LPWAN SCU DOR2 230V EU
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Wireless module
1427695
SCU (segment control unit) for lighting control based on astro or event calendar entries, 2 independently switchable relay outputs (electrically isolated, can be loaded up to 10 A), parameterizable via LoRaWAN® and USB-C, 230 V AC power supply.
The device can be used as an alternative to existing ripple control technology (pin compatible).
Product details
| Note on application | |
| Note on application | Only for industrial use |
| Product type | Wireless module |
| Insulation characteristics | |
| Protection class | II (plastic housing) |
| Supply | |
| Supply voltage range | 100 V AC ... 240 V AC ±10 % |
| Power consumption | 0.3 W |
| Digital | |
| Output name | Relay output |
| Number of outputs | 2 |
| Contact switching type | N/O contact |
| Contact material | AgNi |
| Maximum switching voltage | 230 V +10 % |
| Max. switching current | 10 A (at 230 V AC -20% ... +15%) |
| Connection method | Screw connection with tension sleeve |
| Stripping length | 10 mm |
| Conductor cross section, rigid min. | 0.2 mm² |
| Conductor cross section, rigid max. | 6 mm² |
| Conductor cross section flexible min. | 0.2 mm² |
| Conductor cross section flexible max. | 6 mm² |
| Conductor cross section AWG min. | 24 |
| Conductor cross section AWG max. | 10 |
| Functions | |
| Basic functions | Lighting control of streetscapes via relays |
| Automatic channel selection | ADR |
| Wireless licenses | Europe |
| Country support | Egypt |
| Albania | |
| Andorra | |
| Armenia | |
| Austria | |
| Bahrain | |
| Bangladesch | |
| Belarus | |
| Belgium | |
| Burma (Myanmar) | |
| Bosnia/Herzegovina | |
| Brunei Darussalam | |
| Bulgaria | |
| Cambodia | |
| Croatia | |
| Cyprus | |
| Czech Republic | |
| Denmark | |
| Estonia | |
| Finland | |
| France | |
| Germany | |
| Greece | |
| Iceland | |
| Hungary | |
| Iran | |
| Italy | |
| Laos | |
| Latvia | |
| Lebanon | |
| Liechtenstein | |
| Lithuania | |
| Luxembourg | |
| Macedonia | |
| Malta | |
| Moldavia | |
| Montenegro | |
| Morocco | |
| Netherlands | |
| New Zealand | |
| Nigeria | |
| Norway | |
| Oman | |
| Pakistan | |
| Philippines | |
| Poland | |
| Qatar | |
| Romania | |
| Saudi Arabia | |
| Serbia | |
| Singapore | |
| Slovakia | |
| Slovenia | |
| South Africa | |
| Spain | |
| Sweden | |
| Switzerland | |
| Tunisia | |
| Turkey | |
| Ukraine | |
| United Arab Emirates | |
| Great Britain | |
| Ireland | |
| Portugal | |
| Vietnam | |
| Wireless | |
| Designation | LoRaWAN® EU 868 |
| Antenna connection method | SMA (female) |
| Number | 1 |
| Frequency range | 867.1 MHz ... 869.525 MHz |
| Frequency band | 868 MHz |
| Wireless standard | LoRaWAN® |
| Transmission power | < 14 dBm |
| Range | up to 15 km |
| Transmission physics | LoRa® |
| Number of wireless interfaces | 1 |
| Dimensional drawing |
|
| Width | 79.3 mm |
| Height | 207.3 mm |
| Depth | 37.4 mm |
| Color | light gray (RAL 7035) |
| Ambient conditions | |
| Degree of protection | IP43 |
| Ambient temperature (operation) | -40 °C ... 70 °C |
| Ambient temperature (storage/transport) | -40 °C ... 80 °C |
| Permissible humidity (operation) | 0 % ... 95 % (non-condensing) |
| Permissible humidity (storage/transport) | 0 % ... 95 % |
| CE | |
| Identification | CE-compliant |
| Electromagnetic compatibility | Conformance with EMC Directive 2014/30/EU |
| Conformance with EMC directives | Immunity test in accordance with EN 301489-1 Electrostatic discharge (ESD) Criterion A, ±4 kV contact discharge, ±8 kV air discharge |
| Electromagnetic fields Criterion A, Field intensity: 10 V/m | |
| Fast transients (burst) Criterion A, ±2 kV | |
| Transient overvoltage (surge) Criterion A, ±1 kV (symmetrical) | |
| Conducted disturbance Criterion A, Test voltage 10 V | |
| Noise emission test in accordance with EN IEC 55015 |
| Mounting type | Panel mounting |
| DIN rail mounting |
Your advantages
Improved energy efficiency with bidirectional LoRaWAN® communication
Keep an eye on lighting points at all times with remote parameterization and diagnostics
Automatic fallback strategy in case of communication failure