background image

ENGLISH

The automated system consists of a white beam in aluminium, 
with reflex reflectors and a steel upright. The operator is located 
inside the upright, and consists of a hydraulic control unit and two 
plunging pistons which, by means of a rocker, rotate the beam. 
The beam stays balanced thanks to a balancing spring assembled 
on one of the plunging pistons. The electronic control unit is also 
housed in the upright, inside a waterproof compartment.
The  system  is  supplied  with  an  adjustable  anti-crushing  safety 
device. It also includes a device stopping and locking the beam 
in any position, and a handy manual release for use in case of 
power cuts or faults.

Fig. 1

1

  Beam

2

  Travel limit mechanical stop device

3

  Drive transmission unit

4

  Adjustable travel limit cam RH

5

  Adjustable travel limit cam LH

6

  Rocker

7

  LH travel limit device 

8

  Oil filling plug

9

  Breather screw

10

  Cooling fins

11

  Piston bleed screw LH

12

  Plunging piston LH

13

  Hydraulic control unit

14

  Feeder pipe LH

15

  CLOSING by-pass screw

16

  OPENING by-pass screw

17

  Upright 

18

  Hole for cables LH

19

  Tie rod

20

  Foundation plate

21

  Hole for cables RH

22

  Earth connector securing screw

23

  Cable routing sheath

24

  Electronic control board

25

  Feeder pipe RH

26

  Manual release

27

  Spring support position length: 460 mm

28

  Protective grid for air intakes

29

  Plunging piston RH

30

  Spring support position length: 400 mm 

31

  Balancing spring support

32 

Balancing spring

33

  Piston bleed screw RH

34

  Travel limit device RH

35 

Balancing adjustment ring-nut

36

  Travel limit mechanical stop device

Fig. 2

37

  Lock

38

  Hatch 

39

  Protective grid for air intakes

40

  Cooling fan

  (sonly 60 rapid,  640 and 64)

1. DESCRIPTION AND TECHNICAL SPECIFICATIONS

TAB. 1 Technical specifications   (*)  

Hood protective treatment

Cataphoresis

AISI 316 L  

stainless steel 

Hood painting

Polyester RAL 2004

Protection class

IP44

Upright dimensions LxHxP (mm)

see Fig. 4 and 5

  (*)   For more details about the selected barrier model, 

refer to chapter 12

TECHNICAL DETAILS OF 1400 rpm ELECTRIC MOTOR 

Power supply (Vac{+6%/ -10%}/Hz)

230 / 50

Absorbed power (W)

200

Absorbed current (A)

1

TECHNICAL DETAILS OF 2800 rpm ELECTRIC MOTOR

Power supply (Vac{+6%/ -10%}/Hz)

230 / 50

Absorbed power (W)

200

Absorbed current (A)

1

AUTOMATED

 

SYSTEM

 

630 - 630PLUS - 640

The

 

630-630  PLUS-640

 

automated

 

systems weredesigned

 

andbuilt

 

to

 

control vehicle access.Do

 

not

 

use

 

for

 

any other

purpose.

BARRIER MODE

L

           

6

3

0

           

6

3

0

 PLUS             

64

0

Power supply (Vac / Hz)

230 {+6%/ -10%}   /    50   

Absorbed power (W)

       

                

220

Absorbed current (A) 

        

                   

1

Type of oil

        

FAAC HP OIL

Oil quantity (Lt)

              

~ 1.8

Winding heat protection (°C)

 

120

Anti-crushing system 

standard by-pass valves

Type of slow-down

                   

Electronic 

Operating ambient temperature (°C)

-20 / +55

Summary of Contents for 630 Series

Page 1: ...SION 8 11 AVAILABLE ACCESSORIES 8 12 DETAILED TECHNICAL SPECIFICATIONS 10 INDEX 2 ELECTRIC PREPARATIONS standard system 4 3 DIMENSIONS 4 3 1 BARRIER 630 4 3 2 BARRIER 630 PLUS 640 4 4 INSTALLING THE A...

Page 2: ...an intrinsic anti crushing safety device consisting of a torque control Nevertheless its tripping threshold must be checked as specified in the Standards indicated at point 10 16 The safety devices EN...

Page 3: ...ual release 27 Spring support position length 460 mm 28 Protective grid for air intakes 29 Plunging piston RH 30 Spring support position length 400 mm 31 Balancing spring support 32 Balancing spring 3...

Page 4: ...ety and an efficiently operating automated system make sure the following conditions are observed When moving the beam must not on any account meet any obstacles or overhead power cables The soil must...

Page 5: ...ust face in closing direction Adjust the opening and closing travel limit mechanical stops as per fig and verify beam balancing following the instructions in paragraph 4 4 Assemble the foundation plat...

Page 6: ...ise To reduce torque turn the screws anti clockwise 5 3 ADJUSTING THE TRAVEL LIMIT SLOW DOWN For beams with a length of over 4 m we advise you not to set too brief a slow down Adjust the cams of the t...

Page 7: ...rrect operation of the barrier pointing out the potential danger zones 6 MANUAL MODE OPERATION If the barrier has to be moved manually due to a power cut or fault of the automated system operate the r...

Page 8: ...against the opening travel limit mechanical stop Remove the pinion pocket and re install it to set the barrier at opening as in figure 19 Fit the feed pipes as shown in Fig 19 according to the configu...

Page 9: ...ossible END FOOT The end foot allows the beam to rest when closed and thus prevents the profile bending downward IMPORTANT If a foot is installed the balancing spring must be adapted if possible FORK...

Reviews: