class ii transformer 250va, 500va, 1000va, 1400va (4 x …€¦ · 5 technical data 18 6 repair...

This document is protected by Copyright. The design of any article recorded in this document is protected by design right and the information contained in the document is confidential. The document may not be copied. Any design may not be reproduced and the information contained in the document may not be used or disclosed except with the prior written permission of and in the manner permitted by the proprietors, FT Transformers LTD

CLASS II TRANSFORMER

250VA, 500VA, 1000VA,

1400VA (4 X OUTPUT),2000VA & 3000VA

OPERATION & MAINTENANCE MANUAL

Document Number: FT-O&M-DOC-05765 Revision. Version: 0.6

Release Status: FINAL

Date: 16/07/2013

Name Job Title Signature Date

Author R Bradley General Manager

Copy Number:

This document is controlled by FT Transformers. Any paper copy of this document must be assumed to be

uncontrolled.

CLASS II TRANSFORMER OPERATION & MAINTENANCE MANUAL NO: FT-O&M-DOC-05765

REVISION.VERSION: 0.6 DATE: 16/07/2013

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CHANGE HISTORY

Revision Author Date Release

Status

ECO

Reference

01 R Bradley DRAFT

02 R Bradley DRAFT

03 R Bradley DRAFT

04 R Bradley FINAL

05 R Bradley FINAL

06 R Bradley 20/11/2013 FINAL



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CONTENTS

Section Name Page

CHANGE HISTORY ............................................................................................. 2

CONTENTS 3

REFERENCED MATERIAL AND STANDARDS 4

ABBREVIATIONS 5

1 INTRODUCTION 6 1.1 Purpose .................................................................................................... 6 1.2 Audience .................................................................................................. 6 1.3 Product Description .................................................................................... 6 1.4 Product Operation ...................................................................................... 6 1.5 Contact Details .......................................................................................... 8 1.6 Comercial Conditions .................................................................................. 8

1.6.1 Warranty ........................................................................................... 8 1.6.2 Quality Assurance ............................................................................... 9

1.7 Asset Management .................................................................................... 9

2 SAFETY 10 2.1 General ................................................................................................... 10

2.1.1 Manual Handling ................................................................................ 10 2.1.2 Rules For Electrical Safety ................................................................... 10 2.1.3 Suitable Tools .................................................................................... 10

3 INSTALLATION AND COMMISSIONING 11 3.1.1 Delivery and Transportation ................................................................ 11 3.1.2 Installation ........................................................................................ 11 3.1.3 Cables and Cable Connection ............................................................... 13 3.1.4 Commissioning .................................................................................. 13 3.1.5 Voltage Adjustment ............................................................................ 14 3.1.6 Energisation Of Equipment .................................................................. 16

4 MAINTENANCE 17 4.1.1 Routine and Preventative Maintenance.................................................. 17 4.1.2 Recommended Spare Parts ................................................................. 17 4.1.3 Onsite Testing Procedure .................................................................... 17

4.2 Training and Competence .......................................................................... 17 4.3 Disposal .................................................................................................. 17

5 TECHNICAL DATA 18

6 REPAIR PROCEDURE 20

Appendix A – General Arrangement 21

Appendix B – Transformer Connection Plates 22



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Referenced Material and Standards

The following source material was used: The following documents in italics to be revised for FT document numbers

Document / Standard Name

[1] NR/L2/SIG/300007, Product Specification for power Transformers for Signalling Systems

[2] FT Declaration of Conformity

[3] NR/L2/ELP/27410, Specification for Class II based Signalling Systems

[4] NR/L2/ELP/27409, Product Specification for Functional Supply points (FSP)

[5] NR/SP/ELP/27242, Specification of Low Voltage Electrical Installations on Railway Premises

[6] NR/SP/ELP/27243, Specification for Signalling Power Supplies

[7] NR/SP/ELP/27244, Guidance for Signalling Power Supplies

[8] NR/SP/ELP/27247, Guidance for Low Voltage Electrical Installations on Railway Premises

[9] NR/GN/ELP/27310, Management of Signalling Power Supplies

[10] GI/RT7017, Signalling & Safety Related Telecommunications Power Supplies and Circuits

[11] GI/GN7517, Guidance on Signalling and Safety Related Telecomms and Power Supplies and Circuits

[12] BS 7671, Requirements for Electrical Installations: IEE Wiring Regulations (17th Edition)

[13] BS EN 50122-1, Railway Applications – Fixed Installations

[14] BS EN 50272 - 2, Railway Applications – Fixed Installations

[15] BS EN 60664-1, Insulation Coordination for Equipment Within Low-voltage Systems - Part 1

[16] BS EN 61180-1, High-voltage TestTechniques for low-voltage equipment - Part 1

[17] SAM1290, Impulse Test of A 700V transformer To British Standard BS EN 50124

[18] BR SM 440 – Apparatus Case Rack layouts

[19] EaWR, Electricity at Work Regulations 1989

Websites www.ft-transformers.co.uk www.networkrail.co.uk www.hse.gov.uk



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Abbreviations

AC Alternating Current

CPC Circuit Protective Conductor

CSA Cross Sectional Area

DC Direct Current

DNO Distribution Network Operator

E&P Electrification and Plant

EaWR Electricity at Work Regulations

FLC Full Load Current

FSP Functional Supply Point

GRIP Guide to Railway Investment Projects

IEEE Institute of Electrical & Electronics Engineers

LSF Low Smoke and Fume

LSZH Low Smoke Zero Halogen

MET Main Earth Terminal

N.I.C.E.I.C National Inspection Council for Electrical Installation Contracting

NR Network Rail

O&M Operation and Maintenance

PF Power Factor

PSP Principle Supply Point

PVC Polyvinyl Chloride

REB Relocatable Equipment Building

SWA Steel Wire Armoured

THD Total Harmonic Distortion

TP&N Three Phase and Neutral

VA Volt-Amps (Unit for Apparent Power)

XLPE Cross-Linked Polyethylene



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1 INTRODUCTION

1.1 Purpose

This Operation and Maintenance manual is for the Class II Hybrid Functional Supply Point (FSP) transformers in the range:

• 250VA

• 500VA

• 1000VA

• 1400VA (4x output)

• 2000VA

• 3000VA

These are to be used within Class II Signalling Power Distribution Systems in line with NR/L2/ELP/27410, Specification for Class II based Signalling Systems.

1.2 Audience

The intended audience for this operation and maintenance manual are all authorised and competent persons involved in, but not limited to, designers, installers, asset managers and maintainers.

1.3 Product Description

KEY FEATURES:

• Double Insulated primary side protection in-line with NR/L2/SIG/30007, Product Specification for power Transformers for Signalling Systems (note: 100VA units have double insulated primary and secondary).

• 4 No outputs at 350VA each (1400VA type only)

• Inrush equal to the full load current i.e. 1 x FLC

• Patented spray on covering technique for the FT coating to provide a further level of electrical and corrosive protection and future proof the unit.

• There is also a powder coat enclosure available

• Fits within the standard Rail apparatus (location) case, REB (Relocatable Equipment Building) and rack frame to BR-SM-440

• THIS PRODUCT IS A REPLACEMENT FOR LEGACY TRANSFORMERS TO

BR924A

• THIS PRODUCT CAN BE USED AS A CLASS I REPLACEMENT

• THIS PRODUCT IS NOT SUITABLE FOR USE IN TUNNELS

1.4 Product Operation

The transformers are designed and built to be supplied from a two wire 650VAC ( +/-10% ) supply at a nominal frequency of 50hZ ( +/-4 to 6% ).

The transformers are designed and built to supply 110V (+/- the accepted Network Rail tap settings) at a nominal frequency of 50hZ



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Figure 1 – Class II transformer common details

Figure 2 – Transformer I.D. Badge

50364 XXXXXX

0-10-25-600-650-700 V 50 Hz 1 PH

F

4X 350VA 0-5-10-110-120-140 V

NR/L2/SIG/30007 Class II Hybrid

XXXXX / 1 2013

40kg

YEAR

INS CLASS

PADS No. DESIGN

INPUT

OUTPUT

SPEC

SERIAL No.

[email protected]

FT TRANSFORMERS LIMITED TEL XXXXXXXXXXXXX www.ft.transformers.co.uk

2x Built in handles

4 x vent louvers

12x durable nylon bolts and washers

Warning Labels (Top and Front)

2 x holes cut out either side diameter

26MM for Primary cable connection

2 x holes cut out either side diameter

26MM for Secondary cable

connection

Mounting slots



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Figure 3 – Warning Label

1.5 Contact Details

Address: FT Transformers Ltd

Unit 7 Cyclo Works,

Lifford Lane,

Kings Norton,

Birmingham,

B30 3DY

Telephone: +44 (0) 121 451 3204

Facsimile: +44 (0) 121 433 4577

Email: [email protected]

1.6 Comercial Conditions

1.6.1 Warranty

DOUBLE

INSULATED

EQUIPMENT

INSIDE



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We offer a standard warranty period of the equipment procured and supplied by FT Transformers 12 months from putting into service. However FT Transformers will not accept liability for any costs incurred by others. Extended warranty is available at extra cost subject to agreement.

1.6.2 Quality Assurance

All contracts employ the Company Quality Assurance System, which complies with the requirements of ISO9001 and has been independently assessed by Lloyd's Registered Quality Assurance

1.7 Asset Management

All units have a unique number which is completely traceable as required by BSI 9001. This number can be aide to any asset management system for a life log of the unit.



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2 SAFETY

2.1 General

Personal protective equipment PPE shall be in-line with Network Rail and group standards. All persons are to make an assessment of the required level of PPE in-line with authorised site requirements.

The Nominate Competent person should do risk assessments and Method statement before any electrical installation is undertaken.

2.1.1 Manual Handling

The manual handling procedures in section 3.1.1 ‘Delivery and Transportation’ of this document should be followed together with ‘Manual Handling Operations Regulations 1992 (as amended)’.

2.1.2 Rules For Electrical Safety

The Low Voltage Directive - ‘Guidelines On The Application Of directive 2006/95/EC’, regards the voltage of the signalling power system as ‘low’ but ‘SUFFICIENT TO KILL’.

Assume all equipment is live until proven dead

The rules of electrical isolation within BS7671 and best practise should be adhered to through out by ‘Authorised Nominate Competent’ persons.

Network Rail Safety Procedures should be followed throughout for permissions required for isolation and safe disconntection of signalling supplies.

If required the appropriate Warning and /or Danger notices must be displayed

2.1.3 Suitable Tools

All tools including personal tools must be suitable for the operation for which they are being used and must be in good condition.

• Spanner for M6 hex bolt

• Philips screw driver

• Flathead screw driver

Figure 4 – Example tools

or + +



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3 INSTALLATION AND COMMISSIONING

Although outside the scope of this manual, electrical Inspection and testing must be in accordance with BS 7671 17th edition “Requirements for Electrical Installations” and Guidance Note 3, and in accordance with N.I.C.E.I.C testing guidelines / standards.

3.1.1 Delivery and Transportation

The transformer(s) will arrive at the arranged delivery address intact. If there is damage to the transformers of any kind please contact FT Transformers Ltd.

When delivering to the final site installation the transformer(s) should be fixed securely within the vehicle for transportation. It is advised that the transformer(s) and GLS-100 R coating be inspected before installation.

During on loading and offloading it is advised that two or more competent person manually lift the transformer in place. Note the Health and Safety Executive Manual Handling Charts (MAC) assessment is attached in Appendix B for reference and can be used to aid any manual handling risk assessment. However, this does not invalidate competent person(s) from their responsibilities. The Manual Handling Operations Regulations 1992 (as amended) shall be adhered to in this regard. FT transformers advise the use of a mechanical lifting aid such as a stacker for weights 40kg and below as shown in figure 5

3.1.2 Installation

Before installation commences the installer must carry out a risk assessment. The mounting rails, brackets or other such arrangement must be assessed for its capability of bearing the transformer weight.

It is advised that the transformer be mounted at the lower portion of any cubicle or rack to reduce the risk of stress on any such cubicle or rack.

Although the FT-100 R coating is extremely durable, care must be taken not to scratch it. If damage does arise, please see Section 7 Repair Procedure for FT-100 R

The transformer must be mounted in the orientation shown in figure 3 below with the fixing holes to the bottom. The transformer must be securely fixed to the mounting rails, brackets or other such arrangement capable of bearing the transformer load. The Plastic nuts and bolts supplied must be used ONLY. If these are lost, please contact FT Transformers and arrangements will be made to supply replacements. Otherwise, plastic nuts and bolts can be readily obtained from the standard electrical wholesalers.

To gain access to the cable connection plate the method followed in figures 6 & 7 should be followed.

1

2

3

Figure 5 – Use of a Stacker

Once the stacker is in position and the appropriate adjustment made to the tray height (1) the transformer(s) can be slid (3) off the tray and into a maintenance vehicle or trailer (2) for removal/ transport to site.



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Figure 3 - Mounting in Place

Figure 6 – Tightening mounting bolts and removing cable faceplate

1 1

2 2

3 3

1

2

2 2 2

Rack or other load bearing structure for

transformer fixing



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Figure 7 –Cable connection faceplate

3.1.3 Cables and Cable Connection

All cabling should meet the requirements of NR/L2/ELP/27410. For connection faceplate see Appendix B

POWER CABLES

Only Class II enhanced cable shall be used on the 650V primary side of the transformer as part of a Class II signalling power distribution system and required by NR/L2/ELP/27410.

NOTE: CABLES MUST NOT BE SWA!

The signalling power distribution cable is connected to the transformer with terminal blocks, which are designed to accept a cable size between 0.5-mm.

The supply is connected to the transformer with KS terminal Blocks which are touch proof and designed to accept a cable size between 0.5-2.5mm.

110V cables on the secondary side shall be the standards signalling cable and/or PVC cable as required by the installation scheme.

EARTH CABLES

All earthing and bonding on the transformer to any such, installation, which it is fixed, shall comply with BS 50122-1, BS 7430 and BS 7671: The requirements for Electrical Installations.

The functional earth terminal block which are designed to accept a cable size of between 0.5-10mm

3.1.4 Commissioning

Before electrical energisation takes place, make sure that all ventilation louvers are clear of any obstruction.

Cable connection plate (note the

example shown is for the 1400VA

multi-output unit



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NOTE: ONLY PARALLEL OUTPUTS 1&2 TOGETHER AND OUTPUTS 3&4 TOGETHER.

DO NOT PARALLEL ALL FOUR OUTPUTS TOGETHER!

Visually check that the coating is undamaged. If the coating is damaged on the outside but is undamaged internally the transformer is good for use. No maintenance is required and there is no need to change the transformer under these circumstances. See Repair Procedure

3.1.5 Voltage Adjustment

The transformer terminals should be set to the nominal voltage T0/650v and t0/t110v

Under load conditions, monitor the input voltages for a few minutes and obtain an average value.

Disconnect the incoming supply and use the table below to set the primary taps

Input voltages obtainable associated tap setting

Output voltages obtainable and ossociated tap setting ( 650v primary nominal )

Voltage In Primary Taps Secondary Taps Voltage Out

575v T25 T600 t10 t110 100V

590v T10 T600 t5 t110 105V

600v T0 T600 t0 t110 110V

625v T25 T650 t10 t120 110V

640v T10 T650 t5 t120 115V

650v T0 T650 t0 t120 120V

675v T25 T700 t10 t140 130V

690v T10 T700 t5 t140 135V

700v T0 T700 t0 t140 140V

Under load, monitor the output voltages and adjust the output taps to obtain approx 108-112 volts



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Figure 8a - Transformer Wiring Schematic with voltage taps

T0 t5 t10

t110 t120

T10

T600 T650 T700

Output Ratings:

250VA, 500VA,

1000VA, 2000VA, 3000VA

T25

t140

t0

FUNCTIONAL EARTH



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Figure 8b - Transformer Wiring Schematic with voltage taps for 1.4kVA

3.1.6 Energisation Of Equipment

Wherever possible electrical equipment should not be connected to or energised until all work on that equipment and associated circuits is complete. The first energisation of LV electrical equipment will be authorised by the Authorised Nominated Competant Person.

Once the electrical supply to LV electrical equipment has been made Live a Danger Live notice, must be attached to the LV electrical equipment to prevent interference where danger may arise. This notice should remain in place until all envisaged installation, extension or modification work on the LV electrical equipment or systems, which the LV electrical equipment forms a part of, is complete.

Organisational Policies and procedures should be adhered to.

T0

t5

t10

t110 t120

T10

T600 T650 T700

O/P 1 = 350VA

T25

t140

t0

FUNCTIONAL EARTH

t5

t10

t110 t120

O/P 2 = 350VA

t140

t0

t5

t10

t110 t120

O/P 3 = 350VA

t140

t0

t5

t10

t110 t120

O/P 4 = 350VA

t140

t0

NOTE: ONLY PARALLEL OUTPUTS

1&2 TOGETHER AND OUTPUTS 3&4

TOGETHER.

DO NOT PARALLEL ALL FOUR

OUTPUTS TOGETHER!



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4 MAINTENANCE

Ensure that all ventilation louvers are clear.

The maintenance schedule is set by Network Rail under its maintenance scheduling procedures and control of asset register information ( NR/SP/SIG/10661 ) Signalling Maintenance Task Intervals

A Class II Hybrid transformer must only be replaced with a Class II Hybrid or fully Class II transformer of equal specification. NEVER replace a Class II Hybrid transformer with a Class I transformer.

Each transformers is provided with a unique I.D. located on the transformer label, this should be quoted when the unit is examined for maintenance.

4.1.1 Routine and Preventative Maintenance

FT Transformers advise that routine maintenance be carried so as not to shorten the life expectancy of the transformers. This may also include preventative maintenance as part of the asset management.

4.1.2 Recommended Spare Parts

No spare parts are required for these transformers

4.1.3 Onsite Testing Procedure

1. Disconnect the incoming supply and secondary connections.

2. Using a 500v megger check insulation resistance ( primary to functional earth )

3. ( Secondary to Functional Earth ) ( Primary to Secondary ) All values to be greater than 100M ohms.

4. Check Input and Output winding resistances with the values on data sheet at the rear of this manual.

5. Reconnect the incoming supply to Primary Terminals.

6. Check the incoming supply voltage, adjust primary taps if required using the table in 3.1.5.

7. Check secondary voltages, voltages should be within 10% of the terminal voltage.

8. Reconnect the secondary and check the load current

9. The load current should not exceed the values shown on the data sheets

10. Check output tap voltages, voltages should be within 2% of the terminal voltage, adjust output taps if required.

4.2 Training and Competence

All works involving the installation, commissioning, testing, and routine maintenance shall be carried out by persons competent, trained and authorised to do so to Network Rail, Group and British Standards.

4.3 Disposal

Equipment may be returned to FT Transformers Ltd or a waste disposal organisation certified but not to limited to the WEE Directive 2002/96/EG



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5 TECHNICAL DATA

RATING CONTINUOUS 250VA 500VA 1000VA 1400VA 2000VA 3000VA

IMTERMITENT RATING 15MINS IN EACH HOUR 300VA 600VA 1200VA 1680VA 2400VA

3600VA

DESIGN NUMBER/20KV PROTECTED ENCLOSURE

50361 50362 50363 50364 50365 50488

DESIGN NUMBER/ POWDER COAT ENCLOSURE

50583 50584 50585 50586 50587 50588

PRIMARY WINDING CLASSIFICATION

CLASS 11 CLASS 11 CLASS 11 CLASS 11 CLASS 11 CLASS 11

SECONDARY WINDING CLASSIFICATION

CLASS 1 CLASS 1 CLASS 1 CLASS 1 CLASS 1 CLASS 1

PRIMARY VOLTAGE 0-10-25-600-650-700V

0-10-25-600-650-700v

0-10-25-600-650-700v

0-10-25-600-650-700v

0-10-25-600-650-700v

0-10-25-600-650-700v

FREQUENCY (Hz) 50/60 50/60 50/60 50/60 50/60 50/60

3PH OR 1PH 1PH 1PH 1PH 1PH 1PH 1PH

INSULATION CLASS F F F F F F

RECOMMENDED PRIMARY FUSE PROTECTION

2A BS88 TYPE GG 690V RATED OR IEC 60269






EFFICIENCY` 92% 94% 95.% 95.2% 95% 95%

PEAK INRUSH X FLC 3.1 1.5 1 1 1 1

PEAK INRUSH CURRENT 1.5A 1.15A 1.53A 2.15A 3.07A 4.10A

I^t OVER FIRST TWO CYCLES 40mS 0.09 0.05 0.09 0.18 0.38

0.67

IMPEDANCE (ALL SECONDARY’S SHORT CIRCUIT) MEASURED VALUE AT 20°C

2.43% 2.12% 2.88% 2.63% 3.43%

4.62%

IMPEDANCE MAX 5% MAX 5% MAX 5% MAX 5% MAX 5% MAX 5%

SECONDARY VOLTAGE

0-5-10-110-120-140

0-5-10-110-120-140

0-5-10- 110-120-140

4 X 0-5-10-110-120-140

0-5-10-110-120-140

0-5-10- 110-120-140

RATING AT EACH TERMINAL OUTPUT

250VA 500VA 1000VA 4 x @ 350VA EACH

2000VA 3000VA

DURATION OF PROSPECTIVE FAULT CURRENT FOR EACH SEC

1 SEC 1 SEC 1 SEC 1 SEC 1 SEC 1 SEC

PROSPECTIVE FAULT CURRENT ON SECONDARY (one winding short circuit)

77.57A 185.53A 286.78A 98.2A 486.14A

590A

REGULATION FROM NO LOAD AT FULL RATING OF TRANSFORMER

2.9% 2.2% 2.85% 2.8% 3.3%

4.10%

INSULATION RESISTANCE @ 500VDC. BOTH WINDINGS TO CORE

>51G OHMS

>51G OHMS

>51G OHMS

>51G OHMS

>51G OHMS

>51G OHMS



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INSULATION RESISTANCE @ 500VDC. WINDING TO WINDING

>51G OHMS

>51G OHMS

>51G OHMS

>51G OHMS

>51G OHMS

>51G OHMS

DIELECTRIC STRENGTH PRIMARY TO CORE

5.2kV 5.2kV 5.2kV 5.2kV 5.2kV

5.2kV

DIELECTRIC STRENGTH SECONDARY TO CORE

2.8kV 2.8kV 2.8kV 2.8kV 2.8kV

2.8kV

DIELECTRIC STRENGTH PRIMARY TO SECONDARY

5.2kV 5.2kV 5.2kV 5.2kV 5.2kV

5.2kV

IMPULSE WITSTAND PRIMARY WINDING

8kV 8kV 8kV 8kV 8kV

8kV

WINDING INDUCTANCE @ 650V

35mH 30.0mH 19mH *16.0mH 12.3mH

9.54mH

WINDING INDUCTANCE @ 110V

1mH 0.86mH 0.54mH *0.46mH 0.35mH

0.27mH

PRIMARY WINDING RESISTANCE @20 DEG C

18.50 ohms

9.00 ohms

7.70 ohms

5.70 ohms

4.80 ohms

5.77 ohms

SECONDARY WINDING RESISTANCE @20 DEG C

1.25 ohmS 0.45 ohms 0.26 ohms 0.62 ohms Each coil

0.10 ohms 0.07 ohms

X/R RATIO 0.35 0.73 0.71 0.77 0.80

0.52

OPERATIONAL TEMPERATURE RANGE

-20C TO 60C

-20C TO 60C

-20C TO 60C

-20C TO 60C

-20C TO 60C

-20C TO 60C

HUMIDITY UP TO 100% RH

UP TO 100% RH

UP TO 100% RH

UP TO 100% RH

UP TO 100% RH

UP TO 100% RH

PRIMARY TERMINALS

SCREW CLAMP 0.5mm TO 2.5mm






DIMENSIONS W x H x D 279 x 289 x 210

W x H x D 279 x 289 x 210

W x H x D 315 x 289 x 250

W x H x D 325 x 289 x 268

W x H x D 325 x 289 x 268

W x H x D 325 x 289 x 268

WEIGHT 20kG 35Kg 40Kg 40.3KG 50kg 60kg

* NOTE:

1400VA UNIT THE INDUCTANCE VALUES ARE WHEN ALL 4 WINDINGS ARE

SHORT CIRCUITED



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6 REPAIR PROCEDURE

A repair procedure is not required for the FT Class II transformers.

The transformer housing has been flash tested to 10kV on the inside and outside, a total of 20kV. Therefore integrity is maintained even if there is damage to one side of the housing. It does need to be replaced in this instance.

If there is damage internal and exernally to the housing then the transformer must be sent back to FT transformer Ltd for reconditioning or replacement.

The transformer must only be replaced with a Class II hybrid or better transformer



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Appendix A – General Arrangement

TO ACCESS PLATE

WARNING LABEL FIXED

BOLTS

8 x M6 NYLON

TO ACCESS PLATE

I.D. LABEL FIXEDHOUSING LID

A

13

DC

289

J

12

E

I

GH F

LK

OP

EQUIPMENT INSIDE

DOUBLE INSULATED

EQUIPMENT INSIDE

DOUBLE INSULATED

T700

T650

T600

T25

T10

T0

t5

t0

t10

t110

t120

t140

250VA, 500VA, 1000VA, 2000VA,

OUTPUT RATINGS:

FUNCTIONAL EARTH

T700

T650

T600

T25

T10

T0

t5

t0

t10

t110

t120

t140

FUNCTIONAL EARTH

WDG 4 = 350VA

t5

t0

t10

t110

t120

t140

WDG 3 = 350VA

t5

t0

t10

t110

t120

t140

WDG 2 = 350VA

t5

t0

t10

t110

t120

t140

WDG 1 = 350VA

OUTPUT RATING 1400VA

EQUIPMENT

INSULATED

DOUBLE

WARNING

CLASS II EQUIPMENT

REPLACE EXISTING OR FAULTY

EQUIPMENT SHALL BE USED TO

ONLY APPROVED CLASS II650 VOLTS

DANGER

EQUIPMENT

HEAVY

WARNING

USE

MANUAL BEFORE

APPLICATION

REFER TO

BEFORE OPENING

ISOLATE 650V SUPPLY ELSEWHERE

www.ft-transformers.co.uk

TEL +44 XXXX XXX XXXX

FT TRANSFORMERS LIMITED

DESIGN

INPUT

OUTPUT

SPEC

SERIAL No.

50364

0-10-25-600-650-700 V

0-5-10-110-120-140 V

NR/L2/SIG/30007

XXXXX / 1

PADS No.

1 PH

4X 350 VA

50 Hz

kg

XXXXXX

F

YEAR

INS CLASS

2013

EQUIPMENT

INSULATED

DOUBLE

WARNING

CLASS II EQUIPMENT

REPLACE EXISTING OR FAULTY

EQUIPMENT SHALL BE USED TO

ONLY APPROVED CLASS II650 VOLTS

DANGER

EQUIPMENT

HEAVY

WARNING

USE

MANUAL BEFORE

APPLICATION

REFER TO

BEFORE OPENING

ISOLATE 650V SUPPLY ELSEWHERE

Legend/Notes

Signed

Signed

Designed DateSigned

Drawn

Checked

Approved

Date

Date

Date

Alternative Reference

Drawing Number Revision

of

Sheet

Drawing Title

Contractor(s)

Scale(s) ELR & Mileage

Project

Rev Date Description of Revisions Drawn Chkd Appr

Status

Signed

Dra

win

g N

um

ber

Sheet Size A2 420 x 594

A B C D E F G H I J K L M N O P

279

315

210 100 203 283 165 112 187 204

250 138 240 282 140 123 230 210

181

217

55 46 35 15 41 19

325 268 138 257 287 140 129 235 210 217

52 70 34 22 30 28

57 70 32 20 30 30

RATING

250VA & 500VA

1000VA

1400VA & 2000VA

TRANSFORMER MEASUREMENTS

NOT TO BE USED IN TUNNELS

FOR BR924A TRANSFORMERS

THIS PRODUCT IS A DIRECT REPLACEMENT

RANGE DETAILS

CLASS II HYBRID TRANSFORMER

.

Designed Name

Drawn Name

Checked Name

Approved Name

NTS .

Drawing No.

FT-DRG-CL2-05765 1 1

Rev

Date

Date

Date

Date

Rev Date Revision Description Drn Chk

Status

Designed Name

Drawn Name

Checked Name

Approved Name

App

L

M

N

B

O/P

O/P

O/P

O/P

ONLY PARALLEL OUTPUT 1&2

AND OUTPUT 3&4 DO NOT

PARALLEL ALL FOUR OUTPUTS

,


REVISION.VERSION: 0.6

DATE: 16/07/2013

Page 22 of 28

Appendix B – Transformer Connection Plates



DATE: 16/07/2013

This document is protected by Copyright. The design of any article recorded in this document is protected by design right and the information contained in the document is confidential. The document may not be copied. Any design may not

be reproduced and the information contained in the document may not be used or disclosed except with the prior written permission of and in the manner permitted by the proprietors, FT Transformers LTD

250VA

FUNCTIONAL EARTH

Class II protective cover – primary

connection

t0

t5V

t10V

t110V

t120V

t140V

ISOLATE 650V

ISOLATE 650V

T0

T10V

T25V

T0

T10V

T25V



DATE: 16/07/2013

This document is protected by Copyright. The design of any article recorded in this document is protected by design right and the information contained in the document is confidential. The document may not be copied. Any design may not

be reproduced and the information contained in the document may not be used or disclosed except with the prior written permission of and in the manner permitted by the proprietors, FT Transformers LTD

500VA

FUNCTIONAL EARTH


connection

t0

t5V

t10V

t110V

t120V

t140V

ISOLATE 650V

ISOLATE 650V

T0

T10V

T25V

T0

T10V

T25V



DATE: 16/07/2013

Page 25 of 28

1kVA

FUNCTIONAL EARTH


connection

t0

t5V

t10V

t110V

t120V

t140V

ISOLATE 650V

ISOLATE 650V

T0

T10V

T25V

T0

T10V

T25V



DATE: 16/07/2013

Page 26 of 28

1.4kVA

FUNCTIONAL EARTH


connection

t0

t5V

t10V

t110V

t120V

t140V

t0

t5V

t10V

t110V

t120V

t140V

t0

t5V

t10V

t110V

t120V

t140V

Secondary connection x 4

Primary supply cable tie

T6

00

T6

50

V

T7

00

V

t0

t5V

t10V

t110V

t120V

t140V

T0

T1

0V

T2

5V

ISOLATE 650V ISOLATE 650V

ONLY PARALLEL OUTPUT 1&2 AND OUTPUT 3&4 DO NOT PARALLEL ALL FOUR OUTPUTS

O/P

2 3

50V

A

O/P

1 3

50V

A

O/P

2 3

50V

A

O/P

1 3

50V

A



DATE: 16/07/2013

Page 27 of 28

2kVA

FUNCTIONAL EARTH


connection

t0

t5V

t10V

t110V

t120V

t140V

ISOLATE 650V

ISOLATE 650V

T0

T10V

T25V

T0

T10V

T25V



DATE: 16/07/2013

Page 28 of 28

3kVA

FUNCTIONAL EARTH


connection

t0

t5V

t10V

t110V

t120V

t140V

ISOLATE 650V

ISOLATE 650V

T0

T10V

T25V

T0

T10V

T25V

class ii transformer 250va, 500va, 1000va, 1400va (4 x …€¦ · 5 technical data 18 6 repair...

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