EATON General Purpose Encapsulated Transformers


Eaton general-purpose encapsulated transformers are designed to transfer electrical energy from one circuit to another using electromagnetic induction in the manufacturing, telecommunication and transportation industries.

Filter
StyleModelPrice (ex. VAT)
A
S20N11S10CUSS
€5,880.76
B
S48N11S85
€358.05
B
S48N11S81
€268.54
A
S57N11S15
€4,846.39
A
S48N11S15CU
€7,278.26
C
S48D11P51PCU
€787.92
D
S57N48S03N
€1,663.53
E
S48N11S25X
€12,453.21
C
S48D11S05CUS6
€4,074.19
D
S48N11S76
€732.92
A
S60G11S10N
€3,709.01
D
S48N12E01CULS42
€1,556.32
F
S48D11S05N
€2,328.83
C
S60D11S10
€3,555.99
D
S60G11S02N
€1,358.61
F
S48D11S07N
€3,091.86
C
S48N12P16P
€1,020.14
C
S60D11S15
€4,642.38
C
S48D11S10CUS64X
€23,145.19
C
S48N12P02PCU
€1,308.26
F
S60G11S07N
€3,091.86
D
S48N12S16
€1,065.83
C
S48D11S03S6
€2,217.43
D
S48D11S03N
€1,663.53
D
S60G11S03N
€1,663.53
F
S48N24S05
€2,328.83
C
S60D11S03
€1,595.46
C
S48N11S15CULS47
€7,512.90
C
S48D11S15SS4X
€17,494.78
B
S27N12B51CU
€1,096.60
A
S27N11S15N
€4,846.39
E
S57D11S25CU
€13,208.52
C
S48N11P02CU
€1,704.55
D
S40N14S16CE
€2,233.62
A
S27N11S10N
€3,709.01
E
S57J11S25
€10,135.98
A
S40N14S15N
€8,222.81
C
S48N11S05CUSS4X
€11,345.07
B
S40N14S51CE
€1,137.66
D
S27N11S76SS
€1,024.79
D
S57N11S03
€1,663.53
D
S43N11S01X
€1,209.42
C
S60D11P01P
€831.77
C
S48N11S03LS42
€1,885.46
B
S57N11S51N
€577.22
D
S45N11S03
€1,663.53
C
S60D11S05
€2,229.89
E
S44M14S25
€11,012.51
D
S27N12P16P
€1,065.83
F
S48N11S07X
€4,327.15
C
S60D11P02P
€1,308.26
F
S44D12S05CU
€3,491.72
C
S60D11P51P
€550.17
B
S48N11S82
€334.75
C
S48D11S15CU
€7,278.26
E
S60J11S25N
€9,273.45
D
S27N11S16A
€1,065.83
D
S29N11S02SS
€1,901.32
D
S29N11E03N
€1,829.52
A
S29N11E10N
€4,080.31
C
S29N11P16SS
€1,402.44

Features

  • These encapsulated transformers feature aluminium / copper windings to resist corrosion on exposed surfaces.
  • They have NEMA 3R-rated enclosures to protect from dust, debris and contamination.

Frequently Asked Questions

How to install these transformers?

  • The transformer should be installed in a dry, well-ventilated area away from sources of heat and moisture. The area should also have adequate space for maintenance and servicing.
  • The transformer should be securely mounted on a flat surface using bolts or brackets that are appropriate for the transformer's weight and size. The mounting surface should be free from any debris and should be able to support the weight of the transformer.
  • Before connecting the wiring, ensure the power supply to the transformer is switched off. Connect the primary and secondary wiring according to the wiring diagram provided with the transformer. The wiring should be done by a qualified electrician who has the necessary knowledge and experience to handle electrical installations safely.
  • After the wiring is complete, the transformer should be tested to ensure it is functioning correctly. This can be done using a multimeter or a voltage tester. If any issues are detected, they should be addressed before the transformer is put into service.
  • Once the transformer has been tested and found to be functioning correctly, it can be put into service. Ensure that the transformer is properly labelled with its voltage and power ratings and that all necessary safety precautions are taken when operating the equipment.

How to maintain these encapsulated transformers?

  • Inspect the transformer regularly for signs of damage or overheating.
  • Keep the transformer clean and free of dust and debris.
  • Check the oil level and quality regularly if the transformer has oil-filled components.
  • Check the cooling system regularly, including cleaning the cooling fins or fans.
  • Test the transformer regularly using electrical tests such as insulation resistance, turns ratio and impedance.

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