ET, ETF – Single-phase matching transformers


Designed and tested according

· IEC/EN 61558-2-1
· EN 60076-1
· UL 5085-2
· CSA 22.2 No. 66

Typical applications

· Voltage adjustment

Basic equipment

· Separate windings
· Insulation class: B / from ET6.3: F
· Ambient temperature –25 to 40 °C
· Connection terminal (<=115 A) · Frequency 50/60 Hz

Other available accessories

· Protective enclosure IP23
· Additional tapping
· Conductive screen
· Temperature monitoringg
· conductive screen
· Tropic-proof equipment

Sample order

· requested type ET0,03
· requested rated input voltage 230 V
· requested rated output voltage 12 V

The correct type designation reads ET0,03(230/12)

The unambiguous article number of your configuration will be defined by trafomodern during the offer- and process.  

Technical notes

Important notes:

Static shield winding means there is additional shielding between primary and secondary sides.
For versions with increased climate resistance, the transformer is supplied with a specially insulated finish.The finish enables the transformer to be used in areas of high humidity.

Transformer version with reinforced insulation upon request.

  • UL/CSA only up to 600 V (incl. tapping)
  • CUR according to UL-File XPTQ2.E168819 up to 5,0 kVA (Transformers, General Purpose – Component bzw. Transformers, General Purpose Certified for Canada – Component)
  • CUR according to EIS 130 or EIS 155 to OBJY2. or OBJY8.E160829 (Systems, Electrical Insulation – Component bzw. Systems, Electrical Insulation Certified for Canada – Component)

When ordering, the following information must be added to the type designation:

  • ET0,03(*/*)
  • 1st place holder ≙ rated input voltage
  • 2nd place holder ≙ rated output voltage

CAD-data

show

Rated output for use according to insulation class 1) B kVA Rated output for use according to insulation class 1) F kVA Rated input voltage V (selectable) Rated output voltage V (selectable) Type Price per unit EuroPrice for currents up to A Cu-factor2)
0,03 50-690 12-400 ET0,03(*/*) Price on requestPrice on request0,14
0,06 50-690 12-400 ET0,06(*/*) 0,28
0,1 50-690 12-400 ET0,1(*/*) 0,38
0,16 50-690 12-400 ET0,16(*/*) 0,45
0,2 50-1000 12-1000 ET0,2(*/*) 0,55
0,25 50-1000 12-1000 ET0,25(*/*) 0,70
0,315 50-1000 12-1000 ET0,315(*/*) 0,83
0,4 50-1000 12-1000 ET0,4(*/*) 1,00
0,5 50-1000 12-1000 ET0,5(*/*) 1,10
0,63 50-1000 12-1000 ET0,63(*/*) 1,35
0,8 50-1000 12-1000 ET0,8(*/*) 2,20
1 50-1000 12-1000 ET1,0(*/*) 2,20
1,3 50-1000 12-1000 ET1,3(*/*) 2,45
1,6 50-1000 24-1000 ET1,6(*/*) 3,90
2 50-1000 24-1000 ET2,0(*/*) 3,80
2,5 50-1000 24-1000 ET2,5(*/*) 6,80
3 50-1000 24-1000 ET3,0(*/*) 6,00
450-1000 24-1000 ET4,0(*/*) 9,90
5 50-1000 60-1000 ET5,0(*/*) 8,60
6,3 850-1000 60-1000ET6,3(*/*) 12,00
8,31050-100060-1000ETF8,3(*/*) 21,00
1011,950-1000 60-1000ETF10,0(*/*) 25
13 14,7 50-1000 60-1000ETF13,0(*/*)

1) Rated output when used according to insulation class B, maximum of 130°; for insulation class F maximum of 155° C
2) The calculation method of the material price surcharge will be explained in Section 2.1 in the general conditions of business.

Rated power for use according to insulation class B kVARated power for use according to insulation class B kVARated input voltage V (selectable) Rated output voltage V (selectable) Type Price 2) OLD Euro Price per unit Euro Price for currents up to A Cu-no 1)
1619,2 50-1000 60-1000 ETF16,0(*/*) Price on requestPrice on requestPrice on request35,00
2124,3 50-1000 60-1000 ETF21,0(*/*) 38,00
2528,8 50-1000 60-1000 ETF25,0(*/*) 40,00
3338 50-1000 60-1000 ETF33,0(*/*) 52,00
4046,7 50-1000 60-1000 ETF40,0(*/*) 56,00
5359,3 50-1000 60-1000 ETF53,0(*/*) 75,00
6774,7 50-1000 60-1000 ETF67,0(*/*) 78,00

1) Rated output when used according to insulation class B, maximum of 130°; for insulation class F maximum of 155° C
2) The calculation method of the material price surcharge will be explained in Section 2.1 in the general conditions of business.

type total
weight
no-load
losses
short-circuit
losses 1)
short-circuit
voltage
efficiency a b c b c b c b c b c e f ø g b1 c1
kg W W % 12 V 24 V 42 V 110 V 230 V
ET0,03 0,7 4 4 11,2 0,79 66 62 80 62 80 62 80 62 80 62 80 50 44 4,8 x 8 55 60
ET0,06 0,8 5 7 9,2 0,83 66 74 80 74 80 74 80 74 80 74 80 50 56 4,8 x 8 67 60
ET0,1 1,5 6 9 8,1 0,87 85 68 91 68 91 68 91 68 91 68 91 64 47 4,8 x 8 60 76
ET0,16 2 8 10 5,7 0,90 85 82 91 82 91 82 91 82 91 82 91 64 61 4,8 x 8 74 76
ET0,2 2,3 10 10 4,9 0,91 85 91 91 91 91 91 91 91 91 91 91 64 70 4,8 x 8 83 76
ET0,25 3 10 15 5,5 0,91 106 82 112 82 112 82 112 82 112 82 112 80 61 5,8 x 12 80 97
ET0,315 3,8 10 15 4,6 0,93 106 90 112 90 112 90 112 90 112 90 112 80 70 5,8 x 12 89 97
ET0,4 4,3 12 19 4,6 0,93 121 88 119 88 119 88 119 88 119 88 119 90 68 5,8 x 12 86 106
ET0,5 5,2 16 19 3,8 0,93 121 121 133 100 119 100 119 100 119 100 119 90 80 5,8 x 12 98 106
ET0,63 6,8 19 19 3 0,94 121 141 133 120 119 120 119 120 119 120 119 90 100 5,8 x 12 118 106
ET0,8 7,7 27 26 3,3 0,94 151 107 211 107 145 107 145 107 145 107 145 122 82 7 x 15 104 132
ET1,0 9,6 35 29 2,8 0,94 151 124 211 145 159 124 145 124 145 124 145 122 99 7 x 15 121 132
ET1,3 13,4 46 29 2,3 0,95 151 150 211 171 159 150 145 150 145 150 145 122 125 7 x 15 147 132
ET1,6 14,9 40 30 2,1 0,96 175 138 240 138 240 159 170 138 157 138 157 135 110 7 x 15 136 152
ET2,0 20 51 35 1,9 0,96 175 200 157 168 240 190 170 168 157 168 157 135 141 7 x 15 167 152

1) Values measured at room temperature
all dimensions in mm

type total
weight
no-load
losses
short-circuit
losses 1)
short-circuit
voltage
efficiency a b c b c b c b c b c e f ø g b1 c1
kg W W % 12V 24V 42V 110V 230V
ET2,5 21 23 71 2,8 0,96 230 185 255 215 275 160 275 150 255 150 255 190 200 11 130 250
ET3,0 26 28 77 2,5 0,97 230 210 255 240 275 240 275 175 255 175 255 190 200 11 155 250
ET4,0 32 36 74 1,9 0,97 230 225 255 210 255 255 275 200 275 190 255 190 200 11 170 250
ET5,0 35 46 101 2,3 0,97 230 235 255 235 255 265 275 210 275 200 255 190 200 11 180 250

1) Values measured at room temperature
all dimensions in mm

type total
weight
no-load
losses
short-circuit
losses 1)
short-circuit
voltage
efficiency a b* b1 c c1 e e1 f øg1 øg2
kg W W %
ET6,3 40 52 130 2,2 0,97 260 185 152 400 310 230 126 10 x 18
ETF8,3 75 60 250 2,4 0,96 320 233 173 435 370 270 143 13 x 20
ETF10 80 80 300 2,3 0,96 320 248 188 435 370 270 158 13 x 20
ETF13 95 85 280 1,7 0,97 320 263 203 435 370 270 173 13 x 20
ETF16 100 90 380 3,7 0,97 370 250 190 485 420 320 270 160 13 x 20 13 x 20
ETF21 120 115 450 3,1 0,97 370 277 217 485 420 320 270 187 13 x 20 13 x 20
ETF25 140 150 530 2,8 0,97 370 307 247 485 420 320 270 217 13 x 20 13 x 20

1)Values measured at room temperature
all dimensions in mm
*External dimension for lug: ETF8,3-ETF25 +60mm for lug (already included)

type total
weight
no-load
losses
short-circuit
losses 1)
short-circuit
voltage
efficiency a b* b1 c c1 e e1 f øg1 øg2
kg W W %
ETF33 180 160 540 2,8 0,98 460 370 280 561 497 400 330 220 14 12
ETF40 190 200 825 3,1 0,97 460 400 310 561 497 400 330 250 14 12
ETF53 220 180 1260 4,0 0,97 480 350 260 706 642 400 200 14
ETF67 260 235 1580 3,9 0,97 480 380 290 706 642 400 230 14

1)Values measured at room temperature
all dimensions in mm
*External dimension for lug: ETF33-ETF67 +90mm for lug (already included)