MSAN Huawei T500 (MA5600T) Quick Installation Guide
- 1. HUAWEI TECHNOLOGIES CO., LTD. F01T500 Quick Installation Guide Issue: 13 Date: 2018-05-11
- 2. i Intended Audience About This Document This topic describes how to install the F01T500 cabinet, including installing the cabinet, routing cables, and powering on the system. The intended audience is hardware installation engineers. The symbols that may be found in this document are defined as follows: Symbol Description Indicates an imminently hazardous situation which, if not avoided, will result in death or serious injury. Indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury. Indicates a potentially hazardous situation which, if not avoided, may result in minor or moderate injury. Indicates a potentially hazardous situation which, if not avoided, could result in equipment damage, data loss, performance deterioration, or unanticipated results. NOTICE is used to address practices not related to personal injury. Calls attention to important information, best practices and tips. NOTE is used to address information not related to personal injury, equipment damage, and environment deterioration. Symbol Conventions
- 3. 2 Copyright © Huawei Technologies Co., Ltd. 2018 All rights reserved. 1 Installation environment requirements Environment Cabinet grounding Requirements for selecting the installation site: • Install the cabinet in a place free from high temperature, heavy dust, harmful gas, inflammable or explosive material, electromagnetic interference (such as a large radar station, launching tower, or transformer substation), unstable voltage, great shock (for example, near a railway). • Ensure that the cabinet is installed at a place at least 500 meters away from the pollution source, highways, and the seashore. Do not install the cabinet at erosion-prone areas such as downwind direction of chemical plants, gas stations, foul ditches, fur factories. • The installation site should be away from trees or other plants to reduce the possibility of air intake vent blockage and ensure normal operation of the equipment. • If the installation site is prone to snow accumulation, you are advised to increase the installation foundation height to prevent the cabinet door from being blocked by snow. • If the installation site is prone to snow accumulation, you are advised to increase the installation foundation height to prevent water from entering the cabinet. • To prevent the cabinet noise from affecting residents, it is recommended that the distance between the installation site and households be greater than 10 m. • Select a suitable place for the cabinet according to the telecom network plan and telecom device requirements considering the hydrology, geology, earthquake, electric power, and traffic conditions. Requirements for the conditions outside the cabinet: • Temperature: –45°C to +50°C or –45°C to +45°C with solar radiation • Relative humidity : 8%–100% • Absolute humidity : 0.03–30 g/m³ • Temperature change rate: ≤ 0.5°C/minute • Atmospheric pressure: 70–106 kPa • Solar radiation: ≤ 1120 W/m2 • Wind speed: ≤ 45 m/s
- 4. 2 2 Precautions • After routing the cable, attach the label or fasten the tag to the cable 20 mm away from the connector. • After the label for the signal cable is attached to the signal cable, the rectangular text area of the label must face rightwards or downwards. • After the identification plate for the power cable is attached to the power cable, the text area of the plate must face rightwards or upwards. Ensure that the side attached with the label faces outwards. ESD gloves ESD wrist strap Affixing labels / tags Copyright © Huawei Technologies Co., Ltd. 2018 All rights reserved. • This document aims to provide simple and distinctive guidelines for hardware installation. • This document does not describe operations for the pre-delivery installation of the internal cables and so on. Instead, this document describes only the operations for on-site installation. Electrostatic Discharge Before touching the device, or holding the boards and IC chips, wear the ESD gloves or the ESD wrist strap to prevent the electrostatic discharge of the human body from damaging the sensitive components. Ensure that the other end of the ESD wrist strap is properly grounded. • The distance between cable ties or binding straps inside the cabinet must be within 250 mm. (For user cable, the distance must be within 200 mm.) • Use diagonal pliers to cut off the extra part of the cable tie to the end, and ensure that the cable tie is neat without sharp edges to prevent hand injury. Bundling cables After removing the packing case of the cabinet on the site, take out the desiccant packages from the corresponding paper bag (Note: Do not tear the own packages of the desiccant). Then, put the desiccant packages at proper places of the cabinet. After powering on the cabinet, the desiccant packages must be removed and disposed of as an industrial waste. Using the desiccant
- 5. 3 Tools and Meters 3 ESD gloves ESD wrist strap Multimeter Hydraulic crimper Cable cutter Network cable crimping tool Measuring tape Claw hammer Hammer drill Impact tool Adjustable wrench Socket wrench Before you begin, get the following tools ready. Wire stripper Flat-head screwdriver Phillips screwdriver Diagonal pliers Spade
- 6. 4 4 Appearance and Structure Cabinet outline Without power meter box With power meter box 340 130 300 550 Unit: mm
- 7. 5 4 Appearance and Structure Cabinet structure (AC Power Supply) Internal-circulation Fan Service device Power system Battery Battery Heater Cable distribution compartment ODF CCU (or Fan monitoring box + signal transfer box) AC PDU External- Circulation fan Meter installation position Circuit breakers installation position Power meter box Cable aperture Fuse interface (Reserved)
- 8. 6 Protective cover of the RPS terminal block RPS CCU DC PDU External- circulation fan 4 Appearance and Structure Cabinet structure (RPS Power Supply) Internal-circulation Fan Service device Cable distribution compartment ODF Internal-circulation Fan Service device Cable distribution compartment ODF Power system External- circulation fan Protective cover of the RPS terminal block RPS AC PDU Cabinet structure (AC+RPR Power Supply)
- 9. 7 Inner installation holes 4-Ø18 Outer installation holes 4-Ø 18 Cable area for power cable, optical cable (Upstream), and PGND cable Φ33 Cable area for subscriber cable or optical cable (Downstream) Dimensions of installation interfaces Unit: mm Front door side of the cabinet 4 Appearance and Structure (Top view) Bottom of battery department Front door side of the cabinet Square holes Bottom of device department
- 10. 8 Cable trough installation holes 2-M6 Power meter box installation holes 4-M6 Cable hole for power cable and PGND cable 4 Appearance and Structure Left side of the cabinet
- 11. 9 5 Installing the Cabinet on a Concrete Pedestal Plan space for the concrete pedestal F01T500 cabinet Unit: mm Ground 14 mm rebar Top view Cable area for power cable, optical cable(Upstream), and PGND cable Cable area for subscriber cable or optical cable (Downstream) Inner installation hole Outer installation hole According to the actual requirements, install the cabinet with the outer installation holes or the inner installation holes. Square holes must be reserved on the concrete ground for easy cable routing. 5.1 Construct the Concrete Pedestal
- 12. 10 Cable area for power cable, optical cable(Upstream), and PGND cable Cable area for subscriber cable or optical cable (Downstream) Inner installation hole Outer installation hole 5 Installing the Cabinet on a Concrete Pedestal Unit: mm With power meter box 14 mm rebar Ground Top view Square holes
- 13. 11 Drilling Holes Spring washer Expansion tube Bolt M12 x 60 Flat washer Nut 5 Installing the Cabinet on a Concrete Pedestal • Construct the concrete pedestal. Decide the specific method for constructing the concrete pedestal based on the local standards. Ensure the constructed concrete pedestal is horizontal. The horizontal deviation must be within 4 mm. • Cover the sealing material (such as silica gel and grease) onto the cable hole at the bottom of the cabinet to seal the cable hole gap and the gaps among cables. • The cabinet base that contacts with the concrete pedestal must be sealed to prevent moisture air from entering the cabinet. Constructing the Concrete Pedestal Expansion bolt hole(for Outer installation holes) Expansion bolt hole(for Inner installation holes) Cabling aperture (Recommended radius 40 mm) Concrete pedestal Ground
- 14. 12 5.2 Fastening the Cabinet F01T500 cabinet Bearing capacity of the steel rope > 750 kg Fastening the Cabinet with the Outer Installation Cover of the installation foot Spacers (optional) • When fastening the cabinet, after you cover the cover of the installation foot, you must seal the installation foot with the transparent or white silica gel. • Construct the protection fence after installing the cabinet. • Plan the coverage of the protection fence based on the ground plan to ensure that all doors of the cabinet can be opened without difficulties. • The accessories of a battery compartment include 3 types of spacers. These 3 types of spacers have different thicknesses. Select a proper spacer based on the live-network environment so that the cabinet bottom is level. 5 Installing the Cabinet on a Concrete Pedestal
- 15. 13 Fastening the Cabinet with the Inner Installation Holes Unit: mm 5 Installing the Cabinet on a Concrete Pedestal You are advised to use a socket handle (recommended length: 100 mm) on the socket for screw tightening.
- 16. 14 Unit: mm: 5 Installing the Cabinet on a Concrete Pedestal With power meter box Remove the plastic fillers from the side panel of the cabinet, install the supports of the cable trough. Plastic fillers Cable trough support If the ground cable and AC power cable are routed in from the bottom of the concrete base, you do not need to install the cable trough with a power meter box.
- 17. 15 5 Installing the Cabinet on a Concrete Pedestal
- 18. 16 5 Installing the Cabinet on a Concrete Pedestal • Use the M6 screw to fix the power meter box to the side panel of the cabinet. • Use the M4 screw to fix the power meter box to the cable trough. Seal the gap between the power meter box and the cabinet to prevent vapor from entering the cabinet. Waterproof silicone With cable trough of power meter box
- 19. 17 Use the M6 screw to fix the power meter box to the side panel of the cabinet. The contact seams between the meter box and the cabinet and installation holes and cable holes at the bottom of the power meter box must be sealed to prevent water vapor from entering the cabinet. Waterproof silicone Without cable trough of power meter box
- 20. 18 5 Installing the Cabinet on a Concrete Pedestal Unit: mm 800- 1000 800- 1000 Without cable trough of power meter box With cable trough of power meter box
- 21. 6 Routing Cables PGND cable PGND cable 19 • Ensure that the cabinet is grounded properly, and the cabinet is safe and reliable; in addition, it is advised to install an electrical leakage protective device on the power supply side of the site to protect personnel against the injury caused by the accidental electric shock on the device side. • The cross-sectional area of PGND cable is 25 mm2. 6.1 Routing the Cabinet PGND Cable Without power meter box
- 22. 20 With power meter box Ground cable PGND cable Ground cable PGND cable Ground cable PGND cable Ground cable Without cable trough of power meter box With cable trough of power meter box
- 23. AC power cables AC power cables 21 6 Routing Cables • An all-polarity disconnection device is installed on the power supply side of the site. Shut off the AC input, and attach labels on the switches that will be set during the cabling work. • Insulate the AC terminals and all unnecessary bare parts. • The cross-sectional area of AC power cable is not less than 10 mm2. 6.2 Connecting Power Cables(AC Power Supply) Without power meter box
- 24. 22 With power meter box With cable trough of power meter box AC power cable Connect the AC power cable to the circuit breaker in the power meter box , then connect the AC power cable from the circuit breaker in the meter box to the power meter box. Connect the AC power cable from the power meter box or the circuit breaker in the power meter box to the AC power distribution box. Without fuse L L N Power meter box N AC power cable With fuse The L line of the AC power cord is connected to the fuse, and the N line is connected to the meter box, then connect the AC power cable from the circuit breaker in the meter box to the power meter box. Power meter box AC power cable AC power cable
- 25. 23 Without cable trough of power meter box L L N N Connect the AC power cable to the circuit breaker in the power meter box , then connect the AC power cable from the circuit breaker in the meter box to the power meter box. Without fuse With fuse The L line of the AC power cord is connected to the fuse, and the N line is connected to the meter box, then connect the AC power cable from the circuit breaker in the meter box to the power meter box. Power meter box Power meter box Connect the AC power cable from the power meter box or the circuit breaker in the power meter box to the AC power distribution box. AC power cable AC power cable AC power cable AC power cable