the parameters correctly to make the adjustment algori-

thms work well. The line labeled C shows the current values, the one with the word SET> is editable and accepts the new data. SYSTEM MENU

SYSTEM MENU The Target Power Mode may be FIXED or CLOCKED. To follow an energysaving policy, may be useful to choice the CLOCKED mode. When the FIXED option is chosen, the transmitter will work always at the target power value. Otherwise, if the CLOCKED option is selected, the output power will be adjusted depending on what is set in the next screen. T3, T2, T1 and T0 are the possible levels that may be matched to the time slots divided per hours. They are arranged in percentages of the target power and the related values are shown at the bottom. Editing the T3 value (W:), the others values are recalculated automatically. 48 User instructions 6.1.6 System Menu Clock Pwr Target 2 of 2 / Telemetry Config Here its possible defining the power profiles for hours and days of the week. Each hour can be associated to any target available (T3 to T0), defined at the previ-

ous step. When T0 is selected, no bar will be displayed. To copy the current profile to the next day one, force to T the value of Copy over next day: by pressing the encoder on it. The day for the which the data are inserted is shown by Target power on day of. SYSTEM MENU

SYSTEM MENU The device may be equipped by a telemetry board for working with a LAN. In this case, it must be properly set (defaults are shown in this screen if the option is installed). The system administrator is required for correct setting the IP Address, SubNet Mask and Gateway values. DHCP Status indicates if the IP Address is managed in fixed (FALSE) or in dynamic (TRUE) mode. Battery Status shows info about efficiency of the backup battery. Internal. RTC: = TRUE force the internal time clock reference. Present: , Reset: and Power_on: show the status of the board. User instructions 49 6.1.7 Inputs Menu Base Band Levels / Change Over Inputs Displayonly screen. Values of the inputs and deviation for the carriers are shown. This mask may look different depending on the equipment operating mode. Displaying VUmeter style bars, located on the right of numeric values, facilitates the evaluation of the parameters. INPUTS MENU INPUTS MENU The Exchange mode may be AUTOmatic or MANUAL (in this case the equipment must be controlled by the user). ActiveChannel shows the currently active audio input. The NoAudioLevel(dB) is the threshold below which automatic exchange is activated after the audio remains so for the time indicated in NoAudio(s):

Inputs priority is managed by the I/ II/ III Input Select list. A failure in the first (I) audio input causes the switch to the second (II), a failure in the second one causes the switch to the third (III). A failure in the third one restores the main input and then no more changes. Active Audio Alarm: > AES/EBU / MPX /

STEREO = TRUE enables the No Audio Alarm sending for each specific input. 50 User instructions 6.1.8 Inputs Menu Input Sensitivity Settings INPUTS MENU Audio Mode & AUTO sts The option Left = Right: set to TRUE forces both L and R Stereo inputs to the same attenuation level, otherwise each stereo channel is attenuated by the level sto-

red in LeVel R and LeVel L. PreEmphasys may be 0, 25, 50 or 75 S. Aux1(%): and Aux2(%): specify the attenuation levels of the aux channels input. Pilot Level (%): and Pilot Phase: specify the percentage of pilot tone and its pha-

se in degrees. Clipper Level:, expressed in kilohertz, indicates the deviation level beyond which the protection must be activated, when Enable: is set to TRUE. PLLReference10MHz set to INTernal forces to use the VCOs built in reference, whereas set to EXTernal takes an outside reference (such as a GPS). In the last case, the signal must be applied to the appropriate connector placed on the back if this option is present. User instructions 51 6.1.9 RF & PWR Menu View TX Parameters (1 of 2 and 2 of 2) Displayonly screen. The following data are grouped here:

(On the left) operating frequency; selected profile; deviation level; device effi-

ciency; counter of ROS protection occurred; working hours (on air) and fan work-

ing hours.

(On the right) target, forward and reflected power; total current absorbed by RF amplifier modules and cooling fans; Vds and max temperature of all internal probes. RF & PWR MENU RF & PWR MENU Displayonly screen. Device n. is the MOSFET or PSU of which the parameters are listed below:

Ampl(A) = current consumption and Ampl(C / F) = temperature (oC or oF). PSU (A) and PSU (V) = currents and voltages supplied by the main PSUs. Aux> VCC +V1V1 = voltages supplied by the auxiliary power supply. Bias = MOSFET polarization voltage value. I PSU(A) and Iampl(A) = total current absorbed by MOSFETs and supplied by PSUs. Vds (V) = MOSFETs power supply voltage. Eff. (%) = total efficiency of the apparatus. 52 User instructions 6.1.10 Password Menu Password / Password Setting Factory preset password is 0000. This value must be changed in Password set-

ting by system administrator in order to prevent unauthorized accesses. There are two levels of protection: User and System. Once the settings the two new passwords, access to menu items and parameter changes will be governed by individual privileges. Follow the procedure below. PASSWORD MENU PASSWORD MENU First, change the value of password USER (password SYS. is not yet visible), then exit and reenter the mask: password SYS. is now visible and editable. Choose two distinct password for the levels, both different from 0000. By now, menus and parameters will be accessible depending on logins. Users will no longer have access to parameters settings. User instructions 53 6.1.11 Password Menu Password Recovery PASSWORD MENU If users forgot the password, its kindly advised to contact Elenos. The UNLOCK CODE is useful to obtain the 24h PASSWORD RECOVERY and must be provided to Elenos. Subsequently, system administrator have to redefine passwords by PASSWORD SETTING mask. 54 User instructions 6.1.12 Alarm Menu Alarm List / Event History Displayonly screen. Its possible scrolling the list of all recently occurred alarms. The ones preceeded by letter A are active, the others are occurred. Between brackets, the type of message is specifyed: Status,Warning and Alarm. In order to understand the meaning of the alarms please see the paragraph Alarms/

events listing. ALARMS MENU ALARMS MENU Displayonly screen. Its possible to scroll the list of all events occurred (up to 99 items), identified by code, description, date, time and type. User instructions 55 6.1.13 Alarm Menu User Alarm Data / User Alarms Timers Parameters of some alarms may be customized. They are: Environmental Temperature (C or F); RFTemperature (C or F); RFCur-

rent(A);

PSU Temperature(C or F); PSU Current(A); Forward power(W) and Reflected power(W). Forcing to T the value of Enable by pressing the encoder, the alarms will be acti-

vated depending on limits specified by Max and Min values. Its also possible to choose the criterion (Type) with which the limits will affect the automatic algorithm: UPPER to have an alarm when the parameter will exceed the max value; LOWER to have it below the minimum one; INSIDE to have an alarm when the value is between max and minimum; OUTSIDE for the opposite. A max value lower than the minimum one will exclude the alarm. ALARMS MENU ALARMS MENU The left half mask works such as the previous one. Delay is the time frame before the alarm is considered valid. This parameter is expressed in tenths of a second so that the value 120, visible in the screen, means 12 seconds. When a condition that could be an alarm is triggered, the related Timer starts. At the end of the countdown, the alarm is validated and the flag Alarm becomes True. 56 User instructions 6.1.14 Alarm Menu Audio Trim and Alarms ALARMS MENU In the box on the right, at the top of the screen, model of board and firmware installed are indicated. This mask summarizes some parameters already seen in Input sensitivity settings and Change over inputs screens. In addition, the status of the No Audio Fault alarm is displayed. Signal management takes place via the TC/TS connector. User instructions 57 6.1.15 Diagnostic Menu UART 0 Info / UART 1 Info Displayonly screen. This screen shows the status of the serial communication with the Hostlink Slave and the number of errors that occurred from the beginning. DIAGNOSTICS MENU DIAGNOSTICS MENU Displayonly screen. This screen shows the status of the serial communication with a terminal monitor or an external GSM modem, along with the number of errors that occurred from the beginning. 58 User instructions 6.1.16 Diagnostic Menu UART 2 Info DIAGNOSTICS MENU Displayonly screen. This screen shows the status of the serial communication with the power supply units and the number of errors that occurred from the beginning. User instructions 59 60 User instructions 6.2 Alarms/Warnings/Status list A task called Alarms Managing monitors all physical and logical quantities. Each of them is sampled and processed by a combinatorial network to evaluate if an alarm (or a warning) must be activated. This task and the ALC management have the same high priority for having a constant monitoring of the entire apparatus and intervene quickly. The last alarms occurred are stored in a list with the time and date of the occurrence. All events that may be occur are listed on next pages.

Alarm. An event of this type means that a malfunctioning is occurring and maintenance could be necessary. However, the apparatus will attempt to minimize the failure by itself applying suitable algorithms. Warning. An event of this type means that a temporary irre-

gular condition is occurring. Normally, there isnt an important failure and the apparatus will recover its functionality by itself applying suitable algorithms. On Air Status. An event of this type notifies the operating condi-

tion of the apparatus and doesnt mean that a mal-

functioning is occurring. User instructions 61 List of events that may be reported by the equipment. They are of 3 kinds: STATUS =

possible statuses of the machine; WARNING = reports not requiring immediate tech-

nical intervention; ALARM = faults requiring repair. Some may be different depending on equipment (see brackets in Message). Event Code Message Description No error. The apparatus is working correctly. The event 019 ON AIR has a higher priority. The list of occurred alarms is under deleting process. Active ones arent deleted. The data stored in memory is no longer reliable. The apparatus will be restarted with default parameters. The apparatus is blocked after that five restore have been attempted. To restart it, a reset command is required. The apparatus is in StandBy mode with no active alarms, ready to work. The RF output power is less than half target power since one minute during the start up or five seconds during the correct working. High reflected power is detected after that a Three Block Out recovery protection has been attempted. The negative voltage reference is no longer reliable. The apparatus attempts the Three Block Out recovery protection. A failure is occurred in one or more RF ampli-

fier modules. As above, but the RF output power is reduced according to an algorithm. The temperature of one or more RF amplifier modules is been too high so that the RF output power is reduced according to an algorithm. The RF THERMAL DERATING failed and the apparatus attempts the Three Block Out recovery protection. One or more PSU overloads are occurred so that the apparatus is reducing the RF power output according to an algorithm. The apparatus was shut down in a minute sin-

ce the current derating didnt decrease. One or more PSU overheatings are occurred so that the apparatus is reducing the RF output power according to an algorithm. Too high temperature of one or more PSU so that apparatus has been shut down. The RS485 internal bus dedicated to the com-

munication between CPU and PSU isnt wor-

king correctly. The interlock circuit is open and the apparatus is blocked. CORRECT WORKING SYSTEM RESET 002 EEPROM CHKSUM ERROR BLOCKED STOP 3dB CARRIER MIN 12V RF AMP. FAULT 006 HIGH REF PWR 009 RF AMP. FAULT DERATING 010 RF THERMAL DERATING 011 RF OVER TEMPERATURE 013 PSU CURRENT DERATING 014 PSU OVER CURRENT 015 PSU THERMAL DERATING 016 PSU OVER TEMPERATURE 017 PSU COMM TIMEOUT EXTERNAL INTERLOCK 000 001 003 004 005 007 008 018 019 020 021 022 ON AIR POWER UP The apparatus works correctly. RF output power increase is occurring. POWER DOWN RF output power decrease is occurring. PSU THERMAL DERATING/FAULT One or more PSU are performing a thermal derating by reducing the current supplied. 012 PSU FAULT A PSU malfunction is occurring. 62 User instructions Event Code Message Description PSU LOW POWER PSU RF OFF One or more PSU are in thermal derating so that the RF output power is reduced. The RF section has been turned off so that the fans can quickly cool the apparatus. WORKING MODE COMBINED The apparatus works in a combined Tx. SWR FOLDBACK UNLOCK EXCITER COMM ERROR NO AUDIO OVER 2/3 CARRIER High reflected power has been detected so that the apparatus is adjusting the RF output power according to an algorithm. The PLL of the VCO is no longer locked to the set frequency. The exciter serial communication has stopped working correctly. The audio input level has remained lower than the minimum set level for the set time. The RF out power is rising up to 2/3 of the tar-

get after which a 3dB alarm has occurred. FAN 1 ERROR Fan no.1 has stopped working properly. OVER MODULATION Excessive modulation is occurring (too high frequency deviation). FAN 2 ERROR Fan no.2 has stopped working properly. 035 PWR FORWARD OSCILLATION 036 THREE BLOCK OUT 037 USER ENV TEMP OUT LIMIT 038 USER RF TEMP OUT LIMIT 039 USER PSU TEMP OUT LIMIT 042 USER FRW PWR OUT LIMIT 043 USER RFL PWR OUT LIMIT OUT PWR NOT VERIFIED UPS ACTIVE SHUNT COMM TIMEOUT 049 DRAIN VOLTAGE TOO LOW OVER FRW PWR ERROR If the thermal probes installed are more than one, it means the fault of one of these because its read value is significantly different from the expected one. RF output power oscillation is detected and the apparatus attempts the Three Block Out recovery protection. The malfunction has not disappeared during the automatic protection time and the appara-

tus was stopped. The userdefined environmental temperature limits in User Alarms Data have been exceeded. The userdefined RF temperature limits in User Alarms Data have been exceeded. The userdefined PSU temperature limits in User Alarms Data have been exceeded. The userdefined RF current limits in User Alarms Data have been exceeded. The userdefined PSU current limits in User Alarms Data have been exceeded. The userdefined RF forward power limits in User Alarms Data have been exceeded. The userdefined RF reflected power limits in User Alarms Data have been exceeded. The RF output power measurement is not reliable. The apparatus works by drawing current from the UPS. Internal serial communication timeout. The apparatus has stopped working. A thermal probe is unreliable and its reading is discarded. VDS voltage too low. The amplifier section has been stopped and will remain so until the disappearance of the cause. An overshoot of RF output power respect to the target is occurred. PSU VOLTAGE DERATING One or more PSU are in voltage derating. 023 024 025 026 027 028 029 030 031 032 033 034 040 041 044 045 046 047 050 051 User instructions 63 Event Code Message Description PSU MAINS OVER VOLTAGE Mains voltage too high. 052 053 053 054 054 055 055 056 056 057 058 059 060 061 065 066 068 069 070 PILOT PWR GOOD

(Amplifier) EXT REF MISSING

(Exciter) The RF input power level is correct. External reference (10Mhz) absent. INCREASE PILOT PWR

(Amplifier) The RF input power level is to low but not dan-

gerous and must be increased. MPX NO AUDIO

(Exciter) The MPX input level has remained lower than the minimum set level for the set time. DECREASE PILOT PWR

(Amplifier) The RF input power level is to high but not dan-

gerous and should be decreased. AES/EBU NO AUDIO

(Exciter) The AES/EBU input level has remained lower than the minimum set level for the set time. BAD INPUT RF PROTECTION

(Amplifier) RF input power level out of limit. The external modulator has been disconnected. STEREO NO AUDIO

(Exciter) The STEREO inputs level is lower than the minimum set level for the set time. STREAMING NO AUDIO DIG MPX NO AUDIO BATTERY LOW REFERENCE VOLTAGE ERROR No sufficient level audio streaming signal for the set time. No sufficient level digital MPX audio signal for the set time. The CPU backup battery is low. In case of no mains, the clock will lose settings. The internal refer. voltage is no longer reliable and the measurements will be incorrect. Some wrong alarms or warnings could be sent. FAN 3 ERROR Fan no.3 has stopped working properly. 062 DRAIN VOLTAGE CONTROL ERROR VDS voltage is more than 4V different from the expected value. The adjustment is fixed at the last valid value. It restarts when the difference becomes less than 4V. The clock says a wrong time; it isnt possible to cerrect automatically. Some settings, such as clock power target, will not run correctly. The apparatus has updated the internal clock automatically. Audio clipper protection has been activated to prevent a frequency deviation excess. RTC FAULT CLIPPER ON RTC USER UPDATED The user has updated the internal clock. 067 RTC AUTOMATIC RECOVERY CLIPPER OFF Audio clipper protection no longer actives. RTC SERVER NTP UPDATED The internal time reference has been updated via NTP server. 64 User instructions 6.3 External connectable devices 6.3.1 Connecting to a LAN/PC Connect the apparatus to PC via LAN using a switch or any other device such as a router. Also the direct connection between apparatus and PC is possible. See web connection manual for all details.

EXCITER SWITCH ETH CABLES PC User instructions 65 6.3.2 Connecting to a Change Over/Audio Matrix In N+1 systems, the apparatus may be a transmitter or the reserve (the exciter and its connections arent shown). Examples of connections between these devices are shown below. Tx1 in a N+1 system Echos6 SE

(Elenos Changeover) EXCITER EXCITER Reserve in a N+1 system Echos6 SE

(Elenos Changeover) Reserve in a N+1 system with Audio Matrix Echos6 SE

(Elenos Changeover) Audio Matrix

(BNC Version) EXCITER Reserve in a N+1 system with double Audio Matrix Echos6 SE

(Elenos Changeover) Audio Matrix

(XLR Version) Audio Matrix

(BNC Version) EXCITER 66 User instructions 5 2 B D e r a s e b a c l l l A s d r o c n o s n e t x e i 5 2 B D e r a s e b a c l l l A s d r o c n o s n e t x e i s d r o c n o i s n e t x e 5 2 B D e r a s e l b a c l l A i s d r o c n o s n e t x e 5 2 B D e r a s e b a c l l l A 7 Datasheet 7 Datasheet 7.1 7.2 Datasheet 8.1.1 ETG models layouts Individual models specific parameters

. 7.2.3 ETG 700.7 / ETG 300.3 / ETG 500.5 / ETG 150 7.2.4 ETG 20 7.2.1 ETG 2000.20 7.2.2 ETG 1500.15 ETG 1000.10 67 68 70 71 71 72 72 73 74 D a t a s h e e t

. Y Y Y ZZ.Z XX.X KK.K A V W C Datasheet 67 7.1 Datasheet GENERAL DATA Rated output power Operating band Samples RS232/485 Displayable parameters Adjustments Number of RF power LDMOS RF power technology (by Elenos) Number of power supplies Dimensions (rack units/ WHD) Weight Cooling fans (long life, speed controlled) Overall efficiency (typical) REMOTE CONTROL Remote control capability CONNECTORS RF output RF monitor Ethernet RS232/485 Telemetry (EIA485) TC/TS (parallel I/O) Profiles (only in N+1 configuration) Interlock MPX/Aux1/Aux2/MPX monitor Stereo Audio/AESEBU Mains Safety ground connection RF PERFORMANCES Output impedance Automatic RF power control Overall RF output power stability VSWR Harmonics and spurious emissions MODULATION PERFORMANCES MPX input level MPX input impedance MPX audio level adjustment L/R input level L/R input impedance L/R input level adjustment AES/EBU input level AES/EBU input impedance AES/EBU input resolution AES/EBU input sampling rate SCA/RDS input level Pilot level adjustment Pilot phase adjustment Pilot tone frequency Preemphasis Preemphasis accuracy Preemphasis tolerance Pilot tone deviation Pilot tone frequency stability 19 kHz output AES/EBU/Stereo/MPX/input automatic chov. THD + N FM S/N MPX FCC FM S/N STEREO CCIR See Spec table, Rated FWD column 87.5108 MHz RF sample MPX monitor Yes All most important parameters, such as voltages, cur-

rents, temperatures, RF powers, efficiencies and more on high resolution graphic OLED By front panel/via web interface See Spec table, no. MOSFETs column ICEFET and ECOSAVING 1 2HE/ 48.58.558.5 cm (19.13.323 inches) See Spec table, Weight column 2 for 20W to 700W models 3 for 1000W to 2000W models

70%

WEB, SNMP, SMS, (with optional modem) N female for 20W to 700W models 7/16 for 1000W to 2000W models BNC female (on front panel) RJ45 (on rear panel) DB9 female (on rear panel) DB9 female (on rear panel) DB25 female (on rear panel) DB25 female (on rear panel) SLSMT3.50 3pole (on rear panel) BNC female (on front panel) XLR 3pole female (on rear panel) no. 3 terminal blocks M4 threaded screw 50 Stabilizes the RF output power within 0.1 dB 2:1, (@ 10% of rated output power) fast HW protection Automatic SW foldback over 1.7:1 with max. 200ms delay; Open and short circuit output protection Within ETSI standards 10 to +15 dB for 75 kHz standard deviation 600 balanced/5k0 unbalanced 0.1 dBm steps 10 to +15 dB for 75 kHz standard deviation 600 balanced/k0 unbalanced 0.1 dBm steps 20 dBFS to 0 dBFS 110 balanced 24 bits 32, 44.1, 48, 96 and 192 kHz automatically selected 0 dBu for 10% deviation (adjustable) 0.05% steps soft adjustment 0.01o steps soft adjustment 19 kHz 0/25/50/75s selectable within 0.1 dB

0.1 s

75 kHz soft adjustment

1 Hz Yes Yes, sorted by priority list, audio input sensitivity and noaudio delay time

< 0.03% @ 1 kHz 82 dB 20Hz23kHz 50s ref @ 53 kHz RMS

72 dB weighted/unweighted @ fmod = 400Hz, 75kHz freq. de., peak value measurement, L/R/Mono channel 68 Datasheet Asynchronous AM S/N unweighted Synchronous AM S/N unweighted Modulation frequency range Amplitude/frequency characteristic Stereo crosstalk Distortion Intermodulation distortion Emission class Stereo emission PLL lock time Intermodulation distortion Frequency deviation Maximum frequency deviation Frequency stability RF frequency steps Phase response Modulation capability INSTALLATION REQUIREMENTS Power supply Power consumption (typical) Recommended wiring section Total current consumption (typical @ 230Vac) Power factor COOLING SYSTEM Cooling system Air flow NOISE DATA Acustic noise ENVIRONMENT Operating temperature Operating humidity Operating altitude Storage temperature Storage humidity Storage altitude Remote control SNMP option TELECONTROL AND TELEMETRY

> 55 dB

> 50 dB 16 Hz 15 kHz

0.1 dB (with/without preemphasis) @ fmod = 400Hz, 16Hz15kHz L/R/Mono channel

> 60 dB (linear/non linear) @ 30Hz15kHz L/R channel

(100% modulation)

< 0.05% with 75kHz/100kHz frequency deviation

@ 16Hz15kHz, L/R channel

< 0.05% channel, 60Hz/7kHz, 4:1, + 4dB F3 According to ITUR recommendation 450 (pilot tone)

< 10s

< 0.05% measured with two tones of 1kHz and 1.3kHz, 1:1 ratio @ 100% modulation

75kHz, 0.1 dB step adjustable

150kHz 1PPM 10 kHz 0.01o linear phase, 53kHz100kHz

165kHz 110230Vac singlephase See Spec table, Consumtion column 2.5mm2/AWG13 See Spec table, Current column. Current absorption may increase in case of lower AC line voltage

> 0.95 Forced aircooling (fans) 240m3/h typical (20W to 700W models) 400m3/h typical (1000W to 2000W models)

< 65 phones @ transmitter room, 2m distance from front panel 5 to +45oC / 23 to 113oF 5 to +39oC / 23 to 102oF recommended 95% noncondnsing @ 40oC / 104oF

< 3000 meters / < 9840 feet 20 to +55oC / 4 to 131oF 90% noncondnsing @ 55oC / 131oF

< 15000 meters / < 49,200 feet Yes Yes Datasheet 69 7.1.1 Individual models specific parameters Model Rated FWD no. MOSFETs Weight Consumption Current SPEC table in datasheet ETG20 20 adjustable ETG150 150 adjustable ETG300 300 adjustable ETG500 500 adjustable ETG700 700 adjustable ETG1000 1000 adjustable ETG1500 1500 adjustable ETG2000 2000 adjustable 1 1 1 1 1 2 3 3 7.9 kg (17.4lb) 60W 9.4 kg (20.7lb) 9.4 kg (20.7lb) 9.4 kg (20.7lb) 9.4 kg (20.7lb) 230W 430W 570W 800W 13.2 kg (29.1lb) 1400W 13.2 kg (29.1lb) 2000W 13.2 kg (29.1lb) 2700W 0.26A @ 230Vac 1A @ 230Vac 1.9A @ 230Vac 2.5A @ 230Vac 3.9A @ 230Vac 6A @ 230Vac 8.7A @ 230Vac 11.7A @ 230Vac 70 Datasheet 7.2 ETG models layouts 7.2.1 ETG 2000.20 3 4 5 6 6 6 9 13 14 10 11 15 16 7 8 12 17 1 22 1 2 3 4 5 6 7 8 9 AC/DC Main Pwr Supply Stereo coder DC/DC Pwr Supply VCO Output directional coupler AC/DC Service Pwr supply Output filter Output combiner Final stages Input splitter Driver stage Audio inputs changeover TC/TS + Profiles boards Interlock board Backup battery Aux + telemetry boards CPU 10 11 12 13 14 15 16 17 Datasheet 71 7.2.2 ETG 1500.15 ETG 1000.10 3 4 5 7 6 6 9 13 14 10 11 15 16 12 17 8 1 2 1 2 3 4 5 6 7 8 9 AC/DC Main Pwr Supply Stereo coder DC/DC Pwr Supply VCO Output directional coupler AC/DC Service Pwr supply Output filter Output combiner Final stages Input splitter Driver stage Audio inputs changeover TC/TS + Profiles boards Interlock board Backup battery Aux + telemetry boards CPU 10 11 12 13 14 15 16 17 72 Datasheet 7.2.3 ETG 700.7 ETG 500.5 ETG 300.3 ETG 150 2 3 4 1 6 5 7 9 10 11 12 8 13 AC/DC Main Pwr Supply AC/DC Service Pwr supply Output directional coupler TC/TS + Profiles boards 8 9 10 11 12 13 Interlock board Backup battery CPU Audio inputs changeover Aux + telemetry boards 1 2 3 4 5 6 7 Output filter Final stage Stereo coder VCO Datasheet 73 7.2.4 ETG 20 2 3 4 1 6 5 7 8 9 10 11 12 13 AC/DC Main Pwr Supply AC/DC Service Pwr supply Output directional coupler TC/TS + Profiles boards 8 9 10 11 12 13 Interlock board Backup battery CPU Audio inputs changeover Aux + telemetry boards 1 2 3 4 5 6 7 Output filter Final stage Stereo coder VCO 74 Datasheet 8 Maintenance 8 Maintenance

. 75 76 76 8.1.1 Periodic checks and replacements Maintenance 8.1 D a t a s h e e t Maintenance 75 8.1 Maintenance 8.1.1 Periodic checks and replacements CHECKS Periodicity Recommended when used under extreme conditions (tempera-

ture, humididty, dust, reflected power) 2weekly monthly 6monthly Needed under normal condi-

tions Intervention monthly Yearly Yearly Yearly 2yearly 2yearly 3monthly 3monthly 3monthly Yearly 6monthly 6monthly Yearly 6monthly Yearly 6monthly 2yearly 6monthly 3monthly 3monthly Yearly Yearly Yearly 6monthly 2yearly Cleaning the air filters (if arranged on board of the unit) Cleaning the front panel grid

(if the air filters are not arran-

ged on board of the unit) Verifying forward and reflected power values Verifying the proper fan wor-

king Verifying the conditions of the electrical connections Cleaning the fan blades Verifying the conditions of the RF power transmission lines Verifying the current absorp-

tion of the power supplies (as similar as possible) Verifying the current value of each MOSFET Cleaning from dust the envi-

ronment where the unit is installed Performing the spectrum ana-

lysis Verifying the correct operating temperature of the MOSFETs Verifying the correct operating temperature of the power sup-

plies Presence of corrosionon con-

nectors and boards 76 Maintenance

 

 

 

 

 

 

 

 

 

 

 

 

 

 

BEI ELECTRONICS LLC LABEL SAMPLE IC: 131A-ETG500 FCC ID: DDEETG500 MODEL: ETG500 CONTAINS: IC: 5131A-GL865Q3 CONTAINS: FCC ID: RI7GL865Q3

 

 

BEI ELECTRONICS, LLC. 4100 North 24th Street, P.O. Box 3606 Quincy, Illinois 62305 USA Phone (217) 224-9600 Fax (217) 224-9607 www.bdcast.com bdcast@bdcast.com January 28, 2020 Federal Communications Commission Authorization and Evaluation Division EXHIBIT TYPE Schematics Circuit Description Parts List Tuning Procedure SUBJECT: Confidentiality Request regarding Application for Certification for FCC ID: DDEETG500 Pursuant to Sections 0.457 and 0.459 of the Commissions Rules, we hereby request confidential treatment of information accompanying this application as outlined below:

The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these materials may be harmful to the applicant and provide unjustified benefits to its competitors. The applicant understands that pursuant to Section 0.457 of the Rules, disclosure of this application and all accompanying documentation will not be made before the date of the Grant for this application. Pursuant to DA04-1705 June 15, 2004 of the Commissions public notice, we also request temporary confidential treatment of information accompanying this application as outlined below for 180 Days:

EXHIBIT TYPE Internal Photos Test Set up Photos User Manual Regards, Thomas Beck Executive Vice President

 

 

 

 

 

 

Broadcast Electronics 4100 North 24th Street, Quincy, Illinois 62305 USA Phone (217) 224-9600 Fax (217) 224-9607 www.bdcast.com bdcast@bdcast.com January 28, 2020 Timco Engineering, Inc. 849 N.W. State Road 45 P.O. Box 370 Newberry, FL 32669 To Whom It May Concern:

Regards, Thomas Beck Executive Vice President SUBJECT: Application(s) for Certification for FCC ID: DDEETG500 We, the undersigned, hereby authorize Sharon Hoffman at TIMCO ENGINEERING, INC. on our behalf, to apply for certification on our equipment referenced above. Any and all acts carried out by TIMCO ENGINEERING, INC. on our behalf shall have the same effect as acts of our own. This is to advise that we are in full compliance with the Anti- Drug Abuse Act. We, the applicant, are not subject to a denial of federal benefits pursuant to Section 5301 of the Anti-Drug Act of 1988, 21 USC853a, and no party to the application is subject to a denial of federal benefits pursuant to that section.