Hytera Communications DS-6211U1C4 Lite Digital Trunking Base Station User Manual DS 6211 Base Station
Hytera Communications Corporation Ltd. Lite Digital Trunking Base Station DS 6211 Base Station
Users Manual
DS-6211 Base Station User Guide Document Version: V00 Release Date: 03-2013 Copyright Information Hytera is the trademark or registered trademark of Hytera Communications Co., Ltd. (the Company) in PRC and/or other countries or areas. The Company retains the ownership of its trademarks and product names. All other trademarks and/or product names that may be used in this manual are properties of their respective owners. The product described in this manual may include the Company’s computer programs stored in memory or other media. Laws in PRC and/or other countries or areas protect the exclusive rights of the Company with respect to its computer programs. The purchase of this product shall not be deemed to grant, either directly or by implication, any rights to the purchaser regarding the Company’s computer programs. Any of the Company’s computer programs may not be copied, modified, distributed, decompiled, or reverse-engineered in any manner without the prior written consent of the Company. Disclaimer The Company endeavors to achieve the accuracy and completeness of this manual, but no warranty of accuracy or reliability is given. All the specifications and designs are subject to change without notice due to continuous technology development. No part of this manual may be copied, modified, translated, or distributed in any manner without the express written permission of us. We do not guarantee, for any particular purpose, the accuracy, validity, timeliness, legitimacy or completeness of the Third Party products and contents involved in this manual. If you have any suggestions or would like to learn more details, please visit our website at: http://www.hytera.com. User Guide Contents Contents Documentation Information...................................................................................................................1 1. Checking Items in the Package .........................................................................................................2 2. Hardware Description ........................................................................................................................3 2.1 PDU ................................................................................................................................................3 2.1.1 Specifications ........................................................................................................................3 2.1.2 Rear Panel ............................................................................................................................4 2.2 CHU ................................................................................................................................................4 2.2.1 Introduction ...........................................................................................................................4 2.2.2 Specifications ........................................................................................................................5 2.2.3 Front Panel ...........................................................................................................................9 2.2.4 LED Indicator ........................................................................................................................9 2.2.5 Rear Panel ..........................................................................................................................10 2.3 CHU Power Supply .......................................................................................................................11 2.3.1 Introduction ......................................................................................................................... 11 2.3.2 Specifications ...................................................................................................................... 11 2.3.3 Front Panel .........................................................................................................................12 2.3.4 Rear Panel ..........................................................................................................................13 2.4 Switch ...........................................................................................................................................14 2.4.1 Introduction .........................................................................................................................14 2.4.2 Specifications ......................................................................................................................14 2.4.3 Front Panel .........................................................................................................................14 2.4.4 LED Indicator ......................................................................................................................15 2.4.5 Rear Panel ..........................................................................................................................15 2.5 Router ...........................................................................................................................................16 2.5.1 Introduction .........................................................................................................................16 2.5.2 Specifications ......................................................................................................................16 2.5.3 Front Panel .........................................................................................................................16 2.5.4 LED Indicator ......................................................................................................................17 2.5.5 Rear Panel ..........................................................................................................................17 2.6 Server ...........................................................................................................................................18 2.6.1 Introduction .........................................................................................................................18 2.6.2 Specifications ......................................................................................................................18 2.6.3 Front Panel .........................................................................................................................19 2.6.4 Rear Panel ..........................................................................................................................19 2.7 PSU ..............................................................................................................................................20 2.7.1 Introduction .........................................................................................................................20 2.7.2 Specifications ......................................................................................................................20 Contents User Guide 2.7.3 Front Panel .........................................................................................................................21 2.7.4 Rear Panel ..........................................................................................................................22 2.8 DIU................................................................................................................................................22 2.8.1 Introduction .........................................................................................................................22 2.8.2 Specifications ......................................................................................................................22 2.8.3 Front Panel .........................................................................................................................23 2.8.4 Rear Panel ..........................................................................................................................23 2.9 DPU ..............................................................................................................................................24 2.9.1 Introduction .........................................................................................................................24 2.9.2 Specifications ......................................................................................................................24 2.9.3 Front Panel .........................................................................................................................25 2.9.4 Rear Panel ..........................................................................................................................25 2.10 COM ...........................................................................................................................................26 2.10.1 Introduction .......................................................................................................................26 2.10.2 Specifications ....................................................................................................................26 2.10.3 Rear Panel ........................................................................................................................27 3. Hardware Installation .......................................................................................................................29 3.1 Safety Information .........................................................................................................................29 3.1.1 Electrical Safety ..................................................................................................................29 3.1.2 Working Aloft .......................................................................................................................29 3.2 Installation Preparation .................................................................................................................30 3.2.1 Technical Files ....................................................................................................................30 3.2.2 Personnel ...........................................................................................................................30 3.2.3 Instruments and Tools .........................................................................................................30 3.2.4 Unpacking the Base Station ................................................................................................31 3.3 Installation Location for the Internal Unit .......................................................................................34 3.4 Installation Flow ............................................................................................................................34 3.5 Wiring Diagram .............................................................................................................................35 3.6 Installing the Cabinet ....................................................................................................................39 3.6.1 Determining a Location for the Cabinet ..............................................................................39 3.6.2 Fixing the Cabinet ...............................................................................................................39 3.6.3 Testing the Insulation Performance .....................................................................................39 3.7 Installing the Internal Units............................................................................................................40 3.7.1 Opening the Front Door and Back Door .............................................................................40 3.7.2 Removing the Side Door .....................................................................................................40 3.7.3 Installing the Internal Units..................................................................................................41 3.7.4 Connecting the Internal Cables...........................................................................................43 3.7.5 Installing the Decorative Unit ..............................................................................................44 3.7.6 Installing the Side Door .......................................................................................................44 ii User Guide Contents 3.8 Connecting the External Cables ...................................................................................................45 3.8.1 Requirements .....................................................................................................................45 3.8.2 Cables to Be Connected .....................................................................................................45 3.9 Performing Post-installation Check ...............................................................................................45 3.9.1 Requirements .....................................................................................................................45 3.9.2 Checking the Cabinet .........................................................................................................45 3.9.3 Checking the Cable ............................................................................................................46 3.9.4 Checking the Power Supply Condition ................................................................................47 3.9.5 Checking the Environment ..................................................................................................47 4. Basic Operations ..............................................................................................................................49 4.1 Powering up the Base Station .......................................................................................................49 4.2 Powering off the Base Station .......................................................................................................49 5. Routine Maintenance .......................................................................................................................50 5.1 Purpose ........................................................................................................................................50 5.2 Tasks ............................................................................................................................................50 A Abbreviations ....................................................................................................................................51 iii Figures User Guide Figures Figure 2-1 Rear Panel of PDU..................................................................................................................4 Figure 2-2 Logical Architecture of CHU ....................................................................................................4 Figure 2-3 Front Panel of CHU .................................................................................................................9 Figure 2-4 Rear Panel of CHU ............................................................................................................... 11 Figure 2-5 Front Panel of CHU Power Supply ........................................................................................13 Figure 2-6 Rear Panel of CHU Power Supply ........................................................................................13 Figure 2-7 Front Panel of Switch ............................................................................................................14 Figure 2-8 Rear Panel of Switch.............................................................................................................15 Figure 2-9 Front Panel of Router ............................................................................................................16 Figure 2-10 Rear Panel of Router ..........................................................................................................18 Figure 2-11 Front Panel of Server ..........................................................................................................19 Figure 2-12 Rear Panel of Server ...........................................................................................................20 Figure 2-13 Front Panel of PSU .............................................................................................................22 Figure 2-14 Rear Panel of PSU ..............................................................................................................22 Figure 2-15 Front Panel of DIU ..............................................................................................................23 Figure 2-16 Rear Panel of DIU ...............................................................................................................24 Figure 2-17 Front Panel of DPU .............................................................................................................25 Figure 2-18 Rear Panel of DPU..............................................................................................................26 Figure 2-19 Rear Panel of COM .............................................................................................................28 Figure 3-1 Laying the Wooden Case ......................................................................................................32 Figure 3-2 Pulling the Tongue Piece Straight..........................................................................................32 Figure 3-3 Removing the Wooden Cover and Side Wooden Plate .........................................................32 Figure 3-4 Unpacking the Carton ...........................................................................................................33 Figure 3-5 Installation Locations for Internal Units of 4-Carrier Base Station .........................................34 Figure 3-6 Installation Flow ....................................................................................................................35 Figure 3-7 Wiring Diagram for 4-carrier Base Station .............................................................................38 Figure 3-8 Installation Location for Base Station ....................................................................................39 Figure 3-9 Fixing the Bolt .......................................................................................................................39 Figure 3-10 Opening the Front Door and Back Door ..............................................................................40 Figure 3-11 Removing the Side Door .....................................................................................................41 Figure 3-12 Installing the Tray ................................................................................................................42 Figure 3-13 Installing the CHU ...............................................................................................................42 Figure 3-14 Installing the Router ............................................................................................................43 Figure 3-15 Installing the COM ...............................................................................................................43 Figure 3-16 Outline of Cable ..................................................................................................................44 Figure 3-17 Installing the Decorative Unit...............................................................................................44 iv User Guide Tables Tables Table 1-1 Configuration of 4-carrier Base Station .....................................................................................2 Table 2-1 PDU Specifications ...................................................................................................................4 Table 2-2 Descriptions on Rear Panel of PDU..........................................................................................4 Table 2-3 CHU Specifications ...................................................................................................................9 Table 2-4 Descriptions on Front Panel of CHU .........................................................................................9 Table 2-5 Descriptions on CHU Indicators ..............................................................................................10 Table 2-6 Descriptions on Rear Panel of CHU ....................................................................................... 11 Table 2-7 CHU Power Supply Specifications ..........................................................................................12 Table 2-8 Descriptions on Front Panel of CHU Power Supply ................................................................13 Table 2-9 Descriptions on Rear Panel of CHU Power Supply ................................................................13 Table 2-10 Switch Specifications ............................................................................................................14 Table 2-11 Descriptions on Front Panel of Switch ..................................................................................15 Table 2-12 Descriptions on Switch Indicators .........................................................................................15 Table 2-13 Descriptions on Rear Panel of Switch...................................................................................15 Table 2-14 Router Specifications ............................................................................................................16 Table 2-15 Descriptions on Front Panel of Router ..................................................................................17 Table 2-16 Descriptions on Router Indicators .........................................................................................17 Table 2-17 Descriptions on Rear Panel of Router ..................................................................................18 Table 2-18 Server Specifications ............................................................................................................19 Table 2-19 Descriptions on Front Panel of Server ..................................................................................19 Table 2-20 Descriptions on Rear Panel of Server ...................................................................................20 Table 2-21 PSU Specifications ...............................................................................................................21 Table 2-22 Descriptions on Rear Panel of PSU ......................................................................................22 Table 2-23 DIU Specifications.................................................................................................................23 Table 2-24 Descriptions on Rear Panel of DIU .......................................................................................24 Table 2-25 DPU Specifications ...............................................................................................................25 Table 2-26 Descriptions on Rear Panel of DPU......................................................................................26 Table 2-27 COM Specifications ..............................................................................................................27 Table 2-28 Descriptions on Rear Panel of COM .....................................................................................28 Table 3-1 Technical Files ........................................................................................................................30 Table 3-2 Instruments and Tools .............................................................................................................31 Table 3-3 Cables to Be Connected .........................................................................................................45 Table 3-4 Checklist for the Cabinet .........................................................................................................46 Table 3-5 Checklist for the Cable ............................................................................................................46 Table 3-6 Checklist for Power Supply Condition .....................................................................................47 Table 3-7 Checklist for Environment .......................................................................................................48 User Guide Documentation Information Documentation Information This section describes the conventions and revision history of this document. Documentation Conventions Instructional Icons Icon Description Tip Indicates information that can help you make better use of your product. Note Indicates references that can further describe the related topics. Caution Indicates situations that could cause data loss or equipment damage. Warning Indicates situations that could cause minor personal injury. Danger Indicates situations that could cause major personal injury or even death. Notational Conventions Convention “” Bold -> Description The quotation marks enclose the name of a software interface element. For example, click “OK”. The text in boldface denotes the name of a hardware button. For example, press the PTT key. The symbol directs you to access a multi-level menu. For example, to select “New” from the “File” menu, we will describe it as follows: File -> New. Revision History Version Release Date Description V00 03-2013 Initial release Checking Items in the Package User Guide 1. Checking Items in the Package No. Item Qty. PDU CHU CHU Power Supply Switch Router Server PSU DIU DPU 10 COM 11 Cabinet Kit (including the 37U cabinet, decorative unit, tray and cable) Table 1-1 Configuration of 4-carrier Base Station User Guide Hardware Description 2. Hardware Description The DS-6211 base station realizes the following functions: Processing signaling and service On the downlink, the server in the base station receives the data packets from the MSO via the EIB, and sends them to the CHUs via the switch. Then the CHUs generate the downlink RF signals, which are combined via the COM. Finally, the combined signals are sent to the antenna via the duplexer for transmission. On the uplink, the antenna receives the uplink RF signals from the mobile station, and sends them to the DIU via the duplexer. Then the DIU makes several copies of the signals, and sends them to the CHUs for generating data packets. Finally, the generated data packets are sent to the server via the switch, and further sent to the MSO via the EIB. Supplying power The AC power from the mains electricity is divided by the PDU to provide power for the CHU power supply, PSU and other appropriate units in the base station. The CHU power supply converts the AC voltage to DC voltage to power up the CHU, while the PSU converts the AC voltage to DC voltage to power up the DIU and other appropriate units such as router. 2.1 PDU 2.1.1 Specifications Item Specification Input voltage range 120–240V 208V@12.8A (UL, CUL) Power 120V@16A (UL, CUL) Maximum current draw 240V@16A (VDE) Physical Dimensions (LXWXD) 447X44.5X57.2mm Weight 0.98kg Shipping weight 2.36kg Operating: 0–3000m Elevation (above MSL) Storage: 0–15000m Environmental Operating: 0–45℃ Temperature Hardware Description User Guide Item Specification Storage: –25℃ to 65℃ Relative humidity Approvals/Standards 0–95%, non-condensing UL, CUL, VDE Table 2-1 PDU Specifications 2.1.2 Rear Panel The rear panel of the PDU is shown in Figure 2-1 and described in Table 2-2. Figure 2-1 Rear Panel of PDU No. Name Description Power Inlet 1 inlet Power Outlet 12 outlets Table 2-2 Descriptions on Rear Panel of PDU 2.2 CHU The CHU includes the power amplifier module, exciter module, RX module, channel control board and other mechanical parts. Its logical architecture is shown in Figure 2-2. RS485 Interface RS485 Bus DIU RX RX Module Channel Control Board COM TX Power Amplifier Module Exciter Module Ethernet Link 13.6V BSCU CHU Power Supply Other Mechanical Parts (including the fan) CHU Figure 2-2 Logical Architecture of CHU 2.2.1 Introduction It is responsible for transmitting and receiving the RF signals and for processing the baseband User Guide Hardware Description information. The base station has multiple CHUs, each of which is responsible for processing the information on one carrier. 2.2.2 Specifications Item Specification Frequency range 400–470MHz Channel capacity 16 Normal operating voltage 13.6V Low: 11.0V Extreme operating voltage High: 15.6V Standby: ≤1.0A Current drain General Transmit: ≤11A Channel spacing 12.5k Antenna impedance 50Ω Duty cycle 100% Operating temperature –30℃ to +60℃ Storage temperature –40℃ to +85℃ Dimensions (WXHXL) 88x483x366mm Weight 8.5kg ESD IEC-801-2KV LCD Display 220*176pixels, 262000 color, 2.0inch, 4rows –110dBm/BER1% Receiver maximum Normal –118 dBm/BER5% usable sensitivity Receiver Extreme –115 dBm/BER5% (BER) Receiver Ultimate (BER) sensitivity –85dBm/BER0% Receiver BER at high RF input 10dBm/ BER0% Receiver Dynamic Faded (BER) –108dBm/BER5% Hardware Description User Guide Item Specification sensitivity (8KM/H and 100KM/H) Receiver analog maximum usable sensitivity ≤–112dBm (20 dB SINAD) Typical Co-channel rejection Adjacent ≤–118dBm (12 dB SINAD) Spec –119dBm 12.5kHz –12dB to 0dB 12.5K ≥65dB 12.5K/digital ≥60dB channel selectivity ≥80dB Spurious response rejection ETSI: ≥70dB Intermodulation TIA603: ≥75dB Blocking ≥90dB Conducted Spurious Emission ≤–57dBm –57dBm<1GHz Radiated Spurious Emission –47dBm>1GHz Rated Power (8Ω) 0.5W Rated audio Power Maximum Power 1.0W±20% Analog ≤3% Digital ≤5% Rated audio distortion ≥40dB@12.5kHz ≥43dB@20kHz Analog Receiver SNR ≥45dB@2kHz ≥40dB Digital User Guide Hardware Description Item Specification Receiver audio response Receiver synthesizer lock time –3dB to +1dB 1st Lo 7ms 2nd Lo 5ms Frequency stability ≤±0.5ppm Transmitter output power 5–50W Occupied 12.5kHz 8.5kHz@3dB 12.5kHz ≥60dB bandwidth Adjacent channel power ≤–6dBm (operating) ≤1GHz Conducted ≤–57dBm (standby) Spur and harmonic ≤–30dBm (operating) >1GHz ≤–47dBm (standby) ≤–36dBm (operating) ≤1GHz Transmitter ≤–57dBm (standby) Radiated Spur and harmonic ≤–30dBm (operating) >1GHz ≤–47dBm (standby) Transmit 4FSK room temp ≤5% extreme temp ≤10% room temp 3.7kHz extreme temp 3.85kHz modulation accuracy Transmit 4FSK maximum deviation 4FSK Transmit BER 0% Transmit FSK and Magnitude Error 5%/1% 4FSK Transmit Modulation Emission Spectrum Compliant with the interior standard Hardware Description User Guide Item Specification analog ≤3% Digital ≤5% Tx Audio distortion ≥40dB@12.5kHz ≥43dB@20kHz analog Tx Audio S/N ≥45dB@25kHz ≥40dB Digital Transmit audio distortion –3dB to +1dB Transmit transient response Compliant with the ETSI and TIA/EIA standard Transmit 12.5kHz ≤2.5kHz 12.5k (only data) 7K60FXD modulation limiting FM modulation mode (N/A) 4FSK modulation 12.5k (both data mode and voice) CTCSS/DCS 7K60FXW 12.5kHz 350–600Hz 12.5kHz 1.5±0.2kHz Deviation 60% Repeater Audio Deviation(-30 ℃ ~ +60) ≤3% Repeater Audio Distortion Duplex –124 to –118dBm (Normal) Repeater open sensitivity –122 to –116dBm (Tight) –126 to –120dBm (Normal) Repeater close sensitivity Repeater Audio –124 to –118dBm (Tight) ≥43dB@25kHz analog User Guide Hardware Description Item Specification ≥40dB@12.5kHz SNR Carrier SYNC Digital ≥40dB analog ±4kHz Digital ±8kHz synchronous range Table 2-3 CHU Specifications 2.2.3 Front Panel The front panel of the CHU is shown in Figure 2-3. Figure 2-3 Front Panel of CHU No. Name No. Name PWR Indicator Digital Indicator TX-A Indicator RX-A Indicator TX-B Indicator RX-B Indicator Table 2-4 Descriptions on Front Panel of CHU 2.2.4 LED Indicator The CHU indicators are described in Table 2-5. LED Indicator Color Status Glowing solidly PWR Indicator Description The CHU is supplied with power normally. Yellow The CHU is not supplied with power Off normally. Digital Indicator Blue Flashing The CHU runs normally. Hardware Description LED Indicator User Guide Color Status Off Flashing TX-A Indicator Description The CHU does not run normally. The CHU is transmitting data on time slot 1. Red No data is being transmitted on time slot Off 1. Flashing RX-A Indicator The CHU is receiving carrier signals on time slot 1. Yellow No carrier signal is being received on Off time slot 1. Flashing TX-B Indicator The CHU is transmitting data on time slot 2. Red No data is being transmitted on time slot Off 2. Flashing RX-B Indicator The CHU is receiving carrier signals on time slot 2. Yellow No carrier signal is being received on Off time slot 2. Table 2-5 Descriptions on CHU Indicators Note If the PWR indicator is glowing solidly and the Digital indicator is flashing, it means the CHU goes to the sleep mode. In this mode, the CHU can still receive inbound data (the RX-A/RX-B indicator flashes). 2.2.5 Rear Panel The rear panel of the CHU is shown in Figure 2-4 and described in Table 2-6. 10 User Guide Hardware Description Figure 2-4 Rear Panel of CHU No. Name Description TX Antenna Interface N connector (female) RX Antenna Interface N connector (female) Monitor Interface DB9 connector DC Power Inlet 13.6V±5% DC, ≤170W Ground Terminal Screw terminal Ethernet Interface RJ45 connector Table 2-6 Descriptions on Rear Panel of CHU 2.3 CHU Power Supply 2.3.1 Introduction Each CHU power supply can power up two CHUs. 2.3.2 Specifications Each CHU power supply contains two power modules, whose specifications are described in Table 2-7. Item Input Property Specification Operating Voltage 100/220V AC Extreme Voltage 90–264V AC Frequency 47–63Hz Max. Current <6.5A (input voltage: 100–130V AC) Max. Surge Current <50A (230V AC) Voltage 13.8V DC Rated Current 16A Output Property 11 Hardware Description User Guide Item Specification Efficiency ≥82% (input voltage: 230V AC) Ripple Voltage <150mVp-p Normal Operating Temperature Extreme Operating Temperature Environment Property Protection 15℃ to 35℃ –30℃ to +60℃ Storage Temperature –40℃ to +85℃ Operating Humidity <90%RH Altitude <2000m MTBF 100,000 hours Vibration 10–500Hz, 2G, 60 minutes, X/Y/Z directions Over-voltage Protection 15–18V, self-recover Over-power Protection Self-recover Short Circuit Protection Hiccup mode Standard CE60950/UL60950 EMI EN 55022 class B EMS EN 55024 Property Safety Requirement EMC Standby Power Consumption ≤5W (input voltage: 240V AC) Table 2-7 CHU Power Supply Specifications 2.3.3 Front Panel The front panel of the CHU power supply is shown in Figure 2-5 and described in Table 2-8. 12 User Guide Hardware Description Figure 2-5 Front Panel of CHU Power Supply No. Name Description If the PWR indicator glows green solidly, it means the corresponding power module supplies power normally; if PWR Indicator the indicator goes off, it means the corresponding power module does not supply power normally. On/Off Switch Double-pole-double-throw switch Table 2-8 Descriptions on Front Panel of CHU Power Supply 2.3.4 Rear Panel The rear panel of the CHU power supply is shown in Figure 2-6 and described in Table 2-9. Figure 2-6 Rear Panel of CHU Power Supply No. Name Description Ground Terminal ≤0.1Ω, ≥2.5mm2, screw terminal AC Power Inlet 110/220V AC, ≤486W, 3-pin DC Power Outlet 13.6V±5% DC, 2 paths, ≥170W/path, terminal connector Table 2-9 Descriptions on Rear Panel of CHU Power Supply 13 Hardware Description User Guide 2.4 Switch 2.4.1 Introduction The switch provides media for communication within the base station. 2.4.2 Specifications Item Specification IEEE 802.3 10BASE-T Ethernet Standard and Protocol IEEE 802.3u 100BASE-TX Fast Ethernet CSMA/CD Ethernet Ethernet: 10Mbps (half duplex), 20Mbps (full duplex) Data Transmission Rate Fast Ethernet: 100Mbps (half duplex), 200Mbps (full duplex) 10Base-T: UTP/STP Cat3 or above (≤100m) Network Media 100Base-TX: UTP/STP Cat5 or above (≤100m) Transmission Way Store and forward AC Input 100–240V 50/60Hz 0.6A Operating Temperature 0℃ to +40℃ Storage Temperature –40℃ to +70℃ Operating Humidity 10%–90%RH (non-condensing) Storage Temperature 5%–90%RH (non-condensing) Table 2-10 Switch Specifications 2.4.3 Front Panel The front panel of the switch is shown in Figure 2-7 and described in Table 2-11. Figure 2-7 Front Panel of Switch 14 User Guide Hardware Description No. Name No. LED Indicator Name Ethernet Interface Table 2-11 Descriptions on Front Panel of Switch 2.4.4 LED Indicator The switch indicators are described in Table 2-12. LED Indicator Color Status Glowing solidly Power The switch is supplied with power normally. Red The switch is not supplied with power Off normally. Glowing solidly Link/Act Description Green Flashing device device is 2.4.5 Rear Panel The rear panel of the switch is shown in Figure 2-8 and described in Table 2-13. Figure 2-8 Rear Panel of Switch Description Ground Terminal Screw Power Inlet 100–240V AC 50/60Hz 0.6A Table 2-13 Descriptions on Rear Panel of Switch 15 the corresponding interface. connected corresponding interface. Name to Data is being received or sent via the Table 2-12 Descriptions on Switch Indicators No. connected corresponding interface. No Off is to the Hardware Description User Guide 2.5 Router 2.5.1 Introduction The router provides media for communication between the base station and MSO. 2.5.2 Specifications Item Specification Repeat Performance 150Kpps Memory 256M (DDR2) Flash 256M USB CON Communication 2 megabit Ethernet interfaces, 4 megabit switch interfaces Interface Max. Power Consumption 12W Rated Input Voltage 100–240V 50/60Hz Ambient Temperature Ambient Temperature Ambient Humidity Ambient Humidity Table 2-14 Router Specifications 2.5.3 Front Panel The front panel of the router is shown in Figure 2-9 and described in Table 2-15. Figure 2-9 Front Panel of Router 16 User Guide Hardware Description No. Name No. Name PWR Indicator WLAN Indicator (not used) RESET Button USB Port USB Indicator SYS Indicator Ethernet Indicator Table 2-15 Descriptions on Front Panel of Router 2.5.4 LED Indicator The router indicators are described in Table 2-16. LED Indicator Status Description Glowing solidly The router is supplied with power normally. PWR Off The router is not supplied with power normally. Green LED flashing rapidly The router is starting. Green LED flashing slowly The router is running normally. Yellow LED flashing rapidly The router malfunctions. SYS Off The router runs abnormally. Off 0–5 The Ethernet is not connected. The Ethernet is connected. Glowing solidly Data is being transferred between the router and Flashing Ethernet. Glowing solidly The USB port is in use. USB Off The USB port is not in use. Table 2-16 Descriptions on Router Indicators 2.5.5 Rear Panel The rear panel of the router is shown in Figure 2-10 and described in Table 2-17. 17 Hardware Description User Guide Figure 2-10 Rear Panel of Router No. Name Purpose Ground Terminal To connect with the ground cable. Power Inlet To connect with the power adapter. Console Interface To connect with the PC via the serial cable. Fixed Ethernet Interface (0–1) Uplink 3-layer Ethernet interface to connect with the WAN. Fixed Switch Interface (2–5) Downlink 2-layer Ethernet interface to connect with the PC or switch. Table 2-17 Descriptions on Rear Panel of Router 2.6 Server 2.6.1 Introduction It is responsible for mobility management, call control, radio resource management and interface control between the base station and MSO. 2.6.2 Specifications Item Specification Form Factor RACK CPU Frequency 3.10GHz Processors Quad-core Intel® Xeon®E-1220 processors Processor Sockets Front Side Bus or HyperTransport DMI (Direct Media Interface) Cache 8MB 18 User Guide Hardware Description Item Specification Chipset Intel® C216 chipset Memory 4GB DDR3 1333MHz I/O Slots 1 PCIe x16 G2 slot Hard Drives 3.5 inch SATA (7.2K rpm): 500GB Network Interface Cards Dual Port Adapter, Gigabit Ethernet NIC, PCIe x4 Power Supply Single-cabled power supply (250W) Video Matrox® G200eW w/ 8MB memory Remote Management iDRAC6 optional Operating Systems OS-LINUX Table 2-18 Server Specifications 2.6.3 Front Panel The front panel of the server is shown in Figure 2-11 and described in Table 2-19. Figure 2-11 Front Panel of Server No. Name No. Name On/Off Switch VGA Connector USB Port Table 2-19 Descriptions on Front Panel of Server 2.6.4 Rear Panel The rear panel of the server is shown in Figure 2-12 and described in Table 2-20. 19 Hardware Description User Guide Figure 2-12 Rear Panel of Server No. Name No. Name PCIe Interface Serial Port VGA Connector E-SATA Interface USB Port 100/1000 Mbps Ethernet Interface AC Power Inlet Table 2-20 Descriptions on Rear Panel of Server 2.7 PSU 2.7.1 Introduction The PSU converts the AC voltage to DC voltage, to supply the internal units in the base station. 2.7.2 Specifications Item Specification Normal Operating Voltage Extreme Operating Voltage Input Property 100/220V AC 85–265V AC Frequency 47–63Hz Max. Current <4A (input voltage: 115V AC) Max. Surge (<2ms) Current <30A (115V AC), <50A (230V AC) Output Voltage 12V Property Max. Current 10A 20 User Guide Hardware Description Item Specification Max. Power 120W Switching Frequency 100KHz Efficiency ≥86% Hold Time ≥10ms Ripple Voltage <64mVp-p Normal Operating Temperature Extreme Operating Temperature Environment Property –40℃ to 85℃ Operating Humidity <95%RH Altitude <2000m MTBF 100,000 hours Vibration 10–500Hz, 2G, 60 minutes, X/Y/Z directions Self-recover via the clamping diode Protection Property Over-power Protection Short Protection Safety Requirement –30℃ to 60℃ Storage Temperature Over-voltage Protection 15℃ to 35℃ Circuit Self-recover Self-recover Standard CE60950/UL60950 EMI EN 55022 class B EMS EN 55024 EMC Table 2-21 PSU Specifications 2.7.3 Front Panel The front panel of the PSU is shown in Figure 2-13. 21 Hardware Description User Guide Figure 2-13 Front Panel of PSU 2.7.4 Rear Panel The rear panel of the PSU is shown in Figure 2-14 and described in Table 2-22. Figure 2-14 Rear Panel of PSU No. Name Description AC Power Inlet 110/220V AC, ≤120W, 3-pin DC Power Outlet 12V±5% DC, terminal connector Ground Terminal ≤0.1Ω, ≥2.5mm2, screw terminal Table 2-22 Descriptions on Rear Panel of PSU 2.8 DIU 2.8.1 Introduction It divides the RX signals into four parts and provides them to the CHUs respectively. 2.8.2 Specifications Item Specification under Normal Temperature (+15℃ to +35℃) Specification under Extreme Temperature (–30℃ to +60℃) Frequency Range 400–470MHz Operating Bandwidth 5MHz In-band Gain 7.5±0.5dB 7.5±1.5dB Noise Figure ≤1.5dB ≤1.8dB Input VSWR ≤1.40 ≤1.50 Output VSWR ≤1.30 ≤1.50 In-band Ripple (P-P) ≤0.5dB ≤0.7dB 22 User Guide Hardware Description Specification under Normal Temperature (+15℃ to +35℃) Item Port Unbalance Specification under Extreme Temperature (–30℃ to +60℃) ≤1.0dB (P-P) Isolation ≥23dB ≥20dB Cross Modulation ≥-60dBc@–20dBm ≥-57dBc@–20dBm Operating Voltage 12–13.8V DC Operating Current ≤300mA Allowed Input Power ≤10dBm Impedance 50Ω Connector Type N connector (female) Operating Humidity 5%–95%RH Operating –30℃ to +60℃ Temperature Storage –40℃ to +85℃ Temperature Max. Power Consumption 4W Table 2-23 DIU Specifications 2.8.3 Front Panel The front panel of the DIU is shown in Figure 2-15. Figure 2-15 Front Panel of DIU 2.8.4 Rear Panel The rear panel of the DIU is shown in Figure 2-16 and described in Table 2-24. 23 Hardware Description User Guide Figure 2-16 Rear Panel of DIU No. Name Description DC Power Inlet 12V DC, ≤15W, 3-pin RF Input Interface N connector (female) RF Output Interface To connect with the CHU. N connector (female) Monitor Interface RS485 interface, DB9 connector (male/female) Ground Terminal ≤0.1Ω, ≥2.5mm2, screw terminal Table 2-24 Descriptions on Rear Panel of DIU 2.9 DPU 2.9.1 Introduction The duplexer realizes the following functions: On the uplink, the duplexer sends the RX signal from the antenna to the DIU via the RX interface. On the downlink, the duplexer sends the TX signal from the COM to the antenna via the TX interface 2.9.2 Specifications Specification under Normal Temperature (+15℃ to +35℃) Item Frequency Range 400–470MHz Operating Bandwidth 5MHz Duplex Spacing 10MHz Specification under Extreme Temperature (–30℃ to +60℃) Insertion 350–420MHz ≤1.1dB ≤1.3dB Loss 420–480MHz ≤1.2dB ≤1.4dB In-band Ripple (P-P) within 5MHz ≤0.4dB ≤0.6dB Input/Output VSWR ≤1.25 ≤1.50 RX: ≥80dB RX: ≥75dB Out-of-band Out of band: 24 User Guide Hardware Description Item Specification under Normal Temperature (+15℃ to +35℃) Specification under Extreme Temperature (–30℃ to +60℃) +5MHz TX: ≥60dB TX: ≥55dB RX: ≥60dB RX: ≥55dB TX: ≥80dB TX: ≥75dB RX: ≥80dB RX: ≥75dB TX: ≥75dB TX: ≥70dB RX: ≥75dB RX: ≥70dB –10MHz TX: ≥80dB TX: ≥75dB RX-TX Band ≥50dB ≥45dB RX Band ≥80dB ≥75dB TX Band ≥80dB ≥75dB Rejection Out of band: –5MHz Out of band: +10MHz Out Isolation of band: OIP3 ≥80dBm (△f=250KHz) Operating Temperature +15℃ to +35℃ Storage Temperature –40℃ to +85℃ Operating Humidity 5%–95% Impedance 50Ω Connector Type N connector (female) Table 2-25 DPU Specifications 2.9.3 Front Panel The front panel of the DPU is shown in Figure 2-17. Figure 2-17 Front Panel of DPU 2.9.4 Rear Panel 25 –30℃ to +75℃ Hardware Description User Guide The rear panel of the DPU is shown in Figure 2-18 and described in Table 2-26. Figure 2-18 Rear Panel of DPU No. Name TX Input Interface RX Description Output Interface N connector (female) N connector (female) Duplex Interface N connector (female) Ground Terminal ≤0.1Ω, ≥2.5mm2, screw terminal Table 2-26 Descriptions on Rear Panel of DPU 2.10 COM 2.10.1 Introduction It combines the signals received from multiple CHUs, and sends them to the duplexer via the output interface. 2.10.2 Specifications Item Specification under Normal Temperature (+15℃ to +35℃) Frequency Range 400–470MHz Operating Bandwidth 5MHz Channel Spacing ≥250kHz Channel Capacity Insertion Loss ≤3.0dB Specification under Extreme Temperature (–30℃ to +60℃) ≤3.5dB 26 User Guide Hardware Description Specification under Normal Temperature (+15℃ to +35℃) Item Out of band: Specification under Extreme Temperature (–30℃ to +60℃) ≥10dB ≥15dB Input ≤1.25 ≤1.50 Output ≤1.50 ≤1.80 Out-of-band ±250kHz Rejection Out of band: ±500kHz VSWR Isolation between Isolation ≥75dB Input Interfaces Reverse Isolation ≥65dB Intermodulation Attenuation ≤-65@2CH (Pin=47dBm, △f=250kHz) Harmonics Suppression ≥80dBc Mean Power ≥100W (per channel) Operating Temperature +15℃ to +35℃ Storage Temperature –40℃ to +85℃ Operating Humidity 5%–95%RH Impedance 50Ω Connector Type N connector (female) –30℃ to +75℃ Table 2-27 COM Specifications 2.10.3 Rear Panel The rear panel of the COM is shown in Figure 2-19 and described in Table 2-28. 27 Hardware Description User Guide Figure 2-19 Rear Panel of COM Name Description Remark CH1 Carrier input interface 1 N connector (female) CH2 Carrier input interface 2 N connector (female) CH3 Carrier input interface 3 N connector (female) CH4 Carrier input interface 4 N connector (female) ANT Combined output interface N connector (female) Table 2-28 Descriptions on Rear Panel of COM 28 User Guide Hardware Installation 3. Hardware Installation 3.1 Safety Information Before performing any operation, read the following precautions and operation instructions carefully to ward off potential risks. 3.1.1 Electrical Safety Danger Direct contact or indirect contact (through moist objects) with the high voltage or mains electricity may result in fatal danger. Never wear conductive objects such as watches, bracelets or rings during operation. Do use special tools during high voltage or AC operations. Take necessary measures to prevent entry of moisture into the equipment operating under moist environment. Make sure the equipment is well grounded to avoid damage as a result of lightning strikes. Disconnect the equipment from the power supply before installing or uninstalling it. Check the label on the cable to ensure correct connection. Make sure that the equipment is well grounded before connecting it to the power supply. Disconnect the equipment from the power supply if you find water or other liquids on the cabinet. Make sure all switches of the power distribution box are toggled to the “Off” position before installing any unit in the cabinet. 3.1.2 Working Aloft Warning Exert sufficient cautions to prevent any object from falling when working aloft. Take sound safety actions such as wearing the hamlet and safety belt properly. Do wear heat-retaining clothes for working in cold areas. Make sure that the ladder is safe for use, and overload is strictly prohibited. The slant of the ladder is suggested to be 75°. When using a ladder, place it on a stable ground, and take protective measures on the base part of the ladder for skid resistance. Handle and use all instruments and tools with care to avoid falling. 29 Hardware Installation User Guide 3.2 Installation Preparation 3.2.1 Technical Files The technical files required for the hardware installation are listed in Table 3-1. File Type Description Provided by the R&D engineers or Network Planning Drawing Instructional file File Name marketing personnel for installation Provided by the investigator according to Site Survey Report the on-site investigation DS-6211 Lite Digital Trunking System Product Description Guidebook DS-6211 Base Station Hardware Base Station Hardware Description DS-6211 Shipped with the equipment Installation Guide Other file Packing List Shipped with the equipment Table 3-1 Technical Files Note The Project Construction Scheme may be required for the hardware installation according to the actual needs. 3.2.2 Personnel Only the qualified personnel are allowed to install and configure the equipment. The number of required engineers is subject to the specific project. 3.2.3 Instruments and Tools Before hardware installation, you shall prepare the instruments and tools listed in Table 3-2. Hex screwdriver (T9), slot type screwdriver (2#), Phillips General Tools screwdriver (PH0, PH2), 8″ wrench (2 pcs), 15″ wrench (2 pcs), expanding pliers, sealant gun, electric iron, diagonal pliers, claw hammer, paper knife, power strip and A type ladder Special Tools Anti-static wrist strap, cable peeler, crimping pliers and terminal pliers 30 User Guide Hardware Installation Meters Multimeter and power meter Table 3-2 Instruments and Tools 3.2.4 Unpacking the Base Station Checking the Package Container After the equipment arrives at the installation site, you should do the following check tasks: Check against the Packing List on the package container. If any item is inconsistent with the Packing List, please contact us immediately. Check whether the package container is in good condition and not placed upside down during transportation. If the package container is damaged seriously or soaked, please contact us immediately. Note Keep the package container, equipment and packing materials properly, and photograph them for reference. After the above check tasks are completed, you can unpack the base station. Unpacking the Wooden Case Caution Avoid collision with the gate or wall while carrying the equipment. Never touch the parts or unpainted surfaces with sweat-soaked or dirty gloves. Carry the wooden case into or near the equipment room before unpacking. This can prevent the cabinet from being damaged. Tools Claw hammer, slot type screwdriver and wrench To unpack the wooden case, do as follows: Step 1 Wear the anti-static gloves. Step 2 Lay the wooden case on the ground with the wooden frame facing downwards. See Figure 3-1. 31 Hardware Installation User Guide Figure 3-1 Laying the Wooden Case Step 3 Pull the tongue piece on the wooden cover straight using the wench, claw hammer or screwdriver. See Figure 3-2. Figure 3-2 Pulling the Tongue Piece Straight Step 4 Remove the cover (see the up arrow in Figure 3-3). If you see a cabinet, proceed to the next step directly. If you see a carton, take it out from the wooden case and unpack as instructed in “Unpacking the Carton” before the next step. Step 5 Pull the tongue piece straight on the side wooden plate and remove the plate. See the right arrow in Figure 3-3. Figure 3-3 Removing the Wooden Cover and Side Wooden Plate Step 6 Place the cabinet upright with the wheels facing downwards. 32 User Guide Hardware Installation Unpacking the Carton Tools Paper knife To unpack the carton, do as follows: Step 1 Cut the strap along the seam of the carton cover using the paper knife. See Figure 3-4. Caution Apply a moderate force, to avoid damage to the internal articles. Step 2 Open the carton and take out the articles. Figure 3-4 Unpacking the Carton Checking the Articles After unpacking the wooden case and carton, carefully check the received articles according to the Packing List. You should perform the following check tasks: Checking the appearance All articles shall be free from defects such as deformation or rupture. The cabinet shall be firm. The characters on the articles shall be clear. Checking the parts and accessories The complete parts and accessories required for the hardware installation shall be contained in the package. Checking the internal units of the base station Each kind of the internal unit shall comply with the Packing List in respect of the model and total number, and shall be free from defects such as break or looseness. After check, the project supervisor and the client have to sign the Packing List together for confirmation. 33 Hardware Installation User Guide 3.3 Installation Location for the Internal Unit For the installation locations for the internal units, see Figure 3-5. Decorative Unit PDU CHU CHU Power Supply CHU Decorative Unit CHU CHU Power Supply CHU Switch Decorative Unit Router Server PSU Decorative Unit DIU DPU COM Figure 3-5 Installation Locations for Internal Units of 4-Carrier Base Station 3.4 Installation Flow For the base station installation flow, see Figure 3-6. 34 User Guide Hardware Installation Start Determining a location for the cabinet Fixing the cabinet Fail Testing the insulation performance Pass Installing the internal units Connecting the cables Fail Checking the power supply condition Pass Installing the decorative units and side doors Checking the installation Complete Figure 3-6 Installation Flow 3.5 Wiring Diagram For the wiring diagram for the base station, see Figure 3-7. 35 Hardware Installation User Guide 36 User Guide Hardware Installation 37 Hardware Installation User Guide Figure 3-7 Wiring Diagram for 4-carrier Base Station 38 User Guide Hardware Installation 3.6 Installing the Cabinet 3.6.1 Determining a Location for the Cabinet Determine a location for the cabinet as per the drawing. There shall be a clearance of at least 600mm before the front door and back door of the cabinet. See Figure 3-8. ≥600mm ≥600mm 600mm Wheels ≥600mm 600mm ≥600mm Figure 3-8 Installation Location for Base Station 3.6.2 Fixing the Cabinet To fix the cabinet, do as follows: Step 1 Push the cabinet to the location determined above, with its front side facing properly Step 2 Fix the cabinet by tightening the four bolts at the bottom of the cabinet. See Figure 3-9. 1. Loosen the upper nut by the wrench. 2. Loosen the lower nut by the wrench. And the cabinet will be lifted to an appropriate height automatically. 3. Tighten the upper nut. Figure 3-9 Fixing the Bolt 3.6.3 Testing the Insulation Performance After the cabinet is fixed, test the insulation performance via the following steps: Step 1 Toggle the multimeter to the “MΩ” position. 39 Hardware Installation User Guide Step 2 Measure the resistance between the bolt and cabinet. Note If the resistance is above 5MΩ, it means the cabinet is insulated properly; otherwise, check whether an insulation part is damaged or not mounted, and fix the cabinet again for testing the insulation performance. 3.7 Installing the Internal Units 3.7.1 Opening the Front Door and Back Door Open the front door and back door of the cabinet. See Figure 3-10. Step 1 Unlock, and then remove the key from the keyhole in a vertical position. Step 2 Press the PUSH button until the handle has bounced. Step 3 Turn the handle counter-clockwise. Step 4 Pull the handle outward and open the door. Figure 3-10 Opening the Front Door and Back Door 3.7.2 Removing the Side Door Press the two latches downwards simultaneously and pull the side door outwards. See Figure 3-11. Caution Take care to avoid bodily injuries while removing the side door. 40 User Guide Hardware Installation Figure 3-11 Removing the Side Door 3.7.3 Installing the Internal Units Installing the CHU The PDU, CHU, CHU power supply, switch, server, DIU and DPU can be installed similarly. The following section takes the CHU installation for example. Step 1 Plan the installation locations for the internal units. Plan the installation locations according to the scale on the cabinet and the height of the internal units, and install the floating nuts properly on upright column of the cabinet to fix the screw. Step 2 Install the tray. 1. Place the tray at the planned location, and align its waist-shaped hole with the square hole in the upright column. 2. Tighten the screw to secure the tray. See Figure 3-12. 41 Hardware Installation User Guide Figure 3-12 Installing the Tray Note As there are a wide variety of trays, here we only take two kinds of them for example Step 3 Place the CHU on the tray, and push the tray until the waist-shaped holes on the front panel of the MTU fit the upright column. See Figure 3-13. Figure 3-13 Installing the CHU Step 4 Tighten the screws on the front panel. Installing the Router The router shall be installed from the back of the cabinet. See Figure 3-14. Step 1 Place the router in the right position, and align its ears with the square holes in the upright column. Step 2 Tighten the screws to secure the router. 42 User Guide Hardware Installation Figure 3-14 Installing the Router Installing the COM The COM shall be installed from the back of the cabinet. See Figure 3-15. Step 1 Place the COM on the holder, and slide it until the screw holes in the COM are aligned with those in the holder. Step 2 Tighten the screws on the holder. Caution Take care to avoid bodily injuries while carrying the heavy COM. Figure 3-15 Installing the COM 3.7.4 Connecting the Internal Cables Connect the internal cables properly according to the cable location and label. See Figure 3-16. 43 Hardware Installation User Guide Figure 3-16 Outline of Cable Note In Figure 3-16, the description “CHU1(TX)-COM(TX 1)” on the label tells you that the corresponding cable shall be connected between the TX interface of CHU1 and TX1 interface of the COM; while the description “CHU1(RX)-DIU(RX 1) on the label tells you that the corresponding cable shall be connected between the RX interface of CHU1 and RX1 interface of the DIU. 3.7.5 Installing the Decorative Unit After the power supply condition is checked (see 3.9.4 Checking the Power Supply Condition), install the decorative unit in the empty frame. See Figure 3-17. Figure 3-17 Installing the Decorative Unit 3.7.6 Installing the Side Door Align the side door with the cabinet, and keep pressing it until the latches have bounced. 44 User Guide Hardware Installation 3.8 Connecting the External Cables 3.8.1 Requirements The following requirements shall be met before connecting the external cables: The cabinet has been installed properly. All the internal units in the cabinet have been installed, and the On/Off Switch on all appropriate internal units is toggled to the “Off” position. 3.8.2 Cables to Be Connected The external cables shall be connected to the interfaces in the EIB on the top of the cabinet. For details on the cables, see Table 3-3. Name Color Remark Ground Cable Yellowish green AC Power Cord Red, blue, yellowish green 6mm2, 3pcs RF Cable Black 75Ω coaxial cable, 4pcs RJ45 Adapter Cable Grey DB9 Adapter Cable Grey 3-core, serial cable, 1pcs RJ48 Adapter Cable Grey 4-core, 120Ω twisted-pair cable, 1pcs 6mm2, 49-core, 450/750V, outer diameter: 8.1mm 8-core, 100Ω twisted-pair cable, 3pcs Table 3-3 Cables to Be Connected 3.9 Performing Post-installation Check 3.9.1 Requirements The following requirements shall be met before you perform the post-installation check. The cabinet has been installed properly. All the internal units have been installed properly in the cabinet. The cables have been connected properly. All switches of the power distribution box are set to the “Off” position. 3.9.2 Checking the Cabinet Check the cabinet according to Table 3-4. No. Item Check whether the location of the cabinet conforms to the drawing. 45 Hardware Installation User Guide No. Item Check whether all the internal units are installed properly, and all cables in the cabinet are connected correctly. Check whether the side doors are installed and the ground cable is connected properly. Check whether all screws are tightened. Check whether the cabinet is stable in its place and looks tidy. Check whether the surface of the cabinet is clean and well painted, and no dust or other sundries exist in the cabinet. Check whether the marks on the cabinet are correct and clear. Check whether the disuse interfaces on the top of the cabinet are covered with the plastic dust caps. Check whether all parts of the cabinet are in good condition. Table 3-4 Checklist for the Cabinet 3.9.3 Checking the Cable Check the cables according to Table 3-5. No. Item Check whether all cables are in good condition. Check whether there are no joints on all cables. Check whether the ground cable is excessive. If yes, please cut the excessive part off. Check whether the power cord and ground cable are connected properly. Check whether the bare wire and OT handle of the terminal is sealed with the insulation tape or heat shrinkable sleeve. Check whether the power cord and ground cable are tied separately. Check whether all cables are tied neatly and evenly, and whether the cable ties are facing the same direction and cut neatly. Check whether the labels on the cables are clear and neat. Table 3-5 Checklist for the Cable 46 User Guide Hardware Installation 3.9.4 Checking the Power Supply Condition Caution Before connecting the base station to the power supply, measure the resistance at all power connectors and ground connectors using the multimeter, and check whether the short circuit exists. Check the power supply condition via the following steps: Step 1 Check whether the input voltage from the mains electricity satisfies the local requirements, and whether the live wire and null wire are connected correctly. Step 2 Toggle all power switches on the power strip to the “On” position. Step 3 Toggle the power switch on the CHU power supply to the “On” position. Step 4 Toggle the On/Off Switch to the “On” position. Step 5 Toggle the power switch on the PSU to the “On” position. Step 6 Toggle the power switch on the DIU to the “On” position. Step 7 Check the power supply condition for the internal units according to Table 3-6. Internal Unit LED Indication for Normal Power Supply CHU The PWR indicator is on. CHU Power Supply The PWR indicator is on. Switch The PWR indicator is on. Router The PWR indicator is on. Table 3-6 Checklist for Power Supply Condition Note If an internal unit does not give the normal power supply indication, connect the base station to the power supply again, or re-install the internal unit after disconnecting the power supply. If this problem still exists, please contact us. 3.9.5 Checking the Environment Check the environment according to Table 3-7. No. Item Check whether the equipment room is clean and tidy. Check whether there are cable ties and sundries in the wiring rack, at the bottom of the cabinet or around the cabinet. 47 Hardware Installation User Guide No. Item Check whether there are cable ties and sundries on the floor of the equipment room. Table 3-7 Checklist for Environment 48 User Guide Basic Operations 4. Basic Operations 4.1 Powering up the Base Station Step 1 Connect the AC power supply. Step 2 Toggle all power switches on the power strip to the “On” position. Step 3 Toggle the power switch on the CHU power supply to the “On” position. Step 4 Toggle the On/Off Switch to the “On” position. Step 5 Toggle the power switch on the PSU to the “On” position. Step 6 Toggle the power switch on the DIU to the “On” position. 4.2 Powering off the Base Station Step 1 Toggle the power switch on the DIU to the “Off” position. Step 2 Toggle the power switch on the PSU to the “Off” position. Step 3 Toggle the On/Off Switch to the “Off” position. Step 4 Toggle the power switch on the CHU power supply to the “Off” position. Step 5 Toggle all power switches on the power strip to the “Off” position. Step 6 Disconnect the AC power supply. 49 Routine Maintenance User Guide 5. Routine Maintenance 5.1 Purpose The routine maintenance is to ensure stable and reliable operation of the device. It can help you to know the operation status of the device, so as to detect potential troubles and remove them on time. The routine maintenance is performed for the following specific purposes: Remove all potential troubles to keep the system work properly. Ensure that all performance and service specifications can meet the related requirements. Ensure good collaboration within the entire system. Ensure that new devices or upgraded devices can access the system properly. 5.2 Tasks Clean the equipment room regularly. Check the working status of the base station regularly. If an abnormal situation occurs, handle it in time. Clean the base station regularly. 50 User Guide Abbreviations A Abbreviations Abbr. Full Name COM Combiner DIU Divider Unit DPU Duplexer Unit EMI Electro Magnetic Interference EMS Electro Magnetic Susceptibility GPS Global Positioning System MTBF Mean Time between Failures OIP3 Output 3rd order Intercept Point PDM Power Distribution Module PDU Power Distribution Unit PSU Power Supply Unit VGA Video Graphics Array 51 User Guide Abbreviations FCC Warning: Any Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. 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. This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment .This equipment should be installed and operated with minimum distance 2.5 m between the radiator& your body. Industry Canada This device complies with Industry Canada licence-exempt RSS standard (s). Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operation of the device. Le présent appareil est conforme aux CNR d'Industrie Canada applicables aux appareils radio exempts de licence. L'exploitation est autorisée aux deux conditions suivantes: (1) l'appareil ne doit pas produire de brouillage, et (2) l'utilisateur de l'appareil doit accepter tout brouillage radioélectrique subi, même si le brouillage est susceptible d'en compromettre le fonctionnement. The term “IC:” before the certification/registration number only signifies that the Industry Canada technical specifications were met. Under Industry Canada regulations, this radio transmitter may only operate using an antenna of a type and maximum (or lesser) gain approved for the transmitter by Industry Canada. To reduce potential radio interference to other users, the antenna type and its gain should be so chosen that, the equivalent isotropically radiated power (e.i.r.p.) is not more than that necessary for successful communication. Conformément à la réglementation d'Industrie Canada, le présent émetteur radio peut fonctionner avec une antenne d'un type et d'un gain maximal (ou inférieur) approuvé pour l'émetteur par Industrie Canada. Dans le but de réduire les risques de brouillage radioélectrique à l'intention des autres utilisateurs, il faut choisir le type d'antenne et son gain de sorte que la puissance isotrope rayonnée équivalente (p.i.r.e.) ne dépasse pas l'intensité nécessaire à l'établissement d'une communication satisfaisante. 52 User Guide Abbreviations This product meets the applicable Industry Canada technical specifications. Le present matériel est conforme aux specifications techniques applicables d’Industrie Canada. This Class A digital apparatus complies with Canadian ICES-003. IC Radiation Exposure Statement: This equipment complies with IC RF radiation exposure limits set forth for an uncontrolled environment. This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter. This equipment should be installed and operated with minimum distance 2.5m between the radiator & your body. 45
Source Exif Data:
File Type : PDF File Type Extension : pdf MIME Type : application/pdf PDF Version : 1.6 Linearized : Yes Encryption : Standard V4.4 (128-bit) User Access : Extract Author : 冯小叶 Create Date : 2013:03:11 14:41:24+08:00 Modify Date : 2013:05:09 18:38:53-07:00 Subject : Tag : V00 Tag LOGO : Hytera Tagged PDF : No XMP Toolkit : Adobe XMP Core 5.2-c001 63.139439, 2010/09/27-13:37:26 Metadata Date : 2013:05:09 18:38:53-07:00 Creator Tool : Acrobat PDFMaker 10.0 Word 版(Infix Pro) Document ID : uuid:bad1efb5-0c0b-4d0e-a44c-c45e068a7d7e Instance ID : uuid:5fc1af2a-4e1b-431b-aeb3-e7fe8107ef69 Format : application/pdf Title : DS-6211 Base Station Description : Creator : 冯小叶 Producer : Adobe PDF Library 10.0 Keywords : Source Modified : D:20130311063644 Company : 微软中国 Comments : Tag 002f : DS-6211 Base Station Logo : Hytera Tag : XXXX ICN App Name : Infix Pro ICN App Platform : Windows ICN App Version : 5.17 Page Layout : OneColumn Page Count : 61EXIF Metadata provided by EXIF.tools