Newest Products

Characteristics

• Actively  emitted by the ultrasound sensor (US), ultrasound waves (40 kHz) propagate around the rest of the room. 
• They envelop objects that are in the room and penetrate into all corners.
• This means that the ultrasound sensor (US) can even detect movements when there is no line-of-sight contact between it and the person.
• This presence detector is equipped with an integrated brightness and temperature sensor.
• The maximum detection area is 28 m² for presence and 79 m² for motion.
• The presence detector captures brightness and temperature data and thus controls not only the illumination systems but also ventilation and heating systems.
• Communication is conducted via KNX. The presence detector is designed for installation in the ceiling.

Characteristics

• These presence detectors are equipped with an integrated brightness sensor and HVAC sensors that use multiple calibration methods so that they can be adjusted at the particular installation location.
• The maximum detection area is 64 m² for presence and 400 m² for motion.
• The presence detectors capture brightness, humidity, temperature, brightness and CO2 and thus control not only the illumination systems but also ventilation and heating systems.
• Communication is conducted via KNX. All types are designed for mounting on the ceiling.

Characteristics

• These presence detectors are equipped with an integrated brightness sensor and HVAC sensors that use multiple calibration methods so that they can be adjusted at the particular installation location.
• The maximum detection area is 64 m² for presence and 400 m² for motion.
• The presence detectors capture brightness, humidity, temperature, brightness and CO2 and thus control not only the illumination systems but also ventilation and heating systems.
• Communication is conducted via KNX. All types are designed for mounting on the ceiling.

Characteristics

• These presence detectors are equipped with an integrated brightness sensor and HVAC sensors that use multiple calibration methods so that they can be adjusted at the particular installation location.
• The maximum detection area is 64 m² for presence and 400 m² for motion.
• The presence detectors capture brightness, humidity, temperature, brightness and CO2 and thus control not only the illumination systems but also ventilation and heating systems.
• Communication is conducted via KNX. All types are designed for mounting on the ceiling.

Presence / Motion detector

• The detector senses the presence of a person or that there is no longer anyone in its detection area.
• The detector signal can be analyzed via two separate communication channels, termed motion detector and presence detector.
• The detection range is identical for all channels. Each channel can be locked individually via objects.

HVAC detector

• The detector has an additional control output for HVAC applications.
• For example, this function can switch systems that are used for heating, ventilating and climate control (HVAC) of the room from “Energy saving mode” in an unused room to “Comfort mode” in an occupied room and back to “Energy saving mode”, when the room is again unoccupied.
• Functionality of the Presence detector / Motion detector / HVAC-detector
• For each detector channel 4 communication objects are available, in sum 12 different communication objects. 
• It is possible to send one or two KNX telegrams at the beginning and at the end of a detected presence, according to configuration. 
• The values of the communication objects are configured for each functional block (motion detector, presence detector, HVAC-detector) via corresponding parameters.

Presence detector with brightness sensor for detection of motion and presence for ceiling mounting

• Contrast measurement of brightness
• Presence motion detection up to Ø8 m
• Flush mounted installation in ceilings with wall box or clamps
• Integrated IR receiver for IR remote control

Functions with commission with ETS

• Three independent output channels with four commands each in case of motion detection
• Integrated 2-level light controller (switching)
• Integrated constant light level controller for up to five lighting groups including
• Usage of motion detector as standalone mode or extension mode to cover wider areas
• Independent output channel for HVAC applications

Presence detector with brightness sensor for detection of motion and presence for ceiling mounting

• Contrast measurement of brightness
• Presence motion detection up to Ø8 m
• Flush mounted installation in ceilings with wall box or clamps
• Integrated IR receiver for IR remote control

Functions with commission with ETS

• Three independent output channels with four commands each in case of motion detection
• Integrated 2-level light controller (switching)
• Integrated constant light level controller for up to five lighting groups including
• Usage of motion detector as standalone mode or extension mode to cover wider areas
• Independent output channel for HVAC applications

The Siemens Industry Gamma Lighting Control Enclosures support Gamma Lighting system components and other panel-mounted devices that snap into DIN rails.

Specially designed to accommodate the different DIN rail-based KNX modules, regardless of the manufacturer.

The following table provides ordering information:

Enclosure Type: UL and cUL Certified NEMA Type 1 Industrial Control Enclosure

Software solution for technical building management, which can integrate and visualize data points of heterogeneous building automation systems.

The software consists of several components (Core Studio, Core Server, Web Manager, XLogic Editor, PC and Web Visualization) that collect, process and modify data point values.

In addition, various building management functions can be realized.

The server uses IP networks to access field devices and their data points.

The field / automation level supports the following technologies:

• KNX
• BACnet
• Modbus
• SNMP
• OPC Data Access (OPC DA)
• Oracle Fidelio/Opera
• Protel
• Infor
• VingCard
• Kaba
• Salto
• oBIX & MQTT
• HTTP and Webservice Integration

Blind/Shutter control with one output of a KNX Multi IO.

• The device may be used for permanent interior installations in dry locations or within distribution boards with DIN rail.

Bi-stable coupling relay for KNX Multi IO.

Application area

The Multi IO Extension Switch 590 serves as a power-saving alternative to commercial standard coupling relays.

The coupling relay is controlled as a mono-stable relay, but uses a bi-stable relay internally, thus reducing the holding current by up to 95%.

The Multi IO Extension Switch 590 has an integrated fuse to protect high-quality equipment.

KNX Modbus Gateway with 250 data points.

Application area

The KNX Modbus RTU Gateway 886 is a compact Gateway between KNX TP and Modbus RTU with 250

freely configurable channels.

The device enables easy integration of Modbus devices that support the RTU protocol via RS-485 and can act as a Modbus master or slave.

As Master the device can address up to 25 slave devices.

The assignment between KNX objects and Modbus registers can be configured via parameters in the ETS

without an additional tool.

The gateway provides a galvanic isolation between KNX bus and Modbus.

Two buttons and three LEDs allow local operation and visualization of the device status.

Serial Interface and ObjectServer for KNX Bus.

Application

The KNX Serial Interface BAOS 870 serves as a simple integration solution for non-KNX devices.

Designed as a RS-232 interface, the KNX Serial BAOS 870 uses the proven FT1.2 protocol (PEI 10) as message format.

Moreover, the device supports the BAOS protocol for accessing data points.

This allows non-KNX devices to be fully integrated into a KNX network via a RS-232 link.

For a quick start, free SDKs, a demonstration tool as well as an ETS entry with 250 group objects are available.

Furthermore, individual ETS representations for OEM versions can be created.

KNX Module for Raspberry Pi.

Application area

The KNX BAOS Module 838 kBerry is an extension board for the Raspberry PI® single-board computer.

It can be plugged directly on the Raspberry board and serves as a serial interface to KNX.

BAOS stands for “Bus Access and Object Server”.

So the module allows the access to the KNX bus on telegram level (KNX Link Layer) as well as on data point level (KNX Application Layer).

The connection between application and KNX BAOS Module is established via a UART connection (FT1.2 framing).

For a quick start a generic ETS® entry with 1000 group objects is available.

Individual ETS entries can be created as well.

The KNX BAOS Module 838 is powered via the bus and provides galvanic isolation.

The firmware of the KNX BAOS Module 838 is fully compatible with the KNX BAOS Module 830.

Interface and ObjectServer between LAN and KNX Bus.

Application area

The KNX IP BAOS 777 integrates a web server for the KNX installation. 

This allows the visualization in a web browser on a PC or mobile device.

The email function allows the notification e.g. in case of an alarm. 

The integration of a Date & Time Server (NTP) allows to obtain date and time automatically via the Internet

and to synchronize the KNX installation.

Extensive time functions offer a powerful KNX time switch with week function.

The configuration is done with the ETS software.

Compact bus powered Interface and ObjectServer between LAN and KNX-Bus.

Application area

The KNX IP BAOS 774 is used as Interface for connecting to KNX both on telegram level (KNXnet/IP Tunneling) and on data point level (KNX Application Layer).

Clients can directly access Group Objects via either a Binary Protocol (over TCP/IP or UDP/IP) or via JSON (Java Script Object Notation) Web Services.

The device is configured with the ETS and supports up to 1000 Group Objects.

10 simultaneous client connections are supported.

BAOS is an acronym for “Bus Access and Object Server”.

It is possible to connect to the KNX bus everywhere over LAN. 

Bus connection over the internet with KNX IP BAOS 774 is also possible.

The device supports 5 simultaneous KNXnet/IP tunneling connections.

The buttons are for diagnostic purposes.

The LEDs indicate

the operating status and communication errors on the bus.

Power is supplied via the KNX bus

Compact bus powered Interface and ObjectServer between LAN and KNX-Bus.

Application area

The KNX IP BAOS 773 is used as Interface for connecting to KNX both on telegram level (KNXnet/IP Tunneling) and on data point level (KNX Application Layer).

Clients can directly access Group Objects via either a Binary Protocol (over TCP/IP or UDP/IP) or via JSON (Java Script Object Notation) Web Services.

The device is configured with the ETS and supports up to 250 Group Objects.

10 simultaneous client connections are supported.

BAOS is an acronym for “Bus Access and Object Server”.

It is possible to connect to the KNX bus everywhere over LAN. 

Bus connection over the internet with KNX IP BAOS 773 is also possible.

The device supports 5 simultaneous KNXnet/IP tunneling connections.

The buttons are for diagnostic purposes.

The LEDs indicate the operating status and communication errors on the bus.

Power is supplied via the KNX bus.

KNX power supply 640 mA with KNX IP router.

Application area

The KNX IP LineMaster 762.1 secure combines the essential functions of a KNX bus line: KNX power supply with choke, KNX IP router and KNX IP interface.

In addition to the bus voltage the power supply offers an auxiliary voltage.

The KNX IP router in the KNX IP LineMaster 762.1 secure allows forwarding of telegrams between different lines through a LAN (IP) as a fast backbone.

Using the embedded KNX IP interface, the KNX line can be connected directly to a PC (e.g. by ETS).

The device supports KNX Security which can be enabled in ETS.

As secure router the device allows coupling of not secured communication on KNX TP to a secured IP

backbone.

Also for the interface functionality (tunneling) KNX Security prevents from unauthorized access.

The IP address can be obtained by a DHCP server or by manual configuration (ETS) respectively.

Compact bus powered Router between LAN/Ethernet and KNX bus.

Application area

The compact KNX IP Router 752 secure allows forwarding of telegrams between different lines through a LAN (IP) as a fast backbone.

In addition this device is suited to connect a PC to the KNX network e.g. for ETS programming.

The device supports KNX Security which can be enabled in ETS. 

As secure router the device allows coupling of not secured communication on KNX TP to a secured IP

backbone.

Also for the interface functionality (tunneling) KNX security prevents from unauthorized access.

The IP address can be obtained by a DHCP server or by manual configuration (ETS) respectively.

This device works according to the KNXnet/IP specification using the core, the device management, the tunneling and the routing part.

The KNX IP Router 752 secure has an extended filter table for main group 0..31 and is able to buffer up to 150 telegrams.

Power is supplied via the KNX bus.

Compact bus powered Router between LAN/Ethernet and KNX bus.

Application area

The compact KNX IP Router 751 allows forwarding of telegrams between different lines through a LAN (IP) as a fast backbone.

In addition this device is suited to connect a PC to the KNX network e.g. for ETS programming.

The IP address can be obtained by a DHCP server or by manual configuration (ETS) respectively.

This device works according to the KNXnet/IP specification using the core, the device management, the tunneling and the routing part.

The KNX IP Router 751 has an extended filter table for main group 0..31 and is able to buffer up to 150 telegrams.

Power is supplied via the KNX bus.