Leave Your Message
Products Categories
Featured Products

Three Dimensional Wound Core Transformer

Compared to the S11 with the same capacity transformer, the newer energy-saving type of transformer has a 25% or more reduction in no-load loss and a 70% or more reduction in no-load current.

It is mainly used in 10KV 11KV 13.8KV 15KV 20KV 22 KV 30KV 33KV 34.5 35KV power distribution systems of rural and urban power grids.

    Advantages

    1.Low loss
    The S13-M.RL series of capacity 30-1600kVA no-load loss decreases by 50% on average, and the load loss decreases by 30% on average. S11-M. RL series no-load loss decreased by 30% on average, load loss decreased by 25% on average.

    2.Low no-load current
    Due to the excellent material of the wound core and the characteristics of the winding process, the no-load current is significantly reduced. S13-M.RL series no-load current decreases by an average of 75% according to the current national GB/T6451-1999. S11-M.RL series no-load current decreases by an average of 75%.

    3.Low operating noise
    The noise of S13-M.RL and S11-M.RL series is reduced by about 7-9dB according to JB/T10088-1999 noise standard.

    4.Strong short circuit resistance
    The whole transformer body is in the shape of a body with a triangular prism shape, pull-screws and center are arranged around. It is integrated with upper and lower iron yoke insulation and laminated wood blocks, which can effectively resist the axial and radial mechanical stress during sudden short circuit.

    Standards

    GB 1094 Power Transformer

    GB/T 15164 Oil-immersed power transformer load guide

    GB/T 6451 Three-phase oil-immersed power transformer technical parameters and requirements

    IEC/60076

    Capacity

    30kva~10000kva

    Voltage

    380v~35kv

    USES

    Distribution transformer

    Data Sheet

    30 KVA~1000KVA Three dimensional wound core oil immersed distribution transformer

    Capacity(KVA)

    Voltage combination

    Vector Group Symbol

    NO-load loss ( W )

    Load loss ( W )

    NO-load current ( % )

    High pressure ( kV )

    High pressure tap range ( % )

    The low pressure ( kV )

     

    30 KVA

    6
    6.3
    10
    10.5
    11

    ±5
    ±2×2.5

    0.4
    0.415
    0.42
    0.44

    Dyn11 or Yyn0

    100

    630/600

    0.3

    50 KVA

    130

    910/870

    0.24

    80 KVA

    180

    1310/1250

    0.22

    100 KVA

    200

    1580/1500

    0.21

    125 KVA

    240

    1890/1800

    0.2

    160 KVA

    280

    2310/2200

    0.19

    200 KVA

    340

    2730/2600

    0.18

    250 KVA

    400

    3200/3050

    0.17

    315 KVA

    480

    3830/3650

    0.16

    400 KVA

    570

    4520/4300

    0.16

    500 KVA

    680

    5420/4300

    0.16

    630 KVA

    810

    6200

    0.15

    800 KVA

    980

    7500

    0.15

    100 KVA

    1150

    10300

    0.14