System description Design Requirements – Major Components




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SmartRow DCR

Self-Contained, Fully-Integrated, Row-Based Infrastructure

Part of the SmartRow Platform

GUIDE SPECIFICATIONS
  1. General

    1. Summary


This specification defines the characteristics and requirements of the Vertiv SmartRow DCR, an adaptive, scalable, modular infrastructure system that includes integrated IT equipment racks, environmental controls, power distribution and fire suppression and is designed for the support of IT systems and electronic equipment.

Optional system configurations shall include 20kW (N+1) or 36kW (N) environmental controls; centralized free-standing or rack-mounted UPS; adaptive, managed, or elementary rack PDU’s; and infrastructure management and monitoring systems.
    1. Standards


The SmartRow DCR is designed in accordance with the current revision of the following agency standards. Where a conflict arises between these documents and statements made herein, the statements in this specification shall govern.

  • UL 60950-1: Information Technology Equipment, Second Edition

  • EIA 310-D standard for 19" racks and hole spacing

  • NEMA Type 1 / IEC IP10 enclosure

  • NFPA No. 2001 - Clean Agent Fire Extinguishing Systems

  • NFPA No. 72 - National Fire Alarm Code
    1. SYSTEM DESCRIPTIOn

      1. Design Requirements – Major Components


The SmartRow DCR shall consist of modular architecture to facilitate an adaptive and scalable infrastructure system. System modules shall be designed as integrated components of a complete stand-alone system and shall allow flexibility for capacity growth and expansion. System modules shall be designed in accordance with data center best practices, including hot air and cold air separation; high-efficiency dedicated cooling and integrated monitoring, control and fire suppression.

Design Requirements –DCR Control Panel and Fire Suppression System

The SmartRow DCR shall include an integrated DCR Control Panel and Fire Suppression System. This module shall contain the fire detection and suppression system, fire strobe light and audible horn, the power/fire control interface, fire suppression system abort and manual release switches and the load distribution center. The DCR Control Panel and Fire Suppression System shall provide power to the SmartRow DCR fire suppression system and to an automatic emergency airflow system. The DCR Control Panel and Fire Suppression System shall be furnished with an Emergency Power Off (EPO) provision for the SmartRow DCR Liebert PDX/PCW controls and optional UPS systems. The load distribution center shall be used to distribute power to powered loads inside the SmartRow DCR.

  • Power Distribution: To provide power to powered loads inside the SmartRow DCR, the load distribution center shall be field-configurable to support connections from optional centralized, free-standing 3PH UPS systems; or connections to optional 1 PH rack-mounted UPS systems; or connections to optional Rack PDU systems.



  • Fire Suppression: The SmartRow DCR shall include an integrated, self contained Fike SHP-Pro clean agent system utilizing ECARO-25 (HFC-125) as the fire extinguishing agent. The fire suppression system shall include all detection and control equipment, agent storage containers, ECARO-25 agent, system actuation equipment, discharge nozzles, pipe and fittings, manual release and abort stations, audible and visual alarm devices, auxiliary devices and controls, shutdowns, alarm interface, sealed battery, and caution/advisory signs. Commissioning and functional checkout and user training shall be performed by manufacturer-qualified personnel.
      1. Design Requirements - SmartRow DCR Environmental Controls


The environmental control system shall be a factory-assembled SmartRow DCR Liebert PDX (Air – Cooled or Water/Glycol cooled system) or Liebert PCW (Chilled Water cooled system). Standard 60Hz units shall be CSA (NRTL-C) certified to the harmonized U.S. and Canadian product safety standard, CSA C22.2 No. 236/UL 1995 for Heating and Cooling Equipment and are marked with the CSA c-us logo The system shall be designed for draw through air arrangement to ensure even air distribution to the entire face area of the coil. The SmartRow DCR Liebert PDX/PCW unit must be specifically installed facing the front or rear of the DCR system. SmartRow DCR Environmental Control systems shall be configurable as follows:


  • 20kW (N) SmartRow DCR Liebert PDX/PCW: The SmartRow DCR Liebert PDX/PCW primary configuration shall have a nominal cooling capacity of 20kW @ 85°F (29.4°C) return air (based on the nominal 5-ton SmartRow DCR Liebert PDX/PCW), and shall consist of a high-efficiency digital scroll compressor (not applicable to Liebert PCW), Liebert® iCOMTM control with Large Graphic Display and downward discharge airflow.



  • Optional 20kW (N+1) Cooling Configuration: The SmartRow DCR shall be available in an optional 20kW (N+1) cooling configuration that shall consist of two (2) Liebert PDX/PCW units. The total nominal cooling capacity of the SmartRow DCR 20kW (N+1) cooling configuration shall be 20kW @ 85°F (29.4°C) return air (based on the nominal 5 ton SmartRow DCR Liebert PDX/PCW). The SmartRow DCR Liebert PDX/PCW units shall be connected to each other via the Liebert® iCOMTM control to create a private network that will allow Unit-2-Unit (U2U) communications for redundant operation.



  • Optional 36kW (N) Cooling Configuration: The SmartRow DCR shall be available in an optional 36kW (N) cooling configuration that shall consist of two (2) Liebert PDX/PCW units. The total nominal cooling capacity of the dual cooling unit configuration shall be 36kW @ 85°F (29.4°C) return air (based on the nominal 5 ton SmartRow DCR Liebert PDX/PCW). The SmartRow DCR Liebert PDX/PCW units shall connect to each other via the Liebert® iCOMTM control to create a private network that will allow Unit-2-Unit (U2U) communication for dual cooling unit operation.



  • Base and Top Plenums: The SmartRow DCR shall be furnished with base (supply) and top (return) airflow plenums designed to integrate to the Liebert PDX/PCW and the DCR Racks, resulting in a closed airflow architecture design and room-neutral heat loading.



  • Emergency Fans: The SmartRow DCR shall be furnished with an integrated emergency fan system with gravity dampers to provide emergency airflow to powered IT equipment inside the SmartRow DCR racks. The emergency fan system shall activate when a high temperature condition (98⁰F) is sensed inside the SmartRow DCR or when there is a loss of primary cooling from the PDX or PCW unit(s). It shall be powered via the 15A breaker in the load distribution center.
      1. Design Requirements – DCR Racks





  • Networking Racks

The SmartRow DCR shall include (1) 42U x 800mm wide x 1230 mm deep DCR networking rack. SmartRow networking racks are pre-configured and optimized to support networking equipment and large amounts of cabling. They are based on the DCE rack platform, and will be furnished with four rack PDU brackets and two rows of cable management fingers in the front of the racks. These will be factory installed to reduce assembly time and labor exposure.

  • Server Racks

The remaining racks will be 42U x 700mm wide x 1230 mm deep DCR server racks. These are also based on the DCE rack platform, and they will be furnished with (2) factory installed rack PDU brackets in the rear of the racks. The pre-configured, factory integrated equipment racks minimize on-site deployment time and labor while increasing consistency and proper operation of the SmartRow. Racks at either end of the row use solid side panels to ensure proper airflow management and are clearly labeled to ensure they are properly located during installation.
Both rack types will be equipped with EIA 310-D-compliant rack-mount EIA rails to accommodate powered loads inside the SmartRow DCR. Each rack will also be furnished with, a bag of (6) velcro strips for rack PDU cable management and (1) factory installed Liebert 2T sensor & probes. The DCR racks shall be fully factory-assembled and shall include all appropriate design provisions to integrate with the DCR base (supply) and top (return) airflow plenums.

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