Certified Data Center Specialist (CDCS)

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Certified Data Center Specialist (CDCS®) Training (HK259)

Course Description

The Certified Data Center Specialist course is a three-day
course designed to bring participants to the level of a
suitable sparring partner with suppliers. They will be able to
verify offers provided by vendors for correctness,
effectiveness and efficiency. CDCS® is a must have
certification for professional data center managers and
personnel. CDCS® is a pre-requisite for individuals wishing to
achieve the CDCE® status..

Duration : 3 days

Certification Examination

The exam is a one and a half hour, 60 questions, multiple choice and
closed book exam. The candidate requires a minimum of 45 correct
answers to pass the exam. Attendees passing the exam will be
awarded the internationally accredited and recognized ‘Certified Data
Center Specialist’ certificate (CDCS). The certification is valid for three
years after which the student needs to re-certify.

Prerequisites

Participants must hold a valid CDCP® certificate in order to be able to
register for the CDCS® class..

course outline

Data center design / life cycle overview

• Overview of data center life cycle stages
• Planning, re-alignment and continuous improvement
• Temperature / Humidity measurements guideline
• Heat dissipation methods
• Altitude impact on temperature intake to ICT equipment
• Effective cooling floor layout
• Differences in tile surface and supporting structure, and their air flow
performance impact
• Rack door construction and the air flow performance impact
• Equipment Delta-T and its impact
• Thermal units conversions
• Calculations for air volume displacement (CFM/CMH)
• Cooling capacity calculations
• Air-conditioning selection
• De-humidifying / humidifying options
• Air conditioning efficiency
• SHR impact on cost saving
• Efficiency indicator
• New cooling principle and techniques such as submerged cooling,
VSD/VRF, EC-Fans, and Economizers
• Redundancy guidelines for air-conditioners to avoid classic
misconceptions and mistakes for compliant designs
• Installation requirements
• EPO/ Commissioning of Air Conditioners
• Set points and calibration
• CFD (Computational Fluid Dynamics)

Advanced fire protection

• Fire triangle and elements to stop a fire
• Detection systems in detail (VESDA, VIEW, smoke sensors)
• Considerations for installation of sensors
• Testing procedures for smoke sensors
• Difference in water based systems i.e. dry-pipe, pre-action, and why
most of them don’t work and how to detect these
• Issues with dry pipe systems
• Details on inert, halocarbon systems and how to select the right gas
for your data center
• How to calculate the gas content ensuring the appropriate level is
installed to suppress fire
• Other requirements for gaseous systems (release times, hold times,
pipe installation requirements and other important factors)
• Requirements for the fire panel
• Installation verification – what to check and how
• New fire suppression techniques which prevent fires from igniting

Redundancy Levels
• History of redundancy level definitions
• Difference between Uptime® and ANSI/TIA-942
• Redundancy level definitions, categories and measure points
• Concurrent maintainability
• Compartmentalization
• Redundancy options
• Maintenance options
• Operational processes guidelines/standards
• Skill development

Building considerations and standards
• Building location considerations as per ANSI/TIA-942
• Floor loading requirements
• Fire rating for walls and glass
• Blast protection
• Bullet proofing
• Forced entry protection

Advanced raised floor and suspended ceiling
• Raised floor installation guidelines
• Techniques to ensure a properly installed raised access floor
• Common mistakes
• Pedestals and stringer requirements as per ANSI/TIA-942
• Choosing the right tiles and their locations
• Seismic mitigating floor constructions
• Choosing the correct suspended ceiling

Advanced power
• Power infrastructure layout
• Generators
• UPS systems
• Harmonic filters
• Battery banks

Advanced electro magnetic fields
• Sources of EMF
• Differences between single, three phase and bus-bar EMF sources
• Options available to measure EMF and how to interpret the results
from single-axes and composite measurements
• Guidance on safe distance for equipment and humans
• Calculation of EMF attenuation factor for shielding material
permeability and saturation factors

Advanced cooling
• Important definitions; dry-bulb, wet-bulb, dew-point, RH, sensibleand
latent heat
• Psychometric diagram and ASHRAE recommendations
• Environmental class definitions and thermal specifications

Design and Install Scalable Networking Cabling System
• ANSI/TIA942-A cabling structure
• ToR, EoR Design
• Cabling types recommended for data centers
• New products and alternatives
• Vendor design and installation information
• Installation best practice such as routing, bending radius, separation
from power, containment fill ratio, fiber link loss calculator, bonding
and grounding requirement
• Standard for telecommunications labeling and administration

Environmental specifications
• Acoustic noise regulations, specifications, effects and limits
• Data center contaminations and classifications
• Measurements, standards and limits
• Preventive measures and avoidance
• Electro Static Discharge (ESD)

Data center efficiency
• Business drivers to go Green
• High-availability or Green?
• Green guidelines and standards
• Power efficiency indicators
• How to measure it and what are acceptable numbers compare to the
general industry
• PUE classes defined by Green Grid
• How to achieve power savings in the data center; various techniques
to save energy in all parts of the data center i.e. application/system
level, cooling, power distribution