SK10-THC-ALKF1 KNX sensor with remote probe, IP54, temp/humidity
€198,42 Excl. tax
€265,45 Excl. tax
€240,09 Incl. tax €321,19 Incl. tax. Not in stock in our warehouse, but available to order.
Unit price: €198,42 / Piece
€240,09 Incl. tax €321,19 Incl. tax. Not in stock in our warehouse, but available to order.
KNX sensor with external probe for temperature and humidity. Ideal for chilled ceilings, pipes, and surfaces where condensation must be avoided. Read more
Specifications
Brand:
Arcus-EDS
Article number:
30531161
EAN:
642125990097
Availability:
Not in stock in our warehouse, but available to order.
Delivery time:
Dispatched within approximately 10 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
SK10-THC-ALKF1
Item no.: 30531161
KNX sensor with external probe for temperature and humidity
The Arcus-EDS SK10-THC-ALKF1 is a KNX sensor with a separate sensing probe, ideal for monitoring temperature and humidity on chilled ceilings, pipes, or surfaces to prevent condensation. Designed for precise HVAC control.
- Measured values: temperature, relative and absolute humidity, dew point, enthalpy
- Temperature range: -25 °C to +80 °C | Resolution: 0.02 °C | Accuracy: ±0.4 °C (5–60 °C), otherwise ±0.8 °C
- Humidity range: 0–100% r.H. | Resolution: 0.02% r.H. | Accuracy: ±3% (20–80%), otherwise ±5%
- Control functions: heating/cooling, setpoints (Comfort, Standby, Economy, Protection), PWM output, ventilation control, dew point alarm
- Logic functions: 4 blocks with AND, OR, NOT, XOR and arithmetic operations
- Protection class: IP54
- Power supply: KNX bus 21–32 VDC | Power consumption: approx. 240 mW
- ETS configuration: from ETS 4 (application HLK305)
- Housing dimensions: 72 × 64 × 40 mm | Material: plastic
- Environment: -25 °C to +80 °C | 0–100% r.H., non-condensing
Important installation note: Mount the probe in direct contact with the surface to be monitored (e.g. chilled ceiling or pipe). Ensure good thermal coupling and avoid drafts or direct heat sources.