AE1000-SS - Mitsubishi Electric Semiconductor

Low Voltage

Switchgear

Air Circuit

Breakers

SUPER AE

AE 1000 –

AE 6300

Technical Catalogue

MITSUBISHI ELECTRIC

452

220*

23 48

132

370

430

340

175*

144

290

340

80 288

72 350

410

132

38 F

4 x Ø 14

268

228

38 F

4 x Ø 14

268

228

Return

SUPER AE

The air circuit breaker program from MITSUBISHI ELECTRIC:

왘

Complete breaker program

Frame size from 1000 A to 6300 A

왘

Wide performance range

Standard version “SS” from 65 to 130 kA

High performance version “SH” with 130 kA

왘

Two construction versions

Fixed and drawout

왘

Compact design

Space savings

왘

High interrupting capacity

Growing power demands

왘

Optimum overload tripping system

Safer and more selectivity

왘

Communications support

For tomorrows energy management

Air Circuit Breakers SUPER AE

About this product catalogue

Texts, figures and diagrams shown in this product catalogue are intended exclusively for explanation and assistance in planning and ordering the

electronic air circuit breakers of the SUPER AE series and the associated accessories. Only the manuals supplied with the breakers are relevant for

installation, commissioning and handling of the air circuit breakers and the accessories. The information given in this documentation must be read

before installation and commissioning of the modules.

Should questions arise with regard to the planning of modules described in this product catalogue, do not hesitate to contact MITSUBISHI ELECTRIC

EUROPE in Ratingen (Germany) or one of its distributors (see cover page).

No parts of this product catalogue may be duplicated, stored in an information system or transmitted without prior express written permission from

MITSUBISHI ELECTRIC EUROPE.

©MITSUBISHIELECTRICEUROPE12/1996

DIN ISO 9001 /

EN 29001

Zertifikat: 09 100 4371

Contents

BASE UNITS

웇Programoverview–mainunitfeatures.......................................................4

웇Orderinginformation.....................................................................6

ACCESSORIES

웇Overviewofthemainaccessories..........................................................8

웇Standardequipment.....................................................................9

웇Internaloptionalaccessoriesforallbreakers.................................................10

웇Optionalaccessoriesfordrawoutbreakers..................................................14

웇Externaloptionalaccessoriesforallbreakers ................................................16

ELECTRONIC TRIP RELAY

웇Programoverview–triprelayfeatures......................................................20

웇Specialfunctions–accessories...........................................................26

웇Orderinginformation....................................................................28

웇Operatingcharacteristics................................................................29

SPECIFICATIONS

웇Wiringdiagram........................................................................34

웇Dimensions–breaker...................................................................36

웇Dimensions–accessories...............................................................41

웇Environmentalconditions................................................................42

웇Specificationsformarinalapprovals........................................................45

웇Ordersheet...........................................................................46

Index ..................................................................................47

MITSUBISHI ELECTRIC

SUPER AE Series Standard series “SS”

Breaker type AE 1000 - SS AE 1250 - SS AE 1600 - SS AE 2000 - SS AE 2500 - SS AE 3200 - SS

Rated current (A) at 40 °C a INmax 1000 1250 1600 2000 2500 3200

Rated insulation voltage (V) 50/60 Hz Ui 1000 1000 1000 1000 1000 1000

Rated operating voltage (V) 50/60 Hz Ue 690 690 690 690 690 690

Number of poles 343434343434

Adjustment range

Rated current (A) Ir

General protection

(current rating adjustable)

500–600–700–

800–900–1000

625–750–875–

1000–1125–1250 800–960–1120–

1280–1440–1600

1000–1200–1400–

1600–1800–2000

1250–1500–1750–

2000–2250–2500 1600–1920–2240–

2560–2880–3200

315–378–441–

504–567–630 800–960–1120–

1280–1440–1600

157–189–220–

252–284–315 햶625–750–875–

1000–1125–1250

Generator protection

(current rating fixed) 500≤In≤1000

315≤In≤630 햶625≤In≤1250 800≤In≤1600 1000≤In≤2000

625≤In≤1000 1250≤In≤2500 1600≤In≤3200

Rated current for neutral pole N (A) 1000 1250 1600 2000 2500 3200

Rated service

short-circuit

breaking capacity

Ics

(kA, eff, sym.)

Breaking duty:

O-t-CO-t-CO

ICU =ICS

IEC

947-2,

60947-2,

VDE

0660,

BS4752

With

instantaneous

trip

AC690V 50 50 50 50 50 50

AC600V 50 50 50 65 65 65

AC500V 65 65 65 85 85 85

Without instan-

taneous trip

(with MCR)

AC690V 42 42 42 50 50 50

AC600V 50 50 50 65 65 65

AC500V 65 65 65 65 65 65

Without inst. trip햳AC690V 25 25 25 45 45 45

Rated

short-circuit

making capacity

Icm

(kA, peak value)

With

instantaneous

trip

AC690V 105 105 105 105 105 105

AC600V 105 105 105 143 143 143

AC500V 143 143 143 187 187 187

Without instan-

taneous trip

(with MCR)

AC690V 88.2 88.2 88.2 105 105 105

AC600V 105 105 105 143 143 143

AC500V 143 143 143 143 143 143

Without inst. trip햳AC690V 52.5 52.5 52.5 94.5 94.5 94.5

Rated short time current (kA eff.) I cw

1 sec 65 65 65 65 65 65

2 sec 40 40 60 65 65 65

3 sec 30 30 50 65 65 65

Maximum total breaking time (sec) 0.04 0.04 0.04 0.04 0.04 0.04

Closing time (sec) 0.08 0.08 0.08 0.08 0.08 0.08

Number of operating cycles 햴

(ON/OFF)

With rated current 3000 3000 2000 1500 1500 1000

Without rated current 10000 10000 10000 10000 10000 10000

Fixed

type

a 340 425 340 425 340 425 475 605 475 605 475 605

b 410 410 410 410 410 410 410 410 410 410 410 410

c 290 290 290 290 290 290 290 290 290 290 290 290

d404040404040404040404040

Drawout

type

a 300 385 300 385 300 385 435 565 435 565 435 565

b 430 430 430 430 430 430 430 430 430 430 430 430

c 368 368 368 368 368 368 368 368 368 368 368 368

d616161616161616161616161

Weight 햵

(kg)

Fixed type Manual charging 41 51 41 51 42 52 60 72 61 73 63 75

Motor charging 44 54 44 54 45 55 63 75 64 76 66 78

Drawout type

(with cradle)

Manual charging 64 78 64 78 65 79 92 113 93 114 95 116

Motor charging 67 81 67 81 68 82 95 116 96 117 98 119

Cradleonly 263026302630354335433644

Charging type

Dimensions (mm) 햵

SUPER AE

Program Overview – Specifications

BASE UNITS

햲For further temperatures refer to technical information on page 44.

햳The figures for “without instantaneous tripping” are the values when the bare main body and the external relay are combined.

햴The number of operating cycles with rated current also include the number of operating cycles without rated current.

햵All specifications without peripheral accessories (e.g. UVT control unit).

햶Further current ratings on request.

More details on request.

Overview on all breakers in the SUPER AE range

Declaration of conformity:

Standards IEC947-2, EN60947-2, VDE0660, BS4752

Certificates ASTA, LOVAG, SEV (types on request)

Marine approvals LRS, GL, BV, ABS

(other approvals on request)

Standard series “SS” High performance series “SH”

AE 4000 - SS AE 5000 - SS AE 6300 - SS AE 1000 - SH AE 1250 - SH AE 1600 - SH AE 2000 - SH AE 2500 - SH AE 3200 - SH

4000 5000 6300 1000 1250 1600 2000 2500 3200

1000 1000 1000 1000 1000 1000 1000 1000 1000

690 690 690 690 690 690 690 690 690

343434343434343434

2000–2400–2800–

3200–3600–4000 2500–3000–3500–

4000–4500–5000 3150–3780–4410–

5040–5670–6300

500–600–700–

800–900–1000

625–750–875–

1000–1125–1250 800–960–1120–

1280–1440–1600 1000–1200–1400–

1600–1800–2000 1250–1500–1750–

2000–2250–2500 1600–1920–2240–

2560–2880–3200

315–378–441–

504–567–630

—

2000≤In≤4000 2500≤In≤5000 3150≤In≤6300 500≤In≤1000

315≤In≤630 625≤In≤1250 800≤In≤1600 1000≤In≤2000 1250≤In≤2500 1600≤In≤3200

3200 3200 3200 1000 1250 1600 2000 2500 3200

50 50 50 65 65 65 65 65 65

85 85 85 85 85 85 85 85 85

130 130 130 130 130 130 130 130 130

—————————

65 65 65 — — — — — —

105 105 105 143 143 143 143 143 143

187 187 187 187 187 187 187 187 187

286 286 286 286 286 286 286 286 286

—————————

143 143 143 — — — — — —

85 85 85 — — — — — —

70 70 70 — — — — — —

0.05 0.05 0.05 0.04 0.04 0.04 0.04 0.04 0.04

0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08

500 500 500 3000 3000 2000 1500 1500 1000

2000 2000 2000 10000 10000 10000 10000 10000 10000

——————475605475605475605475605475605475605

——————410410410410410410410410410410410410

——————290290290290290290290290290290290290

——————707070707070707070707070

875 1005 875 1005 875 1005 485 615 485 615 485 615 485 615 485 615 485 615

480 480 480 480 480 480 430 430 430 430 430 430 430 430 430 430 430 430

368 368 368 368 368 368 398 398 398 398 398 398 398 398 398 398 398 398

123 123 123 123 123 123 61 61 61 61 61 61 61 61 61 61 61 61

——————667966796679667966796881

——————698269826982698269827184

240 263 240 263 240 263 105 127 105 127 105 127 105 127 105 127 107 129

244 267 244 267 244 267 108 130 108 130 108 130 108 130 108 130 110 132

125 140 125 140 125 140 42 50 42 50 42 50 42 50 42 50 43 51

MITSUBISHI ELECTRIC

SUPER AE

Program Overview – Ordering Information

BASE UNITS

Base unit equipment Breaker 햴3-pole type Art. no. 4-pole type Art. no.

Shipping contents:

앬Base unit

앬Charging handle (for manual operation)

앬Electronic trip relay ST-1

앬4 auxiliary contacts (2 NO, 2 NC contacts)

Further elements that must be ordered:

앪Different trip relay if you do not want ST-1 햲

앪Accessories as required 햳

AE 1000 - SS AE1000-SS 3P FIX 25885 AE1000-SS 4P FIX 25886

AE 1250 - SS AE1250-SS 3P FIX 25887 AE1250-SS 4P FIX 25888

AE 1600 - SS AE1600-SS 3P FIX 25889 AE1600-SS 4P FIX 25890

AE 2000 - SS AE2000-SS 3P FIX 25891 AE2000-SS 4P FIX 25892

AE 2500 - SS AE2500-SS 3P FIX 25893 AE2500-SS 4P FIX 25894

AE 3200 - SS AE3200-SS 3P FIX 25895 AE3200-SS 4P FIX 25896

Standard series AE-SS – Fixed type

Base unit equipment Breaker 햴3-pole type Art. no. 4-pole type Art. no.

Shipping contents:

앬Base unit

앬Drawout mechanism

앬Cradle

앬Charging handle (for manual operation)

앬Electronic trip relay ST-1 (for AE1000–AE4000)

or ST-1A (for AE5000–AE6300)

앬4 auxiliary contacts (2 NO, 2 NC contacts)

앬AE 4000–6300 with safety shutter (SST)

Further elements that must be ordered:

앪Different trip relay if you do not want ST-1/ST-1A 햲

앪Accessories as required 햳

AE 1000 - SS AE1000-SS 3P D/O 25824 AE1000-SS 4P D/O 43740

AE 1250 - SS AE1250-SS 3P D/O 43743 AE1250-SS 4P D/O 43739

AE 1600 - SS AE1600-SS 3P D/O 25825 AE1600-SS 4P D/O 25826

AE 2000 - SS AE2000-SS 3P D/O 43742 AE2000-SS 4P D/O 43738

AE 2500 - SS AE2500-SS 3P D/O 43741 AE2500-SS 4P D/O 35258

AE 3200 - SS AE3200-SS 3P D/O 25827 AE3200-SS 4P D/O 25828

AE 4000 - SS AE4000-SS 3P D/O 56977 AE4000-SS 4P D/O 56978

AE 5000 - SS AE5000-SS 3P D/O 56976 AE5000-SS 4P D/O 56975

AE 6300 - SS AE6300-SS 3P D/O 56974 AE6300-SS 4P D/O 56973

Standard series AE-SS – Drawout type

High performance series AE-SH – Fixed type

High performance series AE-SH – Drawout type

Base unit equipment Breaker 햴3-pole type Art. no. 4-pole type Art. no.

Shipping contents:

앬Base unit

앬Charging handle (for manual operation)

앬Electronic trip relay ST-1

앬4 auxiliary contacts (2 NO, 2 NC contacts)

Further elements that must be ordered::

앪Different trip relay if you do not want ST-1 햲

앪Accessories as required 햳

AE 1000 - SH AE1000-SH 3P FIX 43713 AE1000-SH 4P FIX 43707

AE 1250 - SH AE1250-SH 3P FIX 43712 AE1250-SH 4P FIX 43706

AE 1600 - SH AE1600-SH 3P FIX 43711 AE1600-SH 4P FIX 43705

AE 2000 - SH AE2000-SH 3P FIX 43710 AE2000-SH 4P FIX 43704

AE 2500 - SH AE2500-SH 3P FIX 43709 AE2500-SH 4P FIX 43703

AE 3200 - SH AE3200-SH 3P FIX 43708 AE3200-SH 4P FIX 43702

Base unit equipment Breaker 햴3-pole type Art. no. 4-pole type Art. no.

Shipping contents:

앬Base unit

앬Drawout mechanism

앬Cradle

앬Charging handle (for manual operation)

앬Electronic trip relay ST-1

앬4 auxiliary contacts (2 NO, 2 NC contacts)

Further elements that must be ordered:

앪Different trip relay if you do not want ST-1 햲

앪Accessories as required 햳

AE 1000 - SH AE1000-SH 3P D/O 43701 AE1000-SH 4P D/O 43695

AE 1250 - SH AE1250-SH 3P D/O 43700 AE1250-SH 4P D/O 43694

AE 1600 - SH AE1600-SH 3P D/O 43699 AE1600-SH 4P D/O 43693

AE 2000 - SH AE2000-SH 3P D/O 43698 AE2000-SH 4P D/O 43692

AE 2500 - SH AE2500-SH 3P D/O 43697 AE2500-SH 4P D/O 43691

AE 3200 - SH AE3200-SH 3P D/O 43696 AE3200-SH 4P D/O 43690

햲For specification and order information about electronic trip relays refer to page 20 ff. 햳For breaker accessories refer to page 8 ff.

햴Further breaker types with other rated current on request.

Switch-disconnector* AE-DSN – Fixed type

Base unit equipment Breaker 3-pole type Art. no. 4-pole type Art. no.

Shipping contents:

앬Base unit

앬Charging handle (for manual operation)

앬4 Auxiliary contacts (2 NO, 2 NC contacts)

Further elements that must be ordered:

앪Electronic trip relay type B if you do not want

without trip relay

앪Accessories as required 햳

AE 1000 - DSN AE1000-SS 3P DSN FIX 43737 AE1000-SS 4P DSN FIX 43731

AE 1250 - DSN AE1250-SS 3P DSN FIX 43736 AE1250-SS 4P DSN FIX 43730

AE 1600 - DSN AE1600-SS 3P DSN FIX 43735 AE1600-SS 4P DSN FIX 43729

AE 2000 - DSN AE2000-SS 3P DSN FIX 43734 AE2000-SS 4P DSN FIX 43728

AE 2500 - DSN AE2500-SS 3P DSN FIX 43733 AE2500-SS 4P DSN FIX 43727

AE 3200 - DSN AE3200-SS 3P DSN FIX 43732 AE3200-SS 4P DSN FIX 38177

* Air circuit breaker without overcurrent short-circuit release

Switch-disconnector* AE-DSN – Drawout type

Base unit equipment Breaker 3-pole type Art. no. 4-pole type Art. no.

Shipping contents:

앬Base unit

앬Drawout mechanism

앬Cradle

앬Charging handle (for manual operation)

앬4 auxiliary contacts (2 NO, 2 NC contacts)

앬AE 4000–6300 with safety shutter (SST)

Further elements that must be ordered:

앪Electronic trip relay type B if you do not want

without trip relay

앪Accessories as required 햳

AE 1000 - DSN AE1000-SS 3P DSN D/O 43725 AE1000-SS DSN 4P D/O 43719

AE 1250 - DSN AE1250-SS 3P DSN D/O 43724 AE1250-SS DSN 4P D/O 43718

AE 1600 - DSN AE1600-SS 3P DSN D/O 43723 AE1600-SS DSN 4P D/O 43717

AE 2000 - DSN AE2000-SS 3P DSN D/O 43722 AE2000-SS DSN 4P D/O 43716

AE 2500 - DSN AE2500-SS 3P DSN D/O 43721 AE2500-SS DSN 4P D/O 43715

AE 3200 - DSN AE3200-SS 3P DSN D/O 43720 AE3200-SS DSN 4P D/O 43714

AE 4000 - DSN AE4000-SS 3P DSN D/O on request AE4000-SS DSN 4P D/O on request

AE 5000 - DSN AE5000-SS 3P DSN D/O on request AE5000-SS DSN 4P D/O on request

AE 6300 - DSN AE6300-SS 3P DSN D/O on request AE6300-SS DSN 4P D/O on request

* Air circuit breaker without overcurrent short-circuit release

Connection arrangements

The following connecting methods are available for the AE type air circuit breaker.

Connection Horizontal connection Vertical connection Front connection Vertical terminal adapter Front terminal adapter

Mounting method Standard Optional Optional Accessory Optional

Fixed type

(Standard)

——— ———

(FIX-VTA) (FIX-FTA)

Drawout type

(Standard) (DR-VT) (DR-FT) (DR-VTA) (DR-FTA)

Remark Standard equipment

(shipping version) Special equipment

(on request) Special equipment

(on request) Available as accessory

(refer to page 15) Optional accessory

(on request)

MITSUBISHI ELECTRIC

Cylinder lock CYL Page 13

Motor charging device MD Page 10

Lifting hooks HP Page 15

Counter CNT Page 13

External power supply unit PS Page 19

Cell switch CL Page 14

Safety shutters SST Page 14

Mis insertion preventer MIP Page 14

Closing coil CC Page 11

Shunt trip device SHT Page 12

Under voltage trip device UVT Page 11

Auxiliary switch AX Page 12

UVT controller UVT Page 11

Castell lock CAL Page 13

Overview and mounting positions of the main accessories

SUPER AE

Internal Accessories for all Breakers

ACCESSORIES

Standard Accessories

첸Manual charging

The spring is charged by the manual

charging handle. The breaker is closed

when the ON button is pressed, and

opened when the OFF button is pressed.

When the closing spring charging is com-

pleted, the charging indicator displays

CHARGED.

The indicator displays ON or OFF state

of the main contacts.

The breaker cannot be closed while the

OFF button is being pressed

(safety feature).

The manual charging process is one of

the standard features of the breaker and

part of the standard equipment.

OFF

GESPANNT

Overview and description of the standard equipment

첸Drawout interlock

A safety device prevents the circuit

breaker from being pushed in or drawn

out while the breaker is on.

The drawout handle cannot be inserted

unless the OFF button is pressed.

첸Position lock

The device is for locking the drawout

mechanism at the TEST position. This

then indicates the TEST position.

The lock can be used during either the

drawing out or pushing-in operation.

The lock is released when the lock plate

is pushed in, and the next operation

becomes possible.

Padlocking is possible at the CON-

NECTED, TEST, and DISCONNECTED

positions. Use this lock to prevent un-

authorised changing of positions.

(The padlock should be supplied by

customer)

[mm]

첸Interphase barrier

The interphase insulation of the circuit

breaker prevent the short-circuit due to

conductive matters or dust.

The barriers are simple to add and have

been designed as fixed types and draw-

out types, to suit your requirements. The

table on the right shows you which circuit

breakers are supplied with pre-mounted

barriers.

Breaker Fixed type Drawout type

AE1000-SS –

AE1600-SS 쏹쏹

AE2000-SS –

AE3200-SS 쏹쏹

AE4000-SS –

AE6300-SS ——

AE1000-SH –

AE3200-SH —쏹

쏹= Standard equipment by horizontal connection

MITSUBISHI ELECTRIC

왎Motor charging device (MD)

In addition to manual operation, the

closing spring can be charged auto-

matically by an electric motor every time

the breaker is closed (ON charging

method).

If the closing spring is to be charged

automatically whenever the breaker is

opened, then this can be done through

an additional auxiliary contact (AXb)

(OFF charging method). As soon as

charging is completed, a visual display

on the front says “CHARGED”.

The “CHARGED” signal is also available

via the 413 (TS+) and 414 (TS-) terminals

(included in the standard MD configu-

ration).

There is always the option of manual

operation in an emergency. A closing

coil (CC) is required for closing the

breaker by remote control, and a shunt

trip device (SHT) is required for opening

it in this way.

This warrants the prevention of pumping,

both electronically and mechanically.

The circuit of the motor is separate from

the ON/OFF circuit (CC, SHT).

(M+)

(M-)

(M+)

(M-)

AXb

Control

supply

Control

supply

ON charging method

OFF charging method

Specifications MD-SAED24 MD-SAED48 MD-SAED60 MD-SAEAD013 MD-SAWAD013 MD-SAEAD025C MD-SAWAD025C

Application AE1000-SS/-SH –

AE3200-SS/-SH for all breakers 햳for all breakers 햳AE1000-SS/-SH –

AE3200-SS/-SH AE4000-SS – AE6300

SS AE1000-SS/-SH –

AE3200-SS/-SH AE4000-SS –

AE6300 SS

Rated voltage * (V) 24 (DC) 햲48 (DC) 60 (DC) 100–125 (AC/DC) 100–125 (AC/DC) 200–250 (AC/DC) 200–250 (AC/DC)

Applicable voltage range (V) 20.4–26.4 40.8–52.8 51–60 85–137.5 85–137.5 170–275 170–275

Applied voltage (V) 24 48 60 100 / 125 100 / 125 200 / 250 200 / 250

Inrush current (peak value) (A) 22 14 9 10 / 12 10 / 12 5 / 6 7 / 8

Steady current (A) 6333/34/4 1/1 2 / 2

Charging time (sec) 5555555

Order information Art. no. 29453 34352 34368 32843 58320 25830 58321

* Rated frequency at AC = 50/60 Hz

햲Not available for AE4000-SS – AE6300-SS.

햳Available for AE4000-SS – AE6300-SS on request.

Overview and description on the optional accessories

SUPER AE

Internal Optional Accessories for all Breakers

ACCESSORIES

왎Charging completion switch (TS)

As soon as charging has been com-

pleted, this status is reported by the

413 (TS+) and 414 (TS-) terminals (signal

display of charged status). This function

is available during the charging process

both manually and automatically.

Specifications TS-SAE1A

Contact capacity refer to auxiliary switch

Order information Art. no. 30439

413

(TS+)

414

(TS-)

왎Undervoltage trip device (UVT)

This device is used for tripping the

breaker when the supply voltage drops

below the rated value.

The undervoltage trip device consists of a

UVT coil and a UVT controller. Both parts

must be ordered separately.

Two trip types are available:

앬instantaneous (for immediate tripping)

앬with a time delay of 0.5 or 3 seconds

All UVT controllers are fitted with addi-

tional terminals for the connection of an

emergency OFF switch. The UVT control-

ler can be mounted to the left of the the

unit.

If two rated voltages are used, the lowest

value is applied.

If an emergency OFF trip function is re-

quired, remove the shorting wire across

terminals DT1 (UO+) and DT2 (UO-) and

replace with an emergency OFF switch.

Coil

Controller D4

(UL3)

(UL2)

(UL1)

(UL0)

DT1

(U0

DT2

(U0–)

J1 (U+)

J2 J2

(U–)

Circuit

voltage

Control

circuit

UVT controller

Trip button

UVT coil

Air circuit breaker

UVT circuit diagram

Notes on the circuit diagram:

The UVT, as delivered, has a shorting wire between the DT1 (UO+) and DT2 (UO-) terminals. If an emergency OFF switch is used, this contact

bridge must be removed. The emergency OFF switch is not included in the package. The maximum length of the wire between DT1 (U0+) and

DT2 (U0-) and the trip button should be 5 m. If longer distances are required please contact your nearest Mitsubishi distributor.

see note below

Specifications UCON-

SAED24-B UCON-

SAED011-B UCON-

SAEA123T-B UCON-

SAED24-05B UCON-

SAED011-05B UCON-

SAEA123T-05B UCON-

SAED24-30B UCON-

SAED011-30B UCON-

SAEA123T-30B UVT-

SAEUC

Rated voltage * (V) 24 (DC) 100–125 (DC) 100–460 (AC) 24 (DC) 100–110 (DC) 100–460 (AC) 24 (DC) 100–110 (DC) 100–460 (AC) UVT coil

Operation Instantaneous With time delay

Trip coil for

the beside

mentioned

controllers

Operating time (sec) 0.1 or less 0.1 or less 0.1 or less 0.5 or more 0.5 or more 0.5 or more 3 or more 3 or more 3 or more

Closing delay ** (sec) Approx. 1.5 Approx. 1.5 Approx. 1.5 Approx. 1.5 Approx. 1.5 Approx. 1.5 Approx. 3 Approx. 3 Approx. 3

Pick-up/drop-out voltage (V) Pick-up voltage 65–85 %, drop-out voltage 45–70 %

Trip function With open circuit (terminals DT1 (UO+), DT2 (UO–); rated 0.5 A at DC 250 V)

Power consumption (VA) 20

Order information Art. no. 30440 30441 30209 30442 30443 30206 30444 30445 30208 25912

* Rated frequency at AC= 50/60 Hz ** Delay which must be taken into account between the charging of the UVT controller and the closing of the breaker.

ACCESSORIES

Internal Optional Accessories for all Breakers

MITSUBISHI ELECTRIC

왎Closing coil (CC)

Theclosingcoilisadevicetoclosethe

breaker by remote control. Only one

closing signal (about 100 msec.) is sent

even when the closing coil supply is

maintained ON.

The closing coil is seperate from the

motor charging power supply.

Steady current is the value at maximum

rated voltage.

An interlock to prevent pumping is pro-

vided electrically. The pumping preven-

tion is not performed, when the supply

voltage is 50 % or less the minimum

rated voltage.

Closing time is from the initial energiza-

tion of the closing coil to the completion

of the closing of the main contacts.

No pumping prevention takes place if an

integrated auxiliary switch (AXb) is used

as a cut-off switch.

An auxiliary contact with high switching

capacity should be used with DC supply

voltage (HAX).

(CC+)

(CC-)

Control

supply

Specifications CC-SAED004A CC-SAED60 CC-SAEAD025A

Rated voltage * (V) 24–48 (DC) 60 (DC) 100–250 (AC/DC)

Applicable voltage range (V) 18–52.8 45–60 75–275

Operating voltage (V) 24 / 48 60 100 / 250

Inrush current DC (A) 3.5 / 7.0 1.1 0.6 / 1.3

AC (A) — — 0.5 / 1.0

Closing time (sec) 0.08 or less 0.08 or less 0.08 or less

Order information Art. no. 30399 40310 25909

* Rated frequency at AC = 50/60 Hz

SUPER AE

Internal Optional Accessories for all Breakers

ACCESSORIES

왎Auxiliary switch (AX), HAX

These auxiliary contacts are used to

remotely indicate the ON or OFF status

of the breaker.

(AX+)

(AX-)

(BX+)

(BX-)

Specifications AX-SAE2A2BA AX-SAE5A5BA AX-SAE5A5BAD

Type Standard capacity (AX) High capacity (HAX)

Contact- Resistance

load Inductive

load Resistance

load Inductive

load Resistance

load Inductive

load

capacity 460 V 525252.5

(A) AC 250 V 10 10 10 10 10 10

125 V 10 10 10 10 10 10

250 V 0.3 0.3 0.3 0.3 3 1.5

DC 125 V 0.6 0.6 0.6 0.6 10 6

30 V 10 6 10 6 10 10

Maximum number of contacts 2 NO, 2 NC 5 NO, 5 NC 5 NO, 5 NC

Order information Art. no. 28786 25835 38468

Note: The chattering time at the time of contact ON - OFF is below 0.025 sec.

왎Shunt trip device (SHT)

The shunt trip device is used to open the

breaker by remote control. A cut-off switch is included.

(S+)

(S-)

Control

supply

Specifications SHT-SAED004A SHT-SAED60 SHT-SAED025A SHT-SAEA046A

Rated voltage * (V) 24–48 (DC) 60 (DC) 100–250 (AC/DC) 380–500 (AC)

Applicable voltage range (V) 16.8–52.8 42–66 70–275 266–550

Operating voltage (V) 24 / 48 60 100 / 250 460

Inrush current DC (A) 3.5 / 7.0 1 0.8 / 2.0 —

(peak value) AC (A) — — 0.6 / 1.7 0.6

Closing time (s) 0.04 or less (AE 4000-SS – AE 6300-SS = 0.05 or less)

Order information Art. no. 27215 40309 25831 27614

* Rated frequency at AC = 50/60 Hz

왎Counter (CNT)

This is a mechanical counter which regis-

ters the total number of operating cycles

(with 1 on/off switching operation = 1 op-

erating cycle).

The number of operating cycles is dis-

played on the front of the unit.

Specifications CNT-SAE

Counter type mechanical

Display 5 digits

Order information Art. no. 25914

00000258

왎Interlock device (CYL, CAL)

The interlock device locks the circuit

breaker into the OFF position.

The relevant key can only be taken out in

the OFF position of the circuit breaker,

so that it can also be used for unlocking

other breakers.

There are two locking options available:

앬Cylinder lock (CYL)

앬Castell lock (CAL) *

CYL

CAL

Specifications CYL-

SAEWK CYL-

SAEWK 1 CYL-

SAEWK 2 CYL-

SAEWK 3 CYL-

SAEWK 4 CAL-

SAEWK

Interlock Cylinder Cylinder Cylinder Cylinder Cylinder Castell

Closing Basic 1 2 3 4 Basic

Order information Art. no. 25838 39485 39486 39488 39489 on request

* The closing basis for the Castell lock can be designed individually. Further details on request.

왎Condensor trip device (COT)

This device allows the electrically actu-

ated opening of the breaker by remote

control within a given period of time,

despite a power cut. The COT is used

in conjunction with the shunt trip device

(SHT).

For dimensions refer to page 41.

Further details on request.

Specifications KF-100 KF-200

Rated input voltage * V AC 100/110 200/220

Rated charging voltage V140/155 280/310

Power supply capacity VA 11

Capacitor capacity µF660 150

Voltage range %60–125 60–125

Charging time (capacitor) sec 0.5 or less 0.5 or less

Trip limit time sec 900 min. 300 min.

Order information Art. no. on request on request

* Rated frequency at AC = 50/60 Hz

AC2

AC1 S1

DC–

DC+

(S–)

SHT

(S+)

Circuit diagram

MITSUBISHI ELECTRIC

SUPER AE

Optional Acessories for Drawout Type Breakers

ACCESSORIES

왎Cell switch (CL)

In addition to the mechanical position in-

dicator on the front panel, it is also possi-

ble to mount these cell switches onto the

cradle.

The cell switches can be set for all the

relevant positions, i.e. connected, test

and disconnected.

Each cell switch consists of 4 individual

switches.

왎Safety shutters (SST)

The safety shutters cover the main con-

ductors of the cradle side (supply and

load side) automatically when the circuit

breaker is drawn out.

When checking the main circuit, the

safety shutters on the supply and load

sides can be opened independently of

one another.

The safety shutters can also be locked

with a mechanical locking device (SST

LOCK). The padlocks have to be sup-

plied by customer.

왎Shorting b-contact (SBC)

When moving the breaker from the con-

nected to the test positions, this contact

is used to short circuit auxiliary switch

(Axb) thus maintaining the correct

sequence of operation of the external

control circuit.

When ordering, the same number of

shorting b-contacts as auxiliary switches

(AXb) will be provided.

Specifications SBC-SAE

Application Auxiliary switch (NO)

Order information Art. no. 30456

왎Mis-insertion preventor (MIP)

To obtain the right drawout configuration,

it is extremely important that the breaker

unit specifications (type, current rating,

optional accessories, etc.) should match

the cradle.

Mis-insertion is prevented by a combi-

nation of matching components (on the

breaker and the cradle).

Specifications MIP-SAE

Application (breaker) AE1000–AE3200-SS/SH

Material Metal

Order information Art. no. 30455

Specifications CL-SAE211 CL-SAH211

Load Resistive Inductive Resistive Inductive

Contact capacity (A)

AC 460

AC 250

AC 125

2,5

DC 250

DC 125

DC 30

1,5

Number and type of switches 4 interchange switches 4 interchange switches

Application (breaker) AE1000-SS – AE6300-SS AE1000-SH – AE3200-SH

Order information Art. no. 25840 45578

Specifications SST-

02SAE3 SST-

02SAE4 SST-

05SAE3 SST-

05SAE4 SST-

SAELOCK

Application (breaker) * AE1000–1600-SS AE2000–3200-SS /

AE1000–3200-SH Safety

shutter

lock

Breaker type Drawout

Number of poles 3434

Order information Art. no. 25836 25837 25907 25908 30458

* On breaker types AE 4000 to AE 6300 the safety shutters are already part of the standard version.

discon.

Disconnected Connected

test operation

CONNECTED

CL–C

TEST

CL-T

DISCONNECTED

CL-D

Switch function

왎Lifting hooks (HP)

These hooks are used to remove the

drawout breaker from the cradle.

The option is not necessary, when a spe-

cial lifter (bucket type) for AE-SS is used.

The fixed type breaker is equipped with

the lifting hooks as standard.

The lifting hooks can not be used for

AE4000-SS to AE6300-SS.

Specifications HP-SAE

Material Metal

Order information Art. no. 30485

왎Vertical terminal adapter (VTA)

Vertical terminal adapters allow you to

turn power connection by 90°. Other forms of terminal adapters on re-

quest. Dimensions see page 37 and 39.

Specifications VTA-02SAE VTA-03SAE VTA-32SAE

Application (breaker) AE1000–AE1600-SS AE2000–2500-SS/

AE1000–2500-SH AE3200-SS/SH

Shipping contents pieces 11 1

Order information Art. no. 34193 34192 34191

MITSUBISHI ELECTRIC

왎Mechanical interlock (MI)

The mechanical interlock is a secure in-

terlock prohibiting the parallel closing of

two or three breakers.

Any combination between AE1000-SS/SH

up to AE3200-SS/SH is possible.

The interlock can be simply installed on

either fixed or drawout type breakers.

With the drawout type, the interlock oper-

ates at the connecting point and can be

released at other positions, providing

secure maintenance and inspection of

the breaker.

For AE4000-SS up to AE6300-SS a com-

bination is possible only between two

breakers.

Note:

When using the mechanical interlock, the

application of the door interlock (DI) is

not possible.

1000 (Max.)

134

144

0~12

1000 (Max.)

Vertical mounting

Horizotal mounting

[mm]

왎Door interlock (DI)

This mechanical interlock device makes

it impossible to open the panel door un-

less the circuit breaker is not switched off.

The device has been designed for panel

doors with the groove on the left (stand-

ard). Locks for grooves on the right are

available on request.

A wire-type mechanical interlock is used

to allow flexibility in positioning breakers

in the panel.

Note:

When using the door interlock (DI) the ap-

plication of the mechanical interlock (MI)

is not possible.

Cabinet

door

Change over of

2 power supplies Change over of

2 supply systems

ON ONOFF OFF

Specifications DI-SAEF DI-SAED

Application (breaker) For all breakers For all breakers

Breaker type Fixed Drawout

Order information Art. no. 31538 31537

SUPER AE

Optional Accessories for all Breakers

ACCESSORIES

Specifications MI-SAE

163F MI-SAE

164F MI-SAE

323F MI-SAE

324F MI-SAE

163D MI-SAE

164D MI-SAE

323D MI-SAE

324D MI-SAW

633D MI-SAW

634D MI-SAEIW

Application (breaker) AE1000–1600SS AE2000–3200SS

AE1000–3200SH AE1000–1600SS AE2000–3200SS

AE1000–3200SH AE4000–6300SS Bowden

cable set

Breaker type Fixed Drawout

Number of poles 3 4 3 4 3 4 3 4 3 4

Order information Art. no. 30450 30451 30452 30453 30446 30447 30448 30449 62327 62326 30454

Interlocking requires a separate unit for each breaker. If you have 3 breakers, you need a separate set of bowden cables MI-SAEIW.

왎Dust cover (DC)

The transparent dust cover is hinged

onto the panel door. It has a screw lock

and prevents dust and water entering

into the circuit breaker.

Specifications DC-SAE

Protection IP 54

Order information Art. no. 42618

왎Terminal cover (TTC)

The terminal cover is a transparent cover

for safety finger protection of control ter-

minals. The cover protects the voltage

terminals against finger contact .

Specifications TTC-SAEF TTC-SAED

Application (breaker) Fixed Drawout

Protection IP 20 IP 20

Order information Art. no. 62482 62481

왎Push button cover (BC-L)

This mechanical device can be locked

with a padlock or a seal (not included in

the package) to protect the push buttons

of the breaker unit against inadvertent

ON/OFF operation.

The padlock has to be supplied by the

customer.

Specifications BCL-SAE

Material Acrylic plate

Order information Art. no. 27727

왎Door frame (DF)

The door frame improves the appear-

ance, after cutting out the panel door to

install the breaker.

Refer to the overall dimension drawings

on page 36, 38 and 40 for the installation

method.

Specifications DF-SAE

Material Plastic

Protection IP 20

Order information Art. no. 28319

MITSUBISHI ELECTRIC

왎Neutral current transformer (NCT)

The neutral CT is used for ground fault

protection when a 3 pole breaker is used

on a 3 phase 4 wire system. It should be

used together with a electronic trip

relay that has the ground fault protection

(GFR) option.

Schalter

Elektr. Auslöserelais

mit Erdschlußschutz

Stromwandler

Widerstand

Stromwandler für Neutralpol (NCT)

Diagram Current transformer

Resistor

Current transformer for neutral pole

Breaker

Electronic trip relay

with ground fault prot.

ETR Specifications NCT-

06SAE NCT-

10SAE NCT-

12SAE NCT-

16SAE NCT-

20SAE NCT-

25SAE NCT-

32SAE NCT-

40SAW NCT-

50SAW NCT-

63SAW

Application (breaker) * AE1000 AE1000 AE1250 AE1600 AE2000 AE2500 AE3200 AE4000 AE5000 AE6300

Current range (A) 630 1000 1250 1600 2000 2500 3200 4000 5000 6300

Order information Art. no. 39038 39026 33853 37323 39037 39036 39035 62330 62329 62328

* A suitable resistor (0.1 Ω/ 10 W) is attached to the product. Furthertechnical details on request.

왎Current transformer (CT)

These current transformers (CT and sen-

sor coil) are suitable for the main conduc-

tor and the N conductor.

Current transformers of type CT-06첸첸첸

serve the reduction of INmax

.onan

AE 1000.

Specifications CT-06

SAE031 CT-06

SAE050 CT-06

SAE063 CT-10

SAE100 CT-12

SAE125 CT-16

SAE160 CT-20

SAE200 CT-25

SAE250 CT-32

SAE320 CT-40

SAW400 CT-50

SAW500 CT-63

SAW630

Application (breaker) * AE1000

-SS AE1000

-SS AE1250

-SS AE1600

-SS AE2000

-SS/-SH AE2500

-SS/-SH AE3200

-SS/-SH AE4000

-SS AE5000

-SS AE6300

-SS

Bemessungsstrom Inmax** (A) 315 500 630 1000 1250 1600 2000 2500 3200 4000 5000 6300

Order information Art. no. 30476 30477 30478 33437 30479 30480 39539 39540 39541 62331 62332 62333

* Shipping contents includs CT and sensorcoil for 1 pole. Other transformers on request.

** At 40°C and 50/60 Hz (other temperatures see Technical Information on page 44)

SUPER AE

External Optional Accessories for all Breakers

ACCESSORIES

왎External current transformer (ZCT)

This option is used to detect several

amperes of earth leakage when used in

combination with an electronic trip relay

that has the earth leakage tripping (ER)

option.

Two methods are available:

앬ZCT: three-load phase conductors

(and the neutral conductor in a 4-wire

system) are passed through the ZCT

앬ZT: The supply transformer’s ground

wire passes through to earth.

ETR

C2 C1

SHT

713

714

Spannungsversorgung

Externer

Summenstromwandler

Auslöserelais

Load circuit method (ZCT)

Power supply Power supply

Electronic trip relay

External current

transformer

ETR

C2 C1

SHT

713

714

Spannungsversorgung

Auslöserelais

Externer

Summenstromwandler

Transformer ground wire method (ZT)

Power supply Power supply

External current

transformer

Electronic trip relay

Specifications ZCT-163 ZCT-323 ZCT-324 ZT-15A ZT-30A ZT-40A ZT-60A ZT-80A ZT-100A

Application Load circuits Transformer ground wire

Hole diameter for wire * (mm) 230x60 (oval) 370x108 (oval) 500x108 (oval) ∅15 ∅30 ∅40 ∅60 ∅80 ∅100

Order information Art. no. on request

* For detailed dimensions refer to page 41. Further specifications on request..

왎External power supply unit (PS)

This unit is used when a DC 24 V control

supply is needed for the trip indicator on

the electronic trip relay.

The unit can be installed from the front to

the left side of the breaker (for dimen-

sions please refer to page 41).

Specifications PS-A200 PS-D200 PS-A400

Rated voltage * (V) 100–110 / 200–220 (AC) 200 (DC) 380–415 (AC)

Input voltage range (%) +10 / -15 % +10 / -15 % +10 / -15 %

Input capacity 30 VA or less 30 W or less 30 VA or less

Output voltage (V) 24 (DC) ±10 % 24 (DC) ±10 % 24 (DC) ±10 %

Output current (A) 0.42 or less 0.42 or less 0.3 or less

Order information Art. no. on request on request on request

* Rated frequency at AC = 50/60 Hz

왎Field test devices

The test devices are for testing the

functioning of the electronic trip relay.

It allows you to test the trip relay without

the breaker being connected to the main

supply. The breaker will trip when tested.

888.888

888.88.8

STOP

a?/OCR

50/60

50 Hz 60 Hz

OCR

TESTING

SET

SIGNAL SET

SIGNAL ADJUST

STOP

SIGNAL

STOP

FREQUENCY

SIGNAL

BREAKER TESTER

OPERATING

TIME

DOWN

OUTPUT

S1S2S3

STOP

TRIP

CHECK

START

RESET

TRIP

MITSUBISHI

Y-

2000

(Y2000)

Specifications Y-160 Y-2000

Test functions LTD, STD, INST, Groundfault LTD, INST, STD,

Groundfault, pre-alarm

Power supply * 100–120 V, 200–240 V (AC) or battery 100–240 V (AC)

Test current signal setting 6-point setting possible

(20, 40, 125, 200, 500 and 2000 %) Continuously variable

(10 – 2000 %)

Others Time counter Ammeter, time counter

Order information Art. no. 27497 27496

* Rated frequency at AC = 50/60 Hz

왎Test jumper (TJ)

The test jumper cable is for testing the

functioning of the circuit breaker when

the unit is removed from its cradle. Take

the breaker out of its cradle and use this

cable to switch the breaker on and off

electrically, so that you can check all its

functions.

Specifications TJ-SAE

Cable length (m) 3*

Order information Art. no. 30457

* Further lengths on request

MITSUBISHI ELECTRIC

Applicable types B type General use

S type Generator protection

M type Power

supply Remarks Reference

Functions Code — ST SPT SPGT SPET MT MPT MPGT

Standard

functions

Long-time-delay L

—쏹쏹쏹쏹쏹쏹쏹 —The basic L, S and I protection functions are

also available when the control power supply

fails. Page 23, 25

+ Short-time-delay S

+ Instantaneuous I

Trip indicator TRIP —쏹쏹쏹쏹쏹쏹쏹 required *) Both LED display and relay output

terminals are available. Page 22, 24

Load current indicator LCI —쏹쏹쏹쏹쏹쏹쏹 —The load state is indicate by the color

of the LED. Page 22, 24

Test terminal TEST —쏹쏹쏹쏹쏹쏹쏹 —For characteristics check Page 23, 25

STD lock button — 쏹쏹쏹쏹쏹쏹쏹 —Convenient for checking instantaneous

operation Page 23, 25

Special

functions

Pre-alarm PAL ——쏹쏹쏹—쏹쏹 required *) Both LED display and relay output

terminals are available. Page 22, 24

Ground fault GFR ———쏹———쏹—

1. With ground fault alarm switch

2. If a 3-pole breaker is used in a 4-wire

circuit, a neutral-pole CT (NCT) has to be

ordered.

3. The ground fault protection (GFR) is not

available when the maximum rated current

is less than 315 / 500 A or 630 A for

AE1000-SH.

Page 27

Earth leakage ER ————쏹— — — required An external ZCT and a shunt trip device

(SHT) are required (not available for

AE 4000–6300) Page 26

Accessory

OCR alarm AL 쎻쎻쎻쎻쎻쎻쎻쎻 —Since the output signal is a short pulse, an

external self-holding circuit is

required. Page 25

Load current

measurement LM —쎻쎻쎻쎻쎻쎻쎻 required *) The maximum phase current flowing through

the braker can be measured. Page 27

Unusual temperature

indicator TAL —쎻쎻쎻쎻쎻쎻쎻 required *) The sensor is integrated in the breaker. Page 27

Instantaneous / MCR 쏹——————— —

1. The long-time and short-time delay

function (L) is not available.

2. A changeover between instantaneous and

MCR characteristics is possible.

3. Suitable for AE 1000–3200-SS only.

—

and

pole

Short-time delay

+instantaneous

/MCR (I)

MCR

(I) —햲햲햲햲——— —

1. The long-time delay function (L) is not

available.

2. A change-over between instantaneous

and MCR characteristics is not possible

(not available for AE 4000–6300).

—

Long-time delay

+short-time delay

+instantaneous / MCR (C)

MCR

——— — A change-over between instantaneous and

MCR characteristics is possible

(not available for AE 4000–6300). Page 22, 23

pole Neutral pole

overcurrent protection NP —햲햲햲햲——— — Neutral pole protection with 50 % or 100 %.

Please consider when ordering

(for AE 4000–6300 on request). Page 26

Relay

power

supply

Applicable voltage range **

AC 100–120/200–240 V

DC 100–110 V

DC 125 V

DC 24 V

—

An external power supply for trip indication (TRIP) and relay

control is required for all type of relays.

The relay types are available in the 4 shown voltage ranges

(standard = AC100–120/200–240 V).

Please remark when ordering.

—

When the control power supply fails the

function of the LED displays and output

terminals are disabled.

All standard protection functions are still

available.

—

쏹Equipped with function as standard. 쎻Function available as an option.

— Function not available. 햲Only one of the special versions (MCR-I, MCR-C or NP) is available as an option.

*No additional power supply is required as long as control power is available.

** Other voltages on request. Rated frequency at AC = 50/60 Hz.

Special versions

SUPER AE

Program Overview – Features

ELECTRONIC TRIP RELAY

Introduction and selection

Special notes:

The circuit breakers are equipped with the S type relay in ST-1 version (applicable voltage range AC 100–120/200–240 V)

as standard (refer to page 6).

All other model types and accessories can be configured and ordered individually.

In the table on page 28 the most common configurations are listed with order informations.

The trip relay type B is suitable for switch disconnectors with instantaneous MCR characteristics only.

Function Appli

cable

type Application

Standard protection

type S Generator protection

type M

ST SPT SPGT SPET MT MPT MPGT

Max. rated current

(INmax)All

types Maximum rated current

(INmax.) Conforms to CT ratings

(see table below)

Rated current

(IN)All

types Maximum rated current

(INmax.) ×setting 0.5–0.6–0.7–0.8–0.9–1.0

(adjustable in steps)

Uninterrupted

current (IU)Type S Rated current (IN)

×setting 0.8 to 1.0

(continuously adjustable) —— —

Long-

time

delay (L)

Current (IL)

Type S Uninterrupted current (IU)

×setting 1.15 ± 10 % 햴

(fixed) 1–1.05–1.1–1.15–1.2 ±5%

(adjustable in steps)

Type M Rated current (IN)

×setting

Time (TL)

Type S At uninterrupted current (IU)

×2Faktor 50–100–150 sec. ±20 %

(adjustable in steps) 15–20–25–30–40–60 sec. ±20 %

(adjustable in steps)

Type M At current (IL)

×1,2

Time

fine ad-

justment Type M Long-time delay

time (TL)×setting —— — — 0.8–0.9–1.0-1.1–1.2

(continuously adjustable)

Short-

time

delay (S)

Current

(IS)All

types

Rated current (IN)

×setting 2–3–4–6–8–10 ±15 %

(adjustable in steps) 2–2.5–3–3.5–4–4.5 ±15%

(adjustable in steps)

Time

(TS)

At short-time delay

current (IS)

×1,5

0–0.1–0.2–0.3–0.4–0.5 sec. ±20 %

(adjustable in steps)

Remark: the operating time for “0" is 0.05 sec.

Instanta-

neous (I) Current

(II)All

types Rated current (IN)

×setting 4–6–8–10–12–16 ±15 %

AE5000-SS: 4–6–8–10–12 ±15 %, AE6300-SS: 4–6–8–10 ±15 % (particulary adjustable in steps)

Pre-alarm

(PAL)

Current

(IP)

Type S Uninterrupted current (IU)

×setting —0.7–0.8–0.9–1.0–OVER ±10 %

(adjustable in steps) —0.84–0.88–0.92–0.96–1.0

±5%

(adjustable in steps)

Type M Long-time delay current (IL)

×setting

Time (TP)All

types

At long-time delay time (TL)

×setting — 0.5 times ± 20 % — 0.5 times ±20 %

Reset

system — — Self holding — Automatic reset

Ground

fault

(GFR) 햳

Current

(IG)All

types

Maximum rated current

(INmax.)×setting ——

0.1–0.2–0.3–0.5 ±20 %

AE4000 – AE6300-SS:

0.2–0.3–0.5 ±20%

(adjustable in steps)

———

0.1–0.2–0.3–0.5 ±20 %

AE4000 – AE6300-SS:

0.2–0.3–0.5 ±20%

(adjustable in steps)

Time (TG)At ground fault current (IG)

×1,5 ——0.3–0.8–1.5–3sec. ±20 %

(adjustable in steps) ———

0.3–0.8–1.5–3sec. ±20 %

(adjustable in steps)

Earth

leakage

(ER)

Current (IE)

Type S

Earth leakage current (IE)

=setting —— — 1–2–3–5A±20 %

(adjustable in steps) —— —

Time (TE)At earth leakage current (IE)

×1,5 ———0.3–0.8–1.5–3sec. ±20 %

(adjustable in steps) —— —

햳Not available at IN max. ≤315 A, 500 A and AE 1000-SH, 630 A.

햴At 105 % non trip, at 125 % pick up.

Note: The electronic trip relay will be delivered set to the values shown in bold type.

“SS” type AE1000-SS AE1250-SS AE1600-SS AE2000-SS AE2500-SS AE3200-SS AE4000-SS AE5000-SS AE6300-SS

Rated current

(INmax

)

315, 500

630

1000 1250 1600 1250

1600

2000 2500 3200 4000 5000 6300

“SH” type AE1000-SH AE1250-SH AE16000-SH AE2000-SH AE2500-SH AE3200-SH

Rated current

(INmax

)

630

1000 1250 1600 2000 2500 3200

Characteristics setting table

Overview of rated currents (INmax

) – CT ratings

MITSUBISHI ELECTRIC

SUPER AE

S Types – General Protection

ELECTRONIC TRIP RELAY

햲TRIP Trip Indicator

Display of tripping condition:

앬L for Long-time delay

앬S/I for short-time delay (S) /

instantaneous (I)

앬G for ground fault (GFR)

앬E for earth leakage (ER)

Both an LED display (red) and a relay

output are provided.

Remarks: 쐃,쐇,쐏

햳PAL Pre-Alarm Display

Pre-alarm display when a pre-deter-

mined load current is reached.

Display method: Both an LED display

(yellow) and a relay output are available.

앬The “PAL” LED lights up when the pre-

set value is exceeded (the relay is not

activated when this happens).

앬The relay output is activated when the

“PAL OUT” LED lights up.

Remarks: 쐃,쐇,쐏

햴TAL Temperature Alarm

An alarm signal is generated when the

temperature of the main contacts rises

above the threshold level (approx. 170 °C

or more).

Display methods: Both an LED indicator

(red) and a relay output are provided.

Remarks: 쐃,쐇,쐏

햵LCI Load Current Indicator

Indicates the percentage of uninter-

rupted current (IU) in the following steps

60-70-80-90-100-OVER.

LED indication in different colours:

앬60–80%=green

앬90 – 100 % = yellow

앬OVER = red

The LEDs goes out when the breaker

trips.

AL OCR Alarm Contact

An alarm signal is output to the contact

when the breaker is tripped by one of the

following causes:

앬L Long-time delay

앬S Short-time delay

앬I Instananeous trip (I) or MCR

앬G Ground fault or

앬E Earth leakage

Remarks: 쐋,쐏

햶RESET Indicator Reset Button

Pressing this button resets the displays

and the relay output.

앬Trip indicator (TRIP)

앬Unusual temperature indicator (TAL)

앬Pre-alarm (PAL)

햷LM Max. Phase Current,

Load Current Measurement

Max. phase current (L-C-R display)

Phase current display (L=L1, C=L2 and

R=L3) via LED (green).

LED indicators are provided for the left,

central and right poles. One LED is al-

ways on when current is flowing through

the breaker. This function is included in

the Load current measurement option.

Load current measurement (LM)

The load current can be measured at

terminal LM. At twice the max. current

(INmax.) a signal of DC 24 V is output

(refer to wiring diagram on page 34, 35).

Remark: 쐃,쐇

TRIP INDICATOR

LOAD CURRENT

LARGEST PHASE

RATED CURRENT MAX

RATED CURRENT

%lu

SPGT - CIACT

ELECTRONIC TRIP RELAY

MITSUBISHI

MODEL

햸IN

헀S

U햹

햻MCR

헁I

햾S

헅TEST

햿S

TRIP 햲

PAL 햳

LCI 햵

LM 햷

햶RESET

햴TAL

L햺

GFR 헄

GFR 헃

GFR 헂

PAL 햽

Remarks:

All functions marked in gray are included as

standard equipment (standard relay ST-1).

This overview lists the maximum possible

functionality of the units.

Trip relays with special functions (functions

wich are not marked in gray) have to be

ordered seperately (please refer to order

informationonpage28).

Page 26 and following contain a detailled

description of all special functions.

쐃An external power supply for trip indication

and relay control is required for all type of

relays. The voltage range for the power supply

must be within one of the following ranges:

- 1: AC 100–120 / 200–240 V (standard)

- 2: DC 100–110 V

- 3: DC 125 V

-4: DC24V

(other voltages on request)

쐇The LED will go out when the control power

supply is interrupted or when the RESET

button is pushed.

쐋An external self-hold circuit is required,

as the alarm signal pulse has a duration

of only 0.03 sec.

쐏The contact rating (A) for the signal relays

are listed in the table below.

Voltage (V) Resistive load Inductive load*

AC 120

250

DC 30

125 0,2 0,1

*cos ϕ=0,4,L/R=7msec

Basic Setting

햸INRated Current

왘

Setting dial

The maximum rated current can be

selected as follows:

Max. rated current (INmax

)xsetting(A)

0.5-0.6-0.7-0.8-0.9-1.0

Changing this setting changes the

following values proportionally:

앬Uninterrupted current (IU)

앬Short-time delay current (IS)

앬Instantaneous current (II)

앬Pre-alarm (IP)

Overload Protection

햹UUninterrupted Current (IU)

왘

Setting dial

Rated current (IN) x setting (A)

0.8 – 1.0

Used for setting the continuous uninter-

rupted current value. The actual tripping

rangeisI

Ux1.05–1.25.

The load current is displayed as a per-

centage of the uninterrupted current and

thus changes proportionally when the un-

interrupted current setting is changed.

햺LLong-Time Delay Time (TL)

왘

LTD TIME setting dial

Time setting (in seconds)

50-100-150

This value specifies the operating time

when the current flowing is the uninter-

rupted current set value x 2.

The pre-alarm operating time is half of

the long-time-delay time setting.

햻MCR INST/MCR Switch

왘

Switch

This switch makes it possible to select

between instantaneous operation charac-

teristic (INST) and MCR characteristic.

The MCR characteristics the abbreviation

for Making Current Release. With this

characteristic, instantaneous tripping is

only possible if a short circuit occurs dur-

ing switch-ON. After the initial switch-ON,

the time delay tripping characteristic is

active but the instantaneous tripping is

not possible.

햽PAL Pre-Alarm Current (IP)

왘

PAL P.U. setting dial

Rated current (IU) x setting

0,7-0,8-0,9-1,0-OVER

Current setting for pre-alarm activation.

Short-Circuit Protection (STD)

햾SShort-Time Delay P.U. Current (IS)

왘

STD P.U. setting dial

Rated current (IN)xsetting(A)

2-3-4-6-8-10

Current threshold value setting for short-

time delay tripping.

햿SShort-Time Delay Time (TS)

왘

STD TIME setting dial

Time-delay setting (in seconds)

0-0.1-0.2-0.3-0.4-0.5

The setting value is the operating time

when the current flowing is the short-time

delay current setting (IS)x1,5.

If the dial is set to 0 seconds the breaker

will trip in 0.05 seconds.

헀SShort-Time Delay Lock Button

왘

STD LOCK button

When measuring the instantaneous trip-

ping current, press the short time delay

operation inhibit button (STD LOCK) in

order to disable the short-time-delay trip-

ping function.

Short-Circuit Protection (instantaneous)

헁IInstantaneous P.U. Current (II)

왘

INST P.U. setting dial

Rated current (IN)xsetting(A)

4-6-8-10-12-16

AE5000: 4-6-8-10-12

AE6300: 4-6-8-10

Sets the threshold current value for

instantaneous tripping.

ER Earth Leakage Protection (IE)

왘

ER P.U. Current (I

) setting dial

Current setting 1–2–3–5

Both external ZCT and SHT are required

(see page 18 and 24 for further details).

ER Earth Leakage Protection (TE)

왘

ER TIME (T

) setting Dial

Time setting (in seconds)

0.3–0.8–1.5–3

The setting represents the operating time

when the current flowing is the earth leak-

age current value setting x 1,5.

The earth leakage protection facility is

not illustrated because it is only possible

to have either earth leakage or ground

fault protection.

Ground Fault Protection (GFR)

헂GFR Ground Fault P.U. Current (IG)

왘

Setting dial

Max. rated current (INmax.) x setting (A)

0.1-0.2-0.3-0.5

AE4000–6300: 0.2-0.3-0.5

The function is not available when

INmax. is less than 630 A and for

AE1000-SH, INmax630 A.

헃GFR Ground Fault Time (TG)

왘

Setting dial

GFR time setting (in seconds)

0.3-0.8-1.5-3

The setting specifies the operating time

when the current flowing is the ground

fault current value setting (IG)x1.5.

헄GFR Ground Fault Trip Switch

왘

GFR TRIP / ALARM

The breaker will trip when the switch is

set to the “TRIP” position.

When the switch is set to the “ALARM”

position a red trip indicator LED will light

up and the relay output will be activated

when a ground fault occurs; the breaker

will not trip, however.

The switch must be set to the “TRIP” posi-

tion when the overcurrent tripping char-

acteristic is activated (refer to page 27).

Others

헅TEST Test Terminal

Test functions:

Tripping characteristics

앬Long-time-delay (L)

앬Short-time-delay (S)

앬Instantaneous (I)

앬Pre-alarm (P)

앬Ground fault (GFR)

A special testing device is required

(see page 19).

The bold marked values show the setting at

time of shipment.

MITSUBISHI ELECTRIC

SUPER AE

M Types – Generator Protection

ELECTRONIC TRIP RELAY

햲TRIP Trip Indicator

Display of tripping condition:

앬L for Long-time delay

앬S/I for short-time delay (S) /

instantaneous (I)

앬G for ground fault (GFR)

Both an LED display (red) and a relay

output are provided.

Remarks: 쐃,쐇,쐏

햳PAL Pre-Alarm Display

Pre-alarm display when a pre-deter-

mined load current is reached.

Display method: Both an LED display

(yellow) and a relay output are available.

앬The “PAL” LED lights up when the pre-

set value is exceeded (the relay is not

activated when this happens).

앬The relay output is activated when the

“PAL OUT” LED lights up.

Remarks: 쐃,쐇,쐏

햴TAL Temperature Alarm

An alarm signal is generated when the

temperature of the main contacts rises

above the threshold level (approx. 170 °C

or more).

Display methods: Both an LED indicator

(red) and a relay output are provided.

Remarks: 쐃,쐇,쐏

햵LCI Load Current Indicator

Indicates the percentage of uninterrup-

ted current (IU) in the following steps

50-60-70-80-90-100-OVER.

LED indication in different colours:

앬50–70%=green

앬80 – 90 % = yellow

앬100%=red

The LEDs goes out when the breaker

trips.

AL OCR Alarm Contact

An alarm signal is output to the contact

when the breaker is tripped by one of the

following causes:

앬L Long-time delay

앬S Short-time delay

앬I Instananeous trip (I)

앬G Ground fault

Remarks: 쐋,쐏

햶RESET Indicator Reset Button

Pressing this button resets the displays

and the relay output.

앬Trip indicator (TRIP)

앬Unusual temperature indicator (TAL)

앬Pre-alarm (PAL)

햷LM Max. Phase Current,

Load Current Measurement

Max. phase current (L-C-R display)

Phase current display (L=L1, C=L2 and

R=L3) via LED (green).

LED indicators are provided for the left,

central and right poles. One LED is al-

ways on when current is flowing through

the breaker. This function is included in

the Load current measurement option.

Load current measurement (LM)

The load current can be measured at

terminal LM. At twice the max. current

(INmax.) a signal of DC 24 V is output

(refer to wiring diagram on page 34, 35).

Remark: 쐃,쐇

TRIP INDICATOR

LOAD CURRENT

LARGEST PHASE

RATED CURRENT MAX

RATED CURRENT

MPGT - 4ACT

ELECTRONIC TRIP RELAY

MITSUBISHI

MODEL

햸IN MAX

PAL 햳

PAL 햽

GFR 헂

LCI 햵

햻L

L햹

TRIP 햲

햴TAL

LM 햷

햶RESET

헀S

헁I

햾S

헅TEST

햿S

L햺

GFR 헄

GFR 헃

Remarks:

All functions marked in gray are included as

standard equipment (standard relay ST-1).

This overview lists the maximum possible

functionality of the units.

Trip relays with special functions (functions

which are not marked in gray) have to be

ordered seperately (please refer to order

informationonpage28).

Page 26 and following contain a detailled

description of all special functions.

쐃An external power supply for trip indication

and relay control is required for all type of

relays. The voltage range for the power supply

must be within one of the following ranges:

- 1: AC 100–120 / 200–240 V (standard)

- 2: DC 100–110 V

- 3: DC 125 V

-4: DC24V

(other voltages on request)

쐇The LED will go out when the control power

supply is interrupted or when the RESET

button is pushed.

쐋An external self-hold circuit is required,

as the alarm signal pulse has a duration

of only 0.03 sec.

쐏The contact rating (A) for the signal relays

are listed in the table below.

Voltage (V) Resistive load Inductive load*

AC 120

250

DC 30

125 0,2 0,1

*cos ϕ=0,4,L/R=7msec

Basic Setting

햸INMAX Rated Current

왘

RATED CURRENT

The rated current will be preset to a fixed

value at time of shipment (select a value

between 0.5 and 1 of the maximum rated

current).

Thevalueisstampedontherelay.

Overload Protection

햹LLong-Time Delay Current (IL)

왘

LTD P.U. setting dial

Rated current (IN) x setting (A)

1-1.05-1.1-1.15-1.2

The breaker trips within a range from

(IL) x 0.95 to 1.05.

The load current is displayed as a percent-

age of the long-time delay current (IL).

The pre-alarm set value varies proportion-

ally to the long-time delay current setting.

햺LLong-Time Delay Time (TL)

왘

LTD TIME setting dial

Time setting (seconds)

15-20-25-30-40-60

This value specifies the operating time

when the current flowing is the long-time

delay current set value (IL) x1.2.

The pre-alarm operating time is half of

the long-time delay setting.

햻LLong-Time Delay TimeFINE (TL)

왘

FINE adjustment dial

Fine adjustment of long-time delay time.

Allows continuous adjustment from 0.8 to

1.2 of the long-time-delay setting value (TL).

This setting has no influence on the

pre-alarm time.

햽PAL Pre-Alarm (IP)

왘

PAL P.U. setting dial

Long-time-delay current value (IL)

xsetting

0.84-0.88-0.92-0.96-1.0

Threshold value for pre-alarm operation.

Short-Circuit Protection (STD)

햾SShort-Time Delay P.U. Current (IS)

왘

STD P.U. setting dial

Rated current (IN)xsetting(A)

2-2.5-3-3.5-4-4.5

Current threshold value setting for short-

time delay tripping.

햿SShort-Time Delay Time (TS)

왘

STD TIME setting dial

Time delay setting (in seconds)

0-0.1-0.2-0.3-0.4-0.5

The setting value is the operating time

when the current flowing is the short-time

delay current setting (IS)x1.5.

If the dial is set to 0 seconds the breaker

will trip in 0.05 seconds.

헀SShort-Time Delay Lock Button

왘

STD LOCK button

When measuring the instantaneous trip-

ping current, press the short time delay

operation inhibit button (STD LOCK) in

order to disable the short-time-delay trip-

ping function.

Short-Circuit Protection (instantaneous)

헁IInstantaneous P.U. Current (II)

Rated current (IN)xsetting(A)

4-6-8-10-12-16

AE5000: 4-6-8-10-12

AE6300: 4-6-8-10

Sets the threshold current value for

instantaneous tripping.

Ground Fault Protection

헂GFR Ground Fault P.U. Current (IG)

왘

GFR P.U.

Max. rated current (INmax.) x setting (A)

0.1-0.2-0.3-0.5

AE4000–6300: 0.2-0.3-0.5

This function is not available if max. rated

current values INmax. is less than 630 A

and for AE1000-SH, INmax630 A.

헃GFR Ground Fault Time (TG)

왘

GFR TIME

Time setting (in seconds)

0.3-0.8-1.5-3

The setting specifies the operating time

when the current flowing is the ground

fault current value setting (IG)x1.5.

헄GFR Ground Fault Trip Switch

왘

GFR TRIP / ALARM

The breaker will trip when the switch is

set to the “TRIP” position.

When the switch is set to the “ALARM”

position a red trip indicator LED will light

up and the relay output will be activated

when a ground fault occurs; the breaker

will not trip, however.

The switch must be set to the “TRIP” posi-

tion when the overcurrent tripping char-

acteristic is activated (refer to page 27).

Others

헅TEST Test Terminal

Test functions:

Tripping characteristics

앬Long-time-delay (L)

앬Short-time-delay (S)

앬Instantaneous (I)

앬Pre-alarm (P)

앬Ground fault (GFR)

A special testing device is required

(see page 19).

The bold marked values show the setting

at time of shipment.

MITSUBISHI ELECTRIC

왎Earth leakage protection (ER)

The earth leakage alarm facility is real-

ised with an electronic trip relay with

earth leakage protection (ER charac-

teristics) and an external ZCT (refer to

page 18 and 21). When earth leakage

current flows an alarm is activated but

the breaker does not trip (see the earth

leakage alarm system wiring diagram).

If you require the breaker to trip upon

earth leakage you must also install an

SHT device (see the earth leakage trip-

ping system wiring diagram). Observe

the voltage range specifications for the

voltage tripping device SHT, The voltage

tripping device (SHT) is suitable for

250 V AC/DC or less.

The earth leakage protection is not

available for AE4000 to AE6300-SS.

ETR

SHT

713

C1C2 714

Earth leakage tripping system

External ZCT

for Ground wire

Control power supply

Electronic trip relay

(with earth leakage protection)

ETR

N2 N1

513

544

Earth leakage alarm system

External ZCT

for ground wire

Earth leakage

alarm buzzer

Control power supply

Electronic trip relay

(with earth leakage protection)

왎Neutral pole overcurrent protection (NP)

This function protects the neutral pole

(4th pole) of the circuit breaker against

overcurrent.

Neutral pole overcurrent protection can

be set to operate at 50% or 100% of the

rated current. The function prevents pos-

sible destruction of the neutral pole by in-

creased load current in this pole caused

by load equipment that generates third

harmonic wave forms. This function is

only possible with type S relays with

neutral pole overcurrent function and a

4-pole breaker.

Neutral pole protection for AE4000 to

AE6300-SS on request.

Current sensor coil

Same phase

Load equipment that generates

third harmonic wave form

current

왎Pre-alarm (PAL)

If the load current flowing through the

breaker exceeds the preset value the

“PAL” LED lights up and a relay output is

activated. This is a useful option for en-

suring a continuous power supply to an

important circuit.

The operating characteristic shown in the

graph is proportional to half of the long-

time-delay tripping characteristic. It has

been designed to prevent unnecessary

alarms from inrush currents to the load.

TLrepresents the long-time delay time.

The general use relay output is of a self-

hold type; the relay type for generator

protection features auto reset. (The con-

trol power supply and reset button re-

quired for the LED display is also used

internally for the pre-alarm).

10 min.

2 min.

1 min.

30 sec

10 sec

4sec

1sec

0.4 sec

0.1 sec

0.04 sec

2010 40 60

100 200 400

600

100020004000

6000

70%

Pre-alarm

current setting range

Overcurrent

characteristics

T =50 sec

Pre-alarm

characteristics

Pre-alarm

operating time

for T =150 sec

Pre-alarm

operating time

for T =50 sec

OVER

T =150 sec

Characteristics (type S)

Current (%)

Time (t)

SUPER AE

Special Functions – Accessories

ELECTRONIC TRIP RELAY

왎Ground fault protection (GFR)

When ground fault currents of several

hundred amperes flow, it is possible that

the long-time-delay or short-time-delay

functionsmaynotbeabletoprotectthe

circuit. The ground fault function (GFR)

can provide the necessary protection in

these situations. Response sensitivity

can be set in the range 0.1–0.2–0.3–0.5,

multiplied by the maximum rated current

(INmax.); operating time can be set in

the range 0.3–0.8–1.5–3 seconds.

No control power supply is required

for this function.

앬Similary with a 3 pole breaker, ground

fault protection is also possible for a

3-phase, 3-wire circuit.

앬In a 3-phase, 4-wire circuit ground

fault protection is also possible if the

3-pole breaker is combined with a

neutral pole CT (NCT). See page 18

for details.

앬The ground fault protection is not

available if the max. rated current

(INmax.) is less than 315 A or 500 A

and less than 630 A for AE1000SH.

GFR

4 pole breaker Current sensor coil

Electronic trip relay

(with ground fault protection GFR)

왎OCR alarm (AL)

The OCR alarm is a short-time operating

contact (NO contact) that indicates when

the breaker has tripped as a result of an

overcurrent situation. The AL unit is inte-

grated in the electronic trip relay.

It operates when the breaker trips due to

long-time-delay, short-time-delay, instan-

taneous/MCR and ground fault (GFR).

It is not activated when the breaker is

tripped by the earth leakage (ER) protec-

tion facility

Note:

Though control power supply is not

required for the operation of the overcur-

rent alarm (AL), an external self-hold

circuit is required since the relay output

is only activated for 0.03 seconds.

When a continuous output signal from

the OCR alarm (AL) is required, please

use the output signal from the trip indica-

tors L, S/I and G, which is operated by

thesamecausesastheOCRalarm.

왎Load current measurement (LM)

A direct current voltage signal which is

converted from the effective value cur-

rent in the electronic trip relay is taken

out externally by using an isolation ampli-

fier. Use the receiving indicator that can

be operated by an input of 0–5 V DC

since the voltage signal proportional to

the largest phase current is transmitted.

Moreover the voltage signal which is pro-

portional to the largest phase current is

then used to light the appropiate phase

LED (the control supply is that used for

the trip indicator).

Note:

Please consider that the wiring is within

3 m of the breaker control circuit terminal

by using a twisted pair wire (with over

40 turns/meter).

The required control power supply for the

LED indicator is common to the trip indi-

cator

200100

0025

Output characteristics

→Current (% of INmax

)

Voltage (V DC)

Accuracy (±5%)

왎Temperature alarm (TAL)

When the temperature of the main con-

tacts exceeds a pre-determind (approx.

170° C), a LED lights up and a relay con-

tact (NO contact) is activated.

This helps to prevent malfunctions and

increase the service life of the contacts

as it makes it possible to detect even

temporary temperature increases. Since

the relay output is self holding a temporary

rise in temperature more than 6 hours

can also be detected (the control supply

and the reset button are used in common

with the trip indicator).

Note:

The power supply which is required for

the LED indicators, is additionally used

for the internal temperature measure-

ment.

MITSUBISHI ELECTRIC

SUPER AE

Ordering Information

ELECTRONIC TRIP RELAY

Unless otherwise indicated, all circuit

breakers in the standard package are

deliver with the electronic trip relay ST-1

or ST-1A (see overview on pages 6 and 7).

If you require a different relay for a given

circuit breaker, simply specify the rele-

vant electronic trip relay separately when

ordering the breaker.

The table on the right gives you an over-

view of different trip relays. For detailed

information please refer to page 20.

The table below gives you a selection of

the most common electronic trip relays

with the relevant ordering details. To order

a certain relay, make sure you state the

relevant order code.

Ordering procedure

Type (code) Voltage code Accessory

SPT 1 A

A = AL (OCR alarm)

C = LM (Load current meas.)

T = TAL (Temperature alarm)

– = no accessory wanted

Trip relay Operating functions Voltage code Accessory

Type Version PAL GFR ER MCR/C MCR/I NP MCR/

INST 1234ALLMTAL

ST ——————— 쎻쎻쎻

ST-C — — — 쏹——— 쎻쎻쎻

ST-I — — — — 쏹—— 쎻쎻쎻

ST-N — — — — — 쏹—쎻쎻쎻

SPT 쏹—————— 쎻쎻쎻

SPT-C 쏹——쏹——— 쎻쎻쎻

SPT-I 쏹———쏹—— 쎻쎻쎻

SPGT 쏹쏹————— 쎻쎻쎻

SPGT-C 쏹쏹—쏹——— 쎻쎻쎻

SPGT-I 쏹쏹——쏹—— 쎻쎻쎻

SPET 쏹—쏹———— 쎻쎻쎻

SPET-C 쏹—쏹쏹——— 쎻쎻쎻

SPET-I 쏹—쏹—쏹—— 쎻쎻쎻

MT ——————— 쎻쎻쎻

MPT 쏹—————— 쎻쎻쎻

MPGT 쏹쏹————— 쎻쎻쎻

BB-C ——————쏹———— 쎻——

쏹Function included in the relevant trip relay.

쎻Function available as an option.

— Function either not included or not available.

Important: neutral pole overcurrent protection is only available for 4-pole breakers.

The MCR function is not available for high performance breakers (i.e. the AE-SH series) and

breaker types AE4000-SS up to AE6300-SS.

AC 100–120, 200–240 V

DC 100–110 V

DC 125 V

DC 24 V

Type Code Description Application Ordering information Art. no.

ST-1 Standard trip relay without optional functions, AC 100-120 V and AC 200–240 V all breakers Standard —

ST-1A AC 100–120 V and AC 200–240 V, with OCR alarm (AL)

AE1000–AE4000-SS/SH ST-01SAEA024B-A 27494

AE5000-SS ST-50SAWA024B-A 62334

AE6300-SS ST-63SAWA024B-A 62335

ST-2A Standard trip relay without optional functions,

DC 100–110 V, with OCR alarm (AL)

AE1000–AE4000-SS/SH ST-01SAED011-A 30461

AE5000-SS ST-50SAWD011-A 62338

AE6300-SS ST-63SAWD011-A 62339

ST-4A Standard trip relay without optional functions,

DC 24 V, with OCR alarm (AL)

AE1000–AE4000-SS/SH ST-01SAED24-A 30460

AE5000-SS ST-50SAWD24-A 62336

AE6300-SS ST-63SAWD24-A 62337

SPT-1A Trip relay with pre-alarm function (PAL), AC 100–120 V und AC 200–240 V, with OCR alarm (AL)

AE1000–AE4000-SS/SH

SPT-01SAEA024B-A 30462

SPT-2A Trip relay with pre-alarm function (PAL), DC 100–110 V, with OCR alarm (AL) SPT-01SAED011-A 30130

SPT-4A Trip relay with pre-alarm function (PAL), DC 24 V, with OCR alarm (AL) SPT-01SAED24-A 30463

SPGT-1A Trip relay with pre-alarm function (PAL) and ground fault protection (GFR),

AC 100-120 V and AC 200–240 V, with OCR alarm (AL)

AE1000–AE3200-SS/SH SPGT-01SAE024B-A 30468

AE4000-SS SPGT-40SAWA24B-A 62340

AE5000-SS SPGT-50SAWA24B-A 62341

AE6300-SS SPGT-63SAWA24B-A 62342

SPGT-2A Trip relay with pre-alarm function (PAL), ground fault protection (GFR), DC 100-110 V, with OCR alarm (AL) AE1000–AE3200-SS/SH SPGT-01SAED011-A 30470

SPGT-4A Trip relay with pre-alarm function (PAL) ground fault protection (GFR),

DC 24 V, with OCR alarm (AL)

AE1000–AE3200-SS/SH SPGT-01SAED24-A 30469

AE4000-SS SPGT-40SAWD24-A 62343

AE5000-SS SPGT-50SAWD24-A 62344

AE6300-SS SPGT-63SAWD24-A 62345

MT-1 Trip relay for generator protection with pre-alarm function (PAL), AC 100-120 V and AC 200–240 V AE1000–AE3200-SS/SH MT-01SAE024B 27495

MPT-1, A Trip relay for generator protection with pre-alarm function (PAL), AC 100-120 V and AC 200–240 V, with OCR

alarm (AL)

AE1000–AE4000-SS/SH MPT-01SAE024B-A 27990

AE5000-SS MPT-50SAWA024B-A 62360

AE6300-SS MPT-63SAWA024B-A 62361

MPT-4, A Trip relay for generator protection with pre-alarm function (PAL), DC 24 V, with OCR alarm (AL)

AE1000–AE4000-SS/SH MPT-01SAED24-A 30473

AE5000-SS MPT-50SAWD24-A 62362

AE6300-SS MPT-63SAWD24-A 62363

BB-C Closing short-circuit current actuator AE1000–AE3200-SS BC-01SAE 34157

B-C-A Closing short-circuit current actuator with OCR alarm (AL) AE1000–AE3200-SS BC-01SAE-A 34159

10 1000 2000 500020010012020 50 5005

1000

0,1

200

100

300

400

500

0,5

0,05

0,4

0,04

0,3

0,03

0,2

0,02

x10

x12 x16

x4 x6 x8

Current →(% of rated current IN max)

Time (sec.)

Max. time of

let-through current

Maximum

breaking time

65 kA max.

Adjustable range for

INST/MCR

pick-up current II

Max. setting of

external OCR

Setting at shipment

Maximum times of let-through current (65 kA)

B type characteristics for AE1000-SS to AE3200-SS/DSN

MITSUBISHI ELECTRIC

SUPER AE

Operating Characteristics Type S

ELECTRONIC TRIP RELAY

Breaker types AE1000-SS/SH to AE3200-SS/SH

x0,1

x0,9

x0,8

x0,7

10 1000 2000 5000200100 12020 50 5005

1000

0,1

200

100

300

400

500

0,5

0,05

0,4

0,04

0,3

0,03

0,2

0,02

T = 150

0,3 0,3

0,4

x2 x3 x4 x6 x8

x10

x12

x16

x4 x6 x8

0,2

0,1

1,5

0,8

0,5

x0,1

x0,2

x0,3

x0,5

T = 100

T=50

100

150

Ooperating time [sec]

SShort-time delay operation time (Ts) setting range

(Short-time delay current x 1.5) 0-0.1-0.2-0.3-0.4-0.5

IInstantaneous current (II) setting range

Rated current x setting 4-6-8-10-12-16

Pre-alarm operation time (TP)

Long-time delay operation time x 0.5

PAL Pre-alarm current (IP) setting range

Uninterrupted current x setting 0.7-0.8-0.9-1.0-OVER

GFR Ground fault current (IG) setting range

Max. rated current x setting 0.1-0.2-0.3-0.5

GFR Ground fault operation time (TG) setting range

(Ground fault current x 1.5) 0.3-0.8-1.5-3

LLong-time delay operation time (TL) setting range

(Uninterrupted current x 2) 50-100-150

SShort-time delay current (IS) setting range

Rated current x setting 2-3-4-6-8-10

Current

Long time delay, pre-alarm % of uninterrupted current (IU)

Short-time delay / instantaneous % of rated current (IN)

Ground fault % of max. rated current (IN MAX.)

Setting at shipment

Trip relay with

MCR function

(for AE-SS only)

Operating Characteristics Type S

x0,1

x0,9

x0,8

x0,7

10 1000 2000 5000200100 12020 50 5005

1000

0,1

200

100

300

400

500

0,5

0,05

0,4

0,04

0,3

0,03

0,2

0,02

T = 150

0,3 0,3

0,4

x2 x3 x4 x6 x10

x10

x16

x4 x6 x8

0,2

0,1

1,5

0,8

0,5

x0,5

x0,2

x0,3

x12

T = 100

T=50

100

150

Operating time [sec]

Current

Long-time delay, pre-alarm % of uninterrupted current (IU)

Short-time delay / instantaneous % of rated current (IN)

Ground fault % of max. Rated current (IN MAX.)

Pre-alarm operation time (TP)

Long-time delay operation time x 0.5

GFR Ground fault current (IG) setting range

Max. rated current x setting 0.2-0.3-0.5

PAL Pre-alarm current (IP) setting range

Uninterrupted current x setting 0.7-0.8-0.9-1.0-OVER

LLong-time delay operation time (TL) setting range

(Uninterrupted current x 2) 50-100-150

SShort-time delay current (IS) setting range

Rated current x setting 2-3-4-6-8-10

GFR Ground fault operation time (TG) setting range

(Ground fault current x 1.5) 0.3-0.8-1.5-3

SShort-time delay operation time (Ts) setting range

(Short-time delay current x 1.5) 0-0.1-0.2-0.3-0.4-0.5

IInstantaneous current (II) setting range

Rated current x setting AE4000-SS: 4-6-8-10-12-16

AE5000-SS: 4-6-8-10-12

AE6300-SS: 4-6-8-10

Setting at shipment

Breaker types AE4000-SS to AE6300-SS

MITSUBISHI ELECTRIC

SUPER AE

Operating Characteristics Type M

ELECTRONIC TRIP RELAY

Breaker types AE1000-SS/SH to AE3200-SS/SH

10 1000 2000 500020010012020 50 5005

1000

0,1

200

100

300

400

500

0,5

0,05

0,4

0,04

0,3

0,03

0,2

0,02

3030

0,3 0,3

0,4

x3,5

x2,5

x10

x12

x16

x4 x6 x8

0,2

0,1

1,5

0,8

0,5

x0,1

x0,2

x0,3

x0,5

T=60

T=40

T=30

T=25

T=20

T=15

25 20 30

Operating time [sec]

LLong-time delay current (IP) setting range

Rated current x setting 1.0-1.05-1.1-1.15-1.2

Pre-alarm operation time (TP)

Long-time delay operation time x 0.5

GFR Ground fault current (IG) setting range

Max. rated current x setting 0.1-0.2-0.3-0.5

PAL Pre-alarm current (IP) setting range

Long-time delay current x setting 0.84-0.88-0.92-0.96-1.0

SShort-time delay current (IS) setting range

Rated current x setting 2-2.5-3-3.5-4-4.5

GFR Ground fault operation time (TG) setting range

(Ground fault current x 1.5) 0.3-0.8-1.5-3

SShort-time delay operation time (Ts) setting range

(Short-time delay current x 1.5) 0-0.1-0.2-0.3-0.4-0.5

Current

Pre-alarm % Long time delay current (IU)

Long-/short-time delay/instantaneous % of rated current (IN)

Ground fault % of max. rated current (IN MAX.)

IInstantaneous current (II) setting range

Rated current x setting 4-6-8-10-12-16

Setting at shipment

LLong-time delay operation time (TL) setting range

(Long-time delay current x 1.2) 15-20-25-30-40-60

10 1000 2000 5000200100 12020 50 5005

1000

0,1

200

100

300

400

500

0,5

0,05

0,4

0,04

0,3

0,03

0,2

0,02

x3,5

x4,5

x2,5

T=60

T=40

T=30

T=25

T=20

T=15

0,3

1,5

0,8

x0,5

x0,2

x0,3

0,3

0,4

x10

x16

x4 x6 x8

0,2

0,1

0,5

x12

Operating time [sec]

IInstantaneous current (II) setting range

Rated current x setting AE4000-SS: 4-6-8-10-12-16

AE5000-SS: 4-6-8-10-12

AE6300-SS: 4-6-8-10

Current

Pre-alarm Long time delay current (IU)

Long-/short-time delay/instantaneous % of rated current (IN)

Ground fault % of max. rated current (IN MAX.)

GFR Ground fault operation time (TG) setting range

(Ground fault current x 1.5) 0.3-0.8-1.5-3

SShort-time delay operation time (Ts) setting range

(Short-time delay current x 1.5) 0-0.1-0.2-0.3-0.4-0.5

GFR Ground fault current (IG) setting range

Max. rated current x setting 0.2-0.3-0.5

Pre-alarm operation time (TP)

Long-time delay operation time x 0.5

LLong-time delay current (IP) setting range

Rated current x setting 1.0-1.05-1.1-1.15-1.2

SShort-time delay current (IS) setting range

Rated current x setting 2-2.5-3-3.5-4-4.5

PAL Pre-alarm current (IP) setting range

Long-time delay current x setting 0.84-0.88-0.92-0.96-1.0

LLong-time delay operation time (TL) setting range

(Long-time delay current x 1.2) 15-20-25-30-40-60

Setting at shipment

Breaker types AE4000-SS to AE6300-SS

Operating Characteristics Type M

MITSUBISHI ELECTRIC

SUPER AE

Wiring Diagram

SPECIFICATIONS

Super AE air circuit breakers with electronic trip relay type S or M

The following circuit diagram shows the breaker with fully equipped accessories.

Terminal Code Function Remark Terminal Code Function Remark

13/14, 23/24, 33/34,

43/44, 53/54 AXa Auxiliary switch contact a NO contact N1 / N2 NP Neutral pole CT or ext. ZCT

11/12, 21/22, 31/32,

41/42, 51/52 AXb Auxiliary switch contact b NC contact M1 / M2 LM Load current measurement

413 / 414 TS Charged signal NO contact 97 / 98 AL OCR alarm contact

U1 / U2 MD Motor charging 513 / 524/534/544 TRIP Trip indication contact L, S/I, G or E Signal

A1 / A2 CC Closing coil 513 / 554 PAL Pre-alarm indication contact Signal

C1 / C2 SHT Shunt trip 513 / 564 TAL Temperature alarm indication contact Signal

J1 / J2 UVT Under-voltage trip L1 / L2 / L3 — Electronic trip relay unit controlpower supply See table on p. 35

713 / 714 ER Earth leakage trip e.g. for SHT trip 311 – 344 — Cell switches (drawout type breakers only)

Description of terminal layout

–

TAL

G/E

–AL+R+

{

CL CL CL

CLc AL–T1–R2– R1– T4– T2–

S/IPL

342 344 332 334 322 324 312 314

311 98524L3 L2 554 534

––97L1

EN 50005

CLc CLc

341

CLc

331 321

CLb CLa CLb CLa CLb CLa CLb CLa

564 544 513

T5 T3 T0+

Main

circuit Cell switches

Electronic

trip relay

see

left table

on page 35

Reset

2000 V

Dielectric voltage

1500 V

Dielectric voltage

Electronic

trip relay

AXAXAXAXAXAXAXAXAXAX

SHT

UVT SHT CC

SBC

LM+ CT+ S+ CC+ M+ TS+ B10+ B9+ B8+ B7+ B6+ A5+ A4+ A3+ A2+ A1+

M1 N1 C1 A1 U1 413 51 41 31 21 11 53 43 33 23 13

U+

ST+

713

A4–

A5– A3– A2– A1–

B6–B7–B8–B9–B10–TS–

LM– CT– ST– U– S– CC– M–

54 34 24 14

1222324252414

M2 N2 714 J2 C2 A2 U2

UVT

refer to

page 11

Auxiliary switches

Indication

“CHARGED”

Under-voltage

trip

Electrical

operation

circuit Charged signal

refer to

page

OFF

ON OFF ON

2000 V

Dielectric voltage

When using coil loads such as DC mag-

netic switches, etc. as operating voltage

in the peripheral circuits, install diodes,

surge absorbers, etc. as a countermea-

sure against surge (counter electromo-

tive force) at the time of switching. On

the drawout type, the control circuit termi-

nal block should be moved to the left or

right by 5 mm after the cables are con-

nected.

Electrical connection Terminals

Voltage L1 L2 L3

AC 100–120 V — 쏹쏹

200–240 V — 쏹쏹

DC 100–110 V +쏹

–쏹

DC 125 V +쏹

–쏹

DC 24 V +쏹

–쏹

Power supply for

electronic trip relay Description of symbols for the accessory

Description

Symbol Function Symbol Function

MMotor G or E Ground fault trip or earth leakage indication lamp

CC Closing coil PPre-alarm indication lamp

SHT Shunt trip device TAL Unusual temperatur indication lamp

UVT Undervoltage trip device Self-holding relay

AL OCR alarm Wiring by factory

LLong-time delay trip indication lamp Wiring by customer

S/I Short-time delay trip indication lamp

MITSUBISHI ELECTRIC

SUPER AE

Dimensions – Fixed Type Breaker

SPECIFICATIONS

175*

144

290

340

80 288

72 350

410

132

AB HHH

38 F

4 x Ø 14

268

228

4-Ø13

2-Ø13

Anschlußbereich

AE1000–1600-SS

*Befestigungsmaße

AE2000–3200-SS

AE1000–3200-SH

Operating panel center

Control terminals

External accessory

(e.g. UVT controller)

Neutral pole

Front view Side view Rear view

Main circuit terminals

Operating panel center

Panel center

AE2000–3200-SS

AE1000–3200-SH

Earth

terminal

screw M8

Interphase barrier

Inside of panel

(thickness 1.6 to 3.2)

[mm]

* Mounting pitch

Connecting area

Door frame and panel-cut

235

345

175

8-Ø7

247

271

381

324

357

175

Operating panel center Operating panel center

Breaker

mounting

frame

Panel-cut Door frame panel-cut

[mm]

Breaker

mounting

frame

Breaker types AE1000 to AE3200-SS/SH with standard connection (horizontal terminals)

Breaker type Poles A B C D E F G H J K

AE1000 – 1600-SS 3 142 142 156 156 170 170 15 85 50 40

4 142 227 156 241 170 255 15 85 50 40

AE2000 – 3200-SS 3 232 187 246 201 260 215 20 130 95 40

4 232 317 246 331 260 345 20 130 95 40

AE1000 – 3200-SH 3 232 187 246 201 260 215 20 130 95 70

4 232 317 246 331 260 345 20 130 95 70

Breaker types AE1000 to AE3200-SS/SH with vertical terminal adapter (VTA)

85 85 85

130 130 130

100

147

39,5

64,5

182

15,5 125

109,5

Version B

Operating panel center

Version A

Neutral pole

AE1000–1600-SS

AE2000–3200-SS

AE1000–3200-SH

[mm]

Vertical terminal adapter (VTA)

15 38

125

25 25

Version A Version B [mm]

Breaker Vers. T

AE1000–1600-SS A15

AE2000–2500-SS B20

AE3200-SS B25

AE1000–2500-SH B20

AE3200-SH B25

Breaker X T

AE1000–1600-SS 108 15

AE2000–2500-SS 123 20

AE3200-SS 123 25

AE1000–2500-SH 153 20

AE3200-SH 153 25

MITSUBISHI ELECTRIC

SUPER AE

Dimensions – Drawout Type Breaker

SPECIFICATIONS

Breaker types AE1000 to AE3200-SS/SH with standard connection (horizontal terminals)

42,5

103

228

200*

452

220*

23 48

132

370

430

340

Erdunganschluß-

schraube M8 AE1000–1600-SS

*Befestigungsmaß

4x 14∅

Anschlußbereich

AE2000–3200-SS

AE1000-3200-SH

Erdungsanschluß-

schraube M8

(gegenüber-

liegende Seite)

Handkurbel-

öffnung

Operating panel center

Control terminals Test position

External accessory

(e.g. UVT controller)

Neutral pole

Front view

Side view

Rear view

Main circuit terminal

Operating panel center

Disconnected position

Inside of the panel

(thickness 1.6 to 3.2)

Panel center for

AE2000–3200-SS

AE1000–3200-SH

[mm]

Drawout position

Interphase barrier

* Mounting pitch

Drawout handle

insertion port

Ground terminal

screw M8

Connecting area

Earth terminal

screw M8

(on opposite side)

Breaker type Pole A B C D E F G H J K L

AE1000–1600-SS 3 150 150 149 149 311 368 366 172 15 85 50

4 150 235 149 234 311 368 366 172 15 85 50

AE2000–3200-SS 3 240 195 239 194 311 368 366 172 25 130 103

4 240 325 239 324 311 368 366 172 25 130 103

AE1000–3200-SH 3 240 195 265 220 341 398 396 202 25 130 103

4 240 325 265 350 341 398 396 202 25 130 103

Drawout handle, door frame and panel-cut

235

367

195

8-Ø7

247

271

381

324

357

195

Ø22

200

169

max.173

345

Operating panel center

Breaker

mounting

frame

Breaker

Drawout handle Panel-cut Door frame panel-cut

Breaker

mounting

frame

[mm]

Breaker types AE1000 to AE3200-SS/SH with vertical terminal adapter

15 38

125

25 25

Version A Version B [mm]

Breaker Vers. T

AE1000–1600-SS A15

AE2000–2500-SS B20

AE3200-SS B25

AE1000–2500-SH B20

AE3200-SH B25

85 85 85

130 130 130

100

147

131

59,5

84,5

182

4,5

146

125

Neutral pole

Version B

AE2000–3200-SS

AE1000–3200-SH

Version A

AE1000–1600-SS

Operating panel center

[mm]

Breaker T

AE1000–1600-SS 15

AE2000–2500-SS 20

AE3200-SS 25

AE1000–2500-SH 20

AE3200-SH 25

Vertical terminal adapter (VTA)

MITSUBISHI ELECTRIC

SUPER AE

Dimensions – Breaker

SPECIFICATIONS

5-Ø13

125

431,5

42,5

196 262 262 235

4P: 561,5

3P: 431,5

382

25 Y

103 X

373,5 3P: 458,5

4P: 588,5

3P: 480

4P: 610

28 28

42,5

345,5

4x M12

Anschlußbereich

Erdungsanschluß-

schraube M8 Erdungsanschluß-

schraube M8

(gegenüberlie-

gende Seite)

Befestigungs-

schrauben

2x M12

395

184

530*

228 311

366

172 220*

368

23 48

123

182

117

420

125 125

480

340

400

Operating panel center

Control terminal

External accessories

(e.g. UVT controller)

Front view

Side view

Rear view Main circuit terminals

Disconnect position

Test position

Drawout position

Drawout

handle

radius 100

Lifting hook hole

Neutral Pole

Operating panel center

Mounting

screws M12

Inside of the panel

(thickness 1.6 to 3.2)

* Mounting pitch

[mm]

Connecting area

Fixing bolts

2xM12

Earth terminal

screw M8

(on opposite side)

Earth terminal

screw M8

Breaker types AE4000 to AE6300-SS with standard connection (vertical)

235

367

245

247

271

381

324

357

245

200

169

max.173

345

Operating panel center

Breaker

mounting

frame

Breaker

Drawout handle Panel-cut Door frame panel-cut

Breaker

mounting

frame

[mm]

Drawout handle, door frame and panel-cut

Type Dimensions*

AE4000-SS

AE5000-SS 100 20

AE6300-SS 105 25

* please check before mounting!

Dimensions – Accessory

Fixing hole

(screw M8) Secondary output terminals

(screws M3.5 x 0.6)

[mm]

External ZCT for load circuits

External ZCT for transformer ground wire

100

7,7

ZT15A – 40 A ZT60A – 100 A

Self-lifting terminals

screws M3,5 Fixing hole for

screws M6

For M5

[mm]

4- 7

4-R6

13,3

15,4

110,6

106

100

45 45

104

Front view Side view

Screw M4

[mm]

Condenser trip device (COT) UVT controller, external power supply (PS)

182.2

118

14.5

2156.5

8.2

6.75 9.3 7.8

87.9

14.6

19.8

Mounting

screw

Terminal screw M3.5

[mm]

.Type ZCT

163 ZCT

323 ZCT

324

Size

A230 370 500

B60 108 108

C104 104 104

D200 200 200

E323 460 600

F250 400 550

G47 47 48

H72 72 72

J92 92 92

.. Type ZT

15A ZT

30A ZT

40A ZT

60A ZT

80A ZT

100A

Size

A48 68 85 140 160 185

B15 30 40 60 80 100

C29 37 43 73 82 93

D62 82 92 150 169 190

E46 66 81 46 48 50

F15 30 40

G70 90 100

H25 50 50

MITSUBISHI ELECTRIC

SUPER AE

Operating Conditions, Technical Information

SPECIFICATIONS

When a short-circuit current is interrupted by the breaker, ionised

gases flow out of the exhaust openings of the arc extinguishing

chamber. This makes it necessary to observe the insulation

clearance shown in the table on the right.

The clearances required for maintenance work have also been

taken into consideration in the table.

햲A clearance of 300 mm or more is necessary for inspection

of the arc extinguishing chambers and main contacts.

햳The dimension D represents the wiring space required for

the control terminal block.

햴Dimension B becomes larger when the breaker is fitted with

the UVT controller, mechanical interlock, door interlock, etc.

Further details available on request.

Electrical equipment, appliances and screen

Side

plate

Mounting

surface

Breaker type AE1000–3200-SS AE1000–3200-SH

AE4000–6300-SS

Applicable voltage ≤AC 600 V AC 660, 690 V ≤AC 690 V

Fixed type

A햲0 100 200

B햴50 50 50

C 162 162 —

D햳50 50 200

Drawout type

A햲0 100 200

B햴50 50 50

C 240 240 —

D햳50 50 200

all dimensions in mm

Insulation clearances at the supply side

Service conditions

Normal service conditions

If all the following normal working conditions are satisfied (and

not specified otherwise) the AE series air circuit breakers may

be used:

앬Ambient air temperature

Range max. +40 °C to min. –5 °C (the average value how-

ever should not exceed +35 °C in any 24-hour period).

앬Altitude

2000 m (6600 feet) or less

앬Environmental conditions

The air must be free of dust and corrosive gases. Do not use

and store in atmospheres with sulfide gas, ammonia gas etc.

(H2S≤0,01 ppm, SO2≤0,1 ppm, NH3not measurable).

The relative humidity should be of 85% or less at

a max. of +40 °C.

앬Installation conditions

When installing AE series circuit breakers always follow the

instructions provided in the catalogue and in the instruction

manual.

앬Storage temperature

A range of max. +60 °C to min. -20 °C is recommended to

store. However, the average over 24 hours must not exceed

+35 °C.

앬Replacement

Lifetime is approx. 15 years. For detailed information please

refer to the instruction manual.

Special service conditions

In case of special service conditions, modified circuit breakers

are available (please specifiy when ordering). Service life may

be shorter dependend on service conditions.

앬Special environmental conditions

Using breakers in a high temperature and/or humidity envi-

ronment can result in deterioration of insulation durability and

other electrical or mechanical features. Breakers used in

such environments should be specially treated to a higher

corrosion proof specification and against moistural fungus.

Where corrosive gases are present in the environment it is

recommended that breakers to a higher corrosion proof

specification are ordered (further details on request).

앬Special ambient temperature

If the ambient temperature exceeds +40 °C, the continuous

current rating must be reduced. The reduction value

depends on the applicable standard (please refer to the

following page).

앬Special altitude

When breakers are used at altitudes above 2,000 m the heat

radiation rate is reduced, decreasing the operation voltage,

uninterrupted current and breaking capacity. Reduced at-

mospheric pressure can also reduce insulation durability.

Further details available on request.

앬Installation in a separate cabinet

If the breaker is installed in a special cabinet, the following

clearances have to be taken into consideration.

Example:

The smallest possible cabinet dimensions for 3-pole Super AE breakers

with up to 1600 A are: Hight=680 mm, Width=540 mm, Depth=368 mm.

120120

130

120

Rear plate Upper plate

Cabinet walls metal or plastic

Lower plate

Side

plate

Side

plate Door

MITSUBISHI ELECTRIC

Standard series “SS” High performance series “SH”

Breaker type Resistance

(mΩ)Reactance

(mΩ)Power

consumption (W) Breaker type Resistance

(mΩ)Reactance

(mΩ)Power

consumption (W)

AE1000-SS Fixed 0.026 0.060 26 AE1000-SH Fixed 0.018 0.047 18

Drawout 0.040 0.091 40 Drawout 0.028 0.071 28

AE1250-SS Fixed 0.024 0.060 38 AE1250-SH Fixed 0.016 0.047 25

Drawout 0.038 0.091 60 Drawout 0.026 0.071 41

AE1600-SS Fixed 0.016 0.063 41 AE1600-SH Fixed 0.014 0.047 36

Drawout 0.030 0.095 77 Drawout 0.024 0.071 61

AE2000-SS Fixed 0.010 0.047 40 AE2000-SH Fixed 0.012 0.047 48

Drawout 0.020 0.071 80 Drawout 0.022 0.071 88

AE2500-SS Fixed 0.008 0.047 50 AE2500-SH Fixed 0.010 0.047 63

Drawout 0.018 0.071 113 Drawout 0.020 0.071 125

AE3200-SS Fixed 0.007 0.048 72 AE3200-SH Fixed 0.009 0.048 92

Drawout 0.014 0.072 143 Drawout 0.016 0.072 164

AE4000-SS Drawout 0.013 0.062 210

AE5000-SS Drawout 0.011 0.062 275

AE6300-SS Drawout 0.0085 0.062 340

Internal resistance, reactance and power consumption (per pole)

Deratings (A) by ambient temperature

Standard Ambient

temperature AE1000-SS

AE1000-SH AE1250-SS

AE1250-SH AE1600-SS

AE1600-SH AE2000-SS

AE2000-SH AE2500-SS

AE2500-SH AE3200-SS

AE3200-SH AE4000-SS AE5000-SS AE6300-SS

IEC 947-2,

EN 60947-2,

VDE 0660,

BS 4752

(Reference tempera-

ture = 40 °C)

40 °C 1000 1250 1600 2000 2500 3200 4000 5000 6300

45 °C 1000 1250 1600 2000 2500 3200 4000 5000 6000

50 °C 1000 1250 1600 2000 2500 3200 4000 5000 5750

55 °C 1000 1250 1550 (1600) 2000 2450 3000 3900 5000 5500

60 °C 1000 1200 (1250) 1500 (1600) 2000 2350 2900 3750 4750 5200

LR, AB, GL

(Reference tempera-

ture = 45 °C)

45 °C 1000 1250 1600 2000 2500 3200 4000 5000 6000

50 °C 1000 1250 1600 2000 2500 3200 4000 5000 5750

55 °C 1000 1250 1550 2000 2450 3050 3900 5000 5500

60 °C 1000 1200 1500 2000 2350 2900 3750 4750 5200

All data in the above table are based on test conditions, connecting methods and size of the mounting rails conforming to

IEC947-2, EN60947-2, VDE0660 etc.

The figures in brackets ( ) in the above table indicate the reduced current values exclusive to AE-SH series.

SUPER AE

Operating Conditions, Technical Information

SPECIFICATIONS

Specifications for marinal standards

SUPER AE Series Standard series „SS“

Breaker type AE1000-SS AE1250-SS AE1600-SS AE2000-SS AE2500-SS AE3200-SS AE4000-SS AE5000-SS AE6300-SS

Rated current (A) IN max 1000 1250 1600 2000 2500 3200 4000 5000 6300

Rated insulation voltage (V) 50/60 Hz Ui 1000 1000 1000 1000 1000 1000 1000 1000 1000

Rated operating voltageg (V) 50/60 Hz Ue 690 690 690 690 690 690 690 690 690

Number of poles 333333333

Adjustment

range (A) Ir General protection

(current rating adjustable) 500≤In≤1000

315≤In≤630 625≤In≤1250 800≤In≤1600 1000≤In≤2000

625≤In≤1000 1250≤In≤2500 1600≤In≤3200 2000≤In≤4000 2500≤In≤5000 3150≤In≤6300

Rated service

short-circuit

breaking capacity

Ics

(kA, eff, sym.)

Breaking duty:

O-t-CO-t-CO

ICU =ICS

LR with instan-

taneous trip

AC690V 50 50 50 50 50 50 — — —

AC600V — — — 65 65 65 87 87 87

AC500V 65 65 65 85 85 85 133 133 133

AB with instan-

taneous trip

AC690V 50 50 50 50 50 50 — — —

AC600V — — — 65 65 65 — — —

AC500V 65 65 65 85 85 85 — — —

GL with instan-

taneous trip

AC690V 50 50 50 50 50 50 — — —

AC600V — — — 65 65 65 — — —

AC500V 65 65 65 85 85 85 — — —

BV with instan-

taneous trip

AC690V 50 50 50 50 50 50 — — —

AC600V — — — 65 65 65 — — —

AC500V 65 65 65 85 85 85 — — —

NK with instan-

taneous trip

AC600V 50 50 50 65 65 65 87 87 87

AC500V 65 65 65 85 85 85 133 133 133

Rated service

short-circuit

making capacity

Icm

(kA, peak value)

LR with instan-

taneous trip

AC690V 106 106 106 143 143 143 — — —

AC600V — — — 143 143 143 211 211 211

AC500V 151 151 151 196 196 196 330 330 330

AB with instan-

taneous trip

AC690V 105 105 105 105 105 105 — — —

AC600V — — — 143 143 143 — — —

AC500V 143 143 143 187 187 187 — — —

GL with instan-

taneous trip

AC690V 106 106 106 106 106 106 — — —

AC600V — — — 143 143 143 — — —

AC500V 151 151 151 196 196 196 — — —

BV with instan-

taneous trip

AC690V 106 106 106 106 106 106 — — —

AC600V — — — 143 143 143 — — —

AC500V 151 151 151 196 196 196 — — —

NK with instan-

taneous trip

AC600V 112 112 112 143 143 143 211 211 211

AC500V 147 147 147 196 196 196 330 330 330

* Further current ratings on request.

SUPER AE Series High performance series „SH“

Breaker type AE1000-SH AE1250-SH AE1600-SH AE2000-SH AE2500-SH AE3200-SH

Rated current (A) IN max 1000 1250 1600 2000 2500 3200

Rated insulation voltage (V) 50/60 Hz Ui 1000 1000 1000 1000 1000 1000

Rated operating voltageg (V) 50/60 Hz Ue 690 690 690 690 690 690

Number of poles 333333

Adjustment

range (A) Ir General protection

(current rating adjustable) 500≤In≤1000

315≤In≤630 625≤In≤1250 800≤In≤1600 1000≤In≤2000 1250≤In≤2500 1600≤In≤3200

Rated service

short-circuit

breaking capacity

Ics (kA, eff, sym.)

Br. duty: O-t-CO-t-CO

ICU =ICS

LR with instan-

taneous trip

AC690V 68 68 68 68 68 68

AC600V 87 87 87 87 87 87

AC500V 133 133 133 133 133 133

NK with instan-

taneous trip

AC690V — — — — — —

AC600V 130 130 130 130 130 130

Rated service

short-circuit

making capacity

Icm

(kA, peak value)

LR with instan-

taneous trip

AC690V 173 173 173 173 173 173

AC600V 211 211 211 211 211 211

AC500V 330 330 330 330 330 330

NK with instan-

taneous trip

AC690V — — — — — —

AC600V 317 317 317 317 317 317

MITSUBISHI ELECTRIC

SUPER AE

Specimen Sheet for Breaker Ordering

ORDER FORM

Company: .........................

Department: .........................

Name: .........................

Street: .........................

Adress: .........................

Phone: .........................

Fax: .........................

Base unit

Pos. Number Item (type) Order number

(Art. no.) Description Special version*

(e.g. varying

connection arrangement)

Trip relay*

(for order code, refer to p 28)

Accessory

for Pos. Number Item (type) Order number

(Art. no.) Description Special version*

(e.g. varying

power supply) Remarks

MITSUBISHI ELECTRIC EUROPE

Factory Automation

Gothaer-Str. 8

D-40880 Ratingen

Fax: 02102/486-407

Notes for ordering:

For your order please exclusively use the item names and order numbers (art. no.) specified in this catalogue.

* If only the standard model is desired or no special version is wanted, please mark it in the concerning field with a dash.

INDEX

Accessories. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

Ambient temperature. . . . . . . . . . . . . . . . . . . . . . . . . . 43, 44

Auxiliary switch (AX), (HAX). . . . . . . . . . . . . . . . . . . . . . . . 12

Cellswitch(CL)................................. 14

Certificates. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Characteristics setting. . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

Charging completion switch (TS). . . . . . . . . . . . . . . . . . . . 10

Charging handle (manual charging) . . . . . . . . . . . . . . . . . . 9

Closing coil (CC) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

Counter (CNT) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

Condensor trip device (COT). . . . . . . . . . . . . . . . . . . . 13, 41

Connection arrangements . . . . . . . . . . . . . . . . . . . . . . . . . . 7

CT ratings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

Current transformer (CT) . . . . . . . . . . . . . . . . . . . . . . . . . . 18

Dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36–41

Doorframe(DF)................................. 17

Door interlock (DI) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

Drawout handle.............................. 38,40

Drawout interlock. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

Dust cover (DC). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

Earth leakage protection (ER) . . . . . . . . . . . . . . . . . . . . . . 26

Electronic trip relay . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

External power supply (PS) . . . . . . . . . . . . . . . . . . . . . 19, 41

External ZCT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18, 41

Field test devices. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

Ground fault protection (GFR) . . . . . . . . . . . . . . . . . . . . . . 27

Insulation clearance at the supply side . . . . . . . . . . . . . . . 42

Interlock device (CYL, CAL) . . . . . . . . . . . . . . . . . . . . . . . 13

Internal resistance per pole . . . . . . . . . . . . . . . . . . . . . . . . 44

Interphase barrier . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

Lifting hooks (HP) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

Load current measurement (LM) . . . . . . . . . . . . . . . . . . . . 27

Manual charging . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

Marine approvals. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5, 45

Mechanical interlock (MI). . . . . . . . . . . . . . . . . . . . . . . . . . 16

Mis-insertion preventer (MIP). . . . . . . . . . . . . . . . . . . . . . . 14

Motor charging (MD) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

Neutral current transformer (NCT) . . . . . . . . . . . . . . . . . . . 18

Neutral pole overcurrent protection (NP) . . . . . . . . . . . . . . 26

Operating conditions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

Operating characteristics . . . . . . . . . . . . . . . . . . . . . . 29–33

Ordering information . . . . . . . . . . . . . . . . . . . . . . . . . 6, 7, 28

Order sheet . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46

Overcurrent OCR-Alarm (AL). . . . . . . . . . . . . . . . . . . . . . . 27

Panelcut................................... 38,40

Performance ............................ 4,5,20,45

Position lock. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

Power consumption per pole. . . . . . . . . . . . . . . . . . . . . . . 44

Pre-alarm (PAL) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

Program overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

Push button cover (BC-L) . . . . . . . . . . . . . . . . . . . . . . . . . 17

Reactance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44

Resistance per pole. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44

Safety shutters (SST) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

Shorting b-contact (SBC). . . . . . . . . . . . . . . . . . . . . . . . . . 14

Shunt trip device (SHT) . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . 4, 5, 20, 45

Standard accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

Switch-disconnector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

Temperature alarm (TAL). . . . . . . . . . . . . . . . . . . . . . . . . . 27

Terminal adapter . . . . . . . . . . . . . . . . . . . . . . . . . . 15, 37, 39

Terminal cover (TTC) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

Terminal layout . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34, 35

Test jumper (TJ). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

Trip relay type M . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24, 25

Trip relay type S. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22, 23

Undervoltage trip device (UVT) . . . . . . . . . . . . . . . . . . . . . 11

UVT controller . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11, 41

Vertical terminal adapter (VTA) . . . . . . . . . . . . . . . 15, 37, 39

Wiringdiagram .............................. 34,35

MITSUBISHI ELECTRIC

Specifications subject to change without notice.

Art. no.: 62093-B, Printed in Germany 12.96 FACTORY AUTOMATION

MITSUBISHI ELECTRIC EUROPE B.V.

GOTHAER STR. 8, D-40880 RATINGEN, TEL. +49 (21 02) 4 86-0, FAX +49 (21 02) 4 86-1 12

www.mitsubishi-automation.com

HEADQUARTERS

MITSUBISHI ELECTRIC CORPORATION JAPAN

2-2-3 Marunouchi Chiyoda-Ku

Mitsubishi Denki Bldg.

Tokyo 100-8310

Tel.: +81 (0) 3 / 3218-3176

Fax: +81 (0) 3 / 3218-2422

MITSUBISHI ELECTRIC EUROPE B.V. EUROPE

GERMAN BRANCH

Gothaer Straße 8

D-40880 Ratingen

Germany

Tel.: +49 (0) 21 02 / 486-0

Fax: +49 (0) 21 02 / 4 86-1 12

E mail: megfamail@meg.mee.com

MITSUBISHI ELECTRIC EUROPE B.V. UK

UK BRANCH

Travellers Lane

GB-Hatfield Herts. AL10 8 XB

Great Britain

Tel.:+44(0)707/276100

Fax:+44(0)707/278695

MITSUBISHI ELECTRIC AUTOMATION, INC. USA

500 Corporate Woods Parkway

Vernon Hills, IL 60061

Tel.: +1 (847) 478 2100

Fax: +1 (847) 478 2283

EUROPEAN REPRESENTATIVES

Emac S.A. BELGIUM

Industrialaan 1

B-1702 Groot-Bijgaarden

Tel.: +32 (0) 2 / 481 02 11

Fax: +32 (0) 2 / 481 03 01

E mail: bpa@emac.be

ELPEFA A/S DENMARK

Geminivej 32

DK-2670 Greve

Tel.: +45(0) 43/959595

Fax: +45(0) 43/959590

E mail: elpefa@elpefa.dk

URHO TUOMINEN OY FINLAND

Palopellonkatu 7

FIN-04251 Kerava

Tel.: +358 (0) 9 / 274 64 11

Fax: +358 (0) 9 / 274 64 141

E mail: komponentit@urhotuominen.fi

Antonios Drepanias S.A. GREECE

193 Lenorman Str.

GR-10442 Athen

Tel.: +30(0)15/141910-940

Fax: +30(0)15/144393

E mail: —

CARPANETO & C. S.p.A. ITALY

Via Ferrero 10

I-10090 Cascine Vica-Rivoli (TO)

Tel.: +39 011 / 959 01 11

Fax: +39 011 / 959 02 50

E mail: info.carpaneto@carpaneto.it

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Westgate Business Park

IRL-Dublin 22

Tel.: +353 (0) 1 450 50 07

Fax: +353 (0) 1 456 13 37

E mail: —

IMTECH Marine & Industry NETHERLANDS

Postbox 5054

NL-3008 AB-Rotterdam

Tel.: +31 (0) 10 / 487 19 11

Fax: +31 (0) 10 / 487 17 17

E mail: info@renhs.nl

SCANELEC AS NORWAY

Leirvikåsen 43B

N-5179 Godvik-Bergen

Tel.: +47(0)55/506000

Fax: +47(0)55/506001

E mail: scanelec@scanelec.no

MPL Technology SP.z.o.o POLAND

ul. Wroclawska 53

PL-30011 Kraków

Tel.: +48 (0) 12 / 632 28 85

Fax: +48 (0) 12 / 632 47 82

E mail: mpl@krakow.ipl.net

EUROPEAN REPRESENTATIVES

ISO-SIGMA PORTUGAL

Rua Faria Guimaraes, 121

P-4000 Porto

Tel.:+351(0)2/524611

Fax:+351(0)2/524895

E mail: isolx@iso-sigma.pt

TUINGDOR ROMANIA

20, Fierarilor Street

RO-72126 Bucaresti

Tel.: +40 (0) 1 / 211 98 01

Fax: +40 (0) 1 / 210 71 81

E mail: tuingdor@pcnet.ro

MITSUBISHI ELECTRIC EUROPE B.V. SPAIN

Calle Joan Buscallá, 2–4

E-08190 Sant Cugat del Vallés

Tel.: +34 (9) 3 / 565 31 60

Fax: +34 (9) 3 / 589 15 79

E mail: industrial@sp.mee.com

Euro Energy Components SWEDEN

Energigatan 15

S-43422 Kungsbacka

Tel.: +46 (0) 300 / 518 00

Fax: +46 (0) 300 / 164 75

E mai: energy@scandi.se

TRIELEC AG SWITZERLAND

Mühlentalstr. 136

CH-8201 Schaffhausen

Tel.: +41 (0) 52 / 625 84 25

Fax: +41 (0) 52 / 625 88 25

E mail: trielec1@schaffhausen.ch

HEDEF TURKEY

Barboros Bulvari Iba Bloklari

Gazi Umur Pasa Sok. 9/4

TR-Balmuncu/Istanbul

Tel.: +90 (0) 212 / 275 48 76

Fax: +90 (0) 212 / 275 88 65

E mail: hedef@hedef.net

REPRESENTATIVE MIDDLE EAST

GINO INDUSTRIES LTD. ISRAEL

3, Ophir St.

IL-Haifa 32235

Tel.: +972 (0) 4 / 862 50 23

Fax: +972 (0) 4 / 867 42 27

E mail: gino-ind@actcom.co.il