Használati útmutató Eltako FHK61U-230V

Olvassa el alább 📖 a magyar nyelvű használati útmutatót Eltako FHK61U-230V (4 oldal) a nincs kategorizálva kategóriában. Ezt az útmutatót 23 ember találta hasznosnak és 2 felhasználó értékelte átlagosan 4.0 csillagra

1NO contact potential free10A/250V AC.

Only 0.8 watt standby loss. Encrypted

wireless, bidirectionalwireless and

repeater function are switchable.

For installation.

45mm long, 45mm wide, 33mm deep.

Supply voltage 230V.

If a power failure occurs, the switching

state is retained. If a power failure occurs

repeatedly, the device is switched off in a

defined sequence.

After installation, wait for short automatic

synchronisation before the switched

consumer is connected to the mains.

This heating/cooling relay evaluates the

information from wireless temperature

controllers or sensors. Possibly supple-

mented by window/door contacts, motion

detector, Hoppe window handles and

wireless pushbuttons.

Starting in production week11/14, you

can teach in encrypted sensors. You

can switch onbidirectional wireless

and/or arepeater function.

Every change in state of the contact is

confirmed by a wireless telegram. This

wireless telegram can be taught-in into

other actuators and the GFVS software.

Especially into a FSR61to synchronously

switch a heat circulating pump with the

valves.

GB

Only skilled electricians may install

this electrical equipment otherwise

there is the risk of fire or electric

shock!

Temperature at mounting location:

-20°C up to +50°C.

Storage temperature: -25°C up to +70°C.

Relative humidity:

annual average value <75%.

Wireless actuator

Heating/cooling relay

FHK61U-230V

30100 050 -2

valid for devices from production week

11/14 (see bottom side of housing)

Function rotary switches

Top rotary switch for operating modes:

H1:Heating operation with PWM control

at T = 4 minutes. (suitable for valves

with thermoelectric valve drive)

H2: Heating operation with PWM control

at T =15 minutes. (suitable for valves

with motor-driven valve drive)

H3: Heating operation with 2-point

control.

K1: Cooling operation with PWM control

at T =15 minutes.

K2: Cooling mode with 2-point control.

Switchover is visualised by LEDs flashing.

Bottom rotary switch for adjustable

hysteresis and PWM influence:

Left stop:lowest hysteresis 0.5°.

Middle position:hysteresis 2.5°.

Right stop:largest hysteresis 4.5°.

Inbetween, divisions in steps of 0.5°

visualised by LEDs flashing.

Two-point control mode:

The hysteresis rotary switch sets the

required difference between the switch-on

and switch-off temperatures.

When the 'actual temperature >= reference

temperature', the device is switched off.

When the 'actual temperature <=

(reference temperature - hysteresis)', the

device is switched on. The signs are the

opposite in cooling mode.

PWM control mode:

The hysteresis rotary switch set the required

temperature difference at which the device

is switched on at100%. When the 'actual

temperature >= reference temperature',

the device is switched off.

When the 'actual temperature <=

(reference temperature - hysteresis)', the

device is switched on at100%.

If the 'actual temperature' lies between the

'reference temperature - hysteresis' and

the 'reference temperature', the device is

switched on and off with a PWM in steps

of10% depending on the temperature

difference.

The lower the temperature difference, the

shorter the switch-on time. As a result of

the settability of the100% value, the

PWM can be adapted to the heater size

and inertia. The signs are the opposite in

cooling mode.

In heating mode, the frost protection

functionis always enabled. As soon as

the actual temperature drops below 8°C,

the temperature is controlled in the

selected operating mode to 8°C.

If one or several windows are open, the

output remains off provided the window/

door contacts FTK or Hoppe handles

are taught-in. In heating mode, however,

the frost protection remains enabled.

As long as all taught-in motion detectors

FBHdetect no motion, the device is

switched to setback mode. In heating

mode, the reference temperature is set

back by 2°; in cooling mode, it is raised

by 2°. As soon as a motion detector

signals movement again, the device is

switched to normal mode.

When a wireless pushbutton is taught-in,

the assignment of the 4 keys is assigned

with the following fixed functions: Top

right: Normal mode (can also be enabled

by timer). Bottom right: Night setback

mode by 4°; in cooling mode, raised by

4° (can also be enabled by timer). Top

left: Setback mode by 2°, in cooling mode,

raised by 2°. Bottom left: Off (in heating

mode, frost protection enabled; in cooling

mode permanent off). If the motion

detector and wireless pushbutton are

taught-in at the same time, the last tele -

gram received is always the one that is

valid. A motion detector therefore switches

off a setback mode selected by wireless

pushbutton when a movement is detected.

Malfunction mode:

If a temperature sensor fails to receive a

wireless telegram for longer than1hour,

the LED lights up and the device switches

to fault mode. In heating mode, the device

remains switched on for1.2 minutes at H1

and switched off for 2.8 minutes. When

set to H2 and H3 the 'ON' time is 4.5

minutes and 'OFF' time is10.5 minutes.

Thedeviceisswitchedoffincooling

minutes

and

OFF

time

is10

.

5

minutes

.

The device is switched off in cooling

mode. When a wireless telegram is

again received, the LED goes out and the

device switches back to normal mode.

The LED performs during the teach-in

process according to the operation

manual. It shows wireless control

commands by short flickering during

operation.

Typical connection

Technical data

Rated switching capacity10A/250V AC

Standby loss (active power)0.8W

Teaching-in wireless sensors in wire

-

less actuators

All sensors must be taught-in in

actuators so that they can detect and

executetheir commands.

Teaching-in actuator FHK

61U-230V

The teach-in memory is empty on

delivery from the factory. To ensure that

a device was not previously taught-in,

clear the memory completely:

Turn the upper rotary switch to CLR.

The LED flashes at a high rate. Within

10 seconds, turn the lower rotary switch

three times to right stop (turn clockwise)

and back again. The LED stops flashing

and goes out after 2 seconds. All taught-

insensors are cleared; the repeater and

the confirmation telegrams are switched

off.

Termékspecifikációk