ARCUS-EDS 30511011 SK10-TC-ESTF 100mm silicone

ARCUS-EDS 30511011 Product Description

The ARCUS-EDS 30511011 product, referred to as SK10-TC-ESTF, is an immersive temperature sensor designed to measure and control indoor air temperature in heating and cooling applications. This device is part of the KNX product family, ensuring full integration with home and industrial automation systems.

Technical characteristics

The SK10-TC-ESTF sensor is available with a silicone coating and has the following technical characteristics:

• PT1000 sensor with a length of 100 mm and a diameter of 9 mm.
• Silicone coating, resistant up to 180°C and a maximum pressure of 40 bar.
• 1.5 m silicone connection cable.
• Measurement range: -50°C to +180°C.
• Resolution: 0.02°C.
• Accuracy class: B, ± (0.3°C+0.005*T).
• Operating temperature: -25°C to +80°C.
• Storage temperature: -25°C to +80°C.
• Protection class: IP54/65.

Control functions

The SK10-TC-ESTF sensor offers several control functions for heating and cooling applications:

• Temperature control with setpoints for Comfort, Standby, Economy and Protection, selectable through KNX HVAC objects.
• Change the setpoint using KNX objects.
• Storage of minimum and maximum temperatures.
• Alarm for overheating and frost.
• Temperature limits.
• Fan control via external inputs.
• Adaptation for setpoints and maximum temperatures.
• 0... 100% controller output or programmable PWM for thermal actuators.
• Valve flushing function.

Logic and Signals

The device includes advanced logic functions:

• Four logical blocks for the logical connection between internal and external signals.
• 10 associated logical inputs/outputs.
• Additional signals for heating and cooling requests.
• Binary logical functions: AND, OR, NOT, XOR.
• Arithmetic functions for 8-bit values: +, -, *.
• Conditional event forwarding function.

This sensor is designed to offer precise and flexible temperature management, making it ideal for applications in domestic and industrial environments where temperature regulation is crucial.