OSRAM Industrial Automation

OSRAM Automatics and Control — Lighting Intelligence for Professional Systems

OSRAM automatics and control devices form the core of modern lighting management — from basic sensor modules to programmable smart controllers. In B2B projects, the right control gear reduces energy costs by up to 60 %, stabilizes power loads, and extends luminaire lifetime. The range covers everything from motion and daylight sensors to DALI controllers and wireless gateways, giving engineers a full toolbox for lighting automation in offices, warehouses, and public facilities.

OSRAM Control Modules — Core of Lighting Management

Control modules are used to process sensor signals and regulate drivers or ballasts.
Typical models operate on 230 V AC mains and manage 1–10 V, DALI, or PWM control outputs.

Key electrical parameters:

• Supply voltage: 220–240 V AC, 50/60 Hz.
• Control output: up to 2 × DALI channels or 3–4 PWM lines.
• Load capacity: 400–800 W depending on type.
• Operating temperature: –25…+50 °C for most indoor models.
• Protection rating: IP20 or IP40 for control cabinets; IP65 for sensor-integrated units.

These modules ensure stable dimming curves, avoid flicker under low load, and support emergency-lighting signals via digital bus lines.

OSRAM Lighting Control Systems for Large Projects

For commercial buildings and industrial halls, OSRAM provides modular DALI-based architectures:

• DALI Professional / DALI Pro 2 IoT: central controllers for up to 128 devices per bus, expandable to 512 through gateways.
• DALIeco and TouchDIM units: compact controllers for 2–4 channels in small rooms or corridors.
• Smart lighting gateways: integrate Zigbee, Bluetooth, or KNX for hybrid networks.

Each system supports daylight harvesting, occupancy logic, and time-based scenarios. The built-in energy logging can cut operational consumption by 30–60 % compared to fixed-output setups.

OSRAM Smart Lighting Automation — From Sensors to Cloud

OSRAM’s SENSORtrack, HubSense, and DALI Pro IoT families bridge sensors, drivers, and cloud dashboards.

• SENSORtrack: for continuous presence and daylight control in open offices (detection radius up to 8 m, ambient light range 1–2000 lx).
• HuSense: Bluetooth-based control using mobile app setup; ideal for retrofits where no DALI wiring exists.
• DALI Pro IoT: connects to building automation systems via API; enables centralized monitoring of scenes, energy, and maintenance cycles.

Data ccuracy: light measurement tolerance ±10 %; occupancy trigger <1 s response; typical standby <0.5 W.

OSRAM Sensor Control Units — Precision and Safety

Motion, brightness, and presence sensors ensure efficient switching and dimming.
Common sensor heads operate at 230 V AC or DALI bus 16 V DC, with outputs rated for 10 A resistive load.

Typical sensor specs:

• Detection angle: 90–360°.
• Mounting height: 2.5–12 m (high-bay variants).
• Lux range: 1–2000 lx adjustable.
• Delay range: 5 s–30 min programmable.
• Temperature range: –25…+55 °C.

OSRAM sensors feature EMC filtering per EN 55015 / EN 61000, with inrush protection and zero-cross switching to protect drivers and relays.

Comparison: OSRAM Control Tiers

OSRAM Integration with Lighting Systems

All OSRAM control devices comply with IEC 62386 (DALI), EN 61347, and EN 61547 (EMC immunity).
Control lines can run up to 300 m at 1.5 mm², with automatic addressing in most DALI controllers.
Most modules allow combination with emergency-lighting circuits and KNX via gateway.

Typical wiring rule: total DALI bus current ≤ 250 mA; up to 64 gear units per channel without repeater.

Buyer Checklist for OSRAM Automation Gear

1. Define control logic: On/Off, 1–10 V, DALI, or Bluetooth Mesh.
2. Count fixtures per group: match DALI bus limit (≤ 64).
3. Select sensors: presence vs motion, detection radius, mounting height.
4. Specify environment: IP20 interior, IP65 warehouse, or outdoor.
5. Ensure compatibility: driver control type (DALI, PWM, 1–10 V)
6. Include standby budget: sum < 1 W per control node for energy audits
7. Prepare documentation: IEC 62386 conformity, CE declaration, wiring diagram

Comon mistakes: mixing 1–10 V and DALI lines in one conduit; using wrong IP sensor indoors; exceeding DALI current; skipping bus termination in long lines.