Jung Knx 2095 lux User manual

Product documentation

Flush-mounted brightness controller

Art.-No.: 2095 LUX

ALBRECHT JUNG GMBH & CO. KG

Volmestraße 1

D-58579 Schalksmühle

Telefon: +49.23 55.8 06-0

Telefax: +49.23 55.8 06-1 89

E-mail: [email protected]

Internet: www.jung.de

www.jung-katalog.de Issue: 15.05.2009

62650310

Art.-No.: 2095 LUX

Content

1 Product definition 3 ................................................................................................................

1.1 Product catalogue 3 ...........................................................................................................

1.2 Function 3 ..........................................................................................................................

2 Fitting, electrical connection and operation 4 .....................................................................

2.1 Safety instructions 4 ..........................................................................................................

2.2 Device components 5 ........................................................................................................

2.3 Fitting and electrical connection 6 .....................................................................................

2.4 Commissioning 8 ...............................................................................................................

3 Technical data 9 ......................................................................................................................

4 Software description 10 .........................................................................................................

4.1 Software specification 10 ...................................................................................................

4.2 Software "Brightness controller A01001" 11 ......................................................................

4.2.1 Scope of functions 11 .................................................................................................

4.2.2 Software information 12 .............................................................................................

4.2.3 Object table 13 ...........................................................................................................

4.2.4 Functional description 18 ...........................................................................................

4.2.5 Parameters 20 ............................................................................................................

5 Appendix 26 .............................................................................................................................

5.1 Index 26 .............................................................................................................................

Product documentation

Page 2 of 27

Art.-No.: 2095 LUX

1 Product definition

1.1 Product catalogue

Product name: Brightness controller flush-mounted

Use: Controller

Form: Flush-mounted

Art.-No.: 2095 LUX

1.2 Function

The device can be used either for simple brightness on-off control (switching) or for convenient

constant light regulation (dimming).

In brightness on-off control the lighting is switched on as soon as the brightness drops below

the parameterised lower limiting value. Conversely, the lighting is switched off as soon as the

brightness exceeds the set upper limiting value. This means that the brightness controller can

also be used in systems that are equipped solely with switchable luminaires. As a special case

of the brightness on-off control, the operating mode "only automatic switch-on" can be set. In

this operating mode the lighting is only switched on depending on the brightness, and must be

switched off again manually or via a time program, for example. As an additional special case of

the brightness on-off control, the operating mode "only automatic switch-off" can be set. In this

operating mode the lighting is only switched off depending on the brightness, after it was

previously switched on manually or via automatic timing, for example.

In constant light regulation the lighting is regulated to the specified brightness setpoint via

dimmer actuators or control units, depending on the lamp and the installation. In this type of

control the brightness setpoint can be preselected either as a parameter or alternatively via the

bus by means of a communication object.

Furthermore, in "Master/Slave mode" up to four additional luminaire groups can be dimmed as

slaves either to the same value or each to a different value differing from the master dimming

value by a positive or negative offset. Controlling one or more luminaire groups as a slave is

advantageous, for example, when there are several work stations in the room, but the device

has been installed only over one work station. Depending on whether the slave work stations

are located closer to the window or farther from the window than the master work station, the

corresponding luminaire group must be dimmed down or up accordingly.

The power supply for the device is solely via the bus voltage.

The application program can be loaded with the ETS 2 Version V1.3 or higher and with the ETS

3. After programming of data with the ETS, automatic mode is always switched off.

The device is suitable for fixed installation in dry indoor areas.

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Product definition

Art.-No.: 2095 LUX

2 Fitting, electrical connection and operation

2.1 Safety instructions

Electrical equipment may only be installed and fitted by electrically skilled persons. The

applicable accident prevention regulations must be observed.

Failure to observe the instructions may cause damage to the device and result in fire and

other hazards.

Do not shorten or grind the rigid fibre-optic rod nor use it for any other purpose.

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Fitting, electrical connection and operation

Art.-No.: 2095 LUX

2.2 Device components

picture 1: Brightness controller, flush-mounted

(1) Brightness controller

(2) Cover

(3) Screwholes

(4) KNX connection terminal

(5) Programming button

(6) Rigid fibre-optic rod with straight incidence

(7) Rigid fibre-optic rod with sloping incidence

(8) Sensor opening and programming LED (red)

Page 5 of 27

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Fitting, electrical connection and operation

Art.-No.: 2095 LUX

2.3 Fitting and electrical connection

DANGER!

Electrical shock when live parts are touched.

Electrical shocks can be fatal.

Before working on the device, enable all the corresponding miniature circuit

breakers. Cover up live parts in the working environment.

DANGER!

When connecting the bus and mains voltage wires in a shared box, the KNX

bus line may come into contact with the mains voltage.

This endangers the safety of the entire KNX installation. People at remote

devices may also receive an electric shock.

Do not place bus and mains voltage cables together in a connection

compartment of the device (flush-mounted/surface-mounted box).

Selecting the installation location

The device measures the brightness on a work surface. Select the installation location such that

the work surface is recorded fully.

Light falling directly on the sensor or reflected by shiny surfaces causes incorrect measuring

results and impedes control. To ensure fault-free operation, the controller must only measure

diffused, reflected light.

i When delivered, the light measurement is optimised for installation at a height of

2.50 m directly over a work surface of 0.75 m height with approx. 30 % reflection. With

differing situations, please calibrate the controller (see page 8).

i The device is suitable for fixed installation in dry indoor areas.

o Install the brightness controller directly above the work surface on the room ceiling

(picture 2).

picture 2: Rigid fibre-optic rod with straight incidence

H Room height

a Height of the work surface

ø Diameter of the measuring surface: ø = (H – a) · 0.54

o If installation is not possible directly over the work surface, then install the brightness

controller with a side offset (picture 3). The detection cone is then to the side of the surface

to be measured.

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Fitting, electrical connection and operation

Art.-No.: 2095 LUX

picture 3: Rigid fibre-optic rod with sloping incidence

b Width of the measuring surface: b = (H – a) · 0.6

t Depth of the measuring surface: t = (H – a) · 0.56

Fitting and connecting a flush-mounted device

Use an appliance box to DIN 49073. The screwholes (3) in the cover (2) fit the contour of the

appliance box.

o Connect device (1) to the bus line with KNX connecting terminal (4).

o Assign physical address (see chapter 2.4. Commissioning).

o Place the device in the appliance box.

o Screw the cover (3) to the appliance box using the fastening screws provided.

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Fitting, electrical connection and operation

Art.-No.: 2095 LUX

2.4 Commissioning

After the device has been connected to the bus and mounted on the ceiling, it can be put into

operation. Commissioning is essentially confined to programming via the ETS, inserting the rigid

fibre-optic rod and calibrating the brightness sensor.

Loading the physical address and application software

The Programming LED is located in the sensor opening (8) on the front side of the device.

The device is connected and ready for operation.

An appropriate device must be set up and configured in the ETS project.

o Switch on the bus voltage

o Activating Programming mode: press the programming button (5).

The Programming LED flashes.

o Program the physical address with the help of the ETS.

The programming LED goes out.

o Write the physical address on the device label.

o Load the application data into the device using the ETS.

Inserting a rigid fibre-optic rod with straight incidence

The controller is directly above the work surface (picture 2).

o Insert the rigid fibre-optic rod with a straight incidence (6) approx. 10 mm into the sensor

opening (8).

Inserting a rigid fibre-optic rod with sloping incidence

The controller is above and to the side of the work surface (picture 3).

o Insert the rigid fibre-optic rod with a sloping incidence (7) approx. 10 mm into the sensor

opening (8).

o Align the rigid fibre-optic rod (7) in such a way that the longer side of the rod points towards

the work surface to be measured.

i When using a rigid fibre-optic rod with a sloping incidence, be sure to calibrate the

controller.

Calibrating the controller

The installation height, lighting situation and degree of reflection influence the controller.

Calibrate the controller for the most accurate constant light regulation or brightness

measurement or if the rigid fibre-optic rod is used with sloping incidence (7).

The controller is calibrated via a "Calibrate setpoint" bus telegram. The controller programming

must make the reception of this telegram possible.

Calibrate the controller with as little daylight incidence as possible. If necessary, darken the

room.

Use a calibrated light meter.

o Switch on the lighting to be controlled above the work surface.

o Measure the lighting strength on the work surface.

o Set the lighting so that the light meter shows the required setpoint of the preset operation

mode, e.g. 500 lx.

o Send a "Calibrate setpoint" telegram to the controller via the bus.

i For further information on calibration, see "Software description" (see page 18-19).

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Fitting, electrical connection and operation

Art.-No.: 2095 LUX

3 Technical data

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KNX

KNX medium TP 1

Commissioning mode S mode

Rated voltage KNX DC 21 V ... 32 V SELV

Current consumption KNX 15 mA

Sensor

Measuring range 0 ... 2000 lx

General

Mark of approval KNX / EIB

Protection class IP 20

Safety class III

Ambient temperature -5 ... +45 °C

Storage/transport temperature -25 ... +70 °C

Relative humidity max. 93 % (No moisture condensation)

Weight approx. 30 g

Dimensions L×W×H (without cover) 50×35×15 mm

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Technical data

Art.-No.: 2095 LUX

4 Software description

4.1 Software specification

ETS search paths: - Phys. sensors / Brightness / Brightness controller flush-

mounted

Configuration: S-mode standard

PEI type: "00"Hex / "0" Dec

PEI connector: No connector

Application program:

No. Short description Name Version from mask

version

1 Brightness controller with switching on-

off control or dimming constant light

regulation.

Brightness controller

A01001

0.1 2.5

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Software specification

Art.-No.: 2095 LUX

4.2 Software "Brightness controller A01001"

4.2.1 Scope of functions

- Configurable for on-off control (switching) or constant light regulation (dimming via value).

- With constant light regulation: the number (0...4) of additional luminaire groups (slaves) to

be dimmed differently via a brightness value can be set.

- Special case for on-off control: "only automatic switch-on" and "only automatic switch-off"

of the lighting is possible.

- Transmission of the measured brightness value to the bus as a 2-byte value. Transmission

when change, when read request, or also cyclically.

- If required, cyclic transmission of the switching and dimming value commands for light

control.

- Response to bus voltage return can be parameterised in the ETS.

- Setpoint specification for brightness control via parameter or over the bus by means of 2-

byte communication objects.

- Calibration of the sensor brightness value determined by the device by means of

independent reference measurement and bus telegram.

- The automatic mode of the brightness control can be deactivated as required by means of

manual operation of the lighting system (e.g. by manual operation of a push-button sensor).

Page 11 of 27

Software "Brightness controller A01001"

Scope of functions

Art.-No.: 2095 LUX

4.2.2 Software information

ETS

The application program can be loaded with the ETS 2 Version V1.3 or higher and with the

ETS 3. After programming of data with the ETS, automatic mode is always switched off.

Page 12 of 27

Software "Brightness controller A01001"

Software information

Art.-No.: 2095 LUX

4.2.3 Object table

Number of communication objects: 17

Number of addresses (max): 100

Number of assignments (max): 120

Dynamic table management No

Maximum table length ---

Function: Enabling control

Object

h0

Function

On / Off

Name

Presence

Type

1-bit

DPT

1.001

Flag

C, W, T, -

Description This object can be linked with the on/off switching command transmitted by a

presence detector or presence button. This object is used to switch on or off

both the brightness control or constant light regulation, and at the same time

the automatic mode of the brightness controller (cf. object 1).

If the presence status = OFF and if a Presence = ON telegram is received, the

control and automatic mode are switched on. If, on the other hand, the

presence status = ON and an additional Presence = ON telegram is received,

then this does not change the status of the "Automatic mode" object (i.e. if

automatic mode is not enabled it remains disabled).

If the presence status = OFF, a Presence = ON telegram is received and the

room brightness is below the parameterised setpoint, then the lighting is

switched in brightness on-off control. In constant light regulation, in this case

this would be decided by the parameterisation. Either the lighting is switched

on (to the switch-on value parameterised for the actuator) and then dimmed

automatically, or a dimming value telegram is transmitted immediately. In any

case the control tries to regulate the brightness to the setpoint.

If, on the other hand, it is bright enough in the room when Presence = =ON is

received, then the lighting is only switched on automatically later by the

activated brightness control or constant light regulation if the room brightness

has dropped below the setpoint.

Function: Enabling control

Object

h1

Function

On / Off

Name

Automatic mode

Type

1-bit

DPT

1.001

Flag

C, W, -, R

Description This object can, for example, be linked with a pushbutton that is used to switch

the brightness controller on or off via the automatic mode. In this manner it is

possible to enable or disable the brightness control or constant light

regulation.

The command Automatic mode = OFF is used when brightness control is

activated to interrupt the automatic control of the lighting via switching or

dimming value commands. In constant light regulation this freezes the current

brightness state of the lighting. The lighting can then by dimmed by the user of

the room to a desired value without the lighting state being overridden and

changed immediately by the constant light regulation.

If the device receives the command Automatic mode = ON, the light control is

enabled again.

Page 13 of 27

Software "Brightness controller A01001"

Object table

Art.-No.: 2095 LUX

Function: Manual operation

Object

h2

Function

Switching

Name

Automatic OFF via

Type

1-bit

DPT

1.001

Flag

C, W, -, -

Description Enter here the group address via which the lighting will be switched manually

if required. When a switching command is received via this object, the

brightness control or constant light regulation is deactivated. The telegram

contents (0 or 1) are not relevant here. The lighting setting is then not changed

by the controller until the automatic mode is switched on again via Object 1.

Function: Manual operation

Object

h3

Function

Dimming

Name

Automatic OFF via

Type

4-bit

DPT

3.007

Flag

C, W, -, -

Description Enter here the group address via which the lighting will be dimmed manually if

required. When a dimming command is received via this object, the brightness

control or constant light regulation is deactivated. The telegram contents

(brighter or darker) are not relevant here. The lighting setting is then not

changed by the controller until the automatic mode is switched on again via

Object 1.

Function: Manual operation

Object

h4

Function

Dimming value

Name

Automatic OFF via

Type

1-byte

DPT

5.001

Flag

C, W, -, -

Description Enter here the group address via which the lighting will be dimmed manually

to a dimming value if required. When a dimming value command is received

via this object, the brightness control or constant light regulation is

deactivated. The telegram contents (dimming value in %) are not relevant

here. The lighting setting is then not changed by the controller until the

automatic mode is switched on again via Object 1.

Note: Under no circumstances may the group address used in Object 10

(dimming value of the controller to the lighting in case of constant light

regulation) be used here, because otherwise it would disable itself when the

first dimming value is transmitted!

Function: External setpoint specification - constant light regulation

Object

h5

Function

Value in lux

Name

Constant light

regulation setpoint

Type

2-byte

DPT

9.004

Flag

C, W, -, R

Description This object is only available if the parameter "Operating mode" is set to

"Constant light regulation" and the parameter "Setpoint as" is set to

"Communication object". Then if necessary the brightness setpoint which is

set at the factory to 600 lux can be overwritten using this object. If a new

setpoint is received, it is immediately saved in the non-volatile memory of the

device and used for control.

Page 14 of 27

Software "Brightness controller A01001"

Object table

Art.-No.: 2095 LUX

Function: External setpoint specification - brightness control

Object

h6

Function

Value in lux

Name

Switch-on setpoint

Type

2-byte

DPT

9.004

Flag

C, W, -, R

Description This object is only available if the parameter "Operating mode" is set to

"Brightness on-off control" or "Only automatic switch-on" and the parameter

"Setpoint as" is set to "Communication object". Then if necessary the switch-

on setpoint which is set at the factory to 500 lux can be overwritten using this

object. If a new setpoint is received, it is immediately saved in the non-volatile

memory of the device and used for control.

Function: External setpoint specification - brightness control

Object

h7

Function

Value in lux

Name

Switch-off setpoint

Type

2-byte

DPT

9.004

Flag

C, W, -, R

Description This object is only available if the parameter "Operating mode" is set to

"Brightness on-off control" or "Only automatic switch-off" and the parameter

"Setpoint as" is set to "Communication object". Then if necessary the switch-

off setpoint which is set at the factory to 900 lux can be overwritten using this

object. If a new setpoint is received, it is immediately saved in the non-volatile

memory of the device and used for control.

Function: Sensor calibration

Object

h8

Function

calibration

Name

Setpoint

Type

1-bit

DPT

1.001

Flag

C, W, -, -

Description This object can be used if necessary to trigger saving of the currently

measured brightness value as a calibration value. This presupposes that the

the measured brightness value corresponds to the current setpoint. Therefore

either the setpoint (depending on the operating mode selected either the

setpoint for the constant light regulation, or the switch-off or switch-on setpoint

for on-off control and with solely automatic switch-off, or the switch-on setpoint

for solely automatic switch-off) must first be set to the measured lux value

before this object can be described with a telegram. After calibration the

setpoint must be set back to the desired value for the set brightness control.

Alternatively the lighting can be dimmed in order to set a lighting situation

according to the setpoint.

Calibration is performed independently of the telegram contents (calibration

with 0 or 1)

Note: We recommend that you perform calibration with as little daylight as

possible contributing to the work station lighting.

Function: Brightness measurement

Object

h9

Function

Value in lux

Name

Brightness,

measured value

Type

2-byte

DPT

9,004

Flag

C, W, -, R

Description This object can be used if necessary to transmit or read the measured

brightness value (sensor measurement value) via the bus.

Page 15 of 27

Software "Brightness controller A01001"

Object table

Art.-No.: 2095 LUX

Function: Control output / master connection

Object

h10

Function

8-bit value

Name

Master, dimming

value

Type

1-byte

DPT

5.001

Flag

C, -, T, R

Description This object is only available for the operating mode "Constant light regulation".

The group address linked to this object can be used to transmit the dimming

value to the actuator via the bus.

In Master/Slave mode this object is used to control the actuator of the master

lighting group.

Function: Slave connection / expansion of the luminaire groups

Object

h11

Function

8-bit value

Name

Slave 1, dimming

value

Type

1-byte

DPT

5.001

Flag

C, -, T, R

Description This object is only available in the operating mode "Constant light regulation"

in master/slave mode, if the number of slaves is set to 1 or more in the ETS.

The group address linked to this object can be used to transmit or query the

dimming value of the first slave luminaire group via the bus.

Function: Slave connection / expansion of the luminaire groups

Object

h12

Function

8-bit value

Name

Slave 2, dimming

value

Type

1-byte

DPT

5.001

Flag

C, -, T, R

Description This object is only available in the operating mode "Constant light regulation"

in master/slave mode, if the number of slaves is set to 2 or more in the ETS.

The group address linked to this object can be used to transmit or query the

dimming value of the second slave luminaire group via the bus.

Function: Slave connection / expansion of the luminaire groups

Object

h13

Function

8-bit value

Name

Slave 3, dimming

value

Type

1-byte

DPT

5.001

Flag

C, -, T, R

Description This object is only available in the operating mode "Constant light regulation"

in master/slave mode, if the number of slaves is set to 3 or more in the ETS.

The group address linked to this object can be used to transmit or query the

dimming value of the third slave luminaire group via the bus.

Function: Slave connection / expansion of the luminaire groups

Object

h14

Function

8-bit value

Name

Slave 4, dimming

value

Type

1-byte

DPT

5.001

Flag

C, -, T, R

Description This object is only available in the operating mode "Constant light regulation"

in master/slave mode, if the number of slaves is set to 4 in the ETS. The group

address linked to this object can be used to transmit or query the dimming

value of the fourth slave luminaire group via the bus.

Page 16 of 27

Software "Brightness controller A01001"

Object table

Art.-No.: 2095 LUX

Function: Control output

Object

h15

Function

On / Off

Name

Switching

Type

1-bit

DPT

1.001

Flag

C, W, T, -

Description This object is always available in the operating mode "Brightness on-off

control", and in the operating mode "Constant light regulation" only if the

parameter "Start and end constant light regulation with" has been set to

"Switching telegram".

In brightness on-off control this object is used to output the switching

command to the lighting being controlled. The lighting is also switched via this

object in the operating modes "only automatic switch-on" and "only automatic

switch-off".

In constant light regulation this object is used to switch the lighting on or off

before the controller dims the actuator to the setpoint via Object 10.

This object should be linked with the "Switching" object of the actuators being

controlled (master and all slaves) using a group address.

Function: Control input

Object

h16

Function

Dimming value

Name

Status of actuator

dimming value

Type

1-byte

DPT

5.001

Flag

C, W, T, -

Description This object is used to read the current dimming value from the dimming

actuator.

Note: The feedback object of the actuator linked with this must thus be

enabled for reading (set the "Read" flag!).

When the brightness control is switched on the control is started beginning

with this dimming value. If the object is not linked, the brightness control is

performed starting with the dimming value 0 %.

Page 17 of 27

Software "Brightness controller A01001"

Object table

Art.-No.: 2095 LUX

4.2.4 Functional description

Control operating mode