Three Phase Amorphous Alloy High Over-Load Sealed Power Transformer

China Three Phase Amorphous Alloy High Over-Load Sealed Power Transformer, Find details about China Three Phase Transformer, Amorphous Alloy Transformer from Three Phase Amorphous Alloy High Over-Load Sealed Power Transformer

Basic Info.

Model NO.

SH11-MF

Usage

Power Transformer, Distribution Transformer

Frequency Characteristics

Power Frequency

Brand

Nce

Vector- Group

Dyn11/Yyn0

Trademark

NCE

Transport Package

Export Standard Package

Specification

10KV

Origin

Jiangsu, China

HS Code

8504210000

Model NO.

SH11-MF

Usage

Power Transformer, Distribution Transformer

Frequency Characteristics

Power Frequency

Brand

Nce

Vector- Group

Dyn11/Yyn0

Trademark

NCE

Transport Package

Export Standard Package

Specification

10KV

Origin

Jiangsu, China

HS Code

8504210000

Product Desciption

Three Phase Amorphous Alloy High Over-load Sealed Power Transformer

Model Description

Product Information

High Overload Transformer refers to the transformer which is tolerable to high loads and has better ability to prevent the transformer from being burnt down due to overload. It can not only cope with seasonal load peaks, but also keep a higher rate of loading in operation of normal months to reduce running and maintenance costs and to maintain a good efficiency. A high over load transformer can continuously keep running for 6 hours at 1.5 times of rated load, 3 hours at 1.75 times of rated load and 1 hour at 2 times of rated load. It can effectively solve the problem of burning-out of the transformer due to high overload in very short time and thus the normal service life of the transformer will not be affected.

Product Features

High over-load power distribution transformer has features of energy-saving, high efficiency, environment friendly, low no-load current, low reactive loss and high resistance to sudden short circuit.

Table1 S11 Type Silicon-steel Core High Overload Power Distribution Transformer

Rated Capacity (kVA)	Voltage Combined			Vector- group	No-load Loss (w)	load Loss (w)	No-load current (%)	Short- circuit impedance (%)
	HV(KV)	Tapping Ranges	LV(KV)
50	10 10.5 11	±5% ±2×2.5%	0.4	Dyn11/Yyn0	130	910/870	1.1	4.0
100					200	1580/1500	1.0
200					340	2730/2600	9.0
Note: The load loss values above the slash is applicable to Dyn11 connection sets, while load loss values below the slash is applicable to Yyn0 connection sets.

Table2 S13 Type Silicon-steel Core High Overload Power Distribution Transformer

Rated Capacity (kVA)	Voltage Combined			Vector- group	No-load Loss (w)	load Loss (w)	No-load current (%)	Short- circuit impedance (%)
	HV(KV)	Tapping Ranges	LV(KV)
50	10 10.5 11	±5% ±2×2.5%	0.4	Dyn11/Yyn0	100	910/870	0.8	4.0
100					150	1580/1500	0.7
200					240	2730/2600	0.6
Note: The load loss values above the slash is applicable to Dyn11 connection sets, while load loss values below the slash is applicable to Yyn0 connection sets.

Table3 SH15 Type Amorphous Alloy Core High Overload Power Distribution Transformer

Rated Capacity (kVA)	Voltage Combined			Vector- group	No-load Loss (w)	load Loss (w)	No-load current (%)	Short- circuit impedance (%)
	HV(KV)	Tapping Ranges	LV(KV)
50	10 10.5 11	±5% ±2×2.5%	0.4	Dyn11/Yyn0	43	910/870	0.5	4.0
100					75	1580/1500	0.45
200					120	2730/2600	0.4
Note: The load loss values above the slash is applicable to Dyn11 connection sets, while load loss values below the slash is applicable to Yyn0 connection sets.