KP Electronic Systems KPBSR100N BASE STATION RADIO User Manual DI100

KP Electronic Systems Ltd BASE STATION RADIO DI100

INSTALLATION MANUAL

BSR100N™ Programming Guide Using KP’s GUP5000™ Utility Program, the BSR100N™ parameter values listed below can be programmed or modified. An RSINT001 adapter connects between BSR100 and a PC (see Figure 3).  Transmit frequency (MHz)  Receiver frequency (MHz)  TX time out (0-240 sec.) Figure 3: BSR100N™ PC Connection Configuration Operating Instructions  Connecting BSR100N™ to GUP5000™ (utility program)  Loading Parameter Values  Changing Parameter Values  Updating Parameter Value Changes  Confirming Parameter Value Changes  Activating Self Test Connecting BSR100N™ to GUP5000™ 1. Connect BSR100N™ to a PC using the RSINT001 adapter (see Figure 3). 2. Click StartPrograms KP UtilitiesGUP5000. The GUP5000 main screen displays, showing the device type, version, Status device diagnostic, and parameters. See Example in figure 4. Figure 4: Gup5000™ Main Screen Loading Parameter Values Parameter values must be loaded after connecting the GUP5000™ utility software. To Load Parameter Values 1. From the GUP5000 main screen, click Prompt ? (Alt P). 2. Click Read (Alt R). The name of the device type, version, and suitable parameters are displayed. Changing Parameter Values Parameter values can be changed, as required:  Type the new parameter value in the designated parameter text box. Updating Parameter Value Changes 1. Click Send (Alt S). The Send Warning dialog box displays “Are you sure?” 2. Choose one:  Click Yes, to update parameter changes. OR  Click No, to return to the GUP5000 main screen without updating changes. Figure 5: Gup5000™ Modulation Table Confirming Parameter Changes Ensure that any parameter value changes made are updated. To Confirm Parameter Changes From the GUP5000 main screen, click Read (Alt R). The GUP5000 main screen displays the updated parameter values. Performing SELF TEST After parameter values are loaded, Perform SELF TEST: 1.Disconnect BSR100N™ from the PC 2.Press the Self- Test button. 3.Observe the Self-Test Led. (Refer to Table 2 for SELF-TEST results.) On-Screen HELP To view a brief explanation of any BSR100N™ parameter, click the required parameter text box. The cursor will appear in the designated text box, and the valid parameter range, with a brief explanation, displays at the bottom of the screen. Technical Specification General VHF Band 136-174 MHz Frequency Range 12.5 KHz Channel Spacing Fully PC programming Programming Part 15.109 Subpart (B) radiated spurious emissions. Part 90 FCC rules and reg. under 10-15 VDC Operating Voltage Tx/Rx mod, Tx timer, power trouble, LD, Low Bat, Ovrl., CM, RSSI Diagnostics Receiver -116dBm @ 12 dB SINAD Sensitivity analogy -119dBm MDS sensitivity 60 dB for 12.5 KHz Adj. Ch. Selectivity >60dB Intermodulation response 70dB Spurious and image rejection 250 mV p-p Audio out signal 120ma RX current consumption Transmitter 10w Nominal output power Power 50+10log (Pout)= 60dB or 70 dB whichever is less Spurious/Harmonics requirements 2.2 kHz, (0.7V p-p 1kHz signal) Deviation for input audio signal ±2.5 ppm @ -30ºC to 60ºC Frequency stability at operating temp. range 2.8A+-10% Tx Current consumption max Physical dimension 169x150x44 mm (6.6"x5.9"x1.7) Size 0.65 Kg (1.44 Lbs) Weight Rsint001
Page 1 of 3 RF Exposure Requirements General information: Device category: Fixed per description in Part 2.1091 Environment: Uncontrolled Exposure Fixed devices that operate under Part 90 of this chapter are subject to routine environmental evaluation for RF exposure prior to equipment authorization or use. Antenna: The transceiver is designed to be installed only in sites where the antenna installation sites are outdoor fixed mounted locations. The manufacturer does not specify an antenna, but in fix mounted antenna sites they typically have gains to 3 dBi. This device has provisions for operation only as a fixed mounted device, or a fixed location. Configuration Antenna p/n Type Max. Gain (dBi) Fixed Any omni 3 Operating configuration and exposure conditions: The base stations conducted output power is 10 Watts. In base station operation the duty cycle can reach near 100 %. The manufacturer also markets this device only for occupation use. But, some installations may not control exposure other than separation distance. - A typical fixed installation consists of an antenna system with a coaxial cable of the type RG-213U which has a loss of 1 dB for a length of 50 feet at VHF frequencies. MPE Calculation: The minimum separation distance is calculated as follows: The limit for uncontrolled exposure environment below 300 MHz is f in 0.2 = mW/cm2.
Page 2 of 3 Frequency: 150- 174 MHz The conducted power output is 10 Watts. The coax loss was taken as 1.0 dB. Antenna gain was taken as 3 dBi 100% Duty Factor Power Density = S= 0.2 mW/cm2 Sf1500G1 dBd 2.15 gain in dBiG1 3 dBi mWcm2CL 1.0 dB coax loss S 0.2GG1 CL General populationS is 1 between 1500 and 100k MHzS is f /1500 f or 300 to 1500 MHzS is 0.2 between 30 and 300 MHzgain numericGn 10G10Occupational S is 1 between 30 and 300 MHzS is f /300 between 300 and 1500 MHzS is 5 between 1500 and 100k MHz(See 47 CFR 1.1310)Gn 1.585RPo Gn( )4 Sinches R2.54R 79.411 distance in centimetersrequired f or compliance inches 31.264ft inches12ft 2.605W10 power in Watts D 1 Duty Factor in decimal % (1=100%)1 f or FM0.6 f or SSBE30 exposure t ime in minutesU30 (use 6 for controlled and 30 f or uncontrolled)Wexp W D EUPC EU100Wexp 10 Watt s PC 100 % on time_________________________________________________________________________Po 10000 mWatts f300 Frequency in MHzdBd 0.85 antenna gain in dBdpower density limit for uncontrolled exposure
Page 3 of 3 Conclusion: For a transmitter operating with the above criteria the separation distance should be no less than 80 cm or 2.6 ft between the antenna, including any radiating structure, and any persons when normally operated. Other operating conditions should follow a procedure like that shown above and following the guidelines such as those in FCC document OET-65.

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