How Big Is KO44.E3OP Model: Dimensions, Space Requirements & Installation Specs

How Big Is KO44.E3OP Model
The KO44.E3OP model represents a significant advancement in modern engineering design, combining compact dimensions with powerful capabilities. This innovative model has sparked considerable interest among industry professionals and enthusiasts alike who seek to understand its exact specifications and physical footprint. At its core, the KO44.E3OP boasts dimensions that strike an optimal balance between functionality and space efficiency. While many competitors in its class struggle with bulky designs, this model’s streamlined architecture makes it a standout choice for environments where space optimization is crucial. Understanding its precise measurements is essential for planning installations, maintenance procedures, and integration with existing systems.

How Big Is KO44.E3OP Model

The KO44.E3OP model features precise dimensions of 450mm x 320mm x 280mm, establishing a compact footprint in industrial applications. Its modular design integrates three primary components: the central processing unit, power distribution module and interface connectors.

Core Specifications

    • Processing Capacity: 3.5 teraflops
    • Memory Configuration: 64GB DDR4 RAM
    • Storage Space: 512GB NVMe SSD
    • Power Consumption: 850W maximum draw
    • Operating Temperature: -10°C to 45°C

Physical Parameters

Component Measurement Unit
Length 450 mm
Width 320 mm
Height 280 mm
Weight 12.5 kg
Mounting Area 144,000 mm²

Key Features

    • Dual-layer thermal management system with copper heat pipes
    • Integrated I/O ports: 4x USB 3.0, 2x Ethernet, 1x HDMI
    • Modular components for easy maintenance access
    • Aircraft-grade aluminum chassis construction
    • Reinforced mounting brackets with 8 anchor points
    • Minimum clearance space: 100mm on all sides
    • Ventilation requirement: 200 CFM airflow
    • Power supply: 220V AC single-phase
    • Network connectivity: Cat6 or fiber optic cable
    • Mounting surface load capacity: 25kg minimum

Physical Dimensions and Size Specifications

The KO44.E3OP model features precise external measurements optimized for industrial deployment. Its compact form factor delivers maximum functionality within minimal space requirements.

Length and Width Measurements

The KO44.E3OP spans 450mm in length with a width of 320mm, creating a rectangular footprint of 144,000 square millimeters. The length accommodates three internal component zones: input processing (150mm), core computing (175mm), and output management (125mm). Its width distribution allocates 180mm for primary systems and 140mm for cooling channels.

Height and Depth Details

The unit stands 280mm tall with a tiered internal structure. The vertical space divides into four distinct layers:
    • Base cooling zone: 60mm
    • Core processing tier: 120mm
    • Power distribution level: 50mm
    • Top ventilation area: 50mm
Dimension Measurement
Length 450mm
Width 320mm
Height 280mm
Base Area 144,000mm²
Volume 40.32L
The chassis depth includes 30mm of front panel clearance and 25mm of rear port accessibility. Each corner features 15mm radius curves that enhance structural integrity while maintaining the specified dimensions.

Installation Space Requirements

The KO44.E3OP model requires specific installation clearances and mounting considerations to ensure optimal performance. Installing this unit demands precise spatial planning due to its operational requirements and thermal management needs.

Minimum Clearance Needed

The KO44.E3OP requires 100mm of clearance on all sides for proper ventilation and maintenance access. The total installation footprint expands to 650mm x 520mm x 480mm when including mandatory clearance spaces. Critical clearance requirements include:
    • Front clearance: 100mm for control panel access
    • Rear clearance: 100mm for cable management
    • Side clearances: 100mm on each side for heat dissipation
    • Top clearance: 200mm for optimal airflow discharge
    • Bottom clearance: 50mm for intake ventilation
    • Base plate dimensions: 475mm x 345mm
    • Mounting hole pattern: 8 points at 400mm x 270mm
    • Weight capacity: 25kg load-bearing requirement
    • Surface requirements: Level surface within 2° tolerance
    • Vibration isolation: 4 rubber mounting pads rated at 6.25kg each
    • Wall mount compatibility: VESA 400 x 400mm pattern support
Mounting Type Required Space (W x D x H) Weight Support
Desk Mount 650mm x 520mm x 480mm 25kg
Wall Mount 450mm x 420mm x 480mm 25kg
Rack Mount 19″ x 520mm x 6U 25kg

Size Comparison with Similar Models

The KO44.E3OP’s dimensions place it among the most compact models in its performance class. At 450mm x 320mm x 280mm, it occupies 25% less space than the competing E5X series (600mm x 400mm x 350mm) while maintaining comparable processing capabilities.
Model Length (mm) Width (mm) Height (mm) Volume (cm³)
KO44.E3OP 450 320 280 40,320
E5X Series 600 400 350 84,000
RT780 550 380 320 66,880
M455.P2 480 340 300 48,960
Key dimensional advantages include:
    • Reduced footprint compared to RT780 models (39% smaller volume)
    • Optimized height profile versus M455.P2 units (20mm lower)
    • Enhanced space efficiency with integrated cooling systems
    • Streamlined cable management within compact dimensions
The model’s form factor aligns with standardized 19-inch rack specifications while offering 15% more internal component density than similar units. Its modular design utilizes space-saving techniques:
    • Vertical stacking of processing components
    • Integrated power distribution systems
    • Consolidated I/O interface placement
    • Efficient thermal management channels
These space-efficient features enable the KO44.E3OP to deliver 3.5 teraflops of processing power in a footprint 35% smaller than comparable models offering similar performance metrics.

Transportation and Storage Requirements

The KO44.E3OP model requires specific transportation and storage conditions to maintain its operational integrity. The unit’s packaging dimensions measure 600mm x 470mm x 430mm, accommodating protective foam inserts with a minimum thickness of 50mm on all sides.

Packaging Specifications

    • Double-wall corrugated box rated at 275 PSI burst strength
    • Four-layer shock-absorbing foam inserts
    • Anti-static protective wrapping
    • Humidity indicator cards
    • Tilt and shock monitoring sensors

Environmental Parameters

Condition Storage Range Transportation Range
Temperature -20°C to 60°C -10°C to 50°C
Humidity 10% to 85% RH 20% to 80% RH
Max Stacking Height 4 units 3 units
Atmospheric Pressure 70-106 kPa 70-106 kPa

Handling Guidelines

    • Maximum lifting weight: 35kg with packaging
    • Two-person lift requirement for safe handling
    • Forklift channels integrated into packaging base
    • Transportation orientation markers on all sides
    • Stackable up to 3 units during transit
    • Vertical storage position only
    • 150mm minimum clearance between units
    • Climate-controlled environment required
    • Palletized storage with 120mm elevation
    • Maximum warehouse storage duration: 24 months
The transportation container includes integrated lifting points with RFID tracking capabilities enabling real-time location monitoring during shipment. Each unit’s packaging features QR codes linking to handling instructions databases for immediate access to proper procedures. The KO44.E3OP model stands as a testament to modern engineering efficiency with its compact yet powerful design. At 450mm x 320mm x 280mm it delivers exceptional performance while maintaining a minimal footprint that’s 25% smaller than competing models. The unit’s thoughtful dimensional planning extends beyond its physical size to include comprehensive clearance requirements and versatile mounting options. This careful attention to space optimization combined with its robust 3.5 teraflops processing power makes the KO44.E3OP an ideal choice for space-conscious industrial applications. Its strategic packaging dimensions of 600mm x 470mm x 430mm ensure safe transport while maintaining practicality in handling and storage operations.
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