Energy audit of lighting systems. EA-SO-SR
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EA-SO-SR
Energy audit of lighting systems.
Delivery time is 8 weeks
Commisioning is not necessary
Energy audit of lighting systems.
Delivery time is 8 weeks
Commisioning is not necessary
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Description
The laboratory bench is designed to carry out practical work on energy audit of electric lighting systems in rooms with general, local and combined lighting.
- Determination of natural illumination and pulsation coefficient of the light flux on the desktop and indoors.
- Determination of illumination and pulsations of the light flux in general and combined lighting on the desktop and indoors.
- Energy audit of energy efficiency in the use of general and combined lighting in a room.
- Study of lighting and electrical characteristics of general-purpose incandescent lamps.
- Study of lighting and electrical characteristics of halogen lamps.
- Study of lighting and electrical characteristics of LED lamps.
- Study of lighting and electrical characteristics of energy-saving lamps.
- Comparative analysis of the energy efficiency of the use of incandescent, halogen, LED and energy-saving lamps.
- Study of lighting and electrical characteristics of linear fluorescent lamps with electromagnetic ballasts.
- Energy audit of energy efficiency of reactive power consumption compensation by linear fluorescent lamp with electromagnetic ballasts by switching on capacitors.
- Study of lighting and electrical characteristics of fluorescent linear lamps with electronic ballasts.
- Study of lighting and electrical characteristics of LED linear lamps.
- Comparative analysis of the energy characteristics of linear fluorescent lamps with electromagnetic and electronic ballasts and LED.
- Study of the operation of the energy-saving scheme with a motion sensor.
- Energy audit of energy efficiency of local lighting control using a motion sensor.
- Study of the energy-saving scheme with a time relay and photo relay.
- Energy audit of energy efficiency of local lighting control using a time relay and photo relay.
- Study of the energy-saving scheme with a dimmer.
- Energy audit of energy efficiency of local lighting control using a dimmer.
- Study of lighting control circuits with walk-through switches.
- Energy efficiency analysis of lighting control using a circuit breaker.
- Study of the control circuit with a pulse relay.
- Energy efficiency analysis of local lighting control using pulse relays.
- Modules:
- "Lighting"
- “Lamps”
- “Energy Saving”
- "Control".
- Separation of light sources.
- Set of electric lamps.
- Set of fixtures.
- Set of photometric sensors.
- Set of measuring equipment.
- Laboratory table.
- Set of power cables and connecting wires.
- Technical description.
- Methodical instructions for laboratory work.
Specifications
Design style | stand design |
Type of control | manual design |
Dimensions, mm | 1100х1550х650 |
Weight, kg | 90 |
Voltage, V | 220 |
Power consumption, VA | 250 |
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