Westell CSIT61080-10W Bidirectional Amplifier User Manual D960 1043 001 rB MANUAL Tango dual 700 800 pmd

Westell, Inc. Bidirectional Amplifier D960 1043 001 rB MANUAL Tango dual 700 800 pmd

Exhibit D Users Manual per 2 1033 c3

CSI Bi-Directional AmplifierCSI Bi-directional AmplifierCSI-T61080-10W-SP78 &CSI-T61080-10W-WSP78Installation Manual
Table Of ContentsProduct Registration/Certification Information ................ 1Safety Guidelines .......................................................... 1Product Information ....................................................... 2LED Indicators .............................................................. 2Pin-Out Chart ................................................................ 2Control and Connector Locations................................... 3Mechanical Mechanical Outline Drawing ....................... 3Installation..................................................................... 4-5Important Safety Information .......................................... 5Band Selection.............................................................. 6Performance Adjustment ............................................... 6-17View Menu Flow Diagram ................................. 7View Menu Series ............................................ 7-11Edit Menu Flow Diagram .................................. 12Edit Menu Series ............................................. 12-17Troubleshooting ............................................................. 18Product Warranty .......................................................... 19
- 1 -The serial number may be found on the label on the rear panel of the unit. Foryour convenience, note this number below. Retain this manual, along withproof of purchase, to serve as a permanent record of your purchase for futurereference or in the event of theft.Product Certification/Registration InformationSafety GuidelinesThe general safety information in this guideline applies to both operat-ing and service personnel. Specific warnings and cautions will be foundin other parts of this manual where they apply, but may not appear inthis summary. Failure to comply with these precautions or specificwarnings elsewhere in the manual violates safety standards of design,manufacture, and intended use of equipment. Cellular Specialties, Inc. assumes noliability for the customer’s failure to comply with these requirements.GroundingThis amplifier system is designed to operate from 120 Vac @ 1.3A maxpowerand should always be operated with the ground wire properly connected. Donot remove or otherwise alter the grounding lug on the power cord.Explosive AtmospheresThis product has an integral circuit breaker, which may cause an electrical flashif the breaker should reset. To avoid explosion or fire, do not operate this productin the presence of flammable gases or fumes.Lightning DangerDo not install or make adjustments to this unit during an electrical storm.HAZARDOUS VOLTAGES MAY BE PRESENT WHEN THE COVER IS OPEN.tampering with the chassis will void your warranty. If you suspect a malfunctionwith this product, call your dealer or the Cellular Specialties Support Line at(603) 626-6677.DISCLAIMER: All information and statements contained herein are accurate to the best of the knowledge ofCellular Specialties, Inc. (CSI), but Cellular Specialties makes no warranty with respect there to, including withoutlimitation any results which may be obtained from the products described herein or the infringement by suchproducts of any proprietary rights of any persons. Use or application of such information or statements is at theusers sole risk, without any liability on the part of Cellular Specialties, Inc. Nothing herein shall be construed aslicense or of recommendation for use, which infringes upon any proprietary rights of any person. Productmaterial and specifications are subject to change without notice. Specialties’ standard terms of sale and thespecific terms of any particular sale.MODEL NUMBER SERIAL NUMBER DATE OF PURCHASEPOINT OF SALE COMPANY
- 2 -Product DescriptionCellular Specialties, Inc. (CSI) developed this Bi-Directional Amplifier (BDA) for usewhere sufficient signal from local repeater sites to operate public safetycommunications devises was unavailable within the building. It is necessary thatsufficient signal be available on the roof of the structure. The BDA is connected to anexternal antenna, usually on the roof, and to one or more internal antennas placedstrategically throughout the area where communications service is desired.The external antenna is usually a directional type such as a “yagi”. Internal antennasare usually omnidirectional, although various other types may be used for certaininstallations. The BDA amplifies both the “uplink” (tranceiver to tower) and “downlink”(tower to transceiver) signals thus facilitating communications to and from the localrepeater site. There are seven amplification stages on the downlink and seven onthe uplink for a total of +80 dB nominal gain for each link. Gain can be set using theLCD display and select/up/down switches. There are also LED indicators for poweroverload and gain reduction to prevent oscillation.LED Indicators (located on the User Interface Control Panel)Warning: The unit has sensed instability due to insufficient isolationbetween the inside antenna and the outside antenna, and hasreduced the gain of the amplifier. This is done to prevent oscilla-tion, which can interfere with the handsets in the covered areaand/or the base station.Fault:(Red) The gain of the unit has been reduced to a minimum in orderto prevent very strong input signals from overloading theamplifier. The amplifier will attempt to recover from this condi-tion, initially at fifteen second intervals and then at four-minuteintervals.Pin-Out ChartPin Description 1 5 Volts 2 Center Contact Alarm Relay 3 Alarm Contact-Open 4 Alarm Contact-Closed 5 Shut Down 6 GroundAn automatic amplifier safety shutdown circuit isalso incorporated that will disable the transmit-ter, to prevent excessive intermodulation andoscillation, should the uplink or downlink over-loads be reached . The amplifier will periodicallyattempt to recover from this condition.The BDA is equipped with an internal interfaceconnector (RJ-15) designed for use with anoptional remote monitor. A second Connector (RJ-11) mounted externally is used for remotemonitoring and shutdown. The RJ-11 pin-out islisted here.•Pins 3 & 4 will toggle from open to closedwith faults.•Pin 1 (5 Volts) can be tied to Pin 5 toshut the unit down.
- 3 - Mechanical DrawingSTA TU SPOR T INSIDEANTE NN APOWEROUTSIDEANTE NN AControl and ConnectorLocations
- 4 -InstallationIndoor Server AntennaOutdoor Donor Antenna Antenna located on roof of building and grounded in accordance with NEC 810-15, 21.Align antenna with donor site to achieve highest signal strength reading Lightning arrester located at building penetration point and grounded. CSI-T61080-10W-SP78 or CSI-T61080-10W-WSP78 Bi-Directional AmplifierExample: Typical Single Internal Antenna System DesignOptional AccessoriesA complete line of accessories is available from Cellular Specialties, Inc. Check with your CSIdistributor for any additional items needed. Below are just a few examples suitable for most in-building needs.•Outside Donor AntennaSMR700&800 - model number: CSI-AY/700-960/11•Inside Omnidirectional AntennaQuad-band - model number (CSI-AO/700/2.5K/3)•Power Dividers2:1 - model number (CSI-SPD2/700-2.5K/N)3:1 - model number (CSI-SPD3/700-2.5K/N)4:1 - model number (CSI-SPD4/700-2.5K/N)•Grounding Kit - model number (CSI-GKIT)•Lightning Arrestor - model number (CSI-CAP)•Directional Couplers and Cross Band Couplers are also available.6dB - model number (CSI-DC6/700-2K/N)10dB - model number (CSI-DC10/700-2K/N)15dB - model number (CSI-DC15/700-2K/N)20dB - model number (CSI-DC20/700-2K/N)30dB - model number (CSI-DC30/700-2K/N)
- 5 -•A high degree of isolation must be afforded to prevent any re-generativefeedBack in the system. FeedBack of this nature causes the amplifier to emit acontinuous signal of maximum amplitude and could, in some cases, interfere withnormal operation of the donor site. The use of window mounts or other non-rooftopmountings antennas should be avoided.•The Installer should refer to the Safety Precautions, in the following section, forproper antenna selection and installationImportant Installation NotesWARNING! AMPLIFIER OR HANDSET DAMAGE MAY OCCUR IF AHANDSET IS CONNECTED DIRECTLY TO THE BDA OR THE COAX THATLEADS TO THE BDA.Important Safety Information!For INDOORuse, anomnidirectionalantenna with amaximum gain of 3dBi is authorized for use with thisunit. Inside antennas must bepositioned to observe minimumseparation of 120 cm. (~ 4 ft.) fromall users and bystanders. For theprotection of personnel working inthe vicinity of inside (downlink)antennas, the following guidelinesfor minimum distances between thehuman body and the antenna mustbe observed.The installation of an INDOORantenna must be such that, undernormal conditions, all personnelcannot come within 120 cm. (~ 4.0ft.) from any inside antenna.Exceeding this minimum separationwill ensure that the employee orbystander does not receive RF-exposure beyond the maximumpermissible exposure according tosection 1.1310 i.e. limits forGeneral Population/UncontrolledExposure.For OUTDOOR use, a directionalantenna up to a maximum gain of11dBd is authorized for use with thisunit.The outside antenna must bepositioned to observe minimumseparation of 120 cm. (~ 4 ft.) fromall users and bystanders. For theprotection of personnel working inthe vicinity of outside (uplink)antennas, the following guidelinesfor minimum distances between thehuman body and the antenna mustbe observed.The installation of an OUTDOORantenna must be such that, undernormal conditions, all personnelcannot come within 120 cm. (~ 4ft.) from the outside antenna. In allinstallations, the antenna shouldnever be mounted such that themain beam is directed toward anarea where workers or bystandersmay be present. Exceeding thisminimum separation will ensurethat the worker or bystander doesnot receive RF-exposure beyondthe Maximum PermissibleExposure according to section1.1310 i.e. limits for GeneralPopulation/Uncontrolled Exposure.
- 6 -Performance AdjustmentThe menu system can be navigated with five buttons: UP, DOWN, EDIT,SAVE, and MENU. Feedback is given to the operator through the LCD panel.The LCD Command Interface offers two distinct series of menus: the ViewMenu Series, which allow a user to view, but not alter, certain bits of data theunit maintains; and the Edit Menu Series, which permit the alteration of thisinformation. The Edit Menu Series are kept secure from general use by apassword, if password control is invoked, so that curious or malicious peoplecannot randomly alter data. However, this unit is shipped with this featuredisabled. See page 16 for further details.In both menu systems the MENU button is used to maneuver between menusin a sequential fashion. EDIT is generally used to enter the Edit Menu Series,and SAVE is generally used to exit it. (Pressing SAVE in all menus exceptthe one that allows you to alter the Edit BDA Name menu (explained below)will force any changes made while in the Edit Menu Series to be saved in non-volatile memory. The BDA will then exit the Edit Menu Series; if the userneeds to edit more information, they will need to press EDIT and enter apassword again.) The UP and DOWN buttons are usually used to scrollthrough options within a given menu, if several options exist.What follows is an exploration of each menu series in detail, and how eachmenu represents and interprets data.C & KDN DN C & K C & KDN800 Band 2UL: 817MHz-824MHzDL: 862MHz-869MHz(Control switch shown inthe default ON condition.)800 Band 1UL: 806MHz-815MHzDL: 851MHz-860MHz(Control switch shown inthe default ON condition.)700MHz BandUL: 793MHz-805MHzDL: 763MHz-775MHz(Control switch shown inthe default ON condition.)Band Selection for Channelized Units OnlyNote: each channelized BDA is shipped with all bands active (all number 1switch locations set to the ON position for both up and down links.) To preventa band from being passed by the BDA, set the desired band switch off. Thiswill filter out that band. Note: switch positions 2-5 on each of the bandcontrols are inactive and not used. It is also important to set the switches onthe uplink and downlink controls in the same positions.
- 7 -The View Menu SeriesView Menu TreeScreen SaverPower ReadingsOscillation EventsOverheat EventsPeak Power ReadoutUplink and Downlink Maximum GainBDA Name and AddressMENUMENUMENUMENUMENUMENUMENUany key Page 8Page 8Page 9Page 9Page 10Page 10Page 11This series of menus will allow the user to view, but not alter, the information stored in the BDA. Pressing the EDIT button will cause the BDA to ask for a password, if password control is invoked. Password control is invoked by pressing EDIT and MENU simultaneously. The password is a five button sequence that secures the ability to change the information within the BDA. Keys in this password can consist of any button except MENU.This password defaults to the following sequence until changed by the user:UP, DOWN, DOWN, UP, UP
- 8 -Screen Saver DisplayUpon powering up the BDA, a display resembling this will appear on the LCDpanel:The first row contains the network name of the BDA; this allows the user todetermine which BDA they are looking at. This name can be changed towhatever the user desires, and can contain blank spaces, capital letters,lowercase letters, and numerals. It is limited to seven characters to facilitatecommunication with a Web Monitor, should one be desired.This screen is known as the Screen Saver Display because it is the screenthat the BDA will revert to showing if there has been no activity detected onthe keypad for at least ten minutes. If this occurs, the LCD backlight will shutoff to save power and prevent the backlight from burning out. Pressing anykey other than EDIT while in the Screen Saver Display will turn the backlightback on, and advance the menu to the Power Readout Display. Pressing theEDIT key will advance you to the EDIT menu series.Power Readings DisplayThis menu shows the instantaneous power readings in the BDA, as well aswhether or not the gain is being actively attenuated by Automatic GainControl.A typical Power Readings Display might appear as below:This shows that the composite power is currently 19 dBm on the output of theuplink pass band; 27 dBm on the output of the downlink pass band; andAutomatic Gain Control has attenuated the signal 2 dB on the downlink passband.It should be noted that when the power through a channel is less than 0 dBm,the display will show “<0” in the location where the reading usually appears.This prevents spurious power readings from occurring because of randomnoise.The UP, DOWN, and SAVE buttons have no effect in this menu. Pressing theMENU button, however, will advance the user to the Event Readout displays.
- 9 -Event Readout DisplaysThree performance measures are tracked within the BDA, and are recordedand displayed as events. Up to 999 of each type of event is recorded. If morethan this number of events are detected, the menu system will continue todisplay the maximum number of 999.A typical display might look like this:Three types of service affecting events that the BDA records can be viewedwithin separate windows. Pressing the MENU button will sequence throughthese displays. The first window in the sequence displays isolation controlevents, and the next abnormal temperature events. A fourth menu press willdisplay a recording of the UL and DL peak power.After a window has been bypassed, all windows selectable thru menu pressesmust be viewed in order to return to the last viewed display.Any event will cause a yellow (WARNING) LED to illuminate. The warningLED can be extinguished by resetting the appropriate event counter(s) via theEDIT menu or by cycling the primary power. Cycling primary power will resetthe counters as well. Events capable of being recorded are:•Isolation Control: This event is recorded whenever insufficientisolation exists between the outdoor and indoor antenna. When thatcondition occurs, the Oscillation Event counter will be incremented.Oscillation control is implemented in the BDA control system. If anoscillation condition is detected, the BDA control circuitry will attemptto stabilize the system by immediately reducing the gain 3 dB. Awarning will also be immediately displayed that shows theaccumulated change on the affected link(s) e.g. [UL (003 dB attn).After a period of time, the system will recheck itself and continue toreduce the gain in 3 dB increments until the oscillation conditions nolonger exists. Each gain reduction is counted as an event. At somepoint, if stability cannot be reached, the BDA amplifier on the affectedlink will be shut down. After shutdown, or at any point after stability isreached, the system will attempt to fully recover lost gain. Until thesystem can recover to the original gain setting, the warning LED willremain illuminated.
- 10 -•Over Temperature Limit: Amplifier junction temperature is monitoredcontinuously. If the temperature rises above a factory determinedlimit, an Overheat Event will be recorded. If the event is transitory,each excursion above the limit will increment the Overheat counter. Ayellow LED will remain illuminated until the counter is reset to zero.Event counters serve as diagnostic tools for maintenance and system healthassessments. Only isolation control will alter the intended performance of thesystem. Overheat events have no effect on the BDA.Pressing MENU within this display will advance the user to the Peak PowerDisplay.Peak Power Readout DisplayThis display shows the highest readings that have registered on the BDAsince power-up or reset.A typical display might look like this:Note that since AGC cannot act instantaneously, the peak power seen on theoutput might be higher than the power the unit is capable of sustaining. Thisis not an error, but an indication that the power did exist – briefly – at theoutput port. This is meant to aid in diagnostics if necessary.Pressing the MENU button will advance the user to the Downlink Gain display.Gain DisplayThis display indicates the gain applied to the uplink or downlink pass band.These values might differ if an offset has been applied.A typical gain display might look like this:Pressing the MENU button will advance the user to the BDA Name Display.
- 11 -BDA Name and Address Display In addition to its name, a BDA can be uniquely identified on a network with aWeb Monitor by its name. The name here is identical to the one in theScreen Saver Display. The BDA name is limited to seven characters. EachBDA accesible by a single Web Monitor on the network must have a uniqueaddress within that network between one and seven, inclusive. This displayalso shows the current BDA’s network address.A typical BDA name and address display might look like this:Pressing the MENU button will return the user to the Screen Saver display.Note that pressing the EDIT button in any of these displays will cause theBDA to enter the EDIT menu series. A password will be requested from theuser if password control has been invoked. Successful password entries willpermit the user to enter the Edit Menu Series; unsuccessful entries will causethe BDA to revert to the Screen Saver display. The password menu does notbelong to either the View Menu Series or the Edit Menu Series. It is shownhere for completeness.A typical password entry display might look like this:Each password consists of a series of five button presses. None of thebuttons can be MENU. Pressing the menu button or entering an invalid keyin the password key sequence will cause an immediate exit to the ScreenSaver display. In order to keep the password masked as it is entered, thebottom row reveals how many keys have been entered in the password thusfar. In the example shown, then, three out of the five-key presses have beenreceived and validated. Regardless of which display the user was viewing priorto entering the password mode, successful password entry will take them tothe Edit Oscillation Events display.
- 12 -The Edit Menu SeriesEdit Menu TreeSoftware ShutdownDownlink GainOscillation EventsOverheat EventsPeak Power ReadoutBDA Name MENUMENUMENUMENUMENUMENUMENUEDITPage 13This series of menus will allow the user to alter the information stored in the BDA. These menus are only accessible if the user has a password, if password control is invoked. After getting into this sequence of menus, the user can save all changes made by pressing SAVE. Pressing thisbutton exits the edit menu series. However, it is advisable to made all desired changes before pressing the SAVE button. (The Edit BDA Name menu is an exception; refer to the documentation for details.) If no button is pressed within ten minutes of the last press, these menus will be exited and no changes made will be saved.This password to enter the Edit Menu Series defaults to the following sequence until changed by the user:UP, DOWN, DOWN, UP, UPUplink GainBDA AddressCreate New PasswordMENUMENUEDITEDITUPDOWNUPDOWNUPDOWNUPDOWNUPDOWNUPDOWNPage 13Page 13Page 14Page 14Page 14 & 15Page 15Page 15 & 16Page 16
- 13 -Edit Events Display These displays will show you the number of events recorded two categories(Oscillation and Overheat). Each MENU button press will move to the nextdisplay. At any event category, pressing EDIT will clear the counter and restthe number of events to zero.To indicate that you are currently in the EDIT series, the first word in the topline of the display will always be EDIT followed by the name of the display.A typical EDIT EVENTS display might resemble the following:.Edit Peak Power Readout DisplayThis display will show the same information indicated in the View MenuSeries, however, pressing EDIT clears the peak power readings and capturesthe current values.A typical display might look like this:Pressing MENU at this point will cause the BDA to enter the Edit DownlinkGain display.Edit Downlink Gain DisplayIn this window the downlink gain can be altered, however it cannot be adjustedlower than the difference between the calibrated maximum output minus 30dB (max gain -30 dB). The range of the attenuators in either the uplink or thedownlink imposes this constraint. Within that permissible range, the valuescan be changed in 1 dB increments by pressing the UP or DOWN keys. If anattempt is made to change the gain value beyond a 30 dB range, the value willincrement to the highest or lowest acceptable value depending on which endof the constraint the attempt is initiated.By example, for an 80 dB gain amplifier the minimum gain setting is 50 dB.Pressing the DOWN key when 50 dB of gain is currently being displayed willreturn gain setting to 80 dB. Likewise, if the gain setting is at 80 dB, pressingthe UP key will change the gain to 50 dB.Using another illustration, an amplifier having a maximum gain of 65 dB willhave a minimum gain setting of 35 dB.
- 14 -A typical downlink EDIT Display may look like this:The MENU button will take the user to the Edit Uplink Gain display.Edit Uplink Gain DisplayThis display is functionally identical to the Edit Downlink Gain display, butalters the gain through the uplink pass band instead of the downlink passband.A typical uplink EDIT Display may look like this:Pressing the MENU key here will take the user to the Edit BDA Name display.Edit BDA Name DisplayThis display will let the user set a new name for the BDA for identificationpurposes on a Web Monitor network. This also changes the name shown onthe Screen Saver display and the BDA Name display. A name can consist ofuppercase letters, lowercase letters, numerals, and/or blank spaces.A blinking cursor shows the user which letter they are editing; the editprocess is executed from left to right. In any cursor position, characters areselected by using the UP and DOWN buttons. Once the user has selectedthe letter for that position, SAVE will lock that letter into that position andadvance the cursor to the right. Pressing EDIT will back the cursor up onespace and permit the user to edit that letter again using the same process.One cannot back up beyond the first character. Pressing SAVE on theseventh character will cause the BDA to advance to the Edit BDA Addressdisplay, as will pressing MENU at any time. Pressing MENU, however, willcancel any changes that the user has made to the BDA name.A typical display for this menu might look like this:
- 15 -Example: In the above display the cursor shows that the user is at the fourthcharacter position. In the below display the user has used the UP and DOWNbuttons to select “S”. The cursor at that position will blink intermittently,alternating with the character currently stored at that position:Continuing the example, pressing UP at this point will illustrate theadvancement of the character at the current position to “T”:Edit BDA Address DisplayThis screen permits the setting of a new address for a BDA on a Web Monitornetwork. Valid values are from one to seven, inclusive. Care must be taken inthis menu not to set the address to that of another BDA on the same WebMonitor network.The different addresses permissible are presented in cyclical fashion.A typical display might look like this:Pressing UP and DOWN will scroll through the different valid addresses.Pressing MENU will exit to the next screen: the Software Shutdown display.Software Shutdown display A software shutdown will prevent the BDA from functioning and will cease dataacquisition by the BDA processor. There are only two modes available, andthey can be selected by pressing UP and DOWN: NORMAL, which is theregular form of BDA operation, and SHUTDOWN, which performs a softwareshutdown of the BDA.A typical display might look like this:Once the BDA is shut down through software, the FAULT (red) LED will glow.
- 16 -When the BDA operation mode is returned to NORMAL, the FAULT LED willextinguish.Pressing the MENU button at this point will cause the BDA to display theCreate New Password display.Create New Password DisplayThis display will allow the user to enter a new password. The display,however, will not be viewable until password control is invoked by first pressingthe proper keys simultaneously (SAVE and MENU). This operation will eitherenable the default password (UP, DOWN, DOWN, UP, UP) if no passwordchange has ever been implemented, or the current password. Eitherpassword sequence will be required to authorize a new password. PressingEDIT and MENU again will toggle the password off. This process will requirethe current password to complete the action.Pressing any button after a new sequence has been entered will cause thatsequence to be stored. Pressing MENU at any time during the sequence willabort the process and revert to the most recent password. If a change issuccessful, the new password will be required for future changes to beenabled.Password control cannot be disabled without authorizing the mode changeusing the current password.The change password process is much the same as the PASSWORD ENTRYprocess described earlier.The display that asks for the current password looks like this:Once this has been entered, the request for the new password looks like this:A password can only consist of the buttons UP, DOWN, and SAVE, sinceEDIT and MENU have global functionality.Pressing MENU will abort this and return to the Edit Events display.None of the changes invoked take effect unless the user presses SAVE.Once this input occurs, all changes are saved to non-volatile memory and the
- 17 -BDA returns to the Screen Saver display. If the BDA does not detect any keypresses within ten minutes of the last key press, the BDA will discard allchanges made in the Edit Menu series since the last password entry andrevert to the Screen Saver display.Final Note: If the BDA should become unstable, and none of these menucommands are operable, the processor can be reset to factory defaults bypressing and holding the UP, DOWN, and MENU buttons simultaneously forone second. This is a catastrophic recovery measure and should not beimplemented unless all other procedures have failed.
- 18 -TroubleshootingAll cables should be carefully checked for “shorts” and “opens”.The rooftop antenna, if directional, should be checked for proper alignment along thecalculated compass heading. Typically, the directional antenna should be aimed atthe same site that your handset uses in the area where the outside antenna isplaced.If cables and alignment are acceptable, it may be necessary to use a spectrumanalyzer to examine the signal environment in which the BDA is operating. Theexistence of strong analog signals within the frequency bands can cause the AGCto reduce the amplifier’s gain particularly on the downlink. In some cases additionalfiltering might be required to reject these unwanted signals. In some instances thedirectional outside antenna can be reoriented, horizontally to place the interferingsource in an antenna pattern “null”. There also may be some cases where theinterference from outside signals is so great that they can not be filtered or otherwisereduced or eliminated without expensive and possibly prohibitive measures. In thesecases it may not be practical to use the BDA for providing coverage at these sites.If a problem continues after the above steps are taken verify the dip switchpositions. Note: each channelized BDA is shipped with all bands active (allnumber 1 switch locations set to the ON position for both up and down links.)To prevent a band from being passed by the BDA, set the desired band switchoff. This will filter out that band. Note: switch positions 2-5 on each of the bandcontrols are inactive and not used. It is also important to set the switches onthe uplink and downlink controls in the same positions.
- 19 -One Year Limited WarrantySeller warrants that its products are transferred rightfully and with good title;that its products are free from any lawful security interest or other lien orencumbrance unknown to Buyer; and that for a period of one year from thedate of installation or fifteen months from the date of original shipment, which-ever period expires first, such products will be free from defects in material andworkmanship which arise under proper and normal use and service. Buyer’sexclusive remedy hereunder is limited to Seller’s correction (either at its plantor at such other place as may be agreed upon between Seller and Buyer) ofsuch defects by repair or replacement at no cost to Buyer. Transportation costsin connection with the return of products to Seller’s plant or designated facilityshall be paid by Buyer. The provisions of this warranty shall be applicable withrespect to any product which Seller repairs or replaces pursuant to it. SELLERMAKES NO WARRANTY, EXPRESS OR IMPLIED, OTHER THAN AS SPECIFI-CALLY STATED ABOVE. EXPRESSLY EXCLUDED ARE THE IMPLIEDWARRANTIES OF MERCHANTABILITY AND FITNESS FOR PURPOSE. THEFOREGOING SHALL CONSTITUTE ALL OF SELLER’S LIABILITY (EXCEPTAS TO PATENT INFRINGEMENT) WITH RESPECT TO THE PRODUCTS. INNO EVENT SHALL SELLER BE LIABLE FOR SPECIAL, CONSEQUENTIALOR INCIDENTAL DAMAGES, INSTALLATION COSTS, LOST REVENUE ORPROFITS, OR ANY OTHER COSTS OF ANY NATURE AS A RESULT OF THEUSE OF PRODUCTS MANUFACTURED BY THE SELLER, WHETHER USEDIN ACCORDANCE WITH INSTRUCTIONS OR NOT. UNDER NO CIRCUM-STANCES SHALL SELLER’S LIABILITY TO BUYER EXCEED THE ACTUALSALES PRICE OF THE PRODUCTS PROVIDED HEREUNDER. No represen-tative is authorized to assume for Seller any other liability in connection withthe products.Industry Certifications/Registration Numbers: FCC: NVRCSI-61080-10W
D960-1032-001 rev D ECO 1875960-1043-001 rev B ECO2121

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