In the fast-evolving landscape of smart buildings, industrial automation, and connected homes, component selection is the cornerstone of system reliability, energy efficiency, and intelligent performance. As a flagship line under Schneider Electric focused on spatial intelligence, the Spacelogic Series has emerged as a go-to for engineers, system integrators, and facility managers—thanks to its modular design, cross-system compatibility, and sustainability focus.
Yet, with a diverse range of models, aligning Spacelogic components to project needs can be daunting. This guide breaks down the series’ core offerings, their unique advantages, and targeted use cases—so you can avoid common pitfalls and deliver high-impact, future-ready solutions.
I. Foundational Logic: What Makes Spacelogic Different?
Before diving into models, it’s critical to frame Spacelogic as more than just components—it’s a spatially centered control ecosystem spanning three categories:
- • Sensors: Data collection (human presence, light, environmental conditions)
- • Controllers: Decision-making hubs (logic execution, remote monitoring)
- • Actuators: Action layers (lighting dimming, equipment activation)
-
The goal? To unify "people, space, and devices" for optimized energy use and user experience. Start your selection by answering three non-negotiable questions:
- • Space Profile: Is it a residential bedroom, commercial office, industrial facility, or hospitality venue? (Size, occupancy density, and environmental stressors drive functionality.)
- • Control Goals: Do you need automated lighting, HVAC efficiency, or integrated security-environmental monitoring? (Goals dictate feature priorities.)
- • System Compatibility: Will it connect to Schneider’s EcoStruxure, third-party platforms (e.g., Alexa, Mijia), or legacy building management systems? (Compatibility defines communication protocol choices.)
II. Core Model Deep Dive: Advantages, Specs, and Use Cases
(I) Occupancy Sensors: The "Eyes" of Smart Spaces
Spacelogic’s occupancy sensors eliminate waste by triggering systems only when spaces are in use. They’re categorized by installation type to fit diverse environments.
|
Model Series
|
Key Differentiators |
Critical Specs |
Target Applications |
Selection Tips |
| OS1000 |
Ultra-slim ceiling design (80mm diameter, aesthetic for public areas); Dual-tech detection (PIR + microwave, ≤0.1% false alarm rate); 1-10V dimming integration |
Detection: 5-8m (radius); Height: 2.5-4m; Protocol: Dry contact/1-10V |
Residential bedrooms, small offices (15-30㎡), apartment living rooms |
Avoid AC vents/sunlight—temperature fluctuations cause false triggers |
| OS2000 |
Wide-angle coverage (180°/360° options); Adjustable light sensing (0-1000lux, triggers only in low light); PoE-enabled (reduces wiring costs) |
Detection: 8-12m (radius); Height: 3-6m; Protocol: BACnet MS/TP |
Open-plan offices, hotel lobbies, conference rooms (30-80㎡) |
Use multi-sensor linkage for large spaces to eliminate blind spots |
| OS3000 |
IP65 industrial protection (dust/waterproof); EMI resistance (motors, VFDs); Low-temp tolerance (-20℃~50℃) |
Detection: 10-15m (radius); Height: 4-8m; Protocol: Modbus RTU |
Industrial workshops, underground garages, outdoor corridors, warehouses |
Never compromise on IP65—dust/moisture will disable lower-rated sensors |
Pro Tip: Prioritize OS1000 for aesthetics, OS2000 for energy efficiency, and OS3000 for harsh conditions.
(II) Room Controllers: The "Brain" of Automation
Controllers translate sensor data into action, with Spacelogic’s modularity ensuring no redundant features.
| Model Series |
Key Differentiators |
Critical Specs |
Target Applications |
Selection Tips |
| RC1000 |
Compact recessed design (120×80mm); Local LCD (temp, humidity, energy metrics); Mobile APP control (via Schneider Home & Building Control) |
Inputs: 2 sensors; Outputs: 4 relays; Protocol: Zigbee 3.0 |
Single-room smart homes (bedrooms/studies), small apartments |
Ideal for "lighting + HVAC + curtains"—not for large-scale expansion |
| RC2000 |
Expandable IO (up to 8 inputs/12 outputs); Multi-room linkage (e.g., corridor lights triggered by living room occupancy); BACnet/IP for BMS integration |
Inputs: 4 (expandable); Outputs: 6 (expandable); Protocols: BACnet/IP, Modbus TCP |
Office suites, hotel rooms, small retail (convenience stores) |
Map linkage logic upfront to avoid unused expansion ports |
| RC3000 |
32-bit ARM industrial processor (complex programming); Dual-power redundancy (no downtime); Real-time energy metering (HVAC/lighting) |
Inputs: 8 (up to 16); Outputs: 12 (up to 24); Protocols: BACnet MS/TP, LonWorks |
Shopping malls, hospital wards, data centers |
Requires EcoStruxure Building Operation—partner with Schneider-certified engineers for setup |
| Pro Tip: RC1000 for simplicity, RC2000 for flexibility, RC3000 for mission-critical systems. |
(III) Dimming Actuators: The "Hands" of Lighting Control
Spacelogic’s dimming actuators balance ambiance, energy savings, and equipment longevity—with no flicker.
| Model Series |
Key Differentiators |
Critical Specs |
Target Applications |
Selection Tips |
| DA1000 |
Single-channel DIN-rail design (18mm width); Tri-protocol compatibility (0-10V/DSI/DALI); Ultra-low standby (≤0.5W) |
Power: 500W (single-channel); Voltage: 220-240V AC; Dimming: 0-100% (flicker-free) |
Bedroom bedside lamps, hotel room wall lights |
Confirm lamp compatibility (e.g., LED DALI support) first |
| DA2000 |
Multi-channel options (2/4); Short-circuit overload protection; Scenario storage (meeting/rest modes) |
Power: 1000W (total); Voltage: 220-240V AC; Protocol: DALI-2 |
Conference rooms, exhibition halls, restaurants |
Reserve 20% power redundancy (e.g., 4 lamps = ≤800W total) |
| DA3000 |
High-power single-channel (2000W); Thermal protection (auto-load reduction at 60℃); Modbus for industrial integration |
Power: 2000W (single-channel); Voltage: 110-240V AC (wide-range); Protocol: Modbus RTU |
Industrial lighting, stadiums, large supermarkets |
Use only Schneider OEM terminals—poor contact causes overloads |
Pro Tip: DA1000 for small spaces, DA2000 for scenario-based commercial use, DA3000 for high-power industrial needs.
III. 3 Critical Mistakes to Avoid
- • Prioritizing specs over protocol: A Mijia-integrated project needs Zigbee (RC1000), not BACnet (RC2000)—extra gateways add cost/risk.
- • Ignoring environmental ratings: OS1000 (IP20) fails in garages—always match IP rating to space conditions.
- • Skipping expansion planning: Commercial projects need RC2000/RC3000—reserve IO for future sensors/curtain control to avoid rewiring.
IV. Ready-to-Use Scenario Kits
Save time with these pre-vetted combinations:
- • Smart Home (Bedroom): OS1000 + RC1000 + DA1000 → "Occupancy-based lighting, auto-brightening in low light"
- • Office (Conference Room): OS2000 (PoE) + RC2000 + DA2000 → "Meeting-mode full lighting, auto-shutdown when empty"
- • Industrial (Workshop): OS3000 (IP65) + RC3000 + DA3000 → "Occupancy-triggered HVAC/lighting, real-time energy tracking"
Mesajınız 20-3.000 karakter arasında olmalıdır!
