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4

ENGLISH

EURO BAT AUTOMATION

The EURO BAT automation system  for swing gates comprises an
electromechanical operator which drives the gate leaves by
means of a worm screw.
The EURO BAT operator is irreversible and locks mechanically
when the motor is not in use. Therefore a lock does not need to
be fitted.

The EURO BAT automated systems were designed and
manufactured to control access of vehicles. Avoid any other use
whatever.

1. DESCRIPTION AND TECHNICAL SPECIFICATIONS

Fig. 1

Fig. 2

1

6

2

5

3

4

Table 1:

Operator  technical specifications

2. STANDARD INSTALLATION LAYOUT

1) Operators

2) Photocells

3) Control unit

4) Keyswitch

5) Receiver

6) Flashing light

Notes:1)

Use suitable rigid/flexible pipes for laying power cables.

2)

Always keep low voltage accessory cables separate from 230V~ power

cables. To avoid interference, use separate sheaths.

Drawing A

INSTALLATION DIMENSIONS

Fig. A

Fig. B

CALCULATING  INSTALLATION DIMENSIONS:

GENERAL RULES

If the dimensions specified in Table A cannot be used,
calculate different dimensions as follows:

-

For 

90° leaf opening: a + b = c

-

For 

leaf opening over 90°:

 

a + b < c

-

The lower the dimensions of a and b the higher the
gate speed

. Ensure that current standards are

observed.

-

Make sure that the difference between a and b is
no more than 4 cm

: larger differences cause large

variations in speed during opening and closing.

-

Due to the dimensions of the operator, the minimum
value for 

Z is 45 mm

 (fig. A)

If the dimensions of the gate post or the position of
the hinge do not allow 

to be  kept within the

required value, make a recess in the gate post as
shown in fig. B.

1) Motor Unit

2) Power cable

3) Worm screw

4) Front bracket

5) Rear bracket

6) Cable cover

B

A

Z

D

45 min.

L

300 mm

150 mm

100 mm

Table A: Recommended dimensions (in mm)

(¹) useful rod stroke    (²) max. dimension   (³) min. dimension

Model

300

400

A

B

C (¹)

D (²)

Z (³)

L

α

αα

αα

90°

110°

90°

110°

145

145

125

125

195

195

165

165

290

290

390

390

45

45

45

45

100

80

150

120

895

895

1090

1090

l

e

d

o

M

t

a

B

o

r

u

E

t

a

B

o

r

u

E

V

4

2

t

a

B

o

r

u

E

o

t

n

e

L

t

a

B

o

r

u

E

V

5

1

1

y

l

p

p

u

s

r

e

w

o

P

V

0

3

2

z

H

0

5

c

d

V

4

2

V

0

3

2

z

H

0

5

/

V

5

1

1

z

H

0

6

r

e

w

o

p

d

e

b

r

o

s

b

A

W

0

8

2

W

0

7

W

0

8

2

W

0

5

3

n

w

a

r

d

t

n

e

r

r

u

C

A

2

.

1

A

3

A

2

.

1

A

3

t

u

o

t

u

c

l

a

m

r

e

h

T

C

°

0

4

1

C

°

0

4

1

C

°

0

4

1

r

o

ti

c

a

p

a

C

F

µ

8

V

0

0

4

F

µ

8

V

0

0

4

F

µ

5

2

V

0

5

2

.

e

c

r

o

f

n

o

it

c

a

r

t

/

t

s

u

r

h

t

.

x

a

M

N

a

d

0

5

3

N

a

d

0

0

3

N

a

d

0

5

3

e

k

o

r

t

s

d

o

R

m

m

0

0

4

/

m

m

0

0

3

d

e

e

p

s

d

o

R

c

e

s

/

m

c

6

.

1

1

.

1

c

e

s

/

m

c

5

8

.

1

c

e

s

/

m

c

e

g

n

a

r

e

r

u

t

a

r

e

p

m

e

T

C

°

5

5

+

C

°

0

2

+

t

h

g

i

e

w

r

o

t

a

r

e

p

O

g

K

5

.

6

n

o

it

c

e

t

o

r

p

g

n

i

s

u

o

H

4

4

P

I

)

r

u

o

h

/

s

e

l

c

y

c

(

e

l

c

y

c

y

t

u

D

0

2

0

5

0

2

0

3

h

t

g

n

e

l

f

a

e

l

m

u

m

i

x

a

M

m

4

/

m

3

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