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Weinzierl KNX ENO 634 Manual

Bidirectional-gateway between enocean and knx-bus
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KNX ENO 634 (32-channel AP)
Bidirectional-Gateway between EnOcean and KNX-Bus
Operating and installation instructions
Fig. 1: KNX ENO 634
Application
The KNX ENO 634 is a bidirectional gateway between
EnOcean radio devices and the KNX bus. It transfers
commands and measured values of EnOcean wire-
less sensors to the KNX bus, for example, to control
KNX actuators. EnOcean wireless actuators can also
be controlled via KNX. The EnOcean communication
is based on the EnOcean Equipment Profiles (EEP).
This profile is usually specified in the data sheet of the
EnOcean device. For the controlling of EnOcean ac-
tuators corresponding EEPs are emulated. This
means that the gateway sends radio telegrams like a
push button or a window contact. In addition the
gateway supports logical and control functions and in-
cludes radio-repeater functionality. The KNX ENO 634
is divided in 32 channels. Each channel can be as-
signed to one of the following functions:
•
Link from EnOcean sensor to KNX
Switch functions
-
Switching
-
Dimming
-
Shutter
-
Scene
Window handles
Window contacts
Access card switches
Press switches
Temperature sensors
Humidity sensors
Light sensors
Presence sensors
Gas sensors
Room control panels
Automated meter devices
Environmental sensors
WEINZIERL ENGINEERING GmbH
2013-08-14
Digital inputs
•
Link from KNX to EnOcean actuator
Switch
Dimmer
Shutter
HVAC actuators (valves)
•
Control / logic
Timer
-
Switch-on delay
-
Switch-off delay
Control
-
2-point regulator
-
Continuous regulator
-
Heat requisition
-
Lighting control
Logical functions
-
Gates (e.g. AND, OR, XOR)
-
Flip-flop (Toggle)
Special
-
Trigger
-
Valuator
-
Watchdog
The configuration of the device and the channels is
performed using the ETS software via the KNX-Bus.
To configure the wireless components the keys and
the display in the device are used.
EN
Page 1/11

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Summary of Contents for Weinzierl KNX ENO 634

  • Page 1 Fig. 1: KNX ENO 634 Switch-off delay Control 2-point regulator Application Continuous regulator The KNX ENO 634 is a bidirectional gateway between Heat requisition EnOcean radio devices and the KNX bus. It transfers Lighting control commands and measured values of EnOcean wire- Logical functions less sensors to the KNX bus, for example, to control Gates (e.g.

  • Page 2: Mounting And Connection

    KNX ENO 634 Mounting and connection The mounting can be done on a wall surface (e.g. brick-work or wood). The mounting holes match those of a 55 mm flush-mounted box. When choosing the installation location the RF range of EnOcean devices to be associated with the gate- way has to be considered.
  • Page 3 KNX ENO 634 without operation. Quick guide linking mode for RF-sensors T2 short press to select the desired channel. T2 long press to activate the learning mode ("Wait for ENO ..."). Fig. 4: Channel setting display Activate the learning mode in the RF-sensor.
  • Page 4 KNX ENO 634 actuators both action points have to be linked sepa- bar. rately. RF actuators: If the gateway receives a telegram from the KNX bus, which is assigned to an actuator channel, an RF tele- gram will be sent for this channel.
  • Page 5 KNX ENO 634 Fig. 7: RPS switch (sensor) There are types of switches from one, two and four rockers. To the Rocker (A…D), the following modes of operation can be assigned: Fig.8: Other switches and contacts Switch – On/Off On/Off (rocker up/down) In the submenu “Other switches and contacts”...
  • Page 6 KNX ENO 634 able: Fig. 12: Occupancy sensors Comm.-Object Type KNX Size Channel…:Key card inserted 1.002 1 Bit In this section presence sensors and motion detectors can be integrated. Temperature sensors Comm.-Object Type KNX Size Channel…: presence 1.018 1 Bit...
  • Page 7 KNX ENO 634 Fig.17: Environmental sensors The following environmental sensor types can be pro- grammed: Weather station, sunlight (northern hemi- sphere), date, time and day, direction and geographic position. Depending on the setting, there are different communication objects for each sensor type.
  • Page 8 KNX ENO 634 Comm.-Object Type KNX Size Channel…: Contact 1.019 1 Bit Channel…: Low battery 1.020 1 Bit Fig. 21: HVAC actuator Link to actuators In this configuration, battery-operated heating and air To control EnOcean actuators the gateway emulates actuators can be controlled. The temperature values the corresponding sensor profiles.
  • Page 9 KNX ENO 634 Full-automatic control Controller A typical application for the fully automatic control is the lighting of a corridor. The light is turned on in presence when the current brightness value is below the threshold. By manual operation, the light can be switched on or off for a specific time.

  • Page 10: Repeater Function

    , the configured value will be sent via The repeater function is used for extend distances be- the output datapoint. tween sensors and actuators. The KNX ENO 634 is a level-1 radio repeater. This means, that only tele- Comm.-Object...
  • Page 11 KNX ENO 634 When sending a message to the KNX bus, an "O" is displayed with the decimal object number and the da- ta packet in hexadecimal coding. Fig. 26: Active repeater function Bus monitor function Fig. 28: KNX bus monitor...