Automation Portals
- Automatic Identification
- Design & Simulation
- Digital Factory
- Electrical & Control Panels
- Embedded Automation
- Factory Automation
- Fieldbus Networks
- Flow, Level & Process Inst.
- Fluid Power, Valves & Pumps
- HMI & Operator Interfaces
- Industrial Communications
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- Machine Safety
- Manufacturing Intelligence
- Motion Control
- OPC
- Plant Management & Maint.
- PLCopen
- Process Control
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- Programmable Controllers
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- SCADA & RTU
- Security
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- Systems Integration
- Test, Measurement & LIMS
- Vision
- Wireless Connectivity
- Network Portals
- EtherCAT
- EtherNet/IP
- PROFINET
- Industry Portals
- Building Automation
- Chemical
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- Machine Tools, CNC & DNC
- Material Handling
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- Packaging
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- Power & Energy
- Transportation (Microsite)
- Water & Wastewater
- Event Portals
- Hannover Messe
- Industrial Automation NA
- ISA Automation Week
Reference Guides for Automation, Process Control & Instrumentation
| Formulae & Conversions Pocket Guide |
 Automation.com is offering this FREE download from IDC Technologies covering the following topics...Get your Pocket Guide Today! Chapter 1 - Definition and Abbreviations for Physical Quantities Chapter 2 - Units of Physical Quantities Chapter 3 - System of Units Chapter 4 - General Mathematical Formulae 4.1 Algebra 4.2 Geometry 4.3 Trigonometry 4.4 Logarithm 4.5 Exponents 4.6 Complex Numbers Chapter 5 - Engineering Concepts and Formulae 5.1 Electricity 5.2 Applied Mechanics 5.2.1 Newton's laws of motion 5.2.2 Linear Velocity And Acceleration 5.2.3 Force 5.2.4 Centripetal (Centrifugal) Force 5.2.5 Stress, Strain And Modulus Of Elasticity 5.3 Thermodynamics 5.3.1 Laws of Thermodynamics 5.3.2 Momentum 5.3.3 Impulse 5.3.4 Elastic and Inelastic collision 5.3.5 Center of Mass 5.3.6 Angular Motion 5.3.7 Conditions of Equilibrium 5.3.8 Gravity 5.3.9 Vibrations & Waves 5.3.10 Standing Waves 5.3.11 Beats 5.3.12 Temperature and Heat 5.3.13 Ideal Gases 5.3.14 Elastic Deformation 5.3.15 Temperature Scales 5.3.16 Sensible Heat Equation 5.3.17 Latent Heat 5.3.18 Gas Laws 5.3.19 Specific Heats Of Gases 5.3.20 Efficiency of Heat Engines 5.3.21 Heat Transfer by Conduction 5.3.22 Thermal Expansion of Solids 5.3.23 Chemical Heating Value of a Fuel 5.4 Fluid Mechanics 5.4.1 Discharge from an Orifice 5.4.2 Bernoulli’s Theory 5.4.3 Actual pipe dimensions Chapter 6 - References 6.1 Periodic Table of Elements 6.2 Resistor Color Coding |