PS-ELITE7837 User Manual Version 1.0 GSInstech Co., Ltd GSInstech Co., Ltd Version 1.0 Author S.M Ko Revision History Descriptions Date Remarks Draft 14. Sep. 2018 Change List Version Change List Remarks GSInstech Co., Ltd Abbreviations Abbreviation Term Definition Remark AGC ALC BTS CW DAS DFM DL FW HPA HW IF LNA LTE MS NC NO PSU RF RFU SW UL Automatic Gain Control Automatic Level Control Base Transceiver Station Continuous Wave (un-modulated signal) Distributed Antenna System Digital Filter Module Downlink The path covered from the BTS to the subscribers service area via the repeater Firmware High Power Amplifier Hardware Intermediate Frequency Low Noise Amplifier Long Term Evolution Mobile Station Normal Close Normal Open Power Supply Unit Radio Frequency Radio Frequency Drive Unit Software Uplink The path covered from the subscribers service area to the BTS via the repeater VSWR Voltage Standing Wave Ratio GSInstech Co., Ltd 1. Regulations This equipment complies with the following regulations. 1.1 FCC Regulations 1) FCC Part 15.21 Any changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate this equipment. 2) FCC Part 15.105 This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense. 3) FCC Part 15.19 The FCC Certification label has attached right side of PS-ELITE7837. The FCC Certification label contained FCC 15.19 warning statement, Device type (A or B), FCC and UL ID This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) This device must accept any interference received, including interference that may cause undesired operation. GSTeletechinc 1 4) FCC Part 90.219 Booster Warming Label is attached left side of PS-ELITE7837. This label has contains FCC 90.219, IC warning statements and contact information for a trouble shooting. FCC Part 90.219 Class A (B9A) WARNING. This is NOT a CONSUMER device. It is designed for installation by FCC LICENSEES and QUALIFIED INSTALLERS. You MUST have an FCC LICENSE or express consent of an FCC Licensee to operate this device. You MUST register Class A signal boosters (as defined in 47 CFR 90.219) online at www.fcc.gov/signal-boosters/registration. Unauthorized use may result in significant forfeiture penalties, including penalties in excess of $100,000 for each continuing violation. GSTeletechinc 2 FCC Part 90.219 Class B (B9B) WARNING. This is NOT a CONSUMER device. It is designed for installation by FCC LICENSEES and QUALIFIED INSTALLERS. You MUST have an FCC LICENSE or express consent of an FCC Licensee to operate this device. You MUST register Class B signal boosters (as defined in 47 CFR 90.219) online at www.fcc.gov/signal-boosters/registration. Unauthorized use may result in significant forfeiture penalties, including penalties in excess of $100,000 for each continuing violation. 5) FCC Part 90 Class B Prior to equipment use the service must be registered with the FCC. This can be done through the FCCs website at https://signalboosters.fcc.gov/signal-boosters. 6) Radiation Exposure Statement The product complies with the FCC Fixed RF exposure limit set forth for an uncontrolled environment and is safe for intended operation as described in this manual. The further RF exposure reduction can be achieved if the product can be kept as far as possible from the user's body or set the device to lower output power if such a function is available. 7) FCC Part 90.635 Antennas must be installed in accordance with FCC 90.635. With 2.15dBi gain antennas the height of the antenna above average terrain (HAAT) must not exceed 310.7 m. For different gain antennas refer to the relevant rules. GSTeletechinc 3 2. Prohibitions Use of unauthorized antennas, cables, and coupling devices not conform to ERP/EIRP and indooronly restrictions is prohibited. Preclude indications that Home/ personal use are prohibited. 2.1 Installation Warning statement WARNING Provides information or instructions that the reader should follow in order to avoid personal injury or fatality CAUTION Provides information or instructions that the reader should follow in order to avoid a service failure or damage to the system CHECK POINT Provides the operator with checkpoint for stable system operation NOTE Indicates additional information as a reference No use for the unauthorized device When installing the system. Must check the devices that use is authorized. This conditions apply antenna, cable, and coupling device if necessary Circuit Breaker Installation in the Box for Overcurrent Protection Must install the circuit breaker between the system and main AC source for separating. Make sure to install the Circuit breaker on the place to operate easily Circuit breaker be able to operate up to 20A Terminal, Conduit and Cable size To install the conduit is according to NAE regulation, and Terminal size is according to NEC regulation Caution Double Pole /Neutral fusing GSTeletechinc 4 3. General Information This document is primarily written for those who are new to PS-LITE78A/B system and wish to tune up the equipment. The document is applicable to below products from GSINSTECH. Model number: PS-ELITE78A/B 3.1 Repeater Information (FCC & ISED ID) Type B9A B9B ID Remarks U88-PSELITE37A U88-PSELITE37B Certification FCC 3.2 Purpose PS-ELITE7837 Bi-Directional Amplifier (BDA) is a repeater, which has been designed to improve signals in blanket/shadow areas inside of buildings to transmit Providers variety frequencies. User may choose filtering configuration according to the specific site circumstances. 3.3 Repeater Advantages It provides selectable RF power levels for any wireless technology / band. It has individual monitoring multiple technology. FPGA digital filtering provides optimized RF performance. It allows modification of technology via customer interface. It is easily installed. Frequency is easy to add / delete / change. It has scalable single and multi-service design. Customer data service is improved by FirstNet It meets all users technological requirements. 3.4 Highlights Simultaneous Filter Supporting 1 Wide Band and 32 Non-Contiguous Narrow Bands Fan-less Significant Filter Roll-off performance Supports Form 3 Dry Contact External Alarm Function supporting Dry Contact Dual band support 700MHz and 800MHz band by WEB UI 2W output power for each band Digital/programmable utilizing FPGA Auto shutdown with alarm upon oscillation detection Web based GUI for intelligent configuration, SNMP supported NFPA compliant dry contact alarms, NEMA 4x enclosure GSTeletechinc 5 3.5 Exterior DESCRIPTION SPECIFICATION AC Power Input Port MS-3102A-10SL-3P No 1 2 3 4 5 6 NAMES AC IN Battery Ethernet Donor ANT Service ANT Link to battery Backup Unit External Alarm Link to External Alarm Panel Local Maintenance & Modem Activation Battery Local: RJ-45 Donor Antenna Connection 4.3-10 DIN Female Service Antenna Connection 4.3-10 DIN Female GSTeletechinc 6 3.6 Interior PS-ELITE7837 consists of the following modules:
No. Item Remarks No. Item Remarks Ext. Alarm Connector Donor Antenna Port Service Antenna Port Battery Backup Input 48V DC I/O Board Duplex Cavity Filter DL 800 HPA 1 2 3 4 5 6 7 8 9 10 11 12 13 DL 700 HPA UL HPA Digital Filter Module RF Unit PSU AC Input Connector 110V AC Only 1) Donor / Service Antenna All antenna ports use a 4.3-10 Din connector. If user wants to use an N-type cable, user must use a separate adapter. (Not included) 2) Digital Filter Module & RF Unit The integration module consists of RFU and DFM. GSTeletechinc 7 The RFU is assembled at the bottom of the integrated module, and performs amplification, filtering, and gain control on the signal that passes through the duplexer. The DFM is assembled on top of the integration module. DFM performs band select, band width adjustment and power detection according to user setting. 3) Cavity Duplexer Separation of input and output signals and isolation between paths 4) HPA Module DL 700 HPA and DL 800 HPA are made up of different modules. It amplifies the filtered and band selected signals via RFU and DFM, and maintains the output of the system. UL HPA provides 700M and 800M bands as one integrated module. It amplifies the filtered and band selected signals via RFU and DFM, and maintains the output of the system. 5) PSU The PSU supply power to the system. The PSU receives 110V AC power and supplies + 28V DC and + 6V DC to the system. In the event of an AC power failure, the system can be powered by receiving a -48V DC power through the battery. The battery voltage input to the PSU should be -48V. If + 48V is used, the electrodes must be reversed when connecting the battery. If the required battery voltage is not used or the electrode is not suitable, the PSU may be damaged or not functioning normally. The Company shall not be held liable for the problems caused by this. I/O Board (Control Board) The control board performs functions such as system control, communication. And alarm information share through the external alarm connector. System control and communication functions are available via the Web UI and SNMP via the system RJ - 45 Port, Alarm Information Sharing is Ext. It can be connected to the External Alarm Panel via the Alarm Connector for use. 6) 7) Battery Backup Port The system can use the battery backup system. In this case, the battery output should be +48V DC User cant be held responsible for any problems that arise from not following these recommendations 8) Ext. Alarm Connector Ext. Alarm Connector is a port used to share alarm information generated by the system with external alarm panel. Alarm information is shared through dry contact. Mapping between Alarm and Connect can be confirmed by the following table. 9) WAN Network Port The system supports Web UI or SNMP function through Ethernet to improve accessibility of external network and user. To this end, the user can connect a cable to the RJ-45 connector. Connectors and cables used should be waterproof. 10) Local Network The system supports Web UI or SNMP function through Ethernet to improve accessibility of internal network and user. To this end, the user can connect a cable to the RJ-45 connector. 11) AC Input Connector The input voltage of system is only 110V AC and the voltage input such as 220V AC is not approved. No liability or compensation shall be required by the Company for problems caused by not permitted input AC voltage. GSTeletechinc 8 4. Specifications 4.1 US Frequency Allocation 4.1.1 US frequency Item Down Link Frequency Up Link Frequency 700 (PSBB) 700 (PSNB) 800 (PSNB) 700 (PSBB) 700 (PSNB) 800 (PSNB) Specification 758MHz ~ 768MHz 769MHz ~ 775MHz 851MHz ~ 861MHz 788MHz ~ 798MHz 799MHz ~ 806MHz 806MHz ~ 816MHz Remark LTE P25 P25 LTE P25 P25 4.1.2 US Service Plan 1) The LTE network integrates Upper D band and FirstNet to have max. 10MHz Service BW. 2) The P25 Network has a Guard Band of 768-769MHz and 775-776MHz. GSTeletechinc 9 4.2 Common Specifications Item Select Bandwidth PSBB LTE PSNB B9A Specification 5 / 10MHz 6.25 / 12.5 / 25 / 50 / 75KHz PSWB B9B 100 / 125 / 150 / 175 / 200 / 225 / 250KHz DL Output Power UL Output Power LTE (PSBB) 700 (PSNB) 800 (PSNB) LTE (PSBB) 700 (PSNB) 800 (PSNB) Max RF Input Power without Max RF Input Power without Gain Propagation Delay Adjacent Channel Power DL Range UL Range Adjust Step Adjust Accuracy LTE PSNB LTE PSNB Flatness Return Loss / VSWR Noise Figure EVM Roll Offs LTE PSNB
+34dBm / 2.5W (@total)
+34dBm / 2.5W (@total)
+37dBm / 2W (@total)
+30dBm / 1W (@total)
+30dBm / 1W (@total)
+33dBm / 2W (@total)
-17dBm
+10dBm 54dB ~ 99dB 50dB ~ 95dB 1.0dB 1.0dB 6us 230us 45dBc @ 5M 50dBc @ 10M 50dBc @ Ch Offset 25kHz 50dBc @ Ch Offset 50kHz 3dB
< -14dB / 1.5 : 1 5dB @ Max gain 8%
(E-TM3.1 / DL : 64QAM, UL 16 : QAM)
>55dBc @ 1MHz
>55dBc @ 6.25KHz or
>55dBc @ Bandwidth Remark
+37dBm / Total
+33dBm / Total
@ Over Drive
@ No Damage ALC: 45dB Uplink Only LTE Only outside pass-band Characteristic Impedance 50 GSTeletechinc 10 4.3 Mechanical Spec. Item Specification Remark RF Connector Mini DIN (4.3-10) Type Female AC Power Connector AC Power Cord Battery Backup Connector External Alarm Connector External Interface Alarm Interface AC Supply DC Supply Out Dimension Net Weight Material Module Cabinet MS3102A 20SL-3P MS3106A-20SL-3S MS3102A-14S-9P MS3102A-22-14P RJ-45 / USB A Type Dry Contact 110VAC ~ 120VAC, 60Hz 2.0A 48V 19" x 13.2" x 7.8"
Max. 68 lb Aluminum alloy Aluminum alloy for casting Waterproof 20Pin 10%
480mm x 335mm x 200mm 30kg Operation Temperature
-40F to +122F (-40C to +50C) Convection cooling Storage Temperature
-40F to +185F (-40C to +85C) Humidity Environmental Spec. MTBF 5% ~ 95%
NEMA4x 100,000 Non-Condensing IP668 hour GSTeletechinc 11 5. Port and Connectors 5.1 RF Connector PS-ELITE7837 adopts a Mini-DIN 4.3/10 connector. If the user wants to use an N type cable or connector, they need an adapter. 5.2 AC Power Connector PS-ELITE 7837 use only 110V voltage. If the user uses other un-
recommend input voltages, PS-ELITE7837 may be damaged. The AC Power Connector of the PS-ELITE 7837 uses CAR3102A-20-3P and the user shall use a cable equipped with a cable CAR3106A-20-3S connector to terminate the power. 5.3 DC Battery Power Connector PS-ELITE 7837 use a 48V battery only. If the user uses other nonstandard input voltages, PS-EILITE7837 may be broken or damaged. If the user want to use a +48V battery, it is acceptable to cross the input electrode. Pin No. 1 2 Pin Name
+
-
Cable Color Remarks Red(or White) Black GSTeletechinc 12 5.4 External Alarm Port (Dry-Contact) PS-ELITE7837 supports the External Alarm Box. The external alarm box is connected via the External Alarm Connector. The External Alarm Box of PS-
ELITE 7837 is configured using the Dry Contact. The connection between the External Alarm Port and the External Alarm Box is made using the UL2464 # 24 10ft cable supplied with the system. 1) PS-ELITE support external Alarm Box Pin No. Alarm No. Alarm Name Pin Name Cable Color Remarks A B C D E F G H I J K L M N P R S T U Alarm1 AC Power N.C 1 Black COM 1 Brown N.O 1 Red N.C 2 Orange Alarm2 BDA COM 2 Yellow N.O 2 Green N.C 3 Blue Alarm3 Reserved COM 3 Violet N.O 3 Gray N.C 4 White Alarm4 Reserved COM 4 Black & Line N.O 4 Brown & Line N.C 5 Red & Line Alarm5 Reserved COM 5 Orange & Line N.O 5 Yellow & Line N.C 6 Green & Line Alarm6 Reserved COM 6 Blue & Line N.O 6 Violet & Line Reserved Gray & Line N.C : Normal Close / N.O : Normal Open GSTeletechinc 13 5.5 Ethernet Port PS-ELITE 7837 can be connected to the parent network via Ethernet, and the user can use the WEB UI to control and monitor the relays in remote or local locations. PS-ELITE 7837 use a waterproof Ethernet port to prevent the external environment from being affected. (NEMA 4x Compliance) For complete waterproofing, the user shall use a water-proof RJ-45 cable. 6. LED and Alarm Information 6.1 LED LED Green Red Status Good Condition, The system operates normally. Critical alarm, Unable to operate properly Remarks 6.2 LED indicate for alarm Name Power On Boot Complete Normal Condition Over Power AC Fail DC Fail RESET Shut Down RUN Green Green Green Green Green Green Green Red ALARM SHUTDOWN Green Green Green Green Green Red Red Green Green Red Red Red Red Red GSTeletechinc 14 7. Installation 7.1 Installation 7.1.1 Antenna 1) The antenna used in the PS-ELITE7837 must be certified or an antenna with equivalent specifications. 2) Antenna gain is restricted to Cable loss+2.15dB 3) The company shall not bear any liability for any problems arising from the use of an uncertified antenna. 7.1.2 Isolation If the system wants to operate in the max gain state, the system requires sufficient isolation between the donor and service antennas. The system recommends isolation be higher than 15dB above the gain of the system. If isolation is not sufficiently ensured, the AOC function operates to reduce the gain to a level suitable for the ensured isolation. 7.1.3 Equipment Needed for Repeater Setup Parameter Item Quantity Remark Major Component PS-ELITE7837 Repeater Additional Components Wall Mounting Bracket AC Power Cable 1.8m DC Power Cable 2m External Alarm Cable 2 m Antenna Donor ANT Service ANT RF Cable Antenna connection Cable Testing and Measuring Equipment Spectrum Analyzer 7.1.4 Check points before turning on the Repeater 1) System Power Check 1 EA 1 EA 1 EA 1 EA 1 EA 1 EA 1 EA TBD 1 EA Provided by GST Provided by GSI Not Included Not Included Not Included 2) 3) AC electrical power to the repeater should be 110V, input electricity only after power verification. Input RF Signal Range Optimal input RSSI into the repeater is -62dBm ~ -17dBm for 700MHz/800MHz. User should verify input condition of Donor ANT. If the input RSSI exceeds -17dBm, impose the using external attenuators should be used. Isolation check between DONOR/SERVEICE ANT The system must need that 114dB (Gain+15dB) isolation is secured to use 99 dB of the maximum profit of the system. User should check its condition before installation. 7.1.5 Open for Service 1) Check points before open:
Verification of system installation status :
Electricity, In/Out antennas, cable connection, and equipment mount status. Verification of system accessories :
User should check all necessary accessories. GSTeletechinc 15 Check receipt signal level :
Installer should check whether environmental conditions are in accordance with system specification to ensure that system operation will be optimized. 2) Check points after open:
Check external LED RUN: Green light ON (Off: All LED off) ALARM: Green light in normal status, Red light in alarming SHUT DOWN: Green light in normal status, Red light in Shutdown status 7.2 Ground The PS-ELITE7837 is designed to operate at 110VAC @ 1.5A maximum current and must always be operated with the ground wire properly connected. GSTeletechinc 16 8. Web UI 8.1 Setting up the Repeater 8.1.1 Quick UI/Configuration Use the following steps to commission the Repeater after all the cabling and antennas are fixed in place and the Repeater is supplied with proper electrical power. The repeater will need a good quality stable Downlink RSSI input level in the range of -85dBm to -62dBm. 1) Connect your laptop to the repeater with a Crossover Ethernet cable. 2) Verify that your laptop has all wireless connections off and is Obtaining an IP address automatically, or is using a proper fixed IP address such as: Use the following IP address: 192.168.2.1 with a Subnet Mask of 255.255.255.0 3) Open Internet Explorer and go to: 172.16.6.81 4) User name: admin 5) Password: admin 8.1.2 Quick Setup 1) Go to the RF Configuration page. 2) Before the Amplifier (HPA) can be turned on, set the Uplink and Downlink attenuation (ATT) to the maximum value and click Apply. 3) Select the correct Band Block and set the ALC Downlink and Uplink Limits to the desired level and click Apply. (To adjust the Output Power, change the ALC Downlink and Uplink Limits to the desired levels). 4) To check the Repeaters status, click on the Status page. 5) To change the Repeaters gain/attenuation, adjust the Uplink and Downlink attenuation in equal amounts not more than 5dB at a time and click Apply. GSTeletechinc 17 8.2 User Interface Configuration 8.2.1 Log in the Web-UI 1) Configuring the Laptop to connect Figure 1. Laptop Configuration for connecting the Web-UI 2) Enter the IP Address "192.168.2.1" into your browser address bar 8.2.2 Page Login 1) Access the portal by going to http://192.168.2.1 2) Sign in with username admin and Password admin 8.2.3 Log Out 1) Please logout of device once done viewing device information GSTeletechinc 18 GSTeletechinc 19 8.2.4 RF Status & Configration 1) Can check the current repeater status and setting the repeater system. 2) Items Check of RSSI / Output Level ALC Index, ALC On/Off, ALC Attn., AMP On/Off AOC On/OFF, AOC DET, AOC CurrentAttn. FirstNet (LTE) Band Select (Frequency and Bandwidth) 700MHz P25 Band Select (Frequency and Bandwidth) 800MHz P25 Band Select (Frequency and Bandwidth) Shutdown On/Off Select 8.2.5 Alarm Configuration GSTeletechinc 20 1) Check the status and status of the alarm on the repeater. GSTeletechinc 21 8.2.6 Fake Alarm Configuration 1) Set alarm for testing purposes. GSTeletechinc 22 8.2.7 Communication Configuration Set up the IP information for the network management communication. 8.2.8 System Log Can view the log in connect to the WEB UI. GSTeletechinc 23 GSTeletechinc 24 8.2.9 Alarm Log Record the log on the alarm that occurred on the repeater. 8.2.10 Trouble Shooting Provide contact information to assist in trouble shooting in the event of a repeater failure 25 GSTeletechinc 8.2.11 Remote Software Upgrade To enhance the performance of the repeater, perform the Software Upgrade through the network. 1) Select the file to upgrade and upload the file to the repeater's memory. 2) If the file is successfully uploaded, click the Update button to proceed with the upgrade. GSTeletechinc 26 8.2.12 User Management Manage user accounts to login to WEB UI. 1) Password Change 2) User account Permission authorization and change 3) New account setting GSTeletechinc 27 8.2.13 Factory Default Setting The factory default setting is the default setting of the repeater that is controlled by the company. When performing a factory-defined setting, the L status set is initiated by the user. 8.2.14 System Reset You can system reset by WEB-UI GSTeletechinc 28