Technical Data - Comfort Heat Comfort ECO Bedienungsanleitung

TECHNICAL DATA

Control pollution degree......................................................................................2
Software class....................................................................................................... A
Built-in circuit breaker........................................................................2-pole, 16 A
Enclosure rating.............................................................................................. IP 21
Overvoltage category...........................................................................................III
Rated impulse voltage..................................................................................... 4 kV
Ball pressure temperature (TB)...................................................................125°C
Voltage............................................................................... 230 V AC ± 10%, 50 Hz
Max. prefuse.................................................................................................... 16 A
Output..................................................................................................... Max. 16 A
Output relay................................................................. Make contact - SPST - NO
Output applications................................Resistive load 16 A Inductive load 1 A
Terminal wire size..........................≤ 13 A - 1.5 mm , > 13 A to 16 A - 2.5 mm ,
2 2
solid core wire
Method of mounting....................................................................Flush mounting
Dimensions................................................................................. 84 mm x 84 mm
Build-in depth.............................................................................................. 20 mm
Sensor type...............................................................................NTC 12 kΩ @ 25°C
Max. sensor extension.................................................................................. 10 m
Temperature range.................................................................................+0/+40°C
Control principle....................................................................................... ON/OFF
Purpose of control.........................Thermostat for electric underfloor heating
Design of control....................................................................................... PWM/PI
Type of action.................................................................................................... 1.B
Standby power........................................................................................... < 0.5 W
Display...................................................................................................... Segment
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