KNX GPS Module - SK10L-GPS-SC-L
€231,37 Excl. tax
€309,53 Excl. tax
€279,96 Incl. tax €374,53 Incl. tax. Out of stock, but available
€279,96 Incl. tax €374,53 Incl. tax. Out of stock, but available
KNX module with GPS time, sun position, light and temperature sensing. For shading, scheduling and logic functions via KNX. Read more
Specifications
Brand:
Arcus-EDS
Article number:
66100001
EAN:
642125987974
Availability:
Out of stock, but available
Delivery time:
Dispatched within approximately 8 working days (please note: this is an estimate and depends on availability from the manufacturer; in some cases, it may be dispatched sooner, but it can also take longer).
Information
KNX GPS Module for Outdoor Use – Art. No. 66100001
The Arcus-EDS SK10L-GPS-SC-L is a multifunctional KNX module featuring integrated GPS, light, and temperature sensors. It provides accurate time synchronization via GPS, calculates solar position and elevation, and supports advanced KNX logic and switching functions based on time, light intensity, and outdoor temperature.
- Article number: 66100001
- Power supply: 21–32 VDC via KNX bus
- Power consumption: approx. 120 mW (at 24 V DC)
- Bus connection: 2-pin KNX terminal (red/black), integrated bus coupler
- GPS function: Time synchronization and local coordinate detection
- Solar calculation: Sunrise, sunset, day/night start, sun angle and position
- Light sensor: 3 to 220,000 lux, ±20%
- Temperature sensor: -25 to +55 °C, accuracy ±0.1 °C
- Logic functions: 5 freely programmable logic blocks
- Time programs: 12 independent switching timers (daily, weekly, yearly)
- Mounting: Surface-mounted outdoors (requires clear view of the sky)
- Protection class: IP54/IP65
- Housing: White plastic with side panel window; dimensions 72 × 64 × 44 mm (L×W×H)
- Operating temperature: -25 to +55 °C / Storage: -25 to +85 °C
- Humidity: Up to 90%, non-condensing
- Configuration: Via ETS software using application ARC_GPSC_v17.knxproj
Important: Install the device in a sheltered outdoor location with an unobstructed view of the sky. Proper placement is essential for accurate GPS reception and solar calculations.
