MTN649808 Schneider Spacelogic KNX Blind Actuator REG-K/8x/10 - Manual Operation Light Grey
I. Core Parameter Analysis (Cross-Verified with Summaries 1-5)
1. Basic Electrical Parameters (Critical Indicators for Adaptability)
| Parameter Category |
Specific Specifications |
Key Notes (Integrated Details from Multiple Summaries) |
| Product Model |
MTN649808 |
Exclusive model of Schneider's SpaceLogic KNX series, corresponding to the specification "REG-K/8x/10", focusing on centralized control of 8 blinds/shutters |
| Rated Voltage |
230V AC 50/60Hz (main power supply)
24V DC (KNX bus power supply, max 17.5mA) |
- Main power supply is compatible with civil/commercial mains worldwide, no additional transformer required;
- Bus power supply supports "bus-only mode" operation (Summary 4), suitable for temporary scenarios without mains power |
| Rated Current |
10A (resistive load) |
Each output channel requires an external 10A circuit breaker (Summary 4) to prevent motor overload and module burnout, compatible with most blind motors (within 1000W) |
| Maximum Load Power |
1000W (230V AC motor load) |
Compatible with common blind motor powers (e.g., 500W-800W residential/commercial motors), cosφ=0.6 (inductive load adaptation, Summaries 3/4) |
| Auxiliary Voltage |
110-240V AC 50/60Hz (optional), max 2VA |
Supports wide-voltage input, compatible with power grids in different regions, no additional voltage regulation equipment needed |
| Output Channels |
8 independent blind/shutter outputs |
Each channel can independently control 1 motor with limit switches (Summary 4), covering 8 independent areas with one module, reducing the number of devices and wiring costs |
2. Core Functional Parameters (Differentiated Competitive Selling Points)
| Function Category |
Specific Capabilities |
Core User Value (Combined with Practical Scenarios) |
| Operating Modes |
① Bus + Mains Power Supply (standard mode)
② Bus-Only Power Supply (temporary mode)
③ Mains-Only Power Supply (emergency mode) |
- Mode ①: Normal smart control, supporting KNX linkage (e.g., blind adjustment linked with light sensors);
- Mode ②: When mains power is interrupted, the bus can still drive core functions (slight delay, Summary 4);
- Mode ③: When the bus fails, manual control is achieved via mains power alone, avoiding "loss of control when offline" |
| Operation Methods |
① Automatic Control (KNX bus + ETS programming)
② Manual Control (physical buttons) |
- Automatic Control: Supports timing and scene linkage (e.g., "curtain opening at work + closing after work");
- Manual Control: The module is equipped with a "Manual" button + 2 channel buttons per channel (Summary 4), enabling emergency operation without ETS programming (e.g., elderly/children can directly control curtains) |
| Status Indication |
Tricolor LED indicator group |
- Green "Run" light: Device ready;
- Red "Program" light: Programming status;
- Red "Manual" light: Manual mode activated;
- Yellow "Channel" light: Output status of each channel (Summaries 4/5), allowing quick fault channel location during operation and maintenance |
| Bus Features |
Integrated KNX bus coupler + data rail-free design |
- No need to purchase an additional bus coupler, directly connecting to the KNX system (Summaries 3/4), reducing procurement costs;
- No data rail required (Summary 4), simplifying the installation process and compatible with most distribution boxes |
| Load Compatibility |
Blind/shutter motors with limit switches |
Only supports motors with limit switches (Summary 4), avoiding motor damage due to overtravel, compatible with more than 90% of commercial/residential blind motor models |
3. Installation & Protection Parameters (Determine Usage Environment & Deployment Method)
| Parameter Category |
Specific Specifications |
Application Scenario Explanation |
| Installation Method |
DIN rail mounting (TH35 standard, EN 60715) |
Unified installation with circuit breakers, relays, and other equipment, compatible with industrial distribution boxes, width of 8 modules (approx. 144mm) (Summaries 3/5), saving installation space |
| IP Rating |
IP20 |
Only suitable for indoor dry environments (e.g., inside ceilings, distribution boxes, corridor tops); prohibited for outdoor or humid areas (restrooms, underground garages) (Summaries 1/2/5) |
| Wiring Specifications |
- Mains connection: 4-pole screw terminals (max 2.5mm², 2L+2N)
- Load connection: 4-pole pluggable screw terminals per channel (max 2.5mm²)
- KNX connection: 2x1mm pin terminals |
Secure and vibration-resistant wiring, compatible with common cable specifications, no special tools required for wiring (Summary 4) |
| Environmental Adaptability |
- Operating temperature: -5°C~+45°C
- Storage temperature: -25°C~+55°C
- Humidity: ≤93% (non-condensing)
- Altitude: ≤2000m |
Compatible with indoor environments in most climate zones worldwide, no high-altitude or high-temperature restrictions (e.g., ventilation required in humid southern regions) |
4. Compliance & Logistics Parameters (Key Information for Procurement & Customs Declaration)
| Parameter Category |
Specific Specifications |
Practical Value |
| Certifications & Compliance |
CE certification, KNX protocol compliance, RoHS-compliant mercury-free design (Summaries 1/5) |
Meets import standards in the EU and most regions worldwide, suitable for projects with strict environmental requirements (e.g., LEED-certified buildings) |
| Logistics Information |
- Unit weight: 0.71-0.748kg
- Packaging 1 (single unit): 8cm×12.4-12.7cm×27.8-28cm
- Packaging 2 (6 units): 30cm×30cm×40cm (4.81kg)
- HS Code: 8537109899 (Summaries 1/2) |
Facilitates calculation of logistics costs (e.g., 6-unit packaging reduces unit shipping costs), HS code ensures efficient customs clearance |
| Inventory & Delivery |
- Regular inventory: 0 (made-to-order)
- Delivery lead time: 6-15 working days (Summaries 1/5)
- Unit price: $1079.15-$1161.62/unit (excluding tax, Summary 1) |
Procurement requires advance planning for lead time; bulk orders may be eligible for negotiated price discounts |
II. Core Application Scenarios (Derived from Parameter Adaptability, Covering Mainstream Needs)
As an 8-channel integrated KNX blind actuator with emergency manual control and multi-power supply modes, the MTN649808 is primarily designed for "smart control of indoor multi-area blinds/shutters". Combined with its parameter characteristics, typical application scenarios include:
1. Residential Scenarios (Villas/Luxury Apartments)
- Adapted Needs: Independent curtain control for multiple rooms/areas, emergency manual operation, and linkage with smart home systems
- Core Value:
- 8 channels cover 8 areas (e.g., living room, bedroom, study, balcony), eliminating the need to purchase multiple single-channel actuators, reducing equipment costs and distribution box space occupancy;
- The "mains-only power supply" mode addresses the pain point of "uncontrollable curtains when the smart home is offline" (e.g., the elderly can directly adjust bedroom curtains via module buttons);
- Direct 230V mains power supply eliminates the need for additional low-voltage power sources, adapting to residential electrical wiring standards and reducing installation complexity.
2. Commercial Building Scenarios (Offices/Shopping Malls/Hotels)
- Adapted Needs: Centralized control of multiple floors/areas, scene linkage, efficient operation and maintenance, and cost control
- Core Value:
- Integrated 8-channel design reduces the number of devices and wiring workload for large-scale projects (e.g., a single module can control 8 office areas on one floor), lowering overall project costs;
- Linkage with the KNX building automation system supports scenarios such as "curtain opening when the office is powered on + closing when the last person leaves" and "curtain adjustment linked with meeting room reservations";
- Yellow channel LED indicators enable maintenance personnel to quickly locate faulty channels (e.g., identifying which floor/area’s blind motor is malfunctioning), improving maintenance efficiency;
- DIN rail mounting is compatible with standard distribution boxes in commercial projects, facilitating batch deployment and centralized management.
3. Public Space Scenarios (Hospital Corridors/School Classrooms/Government Building Lobbies)
- Adapted Needs: Safety and reliability, energy-saving linkage, compliance with public building standards
- Core Value:
- IP20 protection adapts to dry indoor environments in public spaces (e.g., installation inside corridor ceilings), avoiding equipment damage from dust accumulation;
- Linkage with light sensors (e.g., automatic lowering of sunshade blinds when classroom light intensity is too high) meets energy-saving requirements for public buildings and reduces electricity consumption;
- Multi-power supply modes ensure uninterrupted operation (e.g., in hospital corridors, curtains can still be controlled via mains power even if the KNX bus fails), avoiding impacts on pedestrian flow and safety;
- RoHS-compliant and mercury-free design meets environmental compliance requirements for public projects, ensuring eligibility for green building certifications.
4. Industrial Auxiliary Scenarios (Workshop Office Areas/Factory Control Rooms)
- Adapted Needs: Stable operation in complex electrical environments, centralized control, and easy integration
- Core Value:
- 10A rated current and overload protection adapt to the high-power blind motors commonly used in industrial workshops (e.g., 800-1000W heavy-duty shutters);
- Compatibility with PLC systems (derived from KNX bus integration capabilities) enables linkage with industrial automation systems (e.g., automatic closing of control room curtains during equipment maintenance);
- Wide operating temperature range (-5°C~+45°C) adapts to the temperature fluctuations in industrial workshops, ensuring stable performance in low-temperature winters or high-temperature summers.
III. Core Advantages (vs. Ordinary Blind Actuators)
| Advantage Point |
Specific Performance |
Scenario Implementation Value |
| High Integration & Cost-Effectiveness |
8 independent channels integrated into one module |
Reduces the number of devices, wiring costs, and distribution box space by 75% compared to single-channel actuators, especially suitable for large-scale projects |
| Multi-Power Supply Redundancy |
3 operating modes (bus+mains, bus-only, mains-only) |
Ensures "uninterrupted control" in complex scenarios (power outages, bus failures), critical for public spaces and commercial buildings with high reliability requirements |
| User-Friendly Manual Emergency Control |
Dedicated physical buttons, no programming required for basic operation |
Solves the problem of "inoperable curtains due to smart system failures", suitable for scenarios with non-professional operators (e.g., schools, hospitals) |
| Strong System Compatibility |
Integrated KNX bus coupler + PLC linkage support |
Directly accesses KNX building automation systems without additional hardware, adapting to the "centralized management + local linkage" needs of large projects |
| Safe & Reliable Design |
10A overload protection + IP20 protection + wide voltage adaptation |
Avoids motor/module burnout and adapts to different electrical environments, reducing maintenance frequency and costs for long-term use |
IV. Key Precautions (Based on Official Warnings & Practical Experience)
- Load Matching Requirements: Only compatible with motors with limit switches (Summary 4); using motors without limit switches will cause overtravel damage to both the motor and the module. For inductive loads (e.g., AC motors), ensure the power does not exceed 1000W (230V AC) to avoid overload.
- Installation Specifications: Must be installed by professionals familiar with KNX bus wiring and electrical safety standards (Summary 5); the module must be grounded during installation to prevent electric shock risks.
- Circuit Protection Configuration: Each output channel must be equipped with a 10A independent circuit breaker (Summary 4); do not share a circuit breaker with other devices to avoid triggering false protection.
- Environmental Restrictions: Strictly use in indoor dry environments (IP20); for humid areas (e.g., hotel bathrooms), additional waterproof enclosures must be installed, otherwise moisture will cause short circuits.
- Programming Notes: When configuring via ETS software, set the "motor running time limit" (recommended 30-60 seconds) to supplement the mechanical limit switch, providing double protection against overtravel.
V. Summary
The MTN649808 is a highly integrated and reliable blind actuator launched by Schneider for mid-to-high-end smart buildings, with a core positioning of "multi-area centralized control + emergency redundancy + cost optimization". It excels in large-scale projects (commercial buildings, public spaces) due to its 8-channel integration and multi-power supply modes, while also meeting the refined control needs of high-end residences.
Its key strengths—strong compatibility, safe and reliable operation, and convenient maintenance—make it a core component for blind/shutter control in KNX smart building systems, especially suitable for projects requiring high integration, reliability, and cost-effectiveness.