Manuels d'utilisation pour APC ACPDX21-86

Table des matières

• InRoom Nomenclature

  4
• General

  5
• Models

  5
• Room Air Distribution

  5
• Configurations

  5
• Compliance Approval

  5
• Standard Features

  5
• Optional Features

  5
  • Scalable Solution for Critical Environments

    6
• Temperature and Humidity Design Conditions

  6
• Air Quality

  6
• Low Humidity

  6
• High Humidity

  6
• High & Low Temperature

  6
• Efficiency and Reliability

  6
• APC InRoom - The Right Solution

  6
• Dedicated Dehumidification Cycle

  6
  • Standard Features

    7
• Insulated Panels

  7
• Electronically Commutated (EC) Fans

  7
• Electrical Panel

  7
• Main Power Disconnect Switch

  7
• Network Management Card

  7
• Refrigeration System and Compressor

  7
• Mains Automatic Transfer Switches

  7
• Duct Flange

  7
• Evaporative Freeze Protection

  7
• Redundant Group Control

  7
• 30% ASHRAE 52.1 Filters

  7
• Condenser (Direct Expansion units only)

  7
  • Optional Features

    8
• Humidifier

  8
• Electric Reheat

  8
• Electric reheat elements are low watt density, wired for 3-phase and loaded equally on all three ...

  8
• Spot Water Detector

  8
• Smoke Detector

  8
• Hot Gas Bypass Valve

  8
• Cable Leak Detector (60 Hz only)

  8
• Floorstand

  8
• Plenums

  8
• Base Plenum

  8
• Water Regulating Valves

  8
• Extreme Low Temperature Kit (Direct Expansion units only)

  8
• Condensate Pump

  9
• Upflow Discharge Plenums for 50 Hz and 60 Hz InRoom Cooling Units

  10
• Downflow Discharge Plenums for 50 Hz InRoom Cooling Units

  11
• Standard Floorstands for InRoom 60Hz Cooling Units

  12
• Bowling Alley Floorstands for InRoom 60Hz Cooling Units

  13
• Floorstands for InRoom 50 HzCooling Units

  14
  • Condensers

    15
• InRoom Standard Condensers - 60 Hz

  16
• InRoom Low Temperature (-30ºF) Condensers - 60 Hz

  17
• InRoom High Temperature Condensers - 60 Hz

  18
• InRoom Condensers - 50 Hz

  19
• Receivers

  20
• InRoom Receivers - 50 Hz

  21
  • Display Interface

    22
• Logging

  22
• Control Type

  22
• Functions

  22
• Open Architecture

  22
• Alarms

  22
  • InRoom Model Sizes

    23
  • InRoom Cooling Unit Configurations

    24
• Fluid Cooled (Glycol)

  24
• Chilled Water

  25
• Air Cooled (DX)

  26
  • Chilled Water (CW) – 60Hz

    27
  • Air Cooled (DX) System – 60Hz

    29
  • MultiCool – Air Cooled (DX) with CW – 60Hz

    31
    • Operational Mode: Air Cooled (DX)

      31
    • Operational Mode: Chilled Water (CW)

      32
  • Fluid Cooled (Glycol 40%) – 60Hz

    34
  • Fluid Cooled (Glycol 0%) – 60Hz

    36
  • Fluid Cooled (Glycol 0%) with CW – 60Hz

    38
    • Operational Mode: Fluid Cooled (Glycol 0%)

      38
    • Operational Mode: Chilled Water (CW)

      39
  • Fluid Cooled (Glycol 40%) with CW – 60Hz

    41
    • Operational Mode: Fluid Cooled (Glycol 40%)

      41
    • Operational Mode: Chilled Water (CW)

      42
  • Fluid Cooled (Glycol 40%) with Economizer - 60Hz

    44
    • Operational Mode: Fluid Cooled (Glycol 40%) - Summer

      44
    • Operational Mode: Fluid Cooled (Glycol 40%) - Winter

      45
  • 60Hz InRoom Electrical Specifications

    47
    • Air Cooled (DX) and Fluid Cooled (Glycol) Electrical Data

      47
    • Chilled Water (CW) Electrical Data

      48
  • Chilled Water (CW) - 50Hz

    49
  • Air Cooled (DX) System - 50Hz

    51
  • MultiCool - Air Cooled (DX) with CW - 50Hz

    53
    • Operational Mode: Air (DX)

      53
    • Operational Mode: Chilled Water

      54
  • Fluid Cooling (Glycol 40%) – 50Hz

    56
  • Fluid Cooled (Glycol 0%) – 50Hz

    58
  • Fluid Cooled (Glycol 40%) with CW - 50Hz

    60
    • Operational Mode: Fluid Cooled (Glycol 40%)

      60
    • Operational Mode: Chilled Water

      61
  • Fluid Cooled (Glycol 40%) with Economizer - 50Hz

    63
    • Operational Mode: Fluid Cooled (Glycol 40%) - Winter

      64
  • 50Hz InRoom Electrical Specifications

    66
    • Air Cooled (DX) and Fluid Cooled (Glycol) Electrical Data

      66
    • Chilled Water (CW) Electrical Data

      66
  • Technical Specifications

    67
• Application Limits

  67
• Design Conditions

  67
  • Transporting and Storage

    68
• Delivery of the unit

  68
• Moving the unit

  68
• Storage

  68
  • Guidelines for Installation

    69
• Room preparation

  69
• Unit location

  69
• Service access

  69
• Receiving the unit

  69
• Rigging

  69
• Floorstand

  69
• Utility connections

  69
• Power to the unit

  69
• Chilled Water Power Supply Inlet Location

  70
  • Piping Connections

    71
• Downflow Chilled Water Cooling Units

  71
• PCW400

  71
• PCW660

  72
• PCW900

  73
• PCW1100

  74
• PCW1500

  75
• Upflow Chilled Water Cooling Units

  76
• Refrigerant Piping

  77
• Considerations

  77
  • PART 1 GENERAL

    78
• 1.01 SUMMARY

  78
• 1.02 DESIGN REQUIREMENTS

  78
• 1.03 SUBMITTALS

  78
• 1.04 QUALITY ASSURANCE

  78
• 1.05 WARRANTY

  78
• PART 2 PRODUCT

  79
• 2.01 STANDARD COMPONENTS

  79
• 2.02 OPTIONAL COMPONENTS

  83
• PART 3 INDIVIDUAL SYSTEMS

  85
• 3.01 AIR-COOLED

  85
• 3.02 CONDENSER

  85
• 3.03 WATER-COOLED

  86
• 3.04 GLYCOL-COOLED

  86
• 3.05 PUMP PACKAGE

  86
• 3.06 ECONOMIZER

  86
• 3.07 MULTICOOL

  86
• 3.08 CHILLED WATER

  86
• 3.09 FLUID COOLER

  87
  • One-Year Factory Warranty

    88
• Terms of warranty

  88
• Non-transferable warranty

  88
• Exclusions

  88
• Warranty claims

  89
  • Warranty Procedures

    90
• Claims

  90
• Parts

  90