Infrared Control FAQ
Clear answers about sensor-controlled infrared technology.
This knowledge hub explains the control principles behind INFRAMEDIC: contactless temperature sensing, closed-loop regulation, ONE-CONTROL, compatible emitter platforms and OEM integration.
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What is sensor-controlled infrared heat?
Sensor-controlled infrared heat is a control method in which temperature measurements from the defined application area are used as feedback for regulating infrared emitter output automatically.
What is closed-loop infrared control?
Closed-loop control means that measured temperature data is continuously fed back into the control system. The controller uses that feedback to adjust emitter output, after which new measurements update the control process again.
How is this different from fixed-output infrared?
Fixed-output systems primarily operate according to a preset power level, timer or stage. Sensor-controlled systems additionally use measured temperature feedback to adapt compatible emitter output automatically.
Is sensor-controlled infrared the same as a thermostat?
Not necessarily. A thermostat usually regulates against a selected temperature value, often using ambient or device temperature. Sensor-controlled infrared can use local application-area temperature as an input for emitter regulation.
What does SAFETY SENSE measure?
SAFETY SENSE measures temperature at defined points in the back application area without physical contact. The measured values form the feedback signal used by ONE-CONTROL for automatic infrared regulation.
Why are two sensing points used?
The system uses two sensing points to monitor defined upper and lower back areas and provide continuous temperature information from the application zone.
Does SAFETY SENSE regulate the emitter itself?
No. SAFETY SENSE provides temperature data. ONE-CONTROL processes that data and regulates compatible INFRAMEDIC emitter output according to the configured control logic.
Does temperature measurement require skin contact?
No. SAFETY SENSE is designed for contactless temperature detection within the defined sensing geometry.
What does ONE-CONTROL do?
ONE-CONTROL is the central processing and regulation platform. It receives SAFETY SENSE data, applies the configured control logic, regulates compatible emitters and coordinates defined system functions.
Does the user need to adjust infrared output continuously?
No. During normal automatic operation, ONE-CONTROL can adjust compatible emitter output automatically according to measured temperature and the configured operating logic.
What happens when the user leaves the sensing area?
Depending on configuration, ONE-CONTROL can switch the system into a defined standby state when the user is no longer detected in the application area and continue or shut down according to the configured operating logic.
Does ONE-CONTROL require a dedicated app?
No. ONE-CONTROL can provide local browser-based access to system information and configured functions without requiring a dedicated mobile app.
Why measure temperature at the back?
The back is the defined application area in the current INFRAMEDIC system architecture. Measuring temperature there provides local feedback for regulating the infrared output directed toward that area.
Is cabin air temperature the same as application-area temperature?
No. Cabin air temperature describes the surrounding air, while application-area temperature reflects local thermal conditions at the defined sensing area. These are different control variables.
Why not regulate only by time?
A timer controls duration but does not provide direct feedback about local temperature conditions. Temperature feedback adds a measured input that can be used to regulate emitter output during the operating period.
Why not regulate only by cabin temperature?
Infrared radiation acts directly within the radiation field. Local conditions at the application area can therefore differ from the surrounding air temperature. INFRAMEDIC uses application-area temperature as an additional feedback signal for automatic emitter regulation.
What is CORE-RADIANT 230 / 110?
CORE-RADIANT is INFRAMEDIC’s fixed infrared emitter architecture for integration into cabins, seating systems, wellness environments and OEM applications. It is available for 230 V and 110 V system environments.
What is CORE-FLEX 24?
CORE-FLEX 24 is a 24 V textile infrared emitter architecture for compact, surface-based and application-specific integration concepts.
Do both emitter platforms use the same control principle?
Both platforms can be integrated with SAFETY SENSE and ONE-CONTROL. The sensing-and-regulation principle remains consistent while the emitter architecture changes according to the application.
Can manufacturers integrate INFRAMEDIC technology?
Yes. INFRAMEDIC technology can be evaluated for selected OEM integration, technology partnerships, licensing and application-specific development.
Can individual components be integrated?
Depending on the project, integration can cover individual components or a coordinated sensor-control-emitter architecture. Electrical, thermal, mechanical and certification requirements must be assessed for the specific application.
Can the technology be used in existing products?
Potential retrofit integration is assessed case by case. Suitability depends on product architecture, electrical conditions, thermal design, mechanical integration and certification requirements.
Is the technology protected by patents?
Key elements of the INFRAMEDIC platform are protected through granted patents and additional patent applications. Patent status and territorial scope vary by jurisdiction and application.
What INFRAMEDIC means by “intelligent infrared heat”
INFRAMEDIC uses the term to describe a coordinated technology architecture in which sensing, control logic and compatible infrared emitters operate together. The defining technical feature is not the word “intelligent” itself, but the continuous use of measured feedback for automatic infrared regulation.
Thermoneutral environment and infrared heat
Learn why ambient thermal conditions and direct radiant heat are separate variables in a controlled infrared application.
Explore the technology in depth.
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