Thiết bị điện ATS mạng điện trung áp

For complete operation, Be sure to provide control source for more than 0.5sec.. Automatic Transfer SwitchesI Load side main circuit terminal B Power source side main circuit terminalB C

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Information to Order ( Features (

Specification ( Outline Dimension ( Wiring Diagram (

Information to Order ( Features (

External View ( Application and Selection ( Specification (

Outline Dimension ( Wiring Diagram (

Information to Order ( Features (

Specification ( Outline Dimension ( Wiring Diagram (

Commerce, Industry and Energy

Sep 1993 Acquired "Quality Product" for Automatic Transfer Switch by the

Ministry of Commerce, Industry and Energy

Nov 1995 Awarded the Presidential Prize in the contest for Quality Control Team

Jun 1995 Became a member of Korea International Trade Association (KITA).

Nov 1995~ Acquired Certificate of Quality Registration from Korea Standards

Association (KSA 9001, ISO 2000) Apr 1999 Acquired Certificate of Short Circuit Rating for ACB(2000A, 50kA)

from ASTA Certification Services.

Feb 2000 Acquired Certificate of Short Circuit Rating for ACB(1600A, 3200A, 5000A

50kA) from ASTA Certification Services.

May 2000 Certified by Taiwan Power Corporation(TPC) for ACB(1600~5000A 65kA).

Jul 2002 Acquired CE mark for Automatic Transfer Switch

Oct 2005 Passed Chinese Compulsory Certification Test for ACB in China.

Oct 2005 Registered in the Small and Medium Business Administration as a Venture

Enterprise

Aug 2006 Acquired CB test Certificate for Air Circuit Breaker with electronic

overcurrent protection from Korea Testing Laboratory(KTL).

Nov 2006 Acquired EC- Attestation of Conformity for Air Circuit Breaker with

electronic overcurrent protection from Product Service in Germany

60A

1100A

2200A

4400A

IcmSwitching Capacity

1 For complete operation, Be sure to provide control source for more than 0.5sec

2 If the control sources are supplied to A side and B side at the same time, the switching coil can be damaged

3 Control Relay should be selected considering sufficient contact capacity to withstand against more than control current

1

2

3

60A, 100A60A, 100A

AC - 33B (6Ie making / 6Ie breaking cos = 0.5 )

DC - 31B (1.5Ie making / 1.5Ie breaking L / R = 1ms )

60 times per an hour

80 ms

60 ms

200A200A

400A400A

AC 600V, DC 125V

Double Throw Front ( T ), Back ( TB )

14A7A / 14A3.5A / 7A

10,0005,000

14A7A / 14A3.5A / 7A

14A7A / 14A3.5A / 7A

P-A B C D

OSS - T, TB Type

Certain operation by latching mechanism

High current capability with low operating current

Excellent open and close performance

Compact and light weight

Suitable for emergency power supply facilities

Features

ATS(60~400A)

Automatic Transfer SwitchesI

Load side main circuit terminal

B Power source side main circuit terminalB

Change over indicatorOSS - T Type

OSS - TB Type

a 2 2 2

a3

a 4

To Load 'A'-Power Source

'B'-Power Source

b1

b2 b3

a2 2 2

a3

a4

To Load 'A'-Power Source

'B'-Power Source

b1

b2 b3

27 84

TB - TYPE

T - TYPE

84 27

27 84

T 2

T 1 27

84X Operating Delay RelaySource-B Operating RelayControl Switch84T

84XC/S

27T

84T C/S 27X

27X 27T AUTO

84T 84X

AUTO

27X 27T

MANU C/S 84X MANU 27X

ATS AUX ATS AUX

R G 27T

84T C/S 27X

27X 27T AUTO

84T 84X

AUTO

27X 27T

MANU C/S 84X MANU 27X

ATS AUX ATS AUX

Using a changeover switch Using a timer

DC 110V, DC 125V

Typical Operating Circuit

Wiring Diagram

Wiring Diagram

Off position stop method

In case with the uninterrupted power system, it is

recommended to stop at the OFF position set by tripping

mechanism for the stable power Instantaneous transfer without

stop can be also performed by operating signal

And also, instantaneous transfer can be performed by operating

signal

One-Coil Application

One-coil is employed for the transfer to normal power source

and emergency power source

Compact & Lightweight Design

Compact & lightweight design makes the minimized mounting

space and convenient installation

Excellent Breaking Capacity

Designed for suffciently large chamber to extinguish the arc

when transferred Arc-extinguishing area is designed for

convenient inspection and maintenance

Protection against the remaining power source

Time delay to transfer is available so that the remaining power

can not be induced to the main power to protect the load

Construction for Safety

For safe operation, molded construction is employed on

breaking parts And also, latching indicator is prepared to

indicate the operating condition

Circuit Terminal for “B” Power

Control Circuit Terminal Block

Main Circuit Terminal for Load

Amateur for Closing Coil

4400A

6600A

TN : TN-TypeTBN : TBN-Type

IcmSwitching Capacity

Switching Frequency

DC 110V ~ 125V

AC 100V ~ 110V

AC 200V ~ 240VTrip Coil Current

1 For complete operation, Be sure to provide control source for more than 0.5sec

2 When control source will be provided to A side and B side simultaneously, Coil may be damaged

3 Control Relay should be selected considering sufficient contact capacity to withstand against more than control current

1

2

3

60A, 100A60A, 100A

AC - 33B (6Ie making / 6Ie breaking cos = 0.5 )

DC - 31B (1.5Ie making / 1.5Ie breaking L / R = 1ms )

400A, 600A400A, 600A

AC 600V, DC 125V

Double Throw Front ( T N), Back ( TB N)

6A3A / 6A1.5A / 3A

10,0005,000

6A3A / 6A1.5A / 3A

7A3.5A / 7A2A / 3.5A

Without CurrentWith Current

“A” POWER

“B” POWER

MakingBreakingMakingBreaking

Applicable Standards

Control Order

It is recommended to give more than 0.5 sec for operation,

though transfer time is completed within 0.3 sec

Interlock

Interlocking is required for control circuit so that control order

should not suppy to both A power source side and B power

source side simultaneously For TN type ATS, Sequence setting

is required so that closing or tripping order should not supply in

the same direction

Control Circuit

ATS is designed so that operation current should be off by

internal switch after completion of operation If operation current

is off with auxiliary switch of the unit, it may cause a malfunction

Application and Selection

Specification

Automatic Transfer SwitchesI

PANEL CUTTING TERMINAL THICKNESS

* Arc space for main circuit

Automatic Transfer SwitchesI 11

Typical Operating Circuit

Wiring Diagram

OSS - PC Type ATS(400~6,300A)

One coil mechanism

One coil mechanism is applied

Transfer indicator provided

Transfer indicator is fitted to indicate the transfer status

Easier busbar arrangement

If the ATS is installed with the ACB in switchgear, Busbars can

be easily arranged

Fixed type & Drawout type available

Fixed type and Drawout type are available for customer's

convenient applicaion

Quick replacement of ATS

If malfunction occurs, drawout type of ATS can be changed

within 5 minutes

Perfect transfer mechanism

By spring transfer mechanism, ATS can be completely and

perfectly transferred There will be NO unattached position in

any case

Sufficient current capacity

Sufficient current carrying contacts are designed to withstand

against over current

Minimized opening & Closing impact

Opening and closing impact is minimized

Features

Information to Order

Automatic Transfer SwitchesI 13

IcwShort-Circuit Making Capacity

IcmSwitching Capacity

Switching Frequency

DC 110V ~125V

AC 100V ~110V

AC 200V ~240VChange - over timeOpening timeWithout CurrentWith Current

1 For complete operation, Be sure to provide control source for more than 0.5sec

2 When control source will be provided to A side and B side simultaneously, Coil may be damaged

50A25A / 50A20A / 40A

65A33A / 65A25A / 50A

3P55kg80kg

4P65kg95kg

3P60kg90kg

4P70kg105kg

3P65kg95kg

4P75kg110kg

3P75kg110kg

4P90kg140kg

AC - 33B (6 Ie making / 6 Ie breaking cos = 0.5 )

DC - 31B (1.5 Ie making / 1.5 Ie breaking L/R = 1ms )60Time / Hour 20Time / Hour 10Time / Hour

120 ms

90 ms

800A800A

1000A1000A

1250A1250A

1600A1600A

2000A2000A

AC 600V, DC 125V

Double Throw Back 3P

55kg80kg

4P65kg95kg

IcwShort-Circuit Making Capacity

IcmSwitching Capacity

Switching Frequency

DC 110V ~125V

AC 100V ~110V

AC 200V ~240VChange - over timeOpening timeWithout CurrentWith Current

1 For complete operation, Be sure to provide control source for more than 0.5sec

2 When control source will be provided to A side and B side simultaneously, Coil may be damaged

1

2

3P75kg110kg50kA

80A40A / 80A33A / 65A

4P90kg140kg

3P80kg125kg

4P100kg155kg

3P145kg220kg

4P180kg275kg

3P160kg245kg

4P200kg305kg

3P160kg245kg

4P200kg305kg

AC - 33B (6 Ie making / 6 Ie breaking cos = 0.5 )

3200A3200A

4000A4000A

5000A5000A

6300A6300A

AC 600V, DC 125V

Double Throw Back

Number of Operating

Cycles

OSS - PC Type ATS(800~6,300A)

Automatic Transfer SwitchesI 15

507

104

381

79 521

380 380

227(3P) 342(4P)

1,064(4P) 1,096(4P)

Automatic Transfer SwitchesI 17

OSS-604~610-PC

OSS-612-PC

OSS-616-PC

unit : mm

OSS - PC Type ATS(800~6,300A)

Automatic Transfer SwitchesI 19

OSS-640-PC

OSS-650~663-PC

unit : mm

OSS - PC Type ATS(800~6,300A)

84 27

27 84

84 27

27 84

T 2

T 1 27

PC - TYPE

C1 C2 A1 B1

B2 A2

PC - TYPE

C1 C2 A1 B1

B2 A2

PC - TYPE

C1 C2 A1 B1

B2 A2

PC - TYPE

C1 C2 A1 B1

B2 A2

PC - TYPE

C1 C2 A1 B1

B2 A2 from B-power source from A-power source 27T

84T C/S 27

27X

27 AUTO

84T 84X

AUTO

27 27

MANU C/S 84X MANU 27

ATS AUX ATS AUX

R G 27T

27X 27T AUTO

84T 84X

AUTO

27 27T

MANU C/S 84X MANU27X

ATS AUX ATS AUX

84X Operating Delay Relay Source-B Operating Relay

Control Switch 84T

84X

C/S

Standard

AC Operating and Control

Caution : More than 2.0mm2power cable used for less than 1,600A ATS

More than 3.5mm2power cable used for more than 2,000A ATS

DC Operating and Control

Using a changeover switch Using a timer Typical Operating Circuit

MG2

'A'-Power Source

'B'-Power Source

To Load C2 a1

a2 a3

a4 b1

b2 b3

Contacts capacity for Abnormal power source : AC250V,

10A (No-load contacts)

Basic Function

Automatic or manual ATS control

Indicating lights for A-power (Utility), B-power (Emergency)

and ATS transfer status

- Power source : A-power (Green LED), B-power (Red LED)

(Displayed when voltage is above 85%)

- Transfer status : A-power (Green LED), B-power (Red LED)

Manual operation buttons

- For A-power(Utility) : Green

- For B-power(Emergency) : Red

- Note : Built-in LED is on for selective button

Setting for automatic transfer time

- Time setting at rear side to avoid unnecessary setting change

- Variable time settings (0~30sec)

While timer is working, indicating lamp for transferable ATS

is flickering

Detection for open phase of Utility power source

Detecting the power failure, low voltage and abnormal

condition of Utility source, the ACD sends the engine

starting signal to the Generator

In-phase Monitor

On & Off of In-Phase Monitor can be selected by selection switch

- When In-Phase Monitor is selected, Transfer is made manually

or automatically when synchronized

- When In-phase Monitor is not selected, synchronizing

indication lamp is not on

When synchronized, Yellow LED is flickered

When synchronized more than 3 cycles, Tranfer will be made

Under the manual mode, when the selection button is

selected for Utility or Generator, Built in LED will be

flickering until synchronized

Ordering Information

ACD21 (ATS control device) : Basic Function

ACSD (ATS control synchronizing device) : Built-in In-phase Monitor

B-power source indicating LED for Emergency

A-power source indicating LED for Utility

ATS A-power transfer status indicating LED

SYC(In-phase Monitor) indicating LED

Selection switch of A-power source

Selection switch of B-power source

ATS B-power transfer status indicating LED

Selection switch of automatic or manual

Option

Option

ATS Controller ACD21/ACSD

Rated operating voltage : 220VAC

Frequency : 50 / 60Hz

Contacts capacity for ATS control : AC250V, 10A

(No-load contacts)

Contacts capacity for Abnormal power source : AC250V,

10A (No-load contacts)

Fitment : Front Type

Basic Function

Automatic or manual ATS control

Built-in indicator for A-power (Utility), B-power (Emergency)

and ATS transfer status

- Power source : A-power (Green LED), B-power (Red LED)

(Displayed when voltage is above 85%)

- Transfer status : A-power (Green LED), B-power (Red LED)

Manual operation buttons

- For A-power(Utility) : Green

- For B-power(Emergency) : Red

- Note : Built-in LED is on for selective button

Setting for automatic transfer time

- Transferring time setting is available at rear side to avoid

unnecessary touch

- Variable time settings (0~30sec)

While timer is working, indicating lamp for transferable ATS

is flickering

Detection for open phase of Utility power source

Monitering for power failure, and low voltage of A power and

Technical Details

Standard Operating Conditions

Ambient Temperature: -5 C~+40 C(but, the average temperature for 24 hours shall be lower than +35 C)Altitude: Below 2000m

Environmental conditions

Relative humidity shall be less than 85% at max temp +40 C, less than 90% at 20 C

It shall not be allowed to use or store within the area of petrochemicals, ammonia, and corrosive gas.Storage Temp.: -20 C~+60 C(but, the average temperature for 24 hours shall be lower than +35 C)

Under the environment with over than 40 , please note the rating current as follow.

Applicable current by the temperature

Note) IEC 60947-1 Standard is applied to the data for 40 C

TR capacity should be selected more than the value

calculated by the following formula

Operation Voltage x Operation Current x 0.5 = ( )VA

e.g.) Operation Voltage AC 220V, Operation Current 4A

220 x 4 x 0.5 = 440VA, TR capacity of more than 440 VA is

recommended

Selection of Control Relay

The capacity of UVR, Operating Relay and Timer contactor

should be higher than ATS operating current

Note : If the control power source is not stable, it is

recommended to use Automatic Voltage Regulator

Safety Manual

Safety Notice

This safety manual describes major informations for safe operation Before handling this machinery, please be acquaintedthoroughly with this manual product handling, safety information and all other precautions before installation or maintenance

These safety notices are devided as "Danger" and "Caution" according to the hazard level

Do not enter the area under the Automatic Transfer Switches (ATS) when it is lifted

or suspended using a lifter or chain block The ATS may suddenly drop

The ATS is heavy Entering such an area may cause serious injury.

Installation should be performed by qualified persons

Prior to commencing any installation, open the upstream circuit breaker to isolate allpower/voltage sources

Otherwise, electric shock may occur.

Tighten terminal screws securely according to the specified torque

Otherwise, a fire may occur.

Fix the Drawout type ATS firmly on a flat level using mounting screws

Otherwise, drawout operation may cause the ATS to fall.

Avoid blocking of ATS's arc gas vents to ensure the adequate arc space

Blocking of the arc gas vents could result in failure of ATS.

Do not place the ATS in such area of high temperature, high humidity, dusty air,corrosive gas, strong vibration and shock or other unsual conditions

Installation in such areas could cause a fire or malfunction.

Be careful to prevent foreign material of debris, concrete powder, iron powder, etcand rainwater from entering into the ATS

These materials inside the ATS could cause a fire or malfunction.

For 4 pole ATS, connect the neutral wire of 3-phase, 4-wire cable to N-phase (on the right side)