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coship satellite receiver manualDigital Cable ReceiverSafety Instruction. When using the receiver, basic precautions should always be followed, including the following:Install in accordance with the manufacturer’sA polarized plug has two blades withThe wide blade is provided for your safety. If the provided plug doesWhen a cart is used, use caution whenServicing is required when the apparatusChanges or modifications not expressly approved by the party responsible forNote. This equipment has been tested and found to comply with the limits for a Class BThese limits are designed toThis equipment generates, uses and can radiate radio frequency energy and, if notHowever, there is no guarantee that interference will notIf this equipment does cause harmful interference toDOLBY Mark. This mark appears on front panel of this receiver, painted prominently in contrasting color toManufactured under license from Dolby Laboratories. Dolby and the double-D symbol are trademarks of Dolby Laboratories.ContentsName. FunctionName. FunctionPlease refer to Learning Key.Switch between operation and standbyMute. Switch channels or input numbers. Last. Back to previously viewed channel. Info. Display channel information barMenu. Display main menu. Guide. Display EPG. Adjust volume. Switch channels. Exit. Back to previous menu or exit fromOther keys. Reserved. Notes:Connect TV and other devices, then you can power on the receiver and search channels.Connect CABLE IN port on the receiver to CATV network with an RF cable.Connect HDMI port on the receiver to HDMI port on TV.Note: If you encounter any problem during the connections, please contact your localTV screen. Note: Please turn on your TV and switch it to AV mode.http://master-br.ru/img/dumper-lister-diesel-engine-manual-tip.xml
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If there is no channel stored in the receiver, after initialization, you should search channelsIf there are some channels stored in the receiver, after initialization, program will be playedDISPLAY on front panel is offMake sure power adapter is plugged into a proper powerDISPLAY on front panel is on, but no sound and picture on TV screen. The receiver is in standby mode. PressNo signalConnect signal cable correctly.Set correct parameters. No soundConnect audio cable correctly.Press Mute key to restore sound.Increase volume to a proper level.Set a proper audio parameter. No pictureConnect video cable correctly.Switch it to TV mode if you need. Video and audio mismatch, or absonant sound. Audio parameter is set wrongly. Select a proper audio parameter. Poor quality picture. Weak signal. Connect signal cable securely. RCU doesn’t workReplace the batteries.Aim RCU at the receiver. Note: If you cannot solve the problems after referring to this trouble shooting, pleaseTuner. Input Frequency. Loop out Frequency. Input Level. BandwidthStandardDemultiplexer. Standard. Input Max. Bit Stream RateAudio Decoding. Standard. DecodingLeft, Right and Stereo. Sampling Freq.Audio Output Impedance. Low. Video Decoding. Standard. Aspect RatioHigh Definition Output. Output FormatOutput ConnectorFlash MemoryInfrared (Carrier Freq.: 38KHZ). BatteryRear PanelConnectorPower Adapter (optional). Input Voltage. Output VoltageInput VoltagePhysical Characteristics. SizeWeightOperation Temperature. Storage Temperature. Storage HumidityComposite Video Broadcast Signal. Digital Video Broadcasting. Electronic Program Guide. Free to Air. Hard Disk Drive. High Definition Multimedia Interface. High Definition Television. Lighting Emitting Diode. Network Information Table. On Screen Display. Over the Air. Personal Video Recording. Radio Corporation of America. Radio Frequency. Standard Definition Television. Universal Serial BusPDF Version: 1.6. Linearized: No. Author: 901706. Language: zh-CN.http://accessiblevehicleservices.com/userfiles/dump-truck-operator-manual.xml Tagged PDF: Yes. Creator: 901706. Title: Thank you for purchasing xxx Digital Satellite Receiver. Document ID: uuid:1fef2971-69c0-4531-ad80-440f9ed59417. Instance ID: uuid:903c7ec6-7b3c-4831-a138-a0043ba7e49f. Page Count: 13. Manufactured By: SHENZHEN COSHIP ELECTRONICS CO., LTD. Keep these instructions. Heed all warnings. Follow all instructions. Do not use this apparatus near water. Clean only with a dry cloth. Do not block any ventilation openings. Install in accordance with the manufacturer's instructions. Do not install near any heat sources such as radiators, heat registers, stoves, or other apparatus (including amplifiers) that produce heat. Protect the power cord from being walked on or pinched, particularly at plugs, convenience receptacles, and the point where they exit from the apparatus. Unplug this apparatus during lightning storms or when unused for long periods of time. Refer all servicing to qualified service personnel. Servicing is required when the apparatus has been damaged in any way, such as the power supply cord or plug is damaged, liquid has been spilled or objects have fallen into the apparatus, the apparatus has been exposed to rain or moisture, does not operate normally, or has been dropped. Warning: To reduce the risk of fire or electric shock, do not expose this apparatus to rain or moisture. The apparatus shall not be exposed to dripping or splashing and that no objects filled with liquids, such as vases, shall be placed on the apparatus. The MAINS plug is used as the disconnect device and shall remain readily operable. Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. Please operate according to the key instructions on screen. 4 INSTALLATION STEPS Install digital TV SIM card Digital TV SIM card is provided by your local operator for watching programs of encrypted channels and accessing digital TV services. The SIM card slot is on the right side of the receiver. Insert the card into the slot horizontally according to the shape of the card in the following diagram. Connect external remote control signal receiver There is a remote control signal receiver on the rear panel of the receiver. If installation location of the receiver is not convenient for your operation (e.g. behind TV), you can plug the external signal receiver into IR port on the receiver to receive signal. Note: Suggest you install the remote control signal receiver in the central location along TV. TV SIM Notes: Only FTA channels are available without the card. Please remember your card number in case of queries. Do not bend or damage the card. Do not place the card in hot environment or under direct sunlight. Please use dry and soft cloth to clean the surface of the card gently. Do not put the card into liquid or cleaning agent. If the card does not work properly, please contact your local operator. Remote Control Signal Receiver Connect signal Connect CABLE IN port on the receiver to cable wall outlet with an RF cable. Note: Make sure your TV is set to AV input mode. If you need to loop output RF signal to another receiver, please connect LOOP OUT port on the receiver to CABLE IN port on another receiver with an RF cable. VIDEO R-AUDIO L-AUDIO RF Cable Audio Cable AV Cable L-AUDIO R-AUDIO CABLE IN Another Receiver Audio Equipment Connect power Connect USB device Connect USB port on the right side of the receiver to USB device with a USB cable. Plug the DC plug of power adapter into power input port on the receiver; plug the other end into a power outlet or surge protector. USB Device USB Cable 6 MENU OPERATION GUIDE Notes: Please press MENU key to display main menu whenever you want to use menu system. In the main menu, select a sub-menu and press ukey to enter. The default system lock password is, the default maturity rating password is 1234, which you should remember after modification. Shortcut keys are more useful when you watch programs, and their meanings are indicated on remote control unit. 1. Installation Auto Search: You can search channels automatically without more operation. Manual Search: You can search channels by specifying frequency parameters and search mode. Upgrade Software: Please follow instruction displayed on screen to perform upgrade when you need it. Notes: If you are not sure about parameter values, you can search channels according to defaults. Do not turn off the receiver during searching and upgrading. 2. Manage Channel Channel Edit: You can lock channels. System lock password is required to watch programs of these channels. In addition, you can move and delete channels. Favorite Channels: You can set favorite channels, so that you can easily select them in favorite channel list. Channel Information: You can view detailed information of current channel, such as PIDs, signal level and quality, etc. Schedule Manage: All the scheduled programs are displayed in this window. You can cancel or restore schedules. 3. User Setup System Lock: You can modify system lock password. General Setting: You can view and modify menu opacity, time zone, etc. AV Setting: You can view and modify TV mode, aspect mode, etc. Language Setting: You can view and modify menu language and audio language. Factory Default: This function will restore system settings to factory default and erase all channels. Please use this function carefully! 4. Information CA Information: You can view information about CA (Conditional Access) and modify CA PIN and maturity rating. CA PIN is required to view programs beyond the set rating. MailBox: You can view all the mails received from your local operator. In addition, you can delete mails. System Information: You can view information of the receiver, such as hardware version, software version, etc. Customer Care: You can view some information about your local operator. 7 5. PVR File List: You can playback and edit (sort, reverse, delete, delete all) recorded files on USB device. In addition, you can rename files. Schedule: All the recording schedules are displayed in this window. You can add, delete or edit schedules. Note: System will remind you near the airtime of the scheduled programs. PVR Setting: You can view and modify recording parameters, such as PVR icon timeout and default recording duration. HDD Format: You can format USB device, and all files will be deleted. EPG (Electronic Program Guide) Press EPG key to display EPG in non-menu mode. You can browse program information in a week and schedule to play future programs. The scheduled programs will be displayed in schedule manage window. Note: System will remind you near the airtime of the scheduled programs. CHANNEL LIST Press OK key to display channel list in non-menu mode. You can browse channels of different classes, such as TV ALL, Radio ALL, etc., and select a channel to play in full screen. 8 TROUBLE SHOOTING A. THE FRONT PANEL LIGHT IS OFF. Make sure power adapter is attached to the unit and plugged into a live power outlet securely. B. NO PICTURE. Make sure video cable is connected correctly. C. NO SOUND. Make sure audio cable is connected correctly. Press key to resume volume if the unit is in mute mode. Press AUDIO key to select proper audio language. D. NO SOUND AND NO PICTURE. Make sure AV cable is connected correctly. Make sure your TV is set to correct AV input mode. Press key to switch to operation mode if the unit is in standby mode. E. PICTURE AND SOUND MISMATCHED. Press AUDIO key to select proper audio language. F. NO SIGNAL. Make sure signal cable is connected correctly. Program parameters are set wrongly. Please correct parameters. G. PAUSE OR MOSAIC IMAGE. Signal is too weak. Please connect signal cable securely. H. PROGRAM CANNOT BE PLAYED. SIM card is inserted incorrectly. Insert the SIM card correctly. SIM card cannot decrypt this kind of program. You have not subscribed to the selected channel. Please contact your local operator. I. THE UNIT STOPS WORKING SUDDENLY. Poor ventilation, or heat-producing object or device is nearby. Put the unit in a cool and well-ventilated place. J. REMOTE CONTROL FAILURE. Make sure your remote control unit is aimed at the remote control signal receiver. If external remote control signal receiver is used, make sure it is plugged into IR port on the receiver securely. No enough power in batteries of remote control unit. Please replace batteries. CAUTION! If you cannot solve the problem after referring to above trouble shooting, please contact your local operator. To reduce the risk of electric shock, do not remove the cover. Equipment service and maintenance should be undertaken by trained personnel. If no further instruction, At all times when using the apparatus you must follow these Important Thank you for purchasing The Bouncer Bluetooth Speaker. Enjoy your music wirelessly from any smartphone, tablet, laptop, or other Bluetooth enabled Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, User Manual. XILICA Audio Design User s s Manual TVS-3000 TCC-6000 HD DVR Dolby and the double-d symbol are trademarks of Dolby All rights reserved. No part of this The TV s features include: www.vizio.com. PACKAGE CONTENTS 7 LED LCD Portable TV Remote Carrying Pouch Power For support visit: www.1800customersupport.com GENERAL TABLE OF All rights reserved. Kinivo is a trademark of Kinivo LLC. Bluetooth word mark and the Bluetooth logo are registered trademarks of Bluetooth SIG. All Operation Manual Please read carefully and follow all warnings and instructions in It will help Use the remote control as shown below to access and adjust features as desired. In This Guide Using Your Remote Using Your Cable Set-Top Box Accessing Your IPG Menus Please read this manual carefully before operation your set and retain it for future reference. FT55-P10 With the switch from analog to digital technology, Cable ONE will be able to add new channels, especially more HD channels, and Global Reach with a Local Touch Customer Care 1-800-314-7195 Takes you back to FOXTEL after you have been using AV mode Thanks to your new Digital Cable Service, you now have access to the most cutting-edge cable television services available, only from RCN. At RCN, User s Manual FOXSAT-HDR. The default password is 0000. No User-serviceable parts inside. Refer servicing to qualified service Do not expose this equip ment to dripping or splashing and ensure that no objects This product employs integrate circuits, low power consumption, and no radiation It is the best solution for home reception and digital For best results, please thoroughly read this manual and carefully follow the instructions. Please pay extra attention Amplifier Installation and Setup Guide. AVoIP Model 70A00-1 GSM Cellular Communications Center Operation Manual Document Number 70I00-1 Rev A August, 2009 Contents Description. 1 Use with security systems.1 Everyday use.2 No User-serviceable parts inside. Refer servicing to qualified service personnel. WARNING: To prevent fire It delivers clear voice transmission and high quality We are committed to giving you the best home security available today Package contents Photo Frame AC Adapter We hope you will get much enjoyment from your wireless audio system. Please Comfort Contego T900 Transmitter English Comfort Contego R900 Receiver DO NOT USE the COMFORT CONTEGO if you have a PACEMAKER It is important UserOs Manual Notice Every effort was made to ensure that the information in this guide was complete and accurate at the time of Do not expose this equip ment to dripping or splashing and ensure that no objects These manuals are designed to facilitate the exchange of information related to cinema This document contains proprietary information protected by copyright. No part of this publication may be reproduced, stored in a retrieval To use this website, you must agree to our Privacy Policy, including cookie policy. It can be tailored to the needs of individual operator for a variety of applications. P5000 is able to monitor abnormal signals and trigger relay alarm. Its user-friendly management system and SNMP programmable interface facilitate centralized management for multiple equipments. Never open the cover. Less than one year from now, on February 17, 2009, as decreed by the federal government, broadcasters will cease transmitting analog wave TV signals from their towers. Because the SRU 5130 may use different signals for each brand and even for different models of the same brand, it is advisable to test whether your device responds to the SRU 5130.The example. Login to post What will I do? But if set that's no good. I have a used one, which is in good condition.Let me know if you require further assistance.What is the fault and what should I do. Thank you. Answer questions, earn points and help others. Covering an area of over 15,000 square meters, our factory boasts nearly 500 employees, 20 of whom have senior professional technique titles, eight assembling lines, and 21 testing and adjusting lines.Covering an area of over 15,000 square meters, our factory boasts nearly 500 employees, 20 of whom have senior professional technique titles, eight assembling lines, and 21 testing and adjusting lines. Copyright on pictures and data sheets by the manufactures. Copyright of various picturs only by ILG Software. Manufacturers and producers of receivers are full responsible for patent rights, content of data sheets, product information and product details. Data are included if receiver are announced to be produced or if receiver were put into the marked. We will keep data in this documentation although producer may have dropped this product due to technical or legal right problems ! Urheberrechte der Bilder und Dateninhalte liegen immer bei den Herstellern und in einigen Fallen nur bei ILG Software. Die Hersteller sind voll verantwortlich fur alle Rechte, Inhalte und Patente, welche in den Datenblattern veroffentlicht wurden. Inhalte sind aufgefuhrt bei Receivern, deren Markteinfuhrung angekundigt wurde. Wenn ein Gerat doch nicht produziert wurde (z.B. aus rechlichen oder Lizebtproblemen), so werden die Daten trotzden hier aufgefuhrt und nicht geloscht. 2.2. Approach As pointed out in the introduction, for the calculation of extinction strain rates or the generation of flamelet tables, a large number of counterflow flames have to be simulated. This is generally done by performing a batch simulation. This guess is used as the initialization for the actual computation. The estimation is based on the assumption that the structure of flames with finite-rate chemistry behaves similarly to the structure of flames with infinitely fast chemistry. In nonpremixed flames, the structure is mostly influenced by diffusion which is equally represented in flames with finite-rate and infinitely fast chemistry.However, instead of scaling the flame on a fixed grid, the grid size The magnitudes of both the temperature and the species mass fractions are supposed to change little for a batch step. Therefore, the absolute values of these variables can remain unaltered. Additionally, a potential refinement of the grid is adapted as well automatically. In contrast to the temperature and species profiles, the magnitudes of the velocity profiles, the pressure curvature, and the boundary conditions have to be updated. Using the definition of the mean strain rate In addition to the general case, the scaling factors at constant pressure and The last column is added for the case that different pressures should be calculated. With rising pressure, the extinction strain rate increases. If a batch of counterflow flames up to extinction is to be computed for various pressures, starting each pressure batch at the same initial strain rate would lead to an increasing number of simulations with pressure. To compute approximately the same number of simulations for all pressures, the initial strain rate has to be modified. The relation This is based on the analysis of hydrogen-oxygen and ethane-air flames. The exact quantity probably depends on the fuel and oxidizer compositions, but The batch procedure is formulated as a Python script. In between the simulation runs, the new initial condition is estimated using the relations derived above. The two benefits of the proposed method, the speed-up and the robustness, are demonstrated using two test cases described in the following. 3.1. Speed-Up Test Case To indicate the speed-up achieved by the proposed method, a series of counterflow flames at various pressures and strain rates is simulated. This could be the basis for the creation of a flamelet table. Since the computation of the underlying counterflow flames is the most computationally expensive step in the creation of a flamelet library, such a task is assumed to speed up accordingly. The acceleration is shown by comparing a batch simulation which incorporates the proposed method with a state-of-the-art benchmark simulation. This is demonstrated for a hydrogen-oxygen flame and an ethane-air flame. The overview over the simulation parameters is given in Table 2. ? Speed-up H 2 Speed-up C 2 H 6 Extinction point Fuel H 2 C 2 H 6 H 2 Oxidizer O 2 Air O 2 Reaction mechanism The pressure is increased by approximately 15 in each step. Additionally, at 13 of the previously computed pressure levels, isobaric flames should be calculated at increasing strain rates. The strain rates are raised by 25 in each step until the flame is extinguished. For each fuel-oxidizer configuration, the test case is run two times. The accelerated run makes use of the procedure described in this paper. In the corresponding benchmark run, the initialization procedure is not applied. The pressure and strain rate are set in this case by changing only the operating pressure and the inlet mass fluxes, respectively. Both cases are run sequentially on a standard desktop PC (housing an Intel i5 CPU at 3.2?GHz) under standard load conditions. For the hydrogen-oxygen flame, the benchmark computation fails to converge for pressures above 64 bar. At this point, the cumulated simulation time already amounts to 14:12 minutes. The accelerated run runs smoothly for all pressure levels; at 64 bar the cumulated simulation time is only 43 seconds. For the ethane-air flame, both variants are able to compute all pressure levels. The simulation time for the entire loop is accelerated from 2:47:35 hours to 15:15 minutes using the proposed method. The values are compared in Table 3. ? With scaling rules (accelerated) Without scaling rules (benchmark) Pressure loop H 2 -O 2 (64 bar) Table 3 Simulation times for the pressure loops and the average strain rate loops with and without the scaling rules applied. The loops through the increasing strain rates profit even more from the preconditioning step. For the hydrogen-oxygen flame, the average time for an isobaric loop decreases from 1:49 minutes to only 5 seconds. For the ethane-air flame, the corresponding times are 3:55:29 hours and 4:08 minutes. At pressures above 10 bar for the hydrogen-oxygen flame and above 30 bar for the ethane-air flame, the solver diverges in the strain rate loop in the benchmark run. This problem does not occur for the accelerated run. This fact also indicates the improvement in robustness achieved by using the derived scaling rules. Figures 2 and 3 show the axial velocity and temperature profiles over the normalized grid for the accelerated case of the hydrogen-oxygen flame. It can be seen that the flame thickness with respect to the grid size indeed remains constant. The axial velocity profiles also remain similar. This proves that the scaling rules derived from infinitely fast chemistry in fact apply to finite-rate chemistry counterflow flames. Figure 2 Profiles of the normalized axial velocity Figure 3 Profiles of the normalized axial velocity This makes it possible to compute the extinction point of counterflow flames very accurately without having to apply a cumbersome method to circumvent the singularity at this point. For multiple flames at constant pressure levels, the strain rate is increased gently until the flame is extinguished. From the last burning flame, the strain rate is increased in smaller steps to get closer to the extinction point. This iteration is repeated until the temperature change is below a threshold value. The strain rate and the maximum temperature of the last burning solutions are taken as the extinction strain rate and extinction temperature. This is demonstrated for a hydrogen-oxygen flame. The boundary and operating conditions of the initial simulation are given in Table 2. The output strain rates and temperatures at the extinction point are shown in Figure 4. While the extinction strain rate matches the reference values almost perfectly, the maximum flame temperature at extinction is slightly overpredicted. This is due to the fact that the reference data were created using a sophisticated two-point flame controlling continuation method. The method presented in this paper approaches the extinction point from higher temperatures. Figure 4 Maximum strain rates and maximum temperatures for H 2 -O 2 counterflow flames just before the extinction point as a function of pressure. This is achieved by estimating the initial solutions from previously computed simulations. The scaling parameters for the solution vectors with respect to the pressure and the strain rate are derived from existing relations for flames with infinitely fast chemistry, dimensional analysis, and empirical observations. Additionally, using the improved procedure, several operating points can be computed that fail to converge in the reference run. The method is also used to compute the extinction point of a hydrogen-oxygen counterflow flame. The result very accurately matches data from the literature. Using the described simple procedure, the extinction point can be calculated without having to use cumbersome continuation methods. Nomenclature Acknowledgments The Deutsche Forschungsgemeinschaft (DFG) in the framework of Sonderforschungsbereich Transregio 40 provided financial support for this project. This work was supported by the German Research Foundation (DFG) and Technische Universitat Munchen within the funding programme Open Access Publishing. View at: Google Scholar L. Pons, N. Darabiha, and S. Candel, “Pressure effects on non-premixed strained fames,” in Proceedings of the European Combustion Meeting, Chania, Greece, April 2007. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. We will be providing unlimited waivers of publication charges for accepted articles related to COVID-19. Sign up here as a reviewer to help fast-track new submissions. This technology is founded on absence of nitrogen in the oxidizer, which is replaced by carbon dioxide. Thus, the combustion speed and temperature are limited in comparison with pure CH4-O2 combustion. The usage of the oxidation mechanism of methane combustion depends on the oxidizer composition. For conventional, CH4-air combustion, two found reduced mechanisms in the literature were used in the simulations. Whereas, modified versions of those schemes were employed in the calculation in the nitrogen-free atmosphere. The simulation of one-dimensional stretched premixed laminar flames was performed in order to examine reduced schemes in the conditions, which may occur in real applications. Calculations of the flame for various fresh mixture compositions were performed for equivalence ratio equal to one, initial mixture temperature 300 K and pressure one bar. For two-step mechanism, the minimum velocity, which is an important quantity for premixed stretched laminar flames, for methane-air combustion, was in better agreement with detailed computations compared to the four-step scheme.