SR2014 Satellite Receiver (160-2511) Specifications Faxback Doc. # 8008 Power requirements:............110-120 VAC, 60 Hz, Single phase. UL listed. Operating frequency:...................3.7 to 4.2 Ghz and 11.7 to 12.2 Ghz. Antenna type:.......Perforated aluminum parabolic reflector with 180 degree horizon to horizon mount. All mounting frame hardware is of galvanized steel or non-corrosive metal. Parabolic reflector and its support structure is power coated to prevent corrosion. Mounting pole is the industry standard 3.5 inch diameter schedule 40 pipe. Unmounted weight:..................................................190 lbs. Minimum mid-band gain:............Antenna size - 2.74 meter, C band gain is 39.6 dbi, KU band is 47.1 dbi. Minimum efficiency:................................70% C band 43%, KU band. Input VSWR:..................................................1.3:1 Maximum. The antenna mount is a motor driven horizon to horizon positioner capable of positioning the antenna to any point over an arc of 150 degrees in less than 90 seconds with an accuracy of +/- .2 degrees. The antenna and mount can operate in winds up to 75 mph, on C band and 45 mph on KU band, and is able to survive winds up to 120 mph. The remotely controlled receiver/positioner shows an arc number position and the name and type of satellite. The remotely controlled receiver/positioner has 100 programmable memory locations to control the antenna position, antenna polarization, C/KU band selection, receiver frequency, and an additional 100 programmable memory locations for subcarrier frequencies, and is supplied with the necessary connectors and cables to operate at least 100 ft. from the antenna. A complete set of installation drawings is supplied, including detailed instructions for preparing the foundations for the antenna mount. All hardware for assembling the dish antenna and mount is supplied, including all mounting hardware that is to be installed in the foundation. Low Noise Block Converter (LNB) Noise Temperature:............C band 45 degrees Kelvin, KU band 180 degrees Kelvin, maximum, across full bandwidth. Gain:..........................................C band 60 db, KU band 55 db. Gain Flatness:..................................+/- 1.5 db/500 Mhz Maximum. Power requirements:........15-28 VDC, fed thru coaxial cable from receiver. Input VSWR:...........................................3.0:1, 50 ohm system. Cables from LNB to receiver:............................RG6 and connectors. Receiver Capable of receiving scrambled signals with the addition of Video Cipher II Plus Descrambler. Antenna input impedance:.............75 ohms, unbalanced, type F connector, return loss greater than 20 db. IF: Input level:.................................................-65 to -25 dbm AGC range:...................................................40 db minimum. IF frequency:.......................................................480 mhz IF bandwidth:.....................................26 mhz/18 mhz switchable. Threshold(static):....................................less than 7.5 db C/N. Video: Tuning system:.....................................PLL digital synthesizer. Deemphasis:...........................................CCIR 405-1, 525 lines Frequency response:..............3 Hz to 3.58 Mhz +/- 1.0db and 3.58 Mhz to 4.2 Mhz +/-1.25db Output level:..................................Nominal 1 volt peak to peak. Output impedance:......................................75 ohms, AC coupled. Dispersion removal:.....................................Greater than 40 db. Signal to noise:.................................................47 db min. Polarity: Normal:....................................... sync tip negative. Output connector:.........................................RCA phono female. Input connector:..........................................RCA phono female. Composite Video Signal type:...............(NTSC) unclamped/unfiltered/non de-emphasized or unclamped/filtered/de-emphasized. Frequency response:....................+/- .5/.7 db, 50 Hz to 3.58 Mhz. and +1.0/-1.3 db, 3.58 Mhz to 4.2 Mhz. Chrominance-luminance delay inequality:........... +/- 25 nanosecond. delay inequality due to lowpass filter. Chrominance-luminance gain inequality:..............................8% max. C/L Intermodulation:.........................................+/- 2 IRE max. Differential gain:...............................................7% p-p max Differential phase:.........................................5 deg. p-p max. Line time distortion:........................................5 IRE p-p max. Field time distortion:.......................................5 IRE p-p max. Low frequency roll-off time constant:.............300 millisecond. minimum. Signal to noise:.............................47 db minimum with Deemphasis. Output connector:.........................................RCA phono female. Modulated Output Channel:.................................................3 or 4 switchable. Impedance:.........................................................75 ohms. Level:........................................................67 dbuv +3db. Audio:................................................................mono. Audio Tuning system:.....................................PLL digital synthesizer. Audio seek:....................................stop pulse from demodulator. Bandwidths:...................................280 Khz wide, 150 Khz narrow. Modes:................................................................mono. Noise muting:........................between subcarriers and while seeking. Volume control:...............affects both external output and remodulator. Subcarrier mono:..........................each tunable from 5.08 to 8.5 Mhz Deemphasis:........................................................75 usec. Frequency response:...........................30 Hz to 15 Khz, +1.5/-2.5db. Harmonic distortion:......................less than 1% at 75 Khz deviation. Output level: 0db at 75 Khz Signal to noise:....................55 db min., using IHF "A" filter output impedance 600 ohms unbalanced. Output connectors:........................................RCA phono female. Input connectors:.........................................RCA phono female. Actuator Sensor type:....................................reed switch or hall effect. Counting method:...........................pulse count up to 16,000 counts, logic hi 5v, low 0v. Sensor power:.............................................7.5 vdc at .1 amp Motor voltage:...................................36 vdc, 140 watts 3.9 amp. Connector:........................................5 terminal screw barrier. Polarization Interface Servo power:...................................................6 vdc at .8A Timing pulse range:...........................2,300 usec max, 700 usec min. Pulse timing period:................18.5 millisecond nominal, +/- 2.5 msec. Power shutdown:...................3 seconds after last pulse timing change. Connector:..........................................3 terminal speaker type LNB power:....................................................21.vdc at .6A External access. jack:.......Output 12 vdc at .1 A, connector is mini jack. Surge and spike suppression: Polarization:....................................transorb protection - 2 Actuator sensor:.................................transorb protection - 2 Motor:................................................MOV protection - 3 LNB voltage:........................................diode protection - 1 Ext. access.:.......................................diode protection - 1 Remote Control Type:...............................................Infrared On-Screen Display Character Count:............9 lines of 20 characters max. KU-Band LNB:..................................................Gain is 59 dB Noise is .7 dB Polarotor Wire Coding:......................................Black is Ground White is Pulse Red is +5V Estimated Current Draw................................................5 mA Number of hours of memory while unplugged.........................44 hours Accessory: Backup Battery....................................................230-0166 Specifications are typical; individual units might vary. Specifications are subject to change without notice. (IR/all-11/16/95)