High-Power (E62-H2) Installation Manual Everon™ 6200 1. 2. GENERAL INFORMATION The E62-HPRU is a high-power remote unit supporting cellular technologies on fiber optic cable using the CPRI protocol. The HP is ideal for multioperator multiband deployments of cellular services in large coverage areas. The HP supports up to 43 dBm output per band in single 2T2R or dual 1T1R up to 80 MHz per band.
1. Content Preface .............................................................................................................................................. 4 Safety Instructions .............................................................................................................................. 4 Environmental Considerations ............................................................................................................... 5 DC Power Connections ...................................
Wall Installation (Back on the Wall) ...................................................................................................... 34 Wall Installation (Side on the Wall) ...................................................................................................... 39 Pole Installation ................................................................................................................................. 44 HPRU Mounting Dimension Spacing ...........................................
2. Preface Safety Instructions All the following “Safety Precautions” must be observed during the entire installation and operation of the Everon 6200system. The Everon 6200 system components are designed for maximum safety and reliability when they are installed, used, and maintained by trained and qualified technicians in accordance with the procedures and instructions contained in this manual.
Site Considerations 1. The Everon™ 6200 complies with FCC RF exposure limits for an uncontrolled environment. This equipment must be installed and operated with a minimum distance of 470 cm for HPRU between the antennas and a person’s body. 2. The system delay should be taken into consideration when there are neighboring BTS sites that are overlapping in coverage.
Connect “+” to a high potential (+48 VDC from a +48 VDC power supply; 0 VDC from a -48 VDC power supply) Connect “-” to a low potential (0 VDC from a +48 VDC power supply; -48 VDC from a -48 VDC power supply) Cable Core 14 AWG Corning Optical Communications Cable Length 2m Maximum Expandable Length 10 m Installation Manual | CMA-793-AEN | Page 6
Warning Marks The warning marks should be kept clean, readable, and identifiable. ALWAYS disconnect all lines and power connections before servicing or disassembling this equipment. NEVER touch the surface after the device's power is turned on. For performance and safety reasons, NEVER disassemble and remodel the devices.
Installation Preparation Unpacking and Inspecting This section discusses the procedures for receiving the shipment, inspecting the packing container, unpacking, and inspecting the device. Inspecting the Packing Container Handle the packing container carefully. Inspect the packing container immediately on arrival at the installation site to verify that no obvious damage occurred during shipment. Ensure that the container is sound and that the waterproof and vibration warning notices are still obvious.
Inspecting the Device After unpacking the device, place the device on solid ground and check the following to ensure the device has not been damaged: 1. Inspect the device’s appearance, overall dimensions, and weight. 2. Check that the device has not been deformed or bent in any way. 3. Check that there are no warps, scratches, bubbles, or dirt marks. 4. Check that there are no loose, missing or incorrectly fastened screws. 5.
You must ensure the following mounting clearaning: Convection cooling: Maintain 150 mm clearance from the bottom of the device to any other planar obstructions. Maintain 150 mm clearance from the top of the device to any other planar obstructions. Maintain 150 mm clearance from both sides of the device to any other planar obstructions.
3.
Rack Installation The Access Unit (AU) is a 19-inch 1U equipment shelf. When installing the AU in a rack, make sure the mechanical loading of the rack is even to avoid a hazardous condition. The rack should safely support the combined weight of all the equipment and be securely anchored. Installing the AU in a climate-controlled room with sufficient air circulation is recommended as the maximum ambient temperature is +50°C. To install the Access Unit (AU) in the equipment rack. 1.
2. Recommended attaching the sliding rails to rack. (Not included in delivery). 3. Place the AU in the rack and secure the AU using 2 screws M6×16 on both side and the Phillips screwdriver.
4. Install the fan for cooling if multiple AUs are installed in the same rack. It is necessary to allow at least 3 rack units (132 mm) of free space below each unit for heat dissipation without fan installed or 1 rack unit (44 mm) of free space below each unit with fan occupied in the middle. Otherwise, the device temperature may rise and affect the service life of the device.
5. Connect and lock the power cable at the AU rear side. 6. Connect and screw the ground wire at the AU rear side.
Fan Installation 1. Secure the Fan using 2 screws M6×16 on both sides and the Phillips screwdriver 2. Plug AC power lead.
3. Fan DC version has power cable embedded in chassis. Note: Red is for positive; Blue is for negative.
Wall Installation To install the Access Unit (AU) on the wall: 1. Rotate the handles 90°and attach them at the rear of the AU, using 4 screws M3×6 per bracket and the Phillips screwdriver. Observe the orientation of the brackets.
2. Mark 4 x ∅6.8mm drilling holes sites for the hanger to be attached to the wall. 3. Drill 4 holes at the marked sites using percussion drill and embed 4×∅10 plastic expansion pipes. Note: H = 70 mm. Fasten the case with 4×M6 expansion bolt.
4. Connect and lock the power cable at the AU rear side. 5. Connect and screw the ground wire at the AU rear side.
AU Mounting Dimension Spacing Corning Optical Communications Installation Manual | CMA-793-AEN | Page 21
RF Connection The RF interface between the Access Unit ( AU) and the service provider signal source (or Everon 6200CPOI) is provided by duplex connections on the Active Combiner module. To route and connect the coaxial cables to the AU: 1. Obtain the required lengths of high performance, flexible, low-loss 50Ω coaxial cable for all coaxial connections and route the cables from the signal source or CPOI to the Active Combiner module. 2.
4.
Rack Installation The Expansion Unit is a 19-inch 1U equipment shelf. When installing the Access Unit in a rack, make sure the mechanical loading of the rack is even to avoid a hazardous condition. The rack should safely support the combined weight of all the equipment and be securely anchored. Installing the Expansion Unit in a climate-controlled room with sufficient air circulation is recommended as the maximum ambient temperature is +50°C. To install the Expansion Unit in the equipment rack. 1.
Corning Optical Communications Installation Manual | CMA-793-AEN | Page 25
2. Recommended attachment of the sliding rails to rack. (Not included in delivery). 3. Place the EU in the rack and secure the EU using 2 screws M6×16 on both sides and the Phillips screwdriver.
4. Reserve enough free space or Install the fan for cooling if multiple devices are installed in the same rack. It is necessary to allow at least 2 rack units (88 mm) of free space below each unit for heat dissipation without fan installed or 1 rack unit (44 mm) of free space below each unit with fan occupied in the middle. Otherwise, the device temperature may rise and affect the service life of the device.
5. Connect and lock the power cable at the EU rear side. 6. Connect and screw the ground wire at the EU rear side.
Wall Installation To install the Expansion Unit (EU) on the wall: 1. Rotate the handles 90°and attach them at the rear of the EU, using 4 M3×6 screws per bracket and the Phillips screwdriver. Observe the orientation of the brackets.
2. 3. Mark 4 x ∅6.8 mm drilling holes sites for the hanger to be attached to the wall. Drill 4 holes at the marked sites using percussion drill and embed 4×∅10 plastic expansion pipes. Note: H = 70 mm. Fasten the case with 4×M6 expansion bolt.
4. Connect and lock the power cable at the AU rear side. 5. Connect and screw the ground wire at the AU rear side.
EU-O Mounting Dimension Spacing Corning Optical Communications Installation Manual | CMA-793-AEN | Page 32
5.
Wall Installation (Back on the Wall) 1. Attach and fasten the handle to the side of HPRU with screws M6×14 using T5 Wrench. 2. Attach and fasten the Bracket I to the back of HPRU with screws M6×14 using T5 Wrench.
3. Mark the position of the drilling holes in the mounting Bracket II. Note: R = 13 mm. 4. Drill 4 holes at the marked positions.
5. Attach the dowels, expansion screws or the like and fasten the Bracket II to the wall. Tips: Use Bracket II as a reference to control each devices’ separation distance before hanging and locking HPRU up. 6. Hang the HPRU on the mounting Bracket II and fasten with nuts M10.
7. Fasten the Bracket I and II with screws M6×14. 8. Connect and lock the power cable at the HPRU rear side.
9. Connect and screw the ground cable at the HPRU’s left side.
Wall Installation (Side on the Wall) 1. Attach and fasten the handle to the side of HPRU with screws M6×14 using T5 Wrench. 2. Attach and fasten the Bracket I to the left side of HPRU with screws M6×14 using T5 Wrench.
3. Mark the position of the drilling holes in the mounting Bracket II. Note: R = 13 mm. 4. Drill 4 holes at the marked positions. Note: H = 70 mm.
5. Attach the dowels, expansion screws or the like and fasten the Bracket II to the wall. Tips: Use Bracket II as a reference to control each devices’ separation distance before hanging and locking HPRU up. 6. Hang the HPRU on the mounting Bracket II and fasten with nuts M10.
7. Fasten the Bracket I and II with screws M6×14. 8. Connect and lock the power cable at the HPRU rear side.
9. Connect and screw the ground cable at the HPRU left side.
Pole Installation 1. Install the handle and Bracket I to the back of HPRU. 2. Install the Bracket II and Bracket III to the pole. 3. Hang the HPRU on the mounting bracket and fasten with nuts M10. 4. Connect the ground cable and power cable. Extra accessories are required for pole installation and purchased separately. Note: The diameter of Pole shall not be over 110 mm or less than 55 mm.
HPRU Mounting Dimension Spacing Corning Optical Communications Installation Manual | CMA-793-AEN | Page 45
6. Optical Connection Optical Transceiver Module Single-Port Bidirectional SFP Transceiver The Figure below shows a pair of single-port Bidirectional SFP transceivers. For devices optical connection, the transceivers of two sides must be paired -- the wavelength of one side is 1271 nm, and the wavelength of another side is 1331 nm. Otherwise, it will fail the connection. All lower-level devices under this port won’t be working in the system.
Optical Indicator Each pair (2) of optical module cages has four LED indicator arrows. The two on the left are green, and the two on the right are red, as shown in Figure below. The indicator arrows represent the synchronization status of the upper and lower optical modules. When a pair of optical modules are synchronized (both uplink and downlink), the indicators turn green as shown in the right pair of indicators in Figure below.
AU Optical Port Description Obtain the required lengths of optical fibers for all the optical connections and connect the fibers on the front panel of the Access Unit (AU). The interface type of SFP transceivers is an LC connector. It is important to label all ports on the fiber distribution panel correctly. It is recommended to include additional length/slack in the optical fiber to allow future reconfigurations without requiring additional splices.
EU-O Optical Port Description Obtain the required lengths of optical fibers for all the optical connections and connect the fibers on the front panel of the Expansion Unit (EU). The interface type of SFP transceivers is an LC connector. It is important to label all ports on the fiber distribution panel correctly. It is recommended to include additional length/slack in the optical fiber to allow future reconfigurations without requiring additional splices.
RU Optical Port Description Obtain the required lengths of optical fibers for all the optical connections and connect the fibers on the front panel of Remote Unit (RU). The interface type of SFP transceivers is an LC connector. It is important to label all ports on the fiber distribution panel correctly. It is recommended to include additional length/slack in the optical fiber to allow future reconfigurations without requiring additional splices.
FCC Warning: 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. Part20 Warning : Note: This product has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules.
