INSTALLATION MANUAL H2 Remote Unit iDAS-R311 HIGH POWER Dual Band Digital Radios 43dBm per Band Passive Cooling
HIGH POWER 43dBm Dual Band Digital Radio Revision History Revision Number Revision Date Summary of Changes Author 1.0.0 1st Initial Release Shuochao Zheng November 2021 Copyright © 2022 Sunwave All rights reserved. No part of this publication may be reproduced, transmitted, transcribed, stored in a retrieval system, or translated into any language, in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without prior written permission from Sunwave.
HIGH POWER 43dBm Dual Band Digital Radio Content Overview………………………………………………………………………………………………………………………………………………………………………….5 Preface .................................................................................................................................................................................... 8 Safety Instructions ..............................................................................................................................................................
HIGH POWER 43dBm Dual Band Digital Radio E2-O Accessories ........................................................................................................................................................... 22 Attach E2-O Handle ....................................................................................................................................................... 23 Attach Sliding Rails and E2-O to Rack .................................................................................
HIGH POWER 43dBm Dual Band Digital Radio Overview CrossFire H2 is a digital transport platform supporting cellular and wideband public safety technologies on fibre optic cable using the CPRI protocol. The power amplifier technology adopts Digital Pre-Distortion, allowing for a significant improvement in power consumption compared with analogue technology.
HIGH POWER 43dBm Dual Band Digital Radio Technical Specifications System Maximum RF Bands per Access Unit 4 Maximum RF Bands per Remote Unit 2 Maximum RF Bands per System 12 Maximum Access Units per System 3 (1 x Master / 2 x Slaves) Maximum EUs per Master A2 8 Maximum EUs cascaded 5 Maximum RUs cascaded 6 Frequency Range (Non-Contiguous) 600MHz – 6000MHz Bandwidth per Channel (Downlink & Uplink) ≤100MHz (Contiguous) Digital Bandwidth per Channel (Downlink & Uplink) 20 / 30 / 40 / 50 /
HIGH POWER 43dBm Dual Band Digital Radio Technical Specifications Supported Bands Band 3GPP Band Uplink(RX) Downlink(TX) Max Bandwidth BRS/EBS 7 2620-2690 2500-2570 70 Note: The unit is MHz. Interfaces Antenna Interface (All bands) 4.3-10 Female Antenna Gain 12dBi Access Unit RF Interface QMA Female Optical Connector Type SFP+, Standard LC Optical Transmission Rate Physical Alarms 10.1376Gb/s 1.4km / 10km / 30km 0.87mi / 6.21mi / 18.
HIGH POWER 43dBm Dual Band Digital Radio 440mm / 44mm / 220mm / 5.0kg 17.32in / 1.73in / 8.66in / 11.02lb 400mm / 125mm / 300mm / 16.0kg 15.75in / 4.92in / 11.81in / 35.27lb 400mm / 135mm / 300mm / 18.0kg 15.75in / 5.31in / 11.81in / 39.68lb E2-O (Width / Height / Depth / Weight) H2RU (Width / Height / Depth / Weight) excluding Bands 12, 13 & 14 H2-7 (Width / Height / Depth / Weight) for Bands 12, 13 & 14 Element Management OMT (Operations and Maintenance Terminal) Yes.
HIGH POWER 43dBm Dual Band Digital Radio Site Considerations 1. CrossFire complies with FCC RF exposure limits for an uncontrolled environment. This equipment must be installed and operated with a minimum distance of 400 cm for H2RU between the antennas and any person’s body. 2. The system delay should be taken into consideration when there are neighboring BTS sites that are overlapping in coverage.
HIGH POWER 43dBm Dual Band Digital Radio DC Power Connections Referring to the diagram, connect the power cables as follows: Higher voltage wire linked to RED cable / Lower voltage wire linked to BLUE cable. Connect “+” to a high potential (+48VDC from a +48VDC power supply; 0VDC from a -48VDC power supply) Connect “-” to a low potential (0VDC from a +48VDC power supply; -48VDC from a -48VDC power supply) Cable Core Cable Length Maximum Expandable Length 14AWG 2m 10m Contact us today: www.
HIGH POWER 43dBm Dual Band Digital Radio Warning Marks The warning marks on the CrossFire shell 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 on. For performance and safety reasons, NEVER disassemble and remodel the devices. Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio 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.
HIGH POWER 43dBm Dual Band Digital Radio 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. Check that the installation slots in the cabinet sub-rack are rectangular. 6. Ensure that the guide bar has not been damaged and the fittings and auxiliary parts are intact. 7.
HIGH POWER 43dBm Dual Band Digital Radio You must ensure the following mounting clearances for wall mounting: Convection cooling: Maintain 150mm clearance from the bottom of the device to any other planar obstructions. Maintain 150mm clearance from the top of the device to any other planar. Maintain 150mm clearance from both sides of the device to any other planar obstructions. Installation of the A2 Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio Mount the A2 in the Rack A2 Accessories A2 Accessories Note: the ground wire of A2 is 12AWG and 2 meter in Accessories package. Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio Attach A2 Handle 1. Attach the 19" mounting brackets at the front of the A2, using 4 screws M3×16 per bracket and the Phillips screwdriver. Observe the orientation of the brackets. 1. Attach the sliding rails Ⓑ to the rack. Attaching a 19" Mounting Bracket Attach Sliding Rails and A2 to Rack Note: the sliding rails are not included in the delivery. Attached Sliding Rails 2. Place the A2 in the rack. 3.
HIGH POWER 43dBm Dual Band Digital Radio For rack installation, it is highly recommended to use a fan tray in the middle of 2 adjacent A2 for cooling. Note: It will reduce service life if A2 is continuously working in environment of high temperature. Separation of Adjacent A2 Fan Installation 1. Secure the Fan using 2 screws M6×16 on both sides and the Phillips screwdriver 2. Plug AC power lead. Fix Fan with Screws Plug AC Power Lead Contact us today: www.sunwave.com cf_support@sunwave.
HIGH POWER 43dBm Dual Band Digital Radio Fan DC version has power cable embedded in chassis. Fan DC Version Note: Red is for positive; Blue is for negative. DC Power Cable Connect Power and Ground Cable to A2 1. Connect and lock the power cable at the rear of the A2. 2. Connect and screw the ground wire at the rear of the A2. Connect Power Cable at Rear Side Connect Ground Cable at Rear Side Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio DC Power Connections Attach Handle to A2 Attach the 19" mounting brackets to the rear of the A2 unit, using 4 screws M3×16 per bracket and the Phillips screwdriver. Observe the orientation of the brackets shown in 0. Attaching a 19" Mounting Bracket Mount A2 to Wall 1. Hold the A2 to the installation location and mark the position of the 4 mounting holes in the mounting brackets. 2. Drill the mounting holes according to the chosen mounting accessories. 3.
HIGH POWER 43dBm Dual Band Digital Radio Connect Power and Ground Cable to A2 1. Connect and lock the power cable at the rear of the A2. 1. Connect and screw the ground wire at the rear of the A2. Connect power cable at the rear of the unit Connect ground cable at the rear of the unit A2 Mounting Dimension Spacing Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio Installation of the E2-O Installing the E2-O is virtually the same as installing the A2. Please refer to the steps described in the A2 installation for the E2-O. Mount the E2-O in the Rack E2-O Accessories E2-O Accessories Note: the ground wire of E2-O is 12AWG and 2 meter in Accessories package. Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio Attach E2-O Handle 1. Attach the 19" mounting brackets at the front of the E2-O, using 4 screws M3×16 per bracket and the Phillips screwdriver. Observe the orientation of the brackets. 1. Attach the sliding rails Ⓑ to the rack Attaching a 19" Mounting Bracket Attach Sliding Rails and E2-O to Rack Note: the sliding rails are not included in the delivery. Attached Sliding Rails 2. Place the E2-O in the rack 3.
HIGH POWER 43dBm Dual Band Digital Radio For rack installation, it is highly recommended to use a fan tray in the middle of 2 adjacent E2-O for cooling. Keep 2U separation of 2 E2-O if there is no fan for cooling. Note: It will reduce service life if E2-O is continuously working in environment of high temperature. Separation of Adjacent E2-O Connect Power and Ground Cable to E2-O 1. Connect and lock the power cable at the rear of the E2-O. 2. Connect and screw the ground wire at the rear of the E2-O.
HIGH POWER 43dBm Dual Band Digital Radio Mount the E2-O on the Wall Attach Handle to E2-O Attach the 19" mounting brackets to the rear of the E2-O, using 4 screws M3×16 per bracket and the Phillips screwdriver. Observe the orientation of the brackets. Attaching a 19" Mounting Bracket Mount E2-O to Wall 1. Hold the E2-O to the installation location and mark the position of the 4 mounting holes in the mounting brackets; see arrows in 0 2.
HIGH POWER 43dBm Dual Band Digital Radio Connect Power and Ground Cable to E2-O 1. Connect and lock the power cable at the rear of the E2-O 2. Connect and screw the ground wire at the rear of the E2-O Connect power cable at the rear of the unit Connect ground cable at the rear of the unit Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio E2-O Mounting Dimension Spacing Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio Installation of the H2RU Accessories List Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio Wall Installation (Back on the Wall) 1. Attach and fasten the handle to the side of H2RU with screws M6×14 using T5 Wrench. 2. Attach and fasten the Bracket I to the back of H2RU with screws M6×14 using T5 Wrench. Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio 3. Mark the position of the drilling holes in the mounting Bracket II. Note: R=13mm. 4. Drill 4 holes at the marked positions. Note: H=70mm 5. Attach the dowels, expansion screws or the like and fasten the Bracket II to the wall. Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio Tips: use Bracket II as a reference to control each devices’ separation distance before hanging and locking H2RU up. 6. Hang the H2RU on the mounting bracket II and fasten with nuts M10. Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio 7. Fasten the Bracket I and II with screws M6×14. 8. Connect and lock the power cable at the H2RU rear side Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio 9. Connect and screw the ground cable at the H2RU’s left side Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio Wall Installation (Side on the Wall) 1. Attach and fasten the handle to the side of H2RU with screws M6×14 using T5 Wrench. 2. Attach and fasten the Bracket I to the left side of H2RU with screws M6×14 using T5 Wrench. Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio 3. Mark the position of the drilling holes in the mounting Bracket II. Note: R=13mm. 4. Drill 4 holes at the marked positions. Note: H=70mm. 5. Attach the dowels, expansion screws or the like and fasten the Bracket II to the wall. Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio Tips: use Bracket II as a reference to control each devices’ separation distance before hanging and locking H2RU up. 6. Hang the H2RU on the mounting bracket II and fasten with nuts M10. Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio 7. Fasten the Bracket I and II with screws M6×14. 8. Connect and lock the power cable at the H2RU rear side 9. Connect and screw the ground cable at the H2RU left side. Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio Pole Installation 1. Install the handle and Bracket I to the back of H2RU. 2. Install the bracket II and Bracket III to the pole. 3. Hang the H2RU 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 110mm or less than 55mm. Contact us today: www.sunwave.com cf_support@sunwave.
HIGH POWER 43dBm Dual Band Digital Radio H2RU Mounting Dimension Spacing Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
HIGH POWER 43dBm Dual Band Digital Radio 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 1271nm, and the wavelength of another side is 1331nm. Otherwise, it will fail the connection. All lower-level devices under this port won’t be working in the system.
HIGH POWER 43dBm Dual Band Digital Radio 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.
HIGH POWER 43dBm Dual Band Digital Radio A2 Optical Port Description Obtain the required lengths of optical fibers for all the optical connections and connect the fibers on the front panel of Access Unit. 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 re-configurations without requiring additional splices.
HIGH POWER 43dBm Dual Band Digital Radio 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 re-configurations without requiring additional splices.
HIGH POWER 43dBm Dual Band Digital Radio 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. 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 re-configurations without requiring additional splices.
HIGH POWER 43dBm Dual Band Digital Radio FCC Statement: 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.
HIGH POWER 43dBm Dual Band Digital Radio Contact us today: www.sunwave.com cf_support@sunwave.com © Sunwave IM_CF_H2 v1.0.
