Isolation transformer DZN0 K13 CU IP00

dryfor indoor serviceIEC

Product name
Low-voltage isolation transformer — DZN0 K13 CU IP00

Short description
LV isolation transformer for systems requiring harmonic mitigation and reliable neutral handling (K-factor 13). Primary delta connection and secondary zig-zag for improved grounding and unbalance compensation. Copper windings and M270 magnetic steel core. Electrostatic shield between primary and secondary, grounded.

Technical specifications (summary)
Frequency: 50 Hz
K Factor: 13
Input voltage: 400 V
Output voltage: 400 V
Primary winding connection: Delta
Secondary winding connection: Zig-zag
Vector unit: Dzn0
Core material: M270 magnetic steel
Winding material: Copper
Electrostatic shield: Between primary & secondary, connected to ground
Max ambient temperature: 40 °C
Insulation class: H
Insulation level: 3
Thermal class: H
Temperature rise: 125 °C
Max altitude: 1000 m
Environmental - climate - fire class: E1 - C1 - F0
Installation: Indoor
Protection degree: IP00
Reference Standards: EN 60076 / IEC 61558 (when applicable)

Available variants (part number — Power — In-rush current — No-load losses — Load losses — Vcc % — Data sheet)
DZN0 K13 CU IP00 8 — Power: 8 — In-rush current: 40 — No-load losses: 160 — Load losses: 290 — Vcc %: 3.5 — Data sheet: available
DZN0 K13 CU IP00 10 — Power: 10 — In-rush current: 40 — No-load losses: 180 — Load losses: 360 — Vcc %: 3.5 — Data sheet: available
DZN0 K13 CU IP00 12 — Power: 12 — In-rush current: 40 — No-load losses: 190 — Load losses: 450 — Vcc %: 3.5 — Data sheet: available
DZN0 K13 CU IP00 15 — Power: 15 — In-rush current: 40 — No-load losses: 225 — Load losses: 490 — Vcc %: 3.5 — Data sheet: available
DZN0 K13 CU IP00 20 — Power: 20 — In-rush current: 40 — No-load losses: 260 — Load losses: 590 — Vcc %: 3.5 — Data sheet: available
DZN0 K13 CU IP00 25 — Power: 25 — In-rush current: 32 — No-load losses: 290 — Load losses: 680 — Vcc %: 3.5 — Data sheet: available
DZN0 K13 CU IP00 30 — Power: 30 — In-rush current: 26 — No-load losses: 330 — Load losses: 720 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 40 — Power: 40 — In-rush current: 24 — No-load losses: 360 — Load losses: 820 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 50 — Power: 50 — In-rush current: 20 — No-load losses: 410 — Load losses: 950 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 63 — Power: 63 — In-rush current: 19 — No-load losses: 470 — Load losses: 1120 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 70 — Power: 70 — In-rush current: 18 — No-load losses: 510 — Load losses: 1220 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 80 — Power: 80 — In-rush current: 16 — No-load losses: 540 — Load losses: 1320 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 90 — Power: 90 — In-rush current: 15 — No-load losses: 580 — Load losses: 1420 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 100 — Power: 100 — In-rush current: 15 — No-load losses: 630 — Load losses: 1570 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 110 — Power: 110 — In-rush current: 14 — No-load losses: 680 — Load losses: 1720 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 125 — Power: 125 — In-rush current: 13 — No-load losses: 740 — Load losses: 1920 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 140 — Power: 140 — In-rush current: 13 — No-load losses: 810 — Load losses: 2110 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 160 — Power: 160 — In-rush current: 11 — No-load losses: 870 — Load losses: 2310 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 180 — Power: 180 — In-rush current: 11 — No-load losses: 940 — Load losses: 2550 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 200 — Power: 200 — In-rush current: 10 — No-load losses: 1020 — Load losses: 2790 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 225 — Power: 225 — In-rush current: 10 — No-load losses: 1100 — Load losses: 3070 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 250 — Power: 250 — In-rush current: 9 — No-load losses: 1200 — Load losses: 3400 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 280 — Power: 280 — In-rush current: 9 — No-load losses: 1290 — Load losses: 3720 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 315 — Power: 315 — In-rush current: 8 — No-load losses: 1410 — Load losses: 4170 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 350 — Power: 350 — In-rush current: 8 — No-load losses: 1520 — Load losses: 4610 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 400 — Power: 400 — In-rush current: 8 — No-load losses: 1620 — Load losses: 5040 — Vcc %: 4 — Data sheet: available
DZN0 K13 CU IP00 500 — Power: 500 — In-rush current: 6 — No-load losses: 1840 — Load losses: 6120 — Vcc %: 4 — Data sheet: available

Technical specifications

• Frequency: 50 Hz
• K Factor: 13
• Input/Output voltage: 400 / 400 V
• Connections: primary Delta, secondary Zig-zag
• Vector group: Dzn0
• Core: M270 magnetic steel
• Windings: Copper
• Electrostatic shield: between primary and secondary, grounded
• Max ambient temperature: 40 °C
• Insulation class: H
• Insulation level: 3
• Thermal class: H
• Temperature rise: 125 °C
• Max installation altitude: 1000 m
• Environmental class: E1 - C1 - F0
• Installation: Indoor
• Protection degree: IP00
• Standards: EN 60076 / IEC 61558 (when applicable)