Control‑ and safety isolating‑ resp. isolating transformer with shielding winding STSU
9Pages

Transformers Control transformers Control- and safety isolating- resp. isolating Control- and safety isolating- resp. isolating Control- and with shielding winding isolating safety transformer with isolating- resp. transformer Control- and safetyshielding winding isolating- resp. isolating transformer with shielding winding STSU STSU transformer with shielding winding STSU STSU General Data General Data Generalvoltage 230 and 400 Vac Rated input Data Rated input voltage 230 General Data24 and 400 Vac output voltage - 230 Vac Rated input voltage 230 and 400 Vac BLOCK Website Rated output voltage 24 - 230 Vac Rated input voltage-23024 VA Rated power 40 2500 - 230 Vac output voltage and 400 Vac Rated power 40 - 2500 VA Rated output voltage2500 230 Vac Insulation class Rated power 40B- 24 - VA Insulation class B Rated powerclass B temperature 40 °C Maximum 40 - 2500 VA Insulation ambient Maximum ambient temperature 40 °C Insulation classto 94 % Efficiency ambient temperature 40 °C Maximumup B Efficiency up to 94 % Maximum ofup to 94 %IP 00 Degree ambient temperature 40 °C Efficiency protection Degree of protection IP 00 Efficiency up protection IP 00 Degree of to 94 % Degree of protection IP Advantages 00 Advantages Advantages and 400 Vac Dual input voltage 230 Dual input voltage 230 and 400 Vac Advantagesbetween input and output Shielding winding Dual input voltage 230 and 400 Vac Shielding winding between input and output Dual input voltage 230 behaviourVac output Very good switch-on and input and Shielding winding between400 thanks to reduced starting currents Very good switch-on behaviour thanks to reduced starting currents Shielding winding between input and thanks to compact design High performance for the volume output reduced starting currents Very good switch-on behaviour thanks to High performance for the volume thanks to compact design Very good switch-on V tappings thanks to reduced starting currents Primary side ±15 behaviour for thanks to compact High performance for the volume voltage adjustment design Primary side ±15 V tappings for voltage adjustment High performance for the volume thanks to adjustment to vacuum Very good corrosion tappings for voltagenoise thanks Primary side ±15 V protection and low compact design Very good corrosion protection and low noise thanks to vacuum impregnation Primarygood corrosion protectionvoltage adjustment impregnation Very side ±15 V tappings for and low noise thanks to vacuum Contact protected screw connection terminals complying with UVV BGV A3 impregnation Very good corrosion protection and lowterminals complying with UVV BGV A3 Contact protected screw connection noise thanks to vacuum impregnation Simple mounting thanks connection terminals complying with UVV Contact protected screwto robust metal footplate with oval slots BGV A3 Simple mounting thanks to robust metal footplate with oval slots Contact protected screw connection metal for bolted with rail mounting A3 63 - 250 VA with combination footplate footplate and with UVV Simple mounting thanks to robust terminals complying oval slots BGV 63 - 250 VA with combination footplate for bolted and rail mounting Simple 250 VA with combination footplate for bolted and rail mounting 63 - mounting thanks to robust metal footplate with oval slots 63 - 250 VA with combination footplate for bolted and rail mounting Applications Applications Applications for As a control transformer for the electrical isolation of the input and output As a control transformer sides.The construction transformer isolation control systems according Applications of the the electrical to supply of the input and output sides.The construction of for transformer isolation control systems according As VDE 0113 is designed.the the electrical to supply of the input and output to a control transformer to VDE 0113 is designed. Assides.The construction of the transformer to supply the input and output a control transformer for the electrical isolation of control systems according As VDE 0113 istransformer for the safe electrical isolation of the input and to an isolating designed. sides.Theisolating transformertransformer to supply control systemsinput and construction of the for the safe electrical As an sides. The transformer may be used to set isolation of the according a output up protective separation as to As an0113 isThe transformer may be used to set isolation of the input and as a VDE sides. designed. outputisolating transformer for thewith VDE 0100.up protective separation protective measure in accordance safe electrical protective measure in accordance withused to output sides. transformer for the safe electricalset up protectiveinput and as a The transformer may be VDE 0100. As an isolating isolation of the separation As a safety transformer for the electrical isolation of the input and output protective The transformer maysafeused to set up output sides. measure in accordance with VDE 0100. protective separation as a be As a safety transformer for the safe electrical SELV andof the input and output isolation PELV circuits because sides. The transformer is suitable for creating protective measure in accordance safe electrical SELV andof the input and output sides.safetyon the output for the with VDE 0100. Asthe The transformer is voltage. for creating isolation PELV circuits because of a limit transformer suitable of the limittransformer is voltage. on the output Assides. Thetransformer for suitable for creating SELV andthe input and output a safety the safe electrical isolation of PELV circuits because of the limit on the output voltage. creating SELV and PELV circuits because sides. The transformer is suitable for Sample application Sample application Sample application Sample application of the limit on the output voltage. Standards 2 | " Z Standards 2 | " Z Standards 2 | " Z Control transformer Standards 2-2, DIN EN 61558-2-2, ENZ 2 | " 61558-2-2, IEC 61558-2-2, Control transformer to: VDE 0570 Teil to: VDE transformer 22.2 No.66 Control 0570 Teil 2-2, DIN EN 61558-2-2, EN 61558-2-2, IEC 61558-2-2, UL 5085-1/-2, CSA UL VDE 0570 Teil 2-2, DIN EN 61558-2-2, EN 61558-2-2, IEC 61558-2-2, to: 5085-1/-2, CSA 22.2 No.66 Control transformer UL 5085-1/-2, CSA 22.2 No.66 to:Safety0570 Teil transformer 61558-2-2, EN 61558-2-2, IEC 61558-2-2, VDE isolating 2-2, DIN EN Safety isolating transformer to: VDE 0570 Teil 2-6, No.66 UL 5085-1/-2, CSA 22.2 DIN EN 61558-2-6, EN 61558-2-6, IEC 61558-2-6, UL to: VDE 0570 Teil 2-6,No.66 61558-2-6, EN 61558-2-6, IEC 61558-2-6, UL Safety isolating transformerEN 5085-1/-2, CSA 22.2 DIN 5085-1/-2, CSA 22.2 No.66 61558-2-6, EN 61558-2-6, IEC 61558-2-6, UL to: VDE 0570 Teil 2-6, DIN EN Safety isolating transformer Isolating transformer 5085-1/-2, CSA 22.2 No.66 to: VDE 0570 Teil 2-6, DIN EN 61558-2-6, EN 61558-2-6, IEC 61558-2-6, ULUL to: VDE 0570 Part2-4, DIN EN 61558-2-4, EN 61558-2-4, IEC 61558-2-4, 5085-1/-2, CSA 22.2 No.66 5085-1/-2, CSA 22.2 No.66 Approvals W J Z Approvals W J Z Approvals W J Z UL 5085-1/-2, CSA Approvals 22.2 No.66 J Z W UL 5085-1/-2, CSA 22.2 No.66 UL 5085-1/-2, CSA 22.2 No.66 UL 5085-1/-2, CSA 22.2