MYCHARGEMAN Forum

The ART & SCIENCE of protective relaying • Electrical power supply and distribution • Energy-Efficient Electric Motor Selection Handbook • Modern Signal Processing • Network Protection And Automation Guide • PLC – Programmable Logic • Controller • Power Plant Accoustics • Coordinated Power Systems Protection • Power Tranformer Maintenance And Acceptance Testing • Refrigeration and air conditioning • Telecommunications Building Cabling Systems Planning and Design • UPS selection, installation and maintenance • Antenna Systems Guide • Control Valve Handbook • Engineering Symbology, prints and drawing • Grounding and Bonding • Handbook of electrical safety • Handbook of electrical science VOL. 1-4 • Personal Protective Grounding for Electric Power Facilities and Power Lines • Photovoltaic Power Systems • Priručnik – Elektricne instalacije i osvetljenje • Automation solution guide 2008 • Electrical installation guide 2008 • Selecting Energy • Efficient Distribution Transformers • Safety and health requirements • Maintenance and operation of air compressor plants • Introduction to Motor and Generator • Heat transfer text book • Interior and Exterior Lighting and Controls • Cable Tray Installation Guidelines • Wiring Manual – Automation and Power Distribution • Active harmonic conditioners and unity power factor rectifiers • Analysis of three-phase networks in disturbed operating conditions using symmetrical components • Automatic transfering of power supplies in HV and LV networks • Basic selection of MV public distribution networks • Behaviour of the SF6 – MV circuit-breakers Fluarc for switching motor starting currents • Breaking by auto-expansion • Calculation of short-circuit currents • Calculations for LV and HV networks • Cohabitation of high and low currents • Control equipment for MV capacitor banks • Control-monitoring and protection of HV motors • Current transformers – how to specify them • Current transformers – specification errors and solutions • Current transformers for HV protection • Data acquisition – Detection • Dependability and LV switchboards • Dependability of MV and HV protection devices • Design and use of MV current-limiting fuses • Development of LV circuit breakers to standard IEC 947-2 • Directional protection equipment • Discrimination with LV power circuit-breakers • Disturbances in electronic systems and earthing systems • Dynamic stability of industrial electrical networks • Earthquakes and electrical equipment • Electric motors… and how to improve their control and protection • Electrical disturbances in LV • Electrical installation dependability studies • Electrodynamic forces on busbars in LV systems • Electronic starters and variable speed drives • EMC – electromagnetic compatibility • Enclosures and degrees of protection • Energy savings in buildings • Energy-based discrimination for low-voltage protective devices • Extra losses caused in high current conductors by skin and proximity effects • Fault arcs on busbar sets and switchboards • Ferroresonance • From current transformers to hybrid sensors, in HV • Fuzzy logic • Harmonic disturbances in networks, and their treatment • Harmonics upstream of rectifiers in UPS • High availability electrical power distribution • HV industrial network design • Integration of local power generation in industrial sites and commercial buildings • Intelligent LV switchboards • Introduction to dependability design • Inverters and harmonics (case studies of non-linear loads) • Lightning and HV electrical installations • LV breaking by current limitation • LV circuit-breaker • LV circuit-breakers confronted with harmonic, transient and cyclic • LV protection devices and variable speed drives (frequency converters) • LV surges and surge arresters.LV insulation co-ordination • MV public distribution networks throughout the world • Neutral earthing in an industrial HV network • Overvoltages and insulation coordination in MV and HV • Power Quality • Power supply of lighting circuits • Protection of electrical distribution networks by the logic selectivity system • Protection of industrial and tertiary MV networks • Protection of MV-LV substation transformers • Residual current devices In LV • SF6 properties, and use in MV and HV switchgear • System earthings in LV • System earthings worldwide and evolutions • The behaviour of SF6 puffer circuit-breakers under exceptionally severe conditions • The IT system earthing (unearthed neutral) in LV • The singularities of the third harmonic • Thermal study of LV electric switchboards • Uninterruptible static power supplies and the protection of persons • Vacuum switching • Basics of Electricity • Basics of Electrical Products • Basics of AC Drives • Basics of AC Motors • Basics of Control Components • Basics of DC Drives • Basics of Motor Control Centers • Basics of PLCs • Basics of Sensors • Basics of Busway • Basics of Circuit Breakers • Basics of Load Centers • Basics of Meter Mounting Equipment • Basics of Panelboards • Basics of Power Monitoring • Basics of Safety Switches • Basics of Surge Protection • Basics of Switchboards • AutoCAD • 2D/3D Design • Relay Introduction • Relays – General • Electromechanical Relays • Contact System • Magnetic System – Coil • Mechanical Components • Handling & Use in Production • Quality Aspects • Standards • Electronics in and around Power Relays • Relay definitions • Heating Definitions • Control of heating • Systems used in Western Europe • Secondary systems used in Europe • Evaluation of systems and products • Instructions for designing district heating systems • Instructions for designing heating systems • How to select size of products and components • Technical data, formulas and charts • HT • Chargeman • Penjaga Jentera Elektrik • Chargeman Jobs • Standard Gaji Chargeman • Chargeman Jobs Apps CHARGEMAN JOBS DIVISION MANAGED BY:

MyINFINET - INFINITE NETWORK MALAYSIA

This Website is Auto-Funding