© 2018 OJ Electronics A/S
© 2018 OJ Electronics A/S
© 2018 OJ Electronics A/S 3
MTD3 Instruktion
1. TEKNISKA SPECIFIKATIONER
Kontrollföroreningsgrad .....................................................................................2
Mjukvaruklass ................................................................................................... A
Inbyggd kretsbrytare ........................................................................ 2 stift, 16 A
Infattningsklass........................................................................................... IP 21
Överspänningskategori ....................................................................................III
Klassificerad impulsspänning ...................................................................... 4 kV
Kultryckstemperatur (TB) ...........................................................................125°C
Spänning ...................................................................... 230 V AC ± 10%, 50 Hz
Max-försäkring ............................................................................................ 16 A
Utgång ................................................................................................ Max. 16 A
Utgångsrelä ............................................................ Skapa kontakt - SPST - NO
Utgångsapplikationer ..........Motståndsbelastning 16 A Induktiv belastning 1 A
Terminalkabelstorlek ..................... ≤ 13 A - 1,5 mm², > 13 A till 16 A - 2,5 mm²,
fast tvinnad kabel
Monteringssätt ............................................................................Spolmontering
Mått .......................................................................................... 84 mm x 84 mm
Inbyggt djup ............................................................................................ 20 mm
Sensortyp .............................................................................NTC 12 kΩ @ 25°C
Max. sensortillägg ...................................................................................... 10 m
Temperaturområde ..............................................................................+0/+40°C
Kontrollprincip .......................................................................................ON/OFF
Syfte med kontrollen ..................................... Termostat för elektrisk golvvärme
Kontrollkonstruktion .............................................................................. PWM/PI
Typ av åtgärd ................................................................................................. 1.B
Standby-ström........................................................................................< 0.5 W
Display .................................................................................................. Segment