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Preface
Preface
Building
1. INSTALLATION ELEMENTS AND EQUIPMENT (Janusz Pasternakiewicz)
1.1. Wires and cables
1.2. Installation equipment
1.3. Switchgear
1.4. Power capacitors for reactive power compensation
2. ELECTRIC ENERGY RECEIVERS (Stefan Niestępski)
2.1. General news
2.2. Electric light sources
2.3. Light fixtures
2.4. Electric motors
2.5. Electrothermal devices
2.6. Other electricity receivers
3. WAYS OF LAYING CABLES AND CABLES (Janusz Pasternakiewicz)
4. INSTALLATION OF ELEMENTS AND EQUIPMENT OF ELECTRO-ENERGY INSTALLATIONS (Janusz Pasternakiewicz)
4.1. Wires and installation accessories
4.2. Light fixtures
4.3. Switchgears (contactor)
4.4. Capacitor banks
Projects
5. TECHNICAL DOCUMENTATION (Tadeusz Wiśniewski)
5.1. Types and purpose of documentation
5.2. Participants in the construction process
5.3. Characteristics of the project technical documentation
5.4. Division of project documentation for the electrical industry
5.5. Output data for design
5.6. Reconciliation and approval of documentation
5.7. Electric drawing
5.8. Degrees of protection for electrical devices
5.9. Design documentation of electrical installations in the preliminary design
5.10. Design documentation of electrical installations in a technical project
6. ESTABLISHING THE DEMAND OF POWER AND ELECTRIC ENERGY (Stefan Niestępski)
6.1. General thoughts
6.2. Determining the loads of electrical installations in residential buildings
6.3. Determining the loads of the lighting network
6.4. Determining loads of power installations
7. SELECTION OF CABLES AND CABLES (Janusz Pasternakiewicz)
7.1. Selection of wires and cables
7.2. Selection of the cross-section of wires and cables
7.3. Selection of pipes
8. PROTECTION OF ELEMENTS AND EQUIPMENT OF ELECTRO-ENERGY INSTALLATIONS (Tadeusz Wiśniewski)
8.1. Introduction
8.2. Overcurrent protection of wires
8.3. Motor protection
8.4. Securing the battery of power capacitors for voltage up to 1 kV
9. SELECTION OF COUPLINGS (Janusz Pasternakiewicz)
10. CONTROL (Janusz Pasternakiewicz)
10.1. Control and locking systems
10.2. Devices and elements of control systems
10.3. Engine control systems
10.4. Reserve switching circuits
10.5. Control systems for electric lighting
11. REACTIVE POWER COMPENSATION (Stefan Niestępski)
11.1. General thoughts
11.2. Selection of power and location of compensation devices
12. ELECTRO-ENERGY INSTALLATIONS IN BUILDINGS (Stefan Niestępski)
12.1. General news
12.2. Electrical installations in residential buildings
12.3. Installations in non-residential buildings
12.4. Designing of electrical installations
13. ELECTRICAL INSTALLATIONS IN INDUSTRIAL PLANT (Stefan Niestępski)
13.1. General news
13.2. Branch switchgears
13.3. Designing of a power installation
13.4. Lighting system design
13.5. Selection of the main transformer station
14. PROTECTION AGAINST ANTI-COMPENSATION (Stefan Niestępski)
14.1. General thoughts
14.2. The action of electric current on the human body
14.3. Human body resistance
14.4. Types of tension
14.5. Protection against electric shock in electrical devices up to 1 kV
14.6. Protection against electric shock in power devices with a voltage above 1 kV
14.7. Earth electrodes and protective conductors
15. PROTECTION AGAINST OVERREACHING (Stefan Niestępski, Mirosław Parol)
15.1. Introduction
15.2. Requirements for surge protection
15.3. Rules for installing surge arresters
15.4. Multistage fire protection systems
16. MODERN INSTALLATION OF ELECTRICAL INSTALLATIONS TYPE INSTABUS EIB (Mirosław Parol)
16.1. Introduction
16.2. Basics of the instabus EIB system
16.3. Network conditions of the instabus EIB system
16.4. Topology and organization of the instabus EIB system
16.5. Technical implementation of the instabus EIB system
16.6. Designing EIB instabus installations
Exploitation
17. OPERATION OF ELECTRO-ENERGY DEVICES (Janusz Pasternakiewicz)
17.1. Energy law
17.2. Entry requirements
17.3. General principles for the operation of electrical power equipment
17.4. Detailed operating rules
18. LEGAL BASIS FOR WORK PROTECTION (Janusz Pasternakiewicz)
18.1. General issues
18.2. Employer's responsibilities in the field of occupational health and safety
18.3. Rights and duties of employees in the field of occupational health and safety
18.4. Protection of women's work
18.5. Protection of youth employment
18.6. Staff training
18.7. Preventative employee surveys
19. ORGANIZATION AND PERFORMANCE OF WORKS AT ELECTRO-ENERGY DEVICES (Janusz Pasternakiewicz)
19.1. Introduction
19.2. A work order
19.3. Service of power devices
19.4. Preparation of the workplace
19.5. Permission to work
19.6. The course of work
19.7. End of work
19.8. Organization of work under voltage (PPN)
19.9. Work tools and personal protection equipment
20. PRINCIPLES OF SAVING ELECTRIC SHOCK PEOPLE (Janusz Pasternakiewicz)
20.1. Release of electrically affected people
20.2. Providing pre-medical help to electrocuted people
21. FIRE PROTECTION (Janusz Pasternakiewicz)
21.1. General news
21.2. Organization of fire protection
21.3. Tasks and duties of employees in the event of a fire
21.4. Fire prevention in construction
21.5. Fire protection of electrical power equipment
21.6. Fire-fighting equipment and extinguishing media
Literature
The FXLN8361 three-axis accelerometer is a module with the FXLN8361 accelerometer system detecting the acceleration of an object during three-axis motion. The module can be supplied with voltage in the range of 3.3 ... 8V and provides two measuring ranges ± 2g and ± 8g. DFRobot SEN0178
No product available!
No product available!
No product available!
Folded bending needle, for precise glue application, flux with 0.51mm internal diameter and 0.8mm outside diameter
No product available!
Camera with OV7675 CMOS sensor with a resolution of 640x480 px. It communicates via a parallel interface. ArduCAM U6037
No product available!
No product available!
8 - CHANNEL THERMOMETER FOR PC (WITH 2 SENSORS) - STORED AND COMMISSIONED SYSTEM
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No product available!
Computer with All Winner A10 processor, Cotex A8, 1.2GHz core, Android 4.0, RoHS
No product available!
Inside are two sensors, one is a classic 3-axis accelerometer, which can tell you which direction is down towards the Earth or how fast the board is accelerating in 3D space. The other is a magnetometer that can sense where the strongest magnetic force is coming from, generally used to detect magnetic north. Adafruit 1247
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No product available!
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HK Turnigy nano-tech 2200mah 3S 35~70C Lipo Pack (11944)
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No product available!
Assembled uncomplicated thermometer - recorder. AVT5573 C
No product available!