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Vertiv Liebert SmartAisle2 User Manual

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Summary of Contents for Vertiv Liebert SmartAisle2

  • Page 1 Liebert® SmartAisle2 User manual...
  • Page 2 Violators will be liable for damages. All rights, including rights deriving from patent license or registration of a utility model or design, are reserved. No part of this document may be reproduced or transmitted in any form or by any means without the prior written consent of Vertiv Co. Ltd. Notice The purchased products, services, and features are stipulated by the contract made between Vertiv Co., and the customer.

  • Page 3: Version History

    Styling used in the Guide The styles used in this manual are defined in the following table: Situation Description The Warning/Danger/Caution note indicates a hazardous or Warning/Danger/Caution potentially harmful situation that can result in death or injury. It also indicates instructions that need to be adhered to, failing which may result in danger and safety issues, thereby having an adverse effect on the reliability of the device and security.

  • Page 4: General Safety Instructions

    Safety Precautions & Measures In this section, the safety measures related to the entire SmartCabinet™ unit will be explained in detail.  Read the manual prior to installation and operation of the unit. Only qualified personnel should move, install, or service this equipment. ...

  • Page 5: Risk Of Electric Shock

     Only after all the power is disconnected, operate on the inner components of the product.  Before operating on the inner components for any maintenance, you must switch off the mains breaker and all UPS power.  After an alarm occurs through product monitoring platform, the need for timely find the cause, treatment failure, to avoid more trouble, damage.
  • Page 6 PART I Introducing SmartAisle...
  • Page 7 1 Introduction SmartAisle2 is an intelligent, integrated infrastructure in a self-contained line-up solution that is easy to deploy and tailored for large data centers and computer rooms. All data centers have distinct operation and business objectives. Balancing the data center practices for capacity, space utilization, availability, and efficiency has been tedious owing to the ever-increasing demand in the IT space.

  • Page 8: Salient Features

    Mounting Raised floor or ground installation Voltage (380 ~ 415) Vac ± 10%, 3N ~ Voltage standard frequency 50Hz / 60Hz Colour Pantone 877C + RAL7021 1.2 Salient Features SmartAisle has several distinct features that make it an outstanding utility for mid-tier and large data centers.

  • Page 9: Appearance And Components

    1.3 Appearance and Components The bifurcation of all components that constitute the SmartAisle solution is depicted in the following figure (Refer Figure 1-1); Figure 1-1 SmartAisle layout diagram Base Server Cabinet Network Cabinet Access door Top Plate A/C Column Distribution Cabinet Strong wire passage groove Power cable trunking;...

  • Page 10: Environmental Requirements

    Configuration of Components  The Base enables achieving a common ground to mount the entire machine equipment, eliminating the need to set up static flooring and providing pipeline space.  The cabinet is an ideal utility for 19 "rack-mount hardware, including servers, voice, data, Internet, and other network equipment.

  • Page 11: Storage Environment

    [2]: For the Air conditioning derating, contact the Vertiv local office; for the cryogenic components, contact your local Vertiv office or the local dealer. 1.4.2 Storage Environment The Product storage environment is shown in Table 1-3.
  • Page 12 Figure 1-2 Interior Space side (Indoor)  Ensure to check the back door open space in front of the cabinet during product installation.  Always check and confirm the frame before mounting the product and the spacing between the projecting outer enclosure level bridge. ...
  • Page 13 If the one way equivalent length is over 30m, or if the vertical height difference between the indoor unit and outdoor unit exceeds the values shown in Table 1-4, contact the Vertiv local office or office of the local dealer to ascertain the need for additional components to extend...

  • Page 14: Configuration Program

    1.4.5 Load-bearing A typical configuration of the SmartAisle product is as follows: weight of about 9 tons, an area of about 32.6 sq m, and heavy user equipment is considered the bearing capacity post the installation 1.5 Configuration program The layout typical configuration is shown in Figure 1-4. Figure 1-4 Configuration Layout SmartAisle’s typical configuration list is described in Table 1-5.
  • Page 15 Classification Project Product number Quantity Remark IRS-PL30NN32 Indoor air conditioning CR035RA138SS12E10000PV000 unit Ambient LSF42-R3 – Option 1 temperature 35 °C Cooling Ambient LSF52-R3 – Option 2 Conditioners temperature 40 °C 45 °C ambient LSF76-R3 – Option 3 temperature Monitoring ES025RA SIC card assembly 4 pieces Card Supply and...
  • Page 16 Classification Project Product number Quantity Remark RDU-M management RDU-MI 1 set Management host and other Smart Device host Expansion IRM-4COM Card ID card CHD601S reader IP Access CHD806D2M3 1 set Controller ID card RFID01A Exit Button EP68 ID card dispenser CHD603B-U Security card...
  • Page 17 Table 1-6 product name Product number Quantity Open controller IRS-SA-CB RDU-A G2 IRM-HOST2 8 digital / analog output expansion card IRM-8DOAO Temperature and humidity sensor IRM-S02TH Sound and light warning light IRM-S01AN-B Infrared Detectors IRM-S01IN Flooding tape - 10 m IRM-S01W (10m) 4 digital input sensor IRM-S04DI...
  • Page 18 Table 1-7 Illumination configuration kit product name Product number Quantity Lighting Controller IRS-SA-LB Rocker IRS-SA-LS Lighting cable set IRS-SA-LW The Kit control panel configuration is shown in Table 1-8. Table 1-8 product name Product number Quantity Control panel IRS-SA-PN Screen control cable set IRS-SA-PW...
  • Page 19 Part II Installation...

  • Page 20: Installation Tools

    2 Installation In this section, info about installation tools, transportation, unpacking, inspection, installation constraints and procedures will be explained in depth to enable users to get to grips with the process.  The SmartAisle product is on the heavier side and there is a risk of severe injury if not handled properly.
  • Page 21 2.2 Equipment handling, unpacking, inspection Vertiv recommends rail or shipping for the product transportation. If road is the only option, choose less bumpy roads to prevent equipment damage. The size and weight of the package of each component is depicted in Table 2-2.
  • Page 22 Figure 2-2 Forklift and hand pallet While handling and unloading the equipment and cabinets, the center of gravity of the fork is to be taken into consideration to prevent dumping or equipment damage. Figure 2-3 Cross direction schematic view While moving the components, the obliquity should be maintained at an angle of 80° to 100°...

  • Page 23: Packaging Material

    Figure 2-4 Inclination while transporting  The devices should remain upright; do not place the unit outdoors.  Use a forklift or a pallet jack with the adjustable fork arms open to the widest distance, so that the device is placed just below the pallet. Further, ensure that the fork arm length matches the length of the device.

  • Page 24: Installation Precautions

    Following the unpacking, confirm the parts and components by referring to the part checklist. If any part is missing or damaged, it has to be immediately to the carrier. For concealed damage, inform the local dealer or local Vertiv office immediately. 2.3 Installation Precautions Following are the measures to be adhered prior to installation of the SmartAisle unit: ...
  • Page 25 S.No Details of equipment Base Server Cabinet Network Cabinet Access door Top Plate A/C Column Distribution Cabinet Strong wire passage groove Power cable trunking; copper and fibre cable tray Control panel...
  • Page 26 2.4.1 Installation of the base If the base is already installed, then users can skip this section and goto section 2.4.2. Splicing the base Figure 2-6 shows the base assembly, cabinet base, and the limiting position assembly process. S.No Details of equipment Base Server Cabinet Network Cabinet...
  • Page 27 Figure 2-6 Base schema The three parts connected and coupled in steps are the door susceptor by a channel base and the left and right channels of the base door as shown in Figure 2-7. Figure 2-7 Door comprising the base Door Assembly base ...
  • Page 28 Figure 2-9 A support member mounted within the floor channel  The cabinet base is connected to the base of the door pocket and the channel base of the cabinet is connected to the installed floor-side support member with the same base door. Figure 2-10 Base connected to the base of the cabinet door ...

  • Page 29: Leveling The Base

    Figure 2-12 Mounting channel width of the stopper member  Installing the cabinet depth stop element is done to ensure consistency and depth of the cabinet base is in the specified position with that of the cabinet depth. Figure 2-13 Installation cabinet depth stop element ...

  • Page 30: Fixing The Base

    Figure 2-14 Leveling the base of the closure plate to be torn  Swing the wrench to the base leveling foot as shown in Figure 2-15: Figure 2-15 Base tone flat feet  The nuts and bolts shall be protruding out at their maximum depth throughout the fastener base ...

  • Page 32: Cabinet Positioning

    2.5 Cabinet Positioning S.No Details of equipment Base Server Cabinet Network Cabinet Access door Top Plate A/C Column Distribution Cabinet Strong wire passage groove Power cable trunking; copper and fibre cable tray Control panel...

  • Page 33: Cabinet Base

    Incline the cabinet to a specific angle and detach the four feet at the bottom and also remove the four dollars.  Vertiv recommends that the cabinet is placed in a step-like edge so that the pin is floating following which the cabinet can be disassembled without a steep angle inclination.

  • Page 34: Rack System Installation

    M8x25 hex sems screw D8 plain washer M8 nut Figure 2-16 Base connected to the cabinet During disassembly, multiple personnel are required to prevent severe injury or equipment damage.  Leveling the control cabinet and a base connected to the fasteners isn’t necessary. ...

  • Page 35: Roof Installation

    2.7 Installation of the Channel System In this section, installation of the roof, electric door, mechanical door,and the bottom of the windshield is explained in detail. 2.7.1 Roof Installation S.No Details of equipment Base Server Cabinet Network Cabinet Access door Top Plate A/C Column Distribution Cabinet...
  • Page 36 In this section, the roof installation will be explained in depth with the help of schematic diagrams to enable users to get to grips with the procedure. 1) The Roof Support mounting as shown in the Figure 2-17 and Figure 2-18 includes centering of the cabinet bracket to the left using an L-shaped hexagonal wrench.
  • Page 37  Support and center the cabinet to the left to facilitate subsequent installation and appearance.  Passage stent side surface and the rear post flush is required to assist the installation and appearance.  There are different specifications of the screw on the top of the cabinet. The cabinet stand is reserved for a variety of modulus hole.
  • Page 38 Figure 2-20 Ready to install Roof  Limiting screw during the transport function provides a fixed rotation plate. Confirm that the four screws are removed prior to use.  The four screws that are removed can be utilized in the future. 3) Moving forward, the open roof angle must be set.
  • Page 39 Figure 2-21 Open Angle Adjustment – left to right direction at an angle of 30°to 60°  If the factory adjustment is such that there is no need to adjust the angle, skip the preceding step.  Low flange extends out of the mounting surface edge at a roof opening angle of 30 degree; high flange extends out of the mounting surface edge at a roof opening angle of 60 degree;...
  • Page 40  Seal only one side of each roof to ensure that there is a seal between the top plate and the roof during installation; however, do not touch the mounting of the sealing strip.  Ensure the alignment of each channel with the mounted top plate, else it will affect the operation and appearance of the roof opening.

  • Page 41: Access Door

    2.7.2 Installation of electric gates S.No Details of equipment Base Server Cabinet Network Cabinet Access door Top Plate A/C Column Distribution Cabinet Strong wire passage groove Power cable trunking; copper and fibre cable tray Control panel...
  • Page 42 (including hanging folders), box door, and the frame structure as illustrated in Figure 2-24. Figure 2-24 Electric sliding door configuration  An automatic door system comprises the various parts as described in Figure 2-25 and Vertiv recommends the installation of the aluminium groove member. Recommended distance Installing the upper belt clamp...
  • Page 43 Part Name Icon Quantity Remark Driven wheel Hanger device Belt fixture Double door belt fixture Leather belt Brake Power Supply Controller Safety light sensor A pair of auxiliary light sensor Sensor door magnet (with door unit) Glass hanging folders (pre- installed) Glass stripe (pre) Decoration system...
  • Page 44  Electric pan mounted door frame and the door pocket of the structure:  The structural parts which are provided along with the doors have to be removed. These parts are kept to prevent deformation of the transport. The left and right doors are fitted with an incoming frame (with the cover and base).
  • Page 45 Figure 2-27 Remove door cover plate Figure 2-28 Removing the outer column Figure 2-29 Removing the lintel cover  The cartridge door frame is connected to the top plate and cabinet while the outer door top box is connected to the cabinet by fixing the top adapter. A top end surface of the inner side of the sunroof bracket is connected firmly by using at least three connecting surface mounting M6 bolts.
  • Page 46 Figure 2-30 Top of the door box is connected and fixed  Connecting the door frame and door pocket base/floor: if the base is present, the bottom of the door frame is connected to the base box using M6x16 screws. If the base is not present or not used, the bottom of the door frame is directly connected to the box floor using hex st 5.5X25 flange tapping screws fixed to the floor.
  • Page 47 Figure 2-32 Lintel and door pocket is connected and fixed  Removal of structural parts should be properly preserved after the demolition to avoid scratches.  Remove the fastener assembly based on the classification structure to avoid losing or ambiguity. ...
  • Page 48 Figure 2-34 A schematic rail mounting Figure 2-35 Positioning and leveling rail  Guide rail mounted on the rim from the edge of the board is designed at a height difference of 6.6 mm to ensure that the mounting rail is in a horizontal state. This is done by a positioning member carrying the cassette door in a preliminary position needs to ensure correct leveling.
  • Page 49 as shown in the following diagram. Connect the power cord and the power switch terminal based on the wiring diagram. Remove the mounting bolt of the power switch and connect the ground wire at the position shown in the following diagram. Figure 2-36 Mounting the power switch Remove the mounting bolt of the power switch and connect the ground wire at the position shown in the following diagram.
  • Page 50 Figure 2-38 Motor installation  Installation Control- Slide the screw A from the left to the right in the middle of the two guide rails into the groove on the guide rail and place it on the left side of the motor.
  • Page 51  Glass installation and adjustment – The Glass door clamp and magnetic stripe have been pre-installed on the glass door where it spans 50mm from edge to edge. Before assembly, check if the doors are in a reliable and correct position. Check if the installation direction is correct;...

  • Page 52: Brake Installation

     Pay attention to the assembly direction of the hanger and the glass clamp; ensure that the bolt head of the glass clamp is positive.  Glass Door Adjustment – For this process, the following steps need to be implemented, namely – Loosen the fixing bolt. Adjust the height using the adjusting bolt (M6).

  • Page 53: Belt Installation

    opening and closing position of the door to determine the position of the brake device. It is advised to ensure that the maximum opening position of the sliding doors does not go beyond the brake position It is advised to ensure that the maximum position of the glass door opening does not reach beyond it’s sliding point to sink inside the door box by correctly fixing the brake position.
  • Page 54 Figure 2-45 Belt cut off and installation Figure 2-46 Lower fixed belt  Refer to the following mounting position diagram to attach the belt retainer to the belt and bolt B to fix the belt retainer on the upper belt joint fitting. ...

  • Page 55: Belt Adjustment

    Figure 2-47 Top stationary belt Use a wrench, socket wrench, etc. to secure the bolt.  Belt Adjustment The driven wheel assembly is pulled to the left followed by tightening the fixing bolts. Turn the tension adjusting bolt in a clockwise direction to adjust the belt tension. Adjust the gasket and adjust the front of the board wherein they coincide as the most appropriate.
  • Page 56 Figure 2-48 Belt Adjustment  Induction door magnetic installation The sensor door magnetic cable is not installed in the lower part of the adapter; the sensor door magnetic wiring is installed in the upper adapter; Use M6x12 bolts to install the lower adapter on the left hanger of the left door.
  • Page 57 Figure 2-49 Sensor door magnetic installation 1 Figure 2-50 Sensor door installation 2...
  • Page 58  Installing the outer column  The inner and outer side of the glass has a pillar tops columns; utmost care needs to be taken while installing the pillar tops to prevent it from falling off. Figure 2-51 Installing the outer column ...
  • Page 59 Figure 2-52 Auxiliary light installation Figure 2-53 Safety light sensor wiring routing  Ensure the wiring is inserted in the end accurately as an incorrect connection can cause malfunction.  Do not err in the wiring order; else, a wrong connection will result in no action. ...
  • Page 60 Figure 2-54 Auxiliary light path traces  Ensure that the auxiliary light cable and door belt do not rub against each other.  The connection between the safety light transmitter and the receiver can not be reversed, otherwise the safety light will not work normally. ...
  • Page 61 Figure 2-55 Schematic diagram of an interface control device  Lead wire from above through the motor device  Careless connections in the above locations can lead to malfunction.  When connecting, the control device needs to be loosened to adjust the position. After the connection is completed, attention should be paid to fixing the control device.
  • Page 62 Figure 2-56 F-position pendulum adjustment  Do not install the side door panels, wait for the installation of the electric door and control panel along with the electrical installation and then fix the side panel after commissioning. 2.7.3 Installing the mechanical door 1) The Mechanical sliding door configuration comprises of a mechanical door, glass door (Pre- installed hanging clamp &...
  • Page 63 track brake drive device glass clamp magnetic stripe Door stop hanger roller device ( gear) hanger roller (pulley) Figure 2-58 Mechanical sliding door configuration Semi-automatic door components are listed in the following table(refer Table 2-3):...
  • Page 64 Table 2-4 Part Name Icon Number (1 set) Door Closing Spring Tension lock plate Hydraulic retarder Gear wheels hanging Hanging round group Normally open sheet Glass hanging folders (pre-installed) Glass stripe (pre) Decoration system preventing the (pre) 3) Mechanical sliding door frame and frame structure of the installation a) Structure to be disassembled: The left and right door frame are all incoming materials (with a cover and a base) which helps prevent deformation during transportation.
  • Page 65 Figure 2-59 Remove the structural member Figure 2-60 Remove door cover...
  • Page 66 Figure 2-61 Removing the outer column Figure 2-62 Remove the Lintel Cover b) The door frame connects with the cabinet and the top board. The top of the door box is connected with the top of the cabinet via the adapter. The inside of the top is connected with the section of the skylight support.
  • Page 67 Figure 2-63 Top of the door box is connected and fixed Door frame with the door base / floor connection: The door base and the bottom of the door frame are connected to the base with M6x16 screws; door base and the bottom of the door frame are directly connected to the floor with the use of a hexagonal flange.
  • Page 68 Figure 2-65 The bottom of the door box is connected and fixed  Disassembled structural parts should be properly preserved to avoid scratches after disassembly.  Disassembled fasteners are classified according to the structural components to avoid loss or confusion. ...
  • Page 69 mounted and fixed firmly. Figure 2-67 A schematic rail mounting Figure 2-68 Positioning and levelling the rail  The design of the guide edge is at a height difference of 67.9 mm from the mounting plate of the upper rail edge. Ensure that the mounting rail is in a horizontal state using a positioning member carrying the cassette door.
  • Page 70 Figure 2-69 Hanger installation  When the glass door is mounted, first the limit screw and a hanging gear wheel are removed; the glass door of the lift rails are mounted the limit screw is replaced. Figure 2-70 Glass door hanging ...
  • Page 71 Figure 2-71 Glass door adjustment For leaf movement, check the following points:  Whether the hanger device is mounted vertically on the door;  Is there any friction between the lower part of the door leaf and the bottom of the door leaf? ...
  • Page 72 Figure 2-73 Gear aligning the direction Gear doors must be mounted in the direction respective to the requirements. If installed backwards the normal operation will not result in the proper closure of the door leaf. 4) Mounting tension  The tensile force in the mounting rail lock plate is due to the pulling force ...
  • Page 73 Figure 2-75 Rally adjustment Figure 2-76 Schematic installation of the rally The adjustment screw must be slightly loosened when the tension wheel suspension is being installed. Refer to the next step on the leaf levelling adjustment if the door is offset. 5) Open Mounting The direction of the card is normally open towards the door closing end portion of the mounted guide rail.
  • Page 74 Figure 2-77 Normally open mounting plate The NO card is elastic in nature. The card may be manually bent appropriately and adjusted to the correct position for an non-effective jammed door. 6) Handle installation  For installation of the front door handle, a front handle is fixed by a shoulder screw. A washer that penetrates the back surface of the glass is sandwiched between the screw head and the handle.
  • Page 75 Figure 2-79 Column installation 8) F is set to adjust the pendulum stoppers The transfer pine nut opposite to F helps adjust the longitudinal center position of the glass door, without significant friction with the tops on the front and rear columns.
  • Page 76 Figure 2-80 Adjusting the ground stopper 9) Do not install the side door pocket; wait for the control panel electrical installation following which the side panel is fixed after the commissioning process. 2.7.4 Wind shield installation at the bottom without dismantling the feet Loosen the height-adjustable screws;...
  • Page 77 2.8 Installation of the Bridge system S.No Details of equipment Base Server Cabinet Network Cabinet Access door Top Plate A/C Column Distribution Cabinet Strong wire passage groove Power cable trunking; copper and fibre cable tray Control panel...
  • Page 78 The Bridge system installation comprises the IT racks entry holes, roof installation trunking, and the installation of the Cross channel trunking. 2.8.1 IT Racks entry holes The IT racks entry holes are depicted in Figure 2-82. 600 rack front door 800 rack front door Figure 2-82 Entry holes A region of the reference trace cable Cat6 about 156, B Region the reference trace is about...
  • Page 79 Figure 2-83 Recommended installation trunking Process  Mounting cage nuts (floating nut) are installed on the top of the square mold holes; place the trunking on the top of the cabinet. Fix the four conners of the trunking. Figure 2-84 Roof installation trunking There are grounding screws in the four corners of the top line slot.
  • Page 80 Figure 2-85 Trough ground point and fixed point The connection between the roof trunking: Trunking from one end of the channel to the other end of the passage is done from the groove; the roof trunking connector is fixed in the installed trunking on the adjacent trough from the top to the bottom placed in the adjacent roof.
  • Page 81 modulus, the trunking is secured only by the connecting piece of an adjacent trunking.  The number of high-power channel reference routing is about 25 (3-core 6 square sheath cable); copper channel reference routing is about 300 (Cat6); The Fiber Channel reference routing is about 20.
  • Page 82 Figure 2-88 The strength of electrical trunking cross-channel difference 1) Cross channel mounting channel – the cross channel is connected to the skylight roof by means of 4 M5X10 fixing screws. Figure 2-89 Cross-channel mounting channel 2) Mounting opening offline Offline port is directly placed on the groove of the counter tops and connected to the Roof duct with the position of the screws on the offline port is at the inner wall of the bent edge.
  • Page 83 Figure 2-90 Installation channel cross-channel (top)
  • Page 84 2.9 Installation of the Air conditioning System S.No Details of equipment Base Server Cabinet Network Cabinet Access door Top Plate A/C Column Distribution Cabinet Strong wire passage groove Power cable trunking; copper and fibre cable tray Control panel...

  • Page 85: Air Filter(S)

    In this section, the overall layout of refrigeration, air conditioning, and the mechanical installation method is explained in detail. To ensure safety of the front-line of the repaired welding joints, the pressure release system in the air conditioning system should release clean nitrogen emissions. 2.9.1 Installation of the air conditioning pipes The air conditioning pipe can be connected in three ways, namely- indoor unit condensate drain,...

  • Page 86: Refrigerant Charging

    Liebert CRV+ series of PACs user manual or contact the local Vertiv representative. Refrigerant piping connections from the bottom of the unit are shown in Figure 2-95.
  • Page 87 If poor quality refrigerant oil or the incorrect type of oil is used, it will result in damaging the refrigeration system. Warranty will be void as the customer will be solely responsible for using degraded oil. Adding the refrigerant will cause dilution of the refrigerant oil of the system. For lubricating and for cooling effects of refrigerant oil, add refrigerant oil.
  • Page 88 2.10 Supply and Distribution system installation S.No Details of equipment Base Server Cabinet Network Cabinet Access door Top Plate A/C Column Distribution Cabinet Strong wire passage groove Power cable trunking; copper and fibre cable tray Control panel...
  • Page 89 In this section, the general layout of the electrical distribution cabinet and a rear equipment mounting method is explained in detail.  Always disconnect the power supply system, cabinet switchgear, and all output switches prior to installation, else it may lead to serious injury and even amount to fatality. Any consequences resulting from improper operation is the responsibility of the customer alone.
  • Page 90 Top cable entry hole 顶部进线孔 顶部进线孔 Figure 2-96 Top access hole Power line connecting the outdoor unit  Determine the cable specifications Select the start and stop power supply cables and signal cables of the condenser in accordance with the specifications of the rated current of the fan and the distance field installation factors. Table 2-5 The fan is running at 380V volts Condenser Model Rated current (A)
  • Page 91 RS485+ RS485 communication terminal External power cable L1 L2 L3 PE RS485- inlet terminal Access terminal of the external power Figure 2-97 fan single external power supply wiring RS485 communication terminal Access terminal of the external power Waterproof terminal of the Access terminal of external access power RS485+...
  • Page 92 输入端子 Input terminals 二次接线 Secondary terminal 端子排 block Cable binding column 扎线梁 （机柜内壁左右 (one on each side) 两侧各一根） 输出端子排 Output terminal 零线排 Neutral line bar 输出端子排 Output terminal blocks （机柜内壁左右 (one on each side) blocks 两侧各一根） Earth bar 地线排 （机柜内壁左右 (one on each side) 两侧各一根）...
  • Page 93 Figure 2-100 Electric gate terminal block 2.11 Installation of Lighting system In this section, the installation of the Lighting system will be explained in detail. 2.11.1 Installing the Lighting switch The lighting switch is mounted on the outer side of the right access door pillar. It has a rocker cover. Open the switch.
  • Page 94 Figure 2-102 Control cartridge mounting adapter The control box is placed in the rear roof support. It has a height adjustment adapter and an adapter fastening screw. The screw helps in the connection between the control box and roof support. Figure 2-103 Mounting the lighting controller ...
  • Page 95 Figure 2-105 Routing the wiring for the lighting controller and switch Lead the wiring to the lamp lighting controller as shown in Figure 2-2-106. The wire should be routed from the cable enclosure along the roof frame at the top of the row lines. Figure 2-107 Route to a lighting controller lighting...
  • Page 96  PDU enclosure is supplied along with the lighting controller.  Route the cables accurately and in a firm, yet organized manner. 2.12 Roof opening system installation 2.12.1 Installation of roof opening button Using a flathead screwdriver to gently prize the side snap button. The button body is removed. On removing the screws, loosen the fastening member fixing the button, the button and the head through the transparent cover panel.
  • Page 97 Open the controller cooling holes facing in the outward direction  Vertiv recommends to start from the first side of the top chassis and the button controller for opening should be mounted near the passage. 2.12.4 Installation of Sound and alarm lights...
  • Page 98 Sound and light alarm lamp are mounted on the lintel and not on the access door followed by complete module wiring. Finally, install the lintel casing. Figure 2-112 Sound and light warning light installation 2.12.5 Top open wiring The Appendix shows the open top connected to two open connections. ...
  • Page 99 2.13 Installation of the Monitoring System 2.13.1 Monitoring Architecture Switch Access Camera Cooling RDU-M RDU-A controller Audible Temp& Roof Opening Power Access Door Infrared Leakage Lighting Display and visual humidity status controller distribution card open sensor sensor controller Panel sensor sensor alarm lamp button...
  • Page 100 2.13.6 Install Access Controller Access Controller is mounted on the same RDU-M IT racks of the tray and comprises an access card and a door opening button; For more information, refer to the Access Controller user manual.

  • Page 101: Control Panel

    2.13.7 Control panel installation S.No Details of equipment Base Server Cabinet Network Cabinet Access door Top Plate A/C Column Distribution Cabinet Strong wire passage groove Power cable trunking; copper and fibre cable tray Control panel...
  • Page 102 Mounting of the Control Panel Prior to installing the Control panel mounted on the left door pocket, a configuration is to be removed by means of these structural elements M4 nut on the back cover of the door. Figure 2-115 Removing the structure The control panel member and the adapter with the screw connection is mounted between the control panel mounting holes, adjusting the control panel member and the adapter to the pre- determined location.

  • Page 103: Irm-S02Th

    Figure 2-117 Wiring of the control panel  When the terminal box covers the door near the door of the cartridge frame post completion of adjustment of the cable length and cable binding, the door cover sheet cartridge frame is hanging on the door. ...

  • Page 104: Irm-S04Di

     Water sensor mounting directions and instructions can be found in the IRM-S01W-belt type water sensor user manual.  Vertiv recommends the installation in the bottom of the air conditioning.  Flooding test strip connector should be pasted to the accompanying cable tie holder along with the detection lashing belt in a firm and organized manner.
  • Page 105 Figure 2-119 Installation of a smoke bracket The smoke detector device is mounted on the smoke face by the base fixing screws. The smoke detector wiring is then connected to the detector from the hole next to the smoke base. Figure 2-120 Smoke installation ...
  • Page 106 Figure 2-121 Infrared bracket installation  While installing the trapezoidal face, remember it should not be upside down.  The mounted position of the infrared sensor can be interchanged with the hemisphere where the recommended right infrared sensors are mounted in position. ...
  • Page 107 Figure 2-123 Installation hemisphere Bracket  The hemisphere mounting position of the infrared sensor can be predetermined where the dome is installed in a central location preferably.  Hemisphere stent is within the channel box door. First, the plastic base and the cover hemisphere apart, video cables and power cables are led to the base through the bracket and the lintel central hole over the line, the chassis with screws, and the cover snaps into the plastic base.
  • Page 108 Figure 2-125 Mounting the swipe card 2.13.11 Installation of the Door button Remove the tab shutter mounting hole of the button- the installation is depicted in Figure 2-126. Figure 2-126 Button to open the door installation  Each channel contains a door opening button inside and outside the mounting position;...
  • Page 109 pass via the through hole and an upright mounting plate through the guide holes in the bottom line, and edge banding along the roof line Roof rack rows. Figure 2-127 Brush wiring spreaders / door button 2.13.13 Monitor connection diagram RDU-A G2 RDU-A G2 Bottom Card Slot...
  • Page 110 Control Panel Display Panel Vac 220 mains (From PDU) AC/DC RDU-M Figure 2-129 Control Panel Tighten the VGA cable to prevent loosening...
  • Page 111 Access Controller Switch Access controller N.c1 1 door TCP/IP COM1 open RS485 Auto door1 output N.o1 N.c2 2 door 1 door COM2 open open 1 door input Auto door2 output button N.o2 N.c5 2 door COM5 open 2 door input N.o5 button N.C6...
  • Page 112 Electric door Receiver head Emitter head Black Blue Black Blue Safebeam sensor AC/DC Safe beam sensor wire Vac 220 mains (From PDU) Auto door controller Auto door status sensor Terminal Motor Power switch Receive door open singnal Upload door status signal (From door access controller) (From 4DI) Figure 2-131 Electric Gate connection...
  • Page 113 Part III Operation & Display Panel...

  • Page 114: Operation And Display Panel

    3 Operation & Display Panel In this chapter, the SmartAisle product including power before checking, power, system debugging and shutdown will be explained in detail. 3.1 Checks prior to Start The following checklist needs to be screened through to confirm if all the following items and parameters are met: Table 3-1 Checklist prior to Start Types of...
  • Page 115 Types of Test Checklist items parameters result Ensure electromagnetic lock suction plate locking screws does not ensure fluctuation absorbing plate may have activity Check to make sure the entire communications network lines correct line Monitor sequence  The authorized technicians check all the conditions that prohibit the power user. ...

  • Page 116: System Debugging

     If the control panel is powered and there exists an external operation panel, turn on the power is first applied and refer to the control panel.  For detailed notes on the distribution of the cabinet boot process, see the SPM server power management system user manual.
  • Page 117 4) From the local computer to upload the files to the RDU- AG2, Select the uploaded file type (for example, “Profile”). Click the Browse button. 5) Select the required files to upload followed by clicking on the OK button as shown in the confirmation dialog box in Figure 3-3.
  • Page 118  After stopping the flow of the cold air conditioner, the indoor unit is disconnected and the lower main breaker switch is also switched off.  Switch off the outdoor unit  Disconnect the power distribution cabinet input and branch output MCB open space. ...

  • Page 119: Display Panel Operations

    3.5 Display Panel Operations In this section, various aspects related to the operations such as system capacity, temperature, alarm and PUE and their subsequent display on the Display panel will be explained in brief. 3.5.1 Data Modeling Figure 3-5 Data Modeling Data Modeling ...

  • Page 120: Power Supply

    Figure 3-6 Standard Page The navicon on the top right corner of the page needs to be clicked following which the number of cabinets, total capacity of the power supply, total cooling capacity, free space, and the system alarms will be displayed. ...
  • Page 121 Figure 3-7 Capacity Page  The Capacity Information of Power is showed rather than U Bits of space.  The rack power capacity of the power consumption (PDU signal or a signal of the distribution cabinet or cabinets) and the ratio of power capacity of the cabinet depending on the user configuration is shown.
  • Page 122 Figure 3-8 3D Temperature page Click on the Field temperature module to see temperature at the top, center, and bottom of the different rows of the cabinet. Figure 3-9 2D Temperature page  Click on the front and back door icon on the temperature field in the channel to see the temperature outside the cabinet doors and inside the cabinet doors respectively.

  • Page 123: Alarm Page

    position in the cabinet need to be configured.  The integrity and continuity of the temperature field, cooling , and temperature of the distribution cabinet can be configured. 3.5.5 Alarm page After clicking the navicon, the menu can be seen from which the Alarm link needs to be clicked.
  • Page 124 Figure 3-11 PUE page  The PUE power mode can be configured, for more detailed info, refer to the RDU-M user manual. The different classifications of the energy pie charts can be configured and the same RDU-M user manual needs to be referred to for the same. ...
  • Page 125 Part IV General Maintenance & Troubleshooting...

  • Page 126: General Maintenance

    Check the distribution cabinet for errors or faults. IF the fault light is on, there is afault alarm If the switch fails, contact the nearest Vertiv dealer or customer service for replacement or repair. Additional details regarding the maintenance and replacement instructions can be obtained by...

  • Page 127: Air Conditioning System Maintenance

    4.3 Air Conditioning system Maintenance The maintenance inspection checklist for air conditioners is given in the following table 4-1. Table 4-1 Upkeep checkklist for Air conditioners part Check item Remark Check if the filter is damaged, clogged Filter Check the filter clogging switch Clean the filter Fan Ye Lun without deformation Bearings for wear...

  • Page 128: Appendix I- Lighting Connector

    Appendix I- Lighting Connector...

  • Page 130: Appendix Ii -Open Connection Diagram

    Appendix II –Open Connection diagram...

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