Лабораторная работа №1,2 / SPAM150 Appl_EN_B

Appendix 4

Reference card for

Protected object:

Relay type designation:

the motor protection

Suojauskohde: Skyddsobjekt:

Releen lajim.: Reläets typbet.:

Code of apparatus:

RS-number:

relay module SPCJ

Kojetunnus: Apparatkod:

RS-numero RS-nummer:

4D34

Date & signature:

Serial number:

Pvm. & allek.: Datum & sign.:_________________________

Sarjanumero:

Serienummer:

Instr. transf.ratios:

Settings:

Iθ =

In

Is

=

In

I =

%IL

Mittamuunt. muuntosuhteet:

Asetteluarvot:

t6x

=

s

ts

=

s

t =

s

Mättransf. omsättning:

Inställda

värden:

p =

%

I>> =

In

I< =

In

IL

/

A

Θ

a

=

%

t

>>

=

s

t

<

=

s

Io

/

A

Θi =

%

Io =

%In

∑tsi =

s

R

kc

=

to

=

s

Δ∑tsi =

s/h

E

F

OPERATION IND.

Remarks:

SGF

SGB

SGR1

SGR2

E

Huom.: Anm.:

1

x

1 =

1

x

1 =

1

x

1 =

1

x

1 =

0

R

2

x 2 =

2

x 2 =

2

x 2 =

2

x 2 =

1

θ >θ

3

x 4 =

3

x 4 =

3

x 4 =

3

x 4 =

E

a

4

x 8 =

4

x 8 =

4

x 8 =

4

x 8 =

2 θ >θ

N

5

x 16 =

5

x

16 =

5

x 16 =

5

x 16 =

t

3

θ

6

x

32 =

6

x

32 =

6

x

32 =

6

x

32 =

+∑tsi

+EINH

C

i

7

x 64 =

7

x

64 =

7

x 64 =

7

x 64 =

4

I>>

8

x 128 =

8

x 128 =

8

x 128 =

8

x 128 =

E

5

I

∑

=

∑

=

∑

=

∑

=

6

I2

x t

C

7

Io

8

I<

A

9

R

EXT. TRIP

D

MAIN MENU

SUBMENUS

STEP 0.5 s

PROGRAM 1 s

REV. STEP 0.5 s

SUBMENUS

FWD. STEP 1 s

DATA REGISTERED DURING THE LATEST EVENT (n)

DATA REGISTERED DURING THE PREVIOUS EVENT (n-1)

1

Latest memorized, event (n)

1

Duration of latest

2

Previous event (n-1)

3

Duration of previous

value of phase current IL1

activation of unit I>

value of phase L1

activation of unit I>

R

2

Latest memorized, event (n)

1

Duration of latest

2

Previous event (n-1)

3

Duration of previous

E

V

value of phase current IL2

activation of unit I>>

value of phase L2

activation of unit I>>

S

Latest memorized, event (n)

Duration of latest

Previous event (n-1)

Duration of previous

T

3

1

2

3

E

value of phase current IL3

activation of unit I<

value of phase L3

activation of unit I<

P

s

4

Latest memorized, event (n)

1

Duration of latest

2

Previous event (n-1)

3

Duration of previous

.5

value of neutral current Io

activation of unit Io

value of current Io

activation of unit Io

M

5

Latest memorized, event (n)

1

Duration of latest

2

Previous event (n-1)

3

Duration of previous

A

value of unbalance

I

activation of unit

I

value of unbalance

activation of unit

I

S

I

N

6

Latest memorized, event (n)

1

Motor startup

2

Previous event (n-1)

3

Motor startup

P

M

value of startup stress

count at event (n)

value of startup stress

count at event (n-1)

E

7

Latest memorized, event (n)

1

Thermal level before

2

Previous event (n-1)

3

Thermal level before

C

U

final value of thermal level θ m

J

N

the latest event (n)

final thermal level

the prior event (n-1)

W

F

D

8

Recent value θm of the

1

Recent value of the

S

thermal capacity used

phase unbalance

I

4

T

E

Approximate time ti before

Recent value of the

Startup time tsof the

Counter for number

P

9

1

2

3

D

1

a restart attempt is enabled

startup time count ∑ts

latest motor startup

of service hours

s

Status of external relay

3

0

0

000

θt

θa

Ists

I>>

Io>

I

I<

∑ts

blocking / control signal

4

A

Relay module address

1

Communication

2

Bus

3

Password

4

Switchgroup SG4

speed

[kBd]

supervision

Motor data enquiry

Data needed to determine motor protection settings

form

Motor data

System data

Type or construction of motor............

Ambient temperature tamb =

°C

.................................................................

Cooling arrangements & systems:

totally enclosed (rib cooling)

Rated power Pnm =

kW

heat exchanger

Rated voltage Unm =

V

....................................................

Rated current Inm =

A

Cooling time coefficient

kc =

Start-up arrangement:

CT current ratio

/

A

direct on line

transformer

Block transformer ratio

/

kV

reactance

Note! If a block transformer is used, the

ratio of this transformer must also be noted!

Starting current Is =

x Inm

Network earth-fault current

Actual starting time ts =

s

when fully developed (100%)

A

Max. start/stall time permitted

- from a cold condition =

s

Type of load

- from a hot condition =

s

...............................................................

Required number of

cold / hot starts

___ ___

Special remarks & requirements

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The items marked with bold letters are completely essential to make it

possible to work out settings for the motor thermal and start-up protection.