Wiring

Front 1

What does a KNX system require?

Back 1

1. Power supply.

2. Sensors.

3. Actuators.

4. The BUS.

Front 2

Power supply

Back 2

Used for the power of the installation.

Front 3

Sensors

Back 3

(Push buttons, thermostats, air speed meters) generate commands as telegrams ( Send signal as telegrams)

Front 4

Actuators

Back 4

(Swith relays for lights, blinds) that receive the telegrams and perform a certain actions.

Front 5

The bus

Back 5

Connects all sensors and actuators.

Front 6

KNX application

Back 6

Lightning, blinds and shutters, security, energy managment, HVAC, monitoring, remote, metering, audio/video control, appliances.

Front 7

What is the most common transmission medium in KNX ?

Back 7

Twisted pair.

Front 8

Backbone

Area

15 Line

4 Segment 3 Line repeater

Backbone 15 Area 15 Line4 Segment 3 Line repeaterEach segment 64 if there is Line repeater 63

15 Area 15 Line4 Segment 3 Line repeaterEach segment 64 if there is Line repeater 63

Each segment 64 if there is Line repeater 63

Back 8

.

Front 9

It is possible to connect up to 15 areas to a backbone. Singe areas are connected to the backbone line via a backbone coupler (BC).

Back 9

.

Front 10

Individual Address (Physical Address)

Back 10

Each device connected to a certain topology needs to be uniquely identified by an address.

Front 11

Individual Address (Physical Address)

Back 11

It services to identify clearly the bus device and described its location within the topology.

Front 12

What are the parts of Individual Address (Physical Address) ?

Back 12

The first corresponds to the area number.

Where the middle part is the line number.

The final part is for the device number in the line.

Front 13

.

Back 13

.

Front 14

What are the three structures(formats) to describe the group address?

Back 14

1. Three-Level Structure

2. Two-Level Structure

3. Free Structure

Front 15

.

Back 15

.

Front 16

Automation

Back 16

A technology by which a process is performed with minimal human assistance.

Front 17

Application of automation

Back 17

1. Stabilization of ships, cars, air planes

2. Controlling machinery operation

3. Telephone network

Front 18

Advantage of automation

Back 18

1. Less cost

2. Less human assistance

3. High production and high efficiency

4. Less risks

5. Saving time

6. Accurate

7. Easy life

Front 19

KNX

Back 19

One type of automation systems, used to control many devices in order to do different tasks via sensors and actuators.

Front 20

Bus

Back 20

To exchange the sing b/w the sensors and actuator.

Front 21

Protocol

Back 21

When devices communicate with each other, there are set of rules and instructions that each device must follow.

Front 22

Sensor

Back 22

Send signal via bus.

Front 23

Actuator

Back 23

Receive the signal to do certain action.

Front 24

Line coupler

Back 24

Connect the line to the main bus.

Front 25

KNX has a version called ETS , what is referred to ?

Back 25

Engineering Tool Software

Front 26

There 4 different types of versions available of ETS program. Mention.

Back 26

1. Demo

2. Lite

3. Professional

4. Supplenantary version

Front 27

Demo

Back 27

Max. Three devices per project.

Front 28

Lite

Back 28

Max. 20 devices per project

Front 29

Proffetional

Back 29

No restrictions as regards number of devices.

Front 30

Supplementary

Back 30

It is intended as an additional license for the professional full version.

Front 31

Protocol

Back 31

When devices communicate with each other, there are a set of rules and instructions that each device must follow.