C2E621201_ST_C1 Schneider Cuadro H KNX Thermostat Smart Zoning HVAC Temperature Control
This product is a high-aesthetic smart temperature control terminal of the Cuadro H series, with the suffix _ST_ representing its satin white appearance—a clean, bright color scheme suitable for modern minimalist, Nordic, light luxury and other fresh decoration styles. Functionally consistent with the gray (_GY_) and matte black (_MB_) versions, it integrates high-precision temperature detection, HVAC linkage control and energy management functions, and is positioned as a precision temperature control accessory that balances functionality and aesthetics for KNX intelligent systems, widely used in high-end residential and commercial scenarios that pursue decorative consistency.
I. Core Parameter Analysis
1. Core Functional Parameters
| Parameter Category |
Detailed Description |
| High-Precision Temperature Control |
1. Detection & control range: Temperature detection range 0℃–50℃ (precision ±0.5℃), ensuring accurate ambient temperature perception; control range 5℃–35℃, supporting one-click switching between heating/cooling modes, compatible with central air conditioning, floor heating, wall-hung boiler systems.
2. Three working modes:
- Auto mode: Run according to 7-day programmable timing curves (up to 6 time periods/day, e.g., 22℃ during daytime, 18℃ at night for energy saving);
- Manual mode: Directly set target temperature via panel buttons for temporary adjustment (suitable for occasional temperature needs);
- Scene mode: Link with KNX push-button panels to adjust temperature synchronously with scene activation (e.g., "Reception Mode" automatically adjusts to 24℃, "Sleep Mode" lowers temperature by 3℃). |
| KNX System Linkage Capability |
Complies with KNX TP1 standard protocol, realizing seamless linkage with KNX sensors, central controllers and HVAC actuators:
1. Multi-sensor linkage: Connect with outdoor temperature sensors to dynamically adjust indoor target temperature (e.g., increase heating temperature by 2℃ when outdoor temperature is below 5℃); link with human presence sensors to suspend heating/cooling when no one is present for 30 minutes to save energy.
2. Whole-system scene linkage: Trigger temperature adjustment via KNX push-button panels (e.g., "Wake-up Mode" gradually increases temperature from 18℃ to 22℃ + slowly turns on lights; "Holiday Mode" sets to 12℃ anti-freezing temperature + activates security system).
3. Energy management linkage: Upload temperature control and equipment operation data to building management systems (BMS) for energy consumption statistics and optimization, helping users reduce energy costs by 15%–20%. |
| Humanized Protection Functions |
1. Anti-freezing protection: Automatically start heating equipment when indoor temperature drops below 5℃ to prevent pipeline freezing and cracking (critical for empty rooms during holidays).
2. Over-temperature alarm: Send an alarm signal to the central system when indoor temperature exceeds 35℃, and trigger ventilation system operation to avoid stuffy environments.
3. Temperature calibration: Support manual calibration of detection temperature to eliminate measurement errors caused by panel installation positions (e.g., near windows or heating vents).
4. Child lock function: Lock panel buttons to avoid misoperation by children (activate/deactivate by long-pressing two buttons simultaneously). |
| Display & Indication Function |
Equipped with a backlit segmented LCD screen, supporting dual display modes:
1. Temperature display: Real-time display of current indoor temperature and target temperature, with clear digital fonts for easy reading from a distance;
2. Status display: Show HVAC operation status (heating/cooling/standby), timing period and linkage status; backlight brightness is adjustable, and automatically turns off after 10s of inactivity to save power. |
2. General Technical Parameters
| Parameter Category |
Detailed Description |
| Power Supply Mode |
Adopts KNX bus power supply (DC 24V), no additional mains wiring required; ultra-low standby power consumption (≤0.3W), supporting 24/7 long-term continuous operation without overheating. |
| Installation Method |
Embedded wall installation, fits standard 86mm×86mm junction boxes—consistent with the installation size of other Cuadro H series panels (push-button panels, dimming panels), realizing unified style installation of the whole house/area. Snap-in panel design enables tool-free disassembly and maintenance, facilitating later function upgrading. |
| Material & Appearance |
1. Panel material: High-grade flame-retardant PC (V0 fire rating), scratch-resistant, wear-resistant and yellowing-resistant, suitable for high-frequency use scenarios;
2. Color: Satin white (as indicated by _ST_ in the model), with a smooth and delicate surface that resists fingerprints, highlighting a clean and fresh texture, matching modern minimalist, Nordic and light luxury decoration styles;
3. Operation method: Physical button operation with clear tactile feedback to avoid misoperation (buttons are integrated with the panel for a flat, aesthetically pleasing look). |
| Protection Rating & Operating Environment |
Protection rating: IP20, suitable for indoor dry environments (avoid use in humid areas such as bathrooms and kitchens; can be equipped with waterproof decorative covers if necessary).
Working temperature range: 0℃–45℃; storage temperature range: -20℃–60℃; working humidity: 5%–90% (non-condensing). Compatible with most mainstream HVAC systems on the market. |
| Mechanical Performance |
Button service life: ≥100,000 presses (meets industrial-grade use standards); the panel can withstand 1m drop impact without damage, ensuring long-term stable operation. |
II. Main Application Scenarios
This product is positioned as a precision temperature control device with decorative integration, suitable for high-end scenarios that require both intelligent temperature management and a clean, consistent space aesthetic. It is widely used in high-end residences and commercial buildings.
1. Civil Residence Scenarios
- Nordic Style Villas/Apartments:The satin white appearance perfectly integrates with the white walls, wooden furniture and soft decorations of Nordic-style homes, avoiding the abruptness of dark panels. Realize room-by-room zoning temperature control—install one thermostat in each room, and family members can set independent temperatures according to their needs (e.g., 24℃ for the elderly's room, 22℃ for the children's room, 20℃ for the study). Link with the KNX central controller to realize remote control via mobile APP, and set "Away Mode" to automatically adjust to 18℃ anti-freezing temperature to save energy.
- Modern Minimalist High-End Apartments:The satin white panel matches the simple decoration style of the whole house, forming a unified visual effect with other white switches and sockets. Link with floor heating and central air conditioning systems to automatically switch modes according to seasonal changes; the anti-freezing protection function ensures that the floor heating pipelines will not freeze during winter when the user is away.
- Smart Home Experience Houses (Minimalist Style):As a key component of the minimalist smart home display, the satin white thermostat matches other smart panels in the same series to form a clean and tidy control terminal. Demonstrate scene linkage effects (e.g., "Movie Mode" lowers temperature by 2℃ + dims lights + closes curtains) to enhance the experience of potential customers who pursue minimalist aesthetics.
2. Commercial Building Scenarios
- Nordic Style Office Spaces/Co-working Spaces:Install satin white thermostats in office areas and meeting rooms to match the fresh and natural decoration style of the space. Link with the attendance system to automatically adjust the temperature (e.g., raise to 22℃ 30 minutes before work, lower to 18℃ after work). The energy management linkage function counts the energy consumption of each office area, helping enterprises optimize energy use and reduce operation costs.
- Boutique Hotels (Minimalist Theme):Integrate with the hotel management system—when guests insert the room card, the thermostat automatically activates and adjusts to the preset 23℃. The satin white appearance enhances the fresh and comfortable sense of the guest room; when guests check out, it automatically switches to energy-saving mode to reduce unnecessary energy consumption.
- High-End Retail Stores/Beauty Salons:The satin white thermostat matches the clean and bright decoration style of the store, avoiding the visual clutter caused by colorful panels. Link with the store's air conditioning system to automatically adjust the temperature according to the number of customers (detected by human presence sensors), creating a comfortable shopping or service environment while saving energy.
III. Core Product Advantages
- High-Precision Temperature Control & Intelligent Energy Saving:±0.5℃ detection precision ensures a comfortable ambient temperature; programmable timing and scene linkage functions reduce energy consumption by 15%–20% compared with traditional thermostats, realizing energy saving without sacrificing comfort.
- Aesthetic Integration & Diversified Style Matching:The satin white appearance matches modern minimalist, Nordic and light luxury decoration styles; consistent installation size with other Cuadro H series panels realizes unified style control of the whole house/area, enhancing the overall aesthetic of the space.
- Strong KNX System Compatibility:Seamlessly integrate with KNX push-button panels, sensors, actuators and BMS systems, realizing whole-system intelligent linkage and avoiding the trouble of separate control of multiple devices.
- Humanized Protection Functions & High Reliability:Anti-freezing protection, over-temperature alarm and child lock functions meet the diverse needs of users; V0 fire rating PC material and 100,000-time button service life ensure long-term stable operation, reducing maintenance costs.
- Easy Installation & Maintenance:86-type embedded design is consistent with ordinary switches, no need to modify the wall structure; tool-free disassembly design facilitates later function upgrading and maintenance, reducing construction and operation costs.