Hager TXB692F Manual

Hager Ikke kategoriseret TXB692F

Læs gratis den danske manual til Hager TXB692F (2 sider) i kategorien Ikke kategoriseret. Denne vejledning er vurderet som hjælpsom af 9 personer og har en gennemsnitlig bedømmelse på 5.0 stjerner ud af 5 anmeldelser. Har du et spørgsmål om Hager TXB692F, eller vil du spørge andre brugere om produktet?

Download PDF

Side 1/2

TYB6.2F

Output 2gang 6A / 1gang shutter/blind,

ﬂush mounted

Input 2gang + output 2gang 6A/1gang

shutter/blind, ﬂush mounted

TXB6.2F

Output 2gang 6A / 1gang shutter/blind,

ﬂush mounted

Input 2gang + output 2gang 6A/1gang

shutter/blind, ﬂush mounted

Bn,.:

Safety instructions

Electrical equipment may only be installed and

assembled by a qualied electrician in accor-

dance with the relevant installation standards,

guidelines, regulations, directives, safety and

accident prevention regulations of the country.

Failure to comply with these installation in-

structions may result in damage to the device,

re or other hazards.

Hazard due to electric shock. Disconnect be-

fore working on the device or load. Take into

account all circuit breakers that supply

dangerous voltages to the device or load.

Hazard due to electric shock. The device is not

suited for safe disconnection of the mains sup-

ply.

Hazard due to electric shock on the SELV or

PELV installation. Do not connect any loads for

low voltage SELV, PELV or FELV together.

Connect one motor only. If several motors are

connected, motors or device might be destro-

yed.

Use drives with mechanical or electrical nal

position switches only. Check nal position

switches for correct adjustment. Observe

motor manufacturer‘s data. The device can be

damaged.

Observe the motor manufacturer‘s data

regarding change-over time and max. switch-

on time (ED).

These instructions are an integral component

of the product and must be retained by the end

user.

Design and layout of the device

S1 S2

KNX+ /RD

KNX- /BK

In 1 /GN

Com /WH

In 2 /YE

(1)

(2)

(3)

Fig. 1: example device variant with inputs

(1) Illuminated button for manual operation/

programming button

(2) Connection of load(s)

(3) KNX bus connection cable/

connection inputs

Function

System information

This device is a product of KNX system and corre-

sponds to the KNX guidelines. Detailed specialised

knowledge obtained from KNX training courses is

required for understanding. The planning, installa-

tion and commissioning of the device is carried out

with the help of KNX-certied software.

Systemlink commissioning

The function of the device is software-dependent.

The software is to be taken from the product

database. You can nd the latest version of the

product database, technical descriptions as well as

conversion and additional support programmes on

our website.

Easylink commissioning

The function of the device is conguration-depen-

dent. The conguration can also be done using

devices developed specially for simple setting and

start-up.

This type of conguration is only possible with

devices of the easylink system. Easylink stands for

easy, visually supported start-up. Precongured

standard functions are assigned to the in/outputs

by means of a service module.

Functional description

The device receives telegrams from sensors or

other controllers via the KNX installation bus and

switches electrical loads with its relay contact.

Correct use

- Switching of electrical loads AC 230 V with po-

tential-free contact.

- Switching electrically operated motors of 230 V

AC for blinds, shutters, awnings and similar

hangings.

- Installation into wall box according to DIN

49073 (use deep box) or junction box surface-

mounted/ush-mounted.

Product characteristics

- Manual activation of the outputs on the device

possible, building site operation.

- Status display of the outputs on the device.

- Scene function.

- Forced position by higher-level controller.

Functions in switch operation

- Time switching functions.

Functions in roller shutter/blind operation

- Position can be started directly.

- Slat position directly controllable.

- Feedback of operating state, shutter position

and slat adjustment.

- 3 Alarms.

Functions of the inputs

- ON/OFF.

- Dimming.

- Up/down.

- Slat angle / Stop.

- Alarm.

- Scene.

- Mandatory control.

- Time switching operation.

Information for electricians

Installation and electrical connection

DANGER!

Touching live parts can result in an

electric shock!

An electric shock can be lethal!

Disconnect the connecting cables

before working on the device and

cover all live parts in the area!

Connecting and installing the device

CAUTION!

Impermissible heating if the load of

the device is too high!

The device and the connected cables

may get damaged in the connection

area!

Do not exceed the maximum current

carrying capacity!

CAUTION!

When connecting the bus/extension

units and mains voltage wires in a

common wall box, the KNX bus cable

might come into contact with the

mains voltage.

The safety of the entire KNX

installation is at risk. Persons could

also get an electric shock even on

remote devices.

Do not place bus/extension units and

mains voltage terminals in a common

terminal compartment. Use a wall box

with a rm partition or separate boxes

(Figure 2).

CAUTION!

Risk of destruction if parallel circuit of

several motors!

Final position switches could fuse

together. Motors, hangings and the

device may be destroyed!

Connect one motor only!

S1 S2

KNX+ /RD

KNX- /BK

In 1 /GN

Com /W H

In 2 /YE

S1 S2

KNX+ /RD

KNX- /BK

In 1 /GN

Com /W H

In 2 /YE

S1 S2

KNX+ /RD

KNX- /BK

In 1 /GN

Com /W H

In 2 /YE

SELV

FELV

230 V AC

Figure 2: installation with separate terminal com-

partment

230 V v

6LE000377C1

6LE000377C

S1 S2

KNX+ /RD

KNX- /BK

In 1 /GN

Com /WH

In 2 /YE

Bus

30 V DC

10 A

In 1

In 2

Com

Figure 3: connection of switching loads

S1 S2

KNX+ /RD

KNX- /BK

In 1 /GN

Com /WH

In 2 /YE

Bus

30 V DC

10 A

In 1

In 2

Com

Figure 4: connection of motors

Observe installation regulations for SELV voltage.

Maintain a minimum distance of 4 mm between

mains voltage and bus wires.

The installation circuit must be protected via circuit

breaker 10 A.

Do not connect different phases (outer conductors)

to the device.

zConnect bus cable via connecting terminal.

zConnect loads (gure 3/4) to the load connec-

ting terminals (2).

zPlace device into the installation box.

Connect inputs

green white yellow red black

In 1 Com In 2 KNX+ KNX-

Table 1: connection assignment of the control line

zConnect potential-free contacts to the inputs.

Start-up

Systemlink: loading physical address and

application software

zSwitch on bus voltage.

zPress programming button (1).

The button lights up.

If the button does not light up, no bus voltage is

present.

zLoad the physical address into the device.

Status LED of the button goes out.

zLoad application software.

zNote down the physical address on the device.

Easylink

Information on the system conguration can be

taken from the extensive description of the service

module Easylink.

Start up the device

zSwitch on mains voltage on the outputs.

Switch test mode on/off

The device is connected. Bus voltage and swit-

ching voltage are present.

zKeep button (1) pressed > 5 s with a pointed

object until it ashes green.

The device is in test mode.

Or with test mode switched on

zKeep button (1) pressed > 5 s until it ashes

green 3 times.

The device is in normal operation.

After approx. 5 min. without any further operati-

on, the device exits test mode automatically.

Operating output in test mode

Operation takes place by briey pressing a button

repeatedly (1).

The device is in test mode. The button ashes

green until the rst operation.

zPress the button (1) for a short time.

The output changes its switching state.

The switching takes place according to the

following sequence:

S1 closed - S1 open - S2 closed - S2 open.

Resetting the device to the factory settings

zThe device provides the possibility of restoring

the factory setting via a programming button.

The programming is lost after resetting to the

factory setting. Activation via the bus is no

longer possible.

zHold down the button (1) for (> 10 s) until it

ashes red.

Troubleshooting

Test mode not possible. Red programming LED

lights up.

Cause: push-button (1) was pressed too short.

Short press on push-button, red LED goes out.

Press push-button again (> 5 s).

Bus operation is not possible

Cause 1: bus voltage is not present.

Check bus connection terminal for correct

polarity.

Check bus voltage by briey pressing the pro-

gramming button (1), red LED lights up if bus

voltage is present.

Cause 2: device was reset to the factory setting.

Repeat programming and start-up.

Appendix

Technical data

Supply voltage KNX 21 32 V SELVs

Breaking capacity μ 6 A AC1 230 V~

Switching current at cos φ = 0.6 max. 6 A

Minimum switching current 10 mA

Operating altitude max. 2000 m

Degree of contamination 2

Surge voltage 4 kV

Degree of protection of housing IP20

Impact protection IK 04

Overvoltage class III

Operating temperature -5 °C 45 °C

Storage/transport temperature -20 °C +70 °C

Maximum switching cycle rate

at full load 20 switching cycle/minute

Connection capacity 0.75 mm² 2.5 mm²

max. tightening torque 0.5 Nm

Upstream protection circuit breaker 10 A

Communication Media TP

Conﬁ guration mode S mode - Easy link controller

Cross-head design PZ1

Installation type ﬂ ush-mounted installation switch/

ﬂ ush-mounted electronic/

ﬂ ush-mounted/surface-mounted junction box

Dimensions 44 x 43 x 22.5 mm

Own consumption on the KNX bus:

typical 7 mA

in standby 5 mA

Incandescent lamps 500 W

HV halogen lamps 500 W

Conventional transformer 500 VA

Electronic transformer 500 W

Fluorescent lamps

-without ballast 500 W

-with electronic ballast 6 x 48 W

Energy-saving lamps 2 x 13 W

LED lamps 2 x 13 W

Change-over time for

change of direction software-dependent

Variant with inputs

Number of inputs 2

Input type potential-free

Total length of extension unit cable max. 9.9 m

Scanning voltage

extension unit inputs 12 V s 1mA

Correct Disposal of this product (Waste Electrical &

Electronic Equipment).

(Applicable in the European Union and other European

countries with separate collection systems).

This marking shown on the waste or its literature indicates that it

should not be disposed with other household wasted at the end

of its working life. To prevent possible harm to the environment or

human health from uncontrolled waste disposal, please separate

this product from other types of wastes and recycle it responsibly

to promote the sustainable reuse of material resources.

Household users should contact either the retailer where they pur-

chased this product, or their local government office, for details of

where and how they can take this device for environmentally safe

recycling.

Business users should contact their supplier and check the terms

and conditions of the purchase contract. This product should not be

mixed with other commercial wastes of disposal.

Usable in all Europe

and in Switzerland

6LE000377C2

Produkt Specifikationer

Mærke:	Hager
Kategori:	Ikke kategoriseret
Model:	TXB692F

Har du brug for hjælp?

Hvis du har brug for hjælp til Hager TXB692F stil et spørgsmål nedenfor, og andre brugere vil svare dig

Dit navn*

Din email*

Skriv dit spørgsmål her

Ikke kategoriseret Hager Manualer

22 Juli 2025

22 Juli 2025

22 Juli 2025

21 Juli 2025

21 Juli 2025

21 Juli 2025

21 Juli 2025

Hager EC12125CT Manual

21 Juli 2025

Hager RED361X Manual

21 Juli 2025

Hager REE500X Manual

21 Juli 2025

Ikke kategoriseret Manualer

Nyeste Ikke kategoriseret Manualer

Advantech AIR-020 Manual

29 Juli 2025

Tefal Optiss BC5109 Manual

29 Juli 2025

Teslong MS100-C Manual

29 Juli 2025

Advantech TPC-651T Manual

29 Juli 2025

Advantech TPC-B510 Manual

29 Juli 2025

Advantech ARK-1220L Manual

29 Juli 2025

Gravity MS 0200 SET1 Manual

29 Juli 2025

Advantech FWA-5072 Manual

29 Juli 2025

Moulinex Oveo DD3001 Manual

29 Juli 2025

Silvergear E-reader Manual

29 Juli 2025