Conveniently controlled from your smartphone

The digital clock thermostats of the RAMSES top3 series monitor and control the room temperature according to time. Whether a house or flat, whether office, practice, workshop or shop, the clock thermostat ensures the desired comfort temperature and supports you in reducing your energy consumption as well as protecting the environment.

Convenient operation
The RAMSES clock thermostats can be operated intuitively on the device: Set the temperature, various programmes or even time-controlled temperatures and setback phases can be set here. Alternatively, the operation can also be carried out via the free app.

Maximum security against tampering
RAMSES top3 operates with a local Bluetooth connection in your home. There is no need for an Internet connection or any additional gateways or routers. A clear advantage in terms of security against tampering.

Easy to install
Unlike other smart thermostats, RAMSES top3 does not require any additional components such as gateways, switch actuators, etc. Install the RAMSES top3 in the classic way like conventional clock thermostats: quickly, easily and simply.

The new electromotive actuator Cheops S KNX is used to control heating and cooling systems in KNX building automation. Cheops S KNX combines a high maximum actuating force of 220 N with great flexibility thanks to two binary inputs and maximum security with KNX Data Secure.

Cheops S KNX is used in office, administration, industrial and residential buildings with KNX systems. For example, on conventional heaters, heaters with integrated valve sets, radiators, convectors, heating circuit distributors on underfloor heating and ceiling cooling systems.

The electromotive actuator delivers a high actuating force of up to 220 N with a maximum actuating range of 8 mm. The integrated controller permits efficient heating and cooling with one additional stage each. Even the use in heating circuit distributors is possible. Thanks to the integrated temperature sensor, no external sensor is required. Two binary inputs provide flexible connection options, e.g. for an external temperature sensor, a window contact, presence detector or push button. A wide range of valve adapters and automatic valve adaptation ensure universal usage on valves from all major manufacturers. With the automatic valve stroke detection and the integrated LED display, the current status of the valve can always be clearly seen.

Cheops S KNX supports KNX Data Secure and so provides the highest level of security against data theft and manipulation. It can only be removed with tools. In this way, the devices are optimally protected against theft.

Use energy efficiently, reduce costs and exploit the full potential of renewable energies - Theben HEMS (Home Energy Management System) optimizes power consumption, intelligently controls consumers and ensures seamless integration of PV systems, battery storage and other energy sources.

Why Theben HEMS?

✅ Optimized energy flows for maximum efficiency
HEMS intelligently controls loads, battery storage systems and energy sources to maximize self-consumption and reduce peak loads. This not only makes energy use more efficient, but also more economical - ideal for households and commercial customers.

✅Grid serviceability & compliance with §14a EnWG
HEMS supports the requirements of §14a EnWG by integrating controllable consumption devices (e.g. heat pumps, wallboxes, battery storage) into the energy grid. This allows peak loads to be reduced, grid efficiency to be ensured and financial benefits to be exploited through reduced grid charges. This makes HEMS a future-proof solution for the energy transition.

✅ Perfect addition for PV systems & battery storage systems
Thanks to intelligent networking with solar systems, battery systems and heat pumps, HEMS ensures optimum use of renewable energies. Surplus electricity is stored in a targeted manner or fed into consumers in order to minimize grid consumption and feed-in losses.

✅ Dynamic load management & cost optimization
Thanks to automated consumption control, electricity costs can be sustainably reduced by using energy when it is cheap or available from in-house production. By intelligently controlling loads, such as heat pumps via SG-Ready or wallboxes, HEMS can also benefit from dynamic electricity tariffs and implement load management to reduce peak loads.

✅ Flexible to use & easy to integrate
Whether new build or retrofit - HEMS can be seamlessly integrated into existing systems. The open interface architecture enables simple integration into existing smart home, PV and storage solutions as well as connection to EMS and building automation systems. HEMS is compatible with common protocols such as Modbus TCP and RTU, Ethernet IP, which facilitates cross-manufacturer integration.

✅ Simple control & full transparency
The intuitive app or web interface allows end customers and installers to keep track of energy flows, consumption and potential savings at all times. Remote access and automation options allow settings to be adjusted, charging and heating strategies to be optimized and systems to be managed efficiently.

With the new PIRA T series, Theben is launching a range of motion detectors that enable simple, reliable and energy-efficient lighting control. The PIRA T series impresses with its high functionality, ease of installation and optimum adaptation to modern LED technologies.

Economical solution for a wide range of applications

PIRA T sets standards in automatic lighting control and offers an efficient, user-friendly solution for a wide range of applications. Thanks to their sophisticated design, PIRA T motion detectors are quick and easy to install and ensure optimum lighting control in almost any environment. Whether in corridors, WC entrance areas, storerooms or storage areas - the detectors are suitable wherever users are on the move and a standard installation height is required. The PIRA T collection is a particularly cost-effective choice in the price-sensitive contract business.

The advantages of the PIRA T series

Optimally positioned plug-in terminals at a 45° angle and a bracket for the sensor part of the outdoor detector make installation much easier. The detectors are also suitable for wiring with 2 x 2.5 mm² conductors.

Intuitive operation is made possible by easily adjustable potentiometers, which simplifies both the installation and operation of the detectors. Thanks to special LED switching load optimization such as a zero-crossing circuit, the detectors are suitable for use with modern light sources. In addition, the product series has been tested according to the high Theben requirements with 40,000 switching cycles. The permanent light measurement ensures that the light is reliably switched off when there is sufficient daylight, even when motion is continuously detected. The high detection accuracy of the detectors has been confirmed by the sensNORM test. The uniform design integrates the detectors harmoniously into different room concepts.

Conveniently controlled from your smartphone

The digital clock thermostats of the RAMSES top3 series monitor and control the room temperature according to time. Whether a house or flat, whether office, practice, workshop or shop, the clock thermostat ensures the desired comfort temperature and supports you in reducing your energy consumption as well as protecting the environment.

Convenient operation
The RAMSES clock thermostats can be operated intuitively on the device: Set the temperature, various programmes or even time-controlled temperatures and setback phases can be set here. Alternatively, the operation can also be carried out via the free app.

Maximum security against tampering
RAMSES top3 operates with a local Bluetooth connection in your home. There is no need for an Internet connection or any additional gateways or routers. A clear advantage in terms of security against tampering.

Easy to install
Unlike other smart thermostats, RAMSES top3 does not require any additional components such as gateways, switch actuators, etc. Install the RAMSES top3 in the classic way like conventional clock thermostats: quickly, easily and simply.

The new electromotive actuator Cheops S KNX is used to control heating and cooling systems in KNX building automation. Cheops S KNX combines a high maximum actuating force of 220 N with great flexibility thanks to two binary inputs and maximum security with KNX Data Secure.

Cheops S KNX is used in office, administration, industrial and residential buildings with KNX systems. For example, on conventional heaters, heaters with integrated valve sets, radiators, convectors, heating circuit distributors on underfloor heating and ceiling cooling systems.

The electromotive actuator delivers a high actuating force of up to 220 N with a maximum actuating range of 8 mm. The integrated controller permits efficient heating and cooling with one additional stage each. Even the use in heating circuit distributors is possible. Thanks to the integrated temperature sensor, no external sensor is required. Two binary inputs provide flexible connection options, e.g. for an external temperature sensor, a window contact, presence detector or push button. A wide range of valve adapters and automatic valve adaptation ensure universal usage on valves from all major manufacturers. With the automatic valve stroke detection and the integrated LED display, the current status of the valve can always be clearly seen.

Cheops S KNX supports KNX Data Secure and so provides the highest level of security against data theft and manipulation. It can only be removed with tools. In this way, the devices are optimally protected against theft.

Use energy efficiently, reduce costs and exploit the full potential of renewable energies - Theben HEMS (Home Energy Management System) optimizes power consumption, intelligently controls consumers and ensures seamless integration of PV systems, battery storage and other energy sources.

Why Theben HEMS?

✅ Optimized energy flows for maximum efficiency
HEMS intelligently controls loads, battery storage systems and energy sources to maximize self-consumption and reduce peak loads. This not only makes energy use more efficient, but also more economical - ideal for households and commercial customers.

✅Grid serviceability & compliance with §14a EnWG
HEMS supports the requirements of §14a EnWG by integrating controllable consumption devices (e.g. heat pumps, wallboxes, battery storage) into the energy grid. This allows peak loads to be reduced, grid efficiency to be ensured and financial benefits to be exploited through reduced grid charges. This makes HEMS a future-proof solution for the energy transition.

✅ Perfect addition for PV systems & battery storage systems
Thanks to intelligent networking with solar systems, battery systems and heat pumps, HEMS ensures optimum use of renewable energies. Surplus electricity is stored in a targeted manner or fed into consumers in order to minimize grid consumption and feed-in losses.

✅ Dynamic load management & cost optimization
Thanks to automated consumption control, electricity costs can be sustainably reduced by using energy when it is cheap or available from in-house production. By intelligently controlling loads, such as heat pumps via SG-Ready or wallboxes, HEMS can also benefit from dynamic electricity tariffs and implement load management to reduce peak loads.

✅ Flexible to use & easy to integrate
Whether new build or retrofit - HEMS can be seamlessly integrated into existing systems. The open interface architecture enables simple integration into existing smart home, PV and storage solutions as well as connection to EMS and building automation systems. HEMS is compatible with common protocols such as Modbus TCP and RTU, Ethernet IP, which facilitates cross-manufacturer integration.

✅ Simple control & full transparency
The intuitive app or web interface allows end customers and installers to keep track of energy flows, consumption and potential savings at all times. Remote access and automation options allow settings to be adjusted, charging and heating strategies to be optimized and systems to be managed efficiently.