background image

D

ate

:

D

ra

w

n:

Is

su

e:
A

pp

d.

D

ate

:

2

0-

1

0-

05

G

U

1

7-

0

2-

06

M

R

S

A

2S

w

ar

nin

g s

ig

na

ls

H

az

ar

do

us

 (C

la

ss

ifie

d)

 L

oc

ati

on

C

la

ss

 I, 

D

iv

is

io

n 1

, G

ro

up

s A

, B

, C

, D

C

la

ss

 I, 

Z

on

e 0

, G

ro

up

s I

IA

, II

B

, II

C

 

 U

nc

la

ss

ifie

d L

oc

ati

on

1. 

N

o r

ev

is

io

n t

o d

ra

w

in

g w

ith

ou

t p

rio

r F

M

 a

pp

ro

va

l.

2. 

T

he

 a

ss

oc

ia

te

d a

pp

ar

atu

s m

us

t b

e F

M

 a

pp

ro

ve

d.

3. 

T

he

 a

ss

oc

ia

te

d a

pp

ar

atu

s m

an

ufa

ctu

re

r's

 in

sta

lla

tio

n d

ra

w

in

g m

us

be

 fo

llo

w

ed

 w

he

n i

ns

ta

llin

g t

his

 e

qu

ip

m

en

t.

4. 

In

sta

lla

tio

n s

ho

uld

 b

e i

n a

cc

or

da

nc

e w

ith

 A

N

S

I/IS

A

 R

P

12

.0

6.0

"In

sta

lla

tio

n o

f In

trin

sic

all

y S

afe

 S

ys

te

m

s f

or

 H

az

ar

do

us

 (C

la

ss

ifie

d)

 

Lo

ca

tio

ns

" a

nd

 th

e N

ati

on

al 

E

le

ctr

ic

al 

C

od

e (

A

N

S

I/N

F

P

A

 7

0)

.

5. 

T

he

 re

sis

ta

nc

e b

etw

ee

n t

he

 in

trin

sic

all

y s

afe

 g

ro

un

d a

nd

 th

e e

ar

th

 

gr

ou

nd

 m

us

t b

e l

es

s t

he

 1

 o

hm

.

6. 

T

he

 S

hu

nt 

Z

en

er

 D

io

de

 B

ar

rie

r

 

m

us

t b

e a

 F

M

 a

pp

ro

ve

d, 

re

sis

tiv

ely

 

lim

ite

d, 

sin

gle

 c

ha

nn

el 

ba

rri

er

 h

av

in

g p

ar

am

ete

rs

 le

ss

 th

an

, o

r e

qu

al 

to

, th

os

e q

uo

te

d, 

an

d f

or

 w

hic

h t

he

 o

utp

ut 

is

 n

on

-ig

nit

io

n c

ap

ab

le

 fo

th

e C

la

ss

, D

iv

is

io

n o

r Z

on

e a

nd

 G

ro

up

 o

f u

se

.

7. 

T

he

 IS

-L

10

1L

 B

ea

co

n e

nc

lo

su

re

 h

as

 a

n i

ng

re

ss

 p

ro

te

cti

on

 ra

tin

g o

IP

 6

6. 

If s

up

pli

ed

 w

ith

ou

t c

ab

le

 e

ntr

y d

ev

ic

es

 th

en

 m

eta

llic

 o

r p

la

sti

ca

ble

 g

la

nd

s, 

or

 c

on

du

it h

ub

s, 

sh

all

 b

e f

itte

d t

ha

t p

ro

vid

e t

he

 re

qu

ire

en

vir

on

m

en

ta

l p

ro

te

cti

on

.

8. 

T

o p

re

ve

nt 

ig

nit

io

n o

f fl

am

m

ab

le

 o

r c

om

bu

sti

ble

 a

tm

os

ph

er

es

dis

co

nn

ec

t p

ow

er

 b

efo

re

 s

er

vic

in

g.

9. 

S

ub

sti

tu

tio

n o

f c

om

po

ne

nts

 m

ay

 im

pa

ir s

afe

ty

.

10

. C

ca

ble

 =

 c

ap

ac

ita

nc

e o

f c

ab

le

 c

on

ne

cti

ng

 th

e s

hu

nt 

ze

ne

r d

io

de

 

ba

rri

er

 to

 th

e b

ea

co

n +

 c

ap

ac

ita

nc

e o

f th

e c

ab

le

 c

on

ne

cti

ng

 th

so

un

de

r t

o t

he

 b

ea

co

n.

11

. T

he

 to

ta

l c

ap

ac

ita

nc

e c

on

ne

cte

d t

o t

er

m

in

als

 +

/- o

f th

e b

ea

co

plu

s t

he

 to

ta

l c

ap

ac

ita

nc

e c

on

ne

cte

d t

o t

er

m

in

als

 +

/- o

f th

e s

ou

nd

er

i.e

. C

ca

ble

 p

lu

s a

ny

 o

th

er

 c

ap

ac

ita

nc

e, 

sh

all

 n

ot 

ex

ce

ed

 8

3n

F

.

12

. L

ca

ble

 =

 lo

op

 in

du

cta

nc

e o

f c

ab

le

 c

on

ne

cti

ng

 th

e s

hu

nt 

ze

ne

r d

io

de

 

ba

rri

er

 to

 th

e b

ea

co

n +

 lo

op

 in

du

cta

nc

e o

f c

ab

le

 c

on

ne

cti

ng

 th

so

un

de

r t

o t

he

 b

ea

co

n.

N

ote

:

C

A

U

T

IO

N

 - 

B

on

din

g b

etw

ee

n c

on

du

it c

on

ne

cti

on

s i

s n

ot 

au

to

m

ati

an

d m

us

t b

e p

ro

vid

ed

 a

s p

ar

t o

f th

is

 in

sta

lla

tio

n.

T

er

m

in

als

 A

c.S

w

U

o

 =

 1

6.8

V

I

o

 =

 3

.6

1m

A

P

o

 =

 1

5.2

m

W

A

ss

oc

ia

te

d A

pp

ar

atu

s -

 S

hu

nt 

Z

en

er

 D

io

de

 B

ar

rie

w

ith

 E

nti

ty

 P

ar

am

ete

rs

:

U

o

 

 2

8V

I

o

 

 9

3m

A

P

o

 

 6

60

m

W

C

o

 

 C

ca

b

le

 (s

e

e N

o

te

s 1

0

 a

nd

 1

1)

L

o

 

 L

ca

b

le

 (s

e

e N

o

te

 1

2)

+

-

S

-

S

+

A

cc

ep

t

S

w

itc

h

IS

-A

10

5

N

 S

ou

n

de

r

R

efe

r t

o C

on

tro

l D

ra

w

in

g D

 4

52

8 S

he

et 

fo

r f

ull

 w

irin

g i

nfo

rm

ati

on

 a

nd

 E

nti

ty

 

P

ar

am

ete

rs

 fo

r t

he

 IS

-A

10

5N

 s

ou

nd

er

.

D

 4

62

7 S

he

et 

3 o

f 4

D

 4

62

7c

.d

w

g

D

ra

w

in

g

 N

o.

C

o

m

p

u

te

r R

ef.

IS

-L

10

1L

 B

ea

co

n (

us

ed

 w

ith

 

IS

-A

10

5N

 s

ou

nd

er

)

C

on

tro

l D

ra

w

in

g f

or

 s

hu

nt 

ze

ne

dio

de

 b

ar

rie

r.

T

itle

S

im

ple

 A

pp

ar

atu

s i

A

cc

or

da

nc

e w

ith

 A

rtic

le

 

50

4 o

f th

e N

ati

on

al 

E

le

ctr

ic

al 

C

od

e

T

er

m

in

als

 S

+

 w

.r.t

 S

-

   U

o =

 U

o o

f th

e s

up

ply

 a

t +

 w

.r.t

. -,

   o

r 1

6.8

V

 w

hic

he

r is

 th

e l

es

se

r.

   I

o =

 Io

 o

f th

e s

up

ply

 a

t +

 w

.r.t

. -

   P

o =

 P

o o

f th

e s

up

ply

 a

t +

 w

.r.t

. -

IS

-L

10

1L

 B

ea

co

n

IS

 C

la

ss

 I, 

Z

on

e 0

 A

E

x i

a I

IC

 T

4

(

40

°

C

 

 T

a

 

 

+

 6

0

°

C

)

E

nti

ty

 P

ar

am

ete

rs

:

T

er

m

in

als

 

+

 w

.r.

t. 

U

i

 =

 2

8V

Ii =

 6

60

m

A

P

i

 =

 1

.2

W

C

i

 =

 0

L

i

 =

 0

-

+

S

C

H

E

D

U

LE

 D

R

A

W

IN

G

N

o m

od

ific

ati

on

 p

er

m

itte

d

w

ith

ou

t r

efe

re

nc

e t

o t

he

"N

oti

fie

d B

od

y"

www.acornfiresecurity.com

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Summary of Contents for IS-L101L-R/Y

Page 1: ...5 When the beacon is operated alone without a sounder connected all of the DIP switches should be set to the OFF position When used alone i e without a sounder connected two flash frequencies may be s...

Page 2: ...ertain extreme conditions The user should ensure that the equipment is not installed in a location where it may be subjected to external conditions that might cause a build up of electrostatic charges...

Page 3: ...fixing holes The lens should be aimed towards the area where maximum visibility is required 5 2 Installation procedure a Remove the beacon lens by unscrewing the two captive screws and pull the lens a...

Page 4: ...nable light output level when used in conjunction with an IS A105N sounder the power supply voltage to the barrier should be maintained at a minimum of 18V 7 ELECTRICAL SYSTEM DESIGN FOR INSTALLATION...

Page 5: ...L101L beacon Suspect beacons must be returned to European Safety Systems Ltd or to your local agent for repair 11 GUARANTEE Beacons which fail within the guarantee period should be returned to Europea...

Page 6: ...ondon W3 7QH UK www e2s com WARNING TO AVOID A POSSIBLE ELECTROSTATIC CHARGE ONLY CLEAN WITH A DAMP CLOTH IS L101L Beacon II 1G 2813 SIRA 04ATEX2302X Year Serial No 09 1000001 IECEx SIR 04 0039X Ui 28...

Page 7: ...e quoted and for which the output is non ignition capable for the Class Division or Zone and Group of use 7 The IS L101L Beacon enclosure has an ingress protection rating of IP 66 If supplied without...

Page 8: ...n capable for the Class Division or Zone and Group of use 6 The IS L101L Beacon enclosure has an ingress protection rating of IP 66 If supplied without cable entry devices then metallic or plastic cab...

Page 9: ...ng the shunt zener diode barrier to the beacon capacitance of the cable connecting the sounder to the beacon 11 The total capacitance connected to terminals of the beacon plus the total capacitance co...

Page 10: ...rminals of the beacon plus the total capacitance connected to terminals of the sounder i e C cable plus any other capacitance shall not exceed 83nF 11 L cable loop inductance of cable connecting the g...

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