Came RODEO User Manual

CANCELLI AUTOMATICI

AUT OMATION SYSTEM FOR SLIDING DOORS,

SERIES

R ODEO

AUTOMATION SYSTEM FOR SLIDING DOORS

WITH MICROPROCESSOR CONTR OL

Documentazione

Tecnica

M71

rev. 3.4

08/2005

©

CAME

CANCELLI

AUTOMATICI

119PM71

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for door wings weighting

up to

 # kg each

SERIE RODEO

GENERAL CHARACTERISTICS

Description:

System for sliding doors automatic opening. Designed and built entirely by CAME CANCELLI AUTOMATICI S.p.A. with IP40 protection level. 12-month warranty subject to tampering.

- CORSA 1, reversible 24V gear motor with integrated circuit board. Automation for single-door entrances up to 3,300 mm with weight max. 125 Kg.

- CORSA 2, reversible 24V gear motor with integrated circuit board. Automation for entrances with 2 door up to 3,300 mm with weight max. 125 Kg per door.

Models:

- MA7012 Electric lock;

- MA7032 Battery-powered anti-panic system;

- MA7041 Function selector;

- MS9502 Touch-activated switch;

- MF9011/9111 Command and safety photocells;

- MR8001/8002 Infrared radar;

- MR8104/8105 Microwave radar;

- MR8334-70-90 Activ infrared safety sensor;

- MP8030/8060 Pressure-sensitive;

- MRT001 remote control for MR8104

e MR8105.

For easy installation and maintenance, be sure to use CAME original control equipment, safety systems and accessories.

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W02seirosseccA

NOITPMUSNOCREWOP ELCYCYTUD

2

EVIRD

METSYS

M8DTH dehtoot

tleb

Optional accessories:

.XAM ECROF

DETREXE

gK8

DEEPSGNINEPO

1oedoRs/mc54 2oedoRs/mc08

GNITAREPO

ERUTAREPMET

°07+<°02-

(1) Upon request, there is the possibility of powering up the automation with a different voltage (2) Heavy-duty-service

DIMENSIONS

(1)

The basic dimensions necessary for building a CAME automation system for automatic entrance control are door wing width A (or the total width of the

The following pages contain a provisional

diagram

series. Although the dim

installation procedures for the RODEO

series are indicated on the diagram

two door wings) and the overall length T of the beam which contains the automation mechanism. The relationship between these two dimensions is as follows: T = A x 2 + 20 mm

AUTOMATION SYSTEM FOR

ENTRANCES WITH 2 DOOR WINGS

M

(1)

A

TTENTION

!

When our series 20 and series 40 profiles are used to construct the door wings, different dimensions from those indicated above may result. See the printed information supplied with the profiles.

AUTOMATION SYSTEM FOR

ENTRANCES WITH 1 DOOR WING**

** When placing the order, be sure to specify the direction in which door opens (see the order form).

ssVp

!!

!

!!

PORTANT

IM

of the trolley for the CORSA

ensions and

, all

references to RODEO and the ZP8

electrical cabinet also apply to CORSA

and the ZP7 electrical cabinet.

M

ssVp

A T

BASIC DIMENSIONS

T = Total length of beam A = Total width of door wings, complete with weather stripping

2

A

T

OTHER DIMENSIONS

Vp= Passage area s = Overlap between moving door wing(s) and

fixed parts (walls and/or non-moving door wings)

SECTION-COVERING BOXES DIMENSIONS

SERIE RODEO

Drilling for fixing the section

A

T = Length of the beam

30±0,5

151

85±0,513±6

250250250250

Sez. A-A

126

250 x

n°

step

20

70

Right side/internal view

point of departure

of the step drilling

BEAM WITH

SECTION-

COVERING BOX

SERIES 001LC00

169

AND LTC

STOPPERS

=

151

A

29±6

135

18

69

BEAM WITH

SECTION-

COVERING BOX

30±0,5

SERIES 001LD00

AND LTD

STOPPERS

24

+

1

2

A

195

85±0,5

44

13±6

75

29±6

The section-covering system Series 001LD00 has LTD side plugs in ABS and brackets that allow the sectioncovering to be supported in opening position.

73

Respect the sectioncovering opening measurements and measurement (A) for releasing the section in maximum-opening position, 2 cm approximately.

300

3

SERIE RODEO

DIAGRAMS OF GLASS DOOR WINGS

Y = height at which beam is

mounted

= H + 18 mm

13±6

SUPPORT PROFILE

H = working height of passage

V = height of glass door

40 18

17

ATTACH SECTION CRYSTAL

70

53

29±6

Y

INNER GUIDE

H

CAPS FOR

CENTERING

GLASS

ROLLER

SOLUTION FOR GLASS

WING WHIT

DOOR

LOWER

V

DOOR

WING

10

SKIRT

LOWER PROFILE

/GUIDE

80

1622

SOLUTION FOR GLASS

WING WITHOUT

DOOR

LOWER

SKIRT

20

10

16

3417.5

V

ø 4.8

2021.5

10

OUTER

GUIDE

ROLLER

V = H - 70 mm Y - 88 mm

4

V = H - 22 mm Y - 40 mm

DIAGRAMS OF GLASS DOOR WINGS

GLASS DOOR WING(S) WITH

LOWER SKIRT

L

SERIE RODEO

MA 7370 = L 1000 mm MA 7470 = L 1500 mm MA 7570 = L 2000 mm

L

MA 7353 = L 1000 mm MA 7453 = L 1500 mm MA 7553 = L 2000 mm

DRILL POINTS FOR INSTALLING THE UPPER GLASS PANEL AND BEAMBEAM

L wing

101

Profile

ø 8.5

100

18

min. 300

32

ø 16

100

Glass (max 10 mm)

L wing - 2 mm

GLASS DOOR WING(S) WITHOUT

LOWER SKIRT

L

MA 7370 = L 1000 mm MA 7470 = L 1500 mm MA 7570 = L 2000 mm

L

5

SERIE RODEO

DIAGRAMS OF DOOR WINGS WITH FRAME

Y = height at which beam is

H = working height of passage

I = height of door wing with frame

7

4

13±6

ATTACH SECTION FRAMED

10 8 4

mounted

= H + 18 mm

18 11

26.5

4.5

29±6

SOLUTION FOR

DOOR WING

I

10

FRAMED

WITH

PROFILE

INSTALLED

EXTERNALLY

BOTTOM

/GUIDE

30

SOLUTION FOR

DOOR WING

FRAMED

WITHOUT

Y

H

I

PROFILE

BOTTOM

/GUIDE

10

40

FRAMED

I

10

SOLUTION

DOOR WING

BOTTOM

WITH

PROFILE

/GUIDE

INSTALLED

INTERNALLY

FOR

OUTER GUIDE

6

ROLLER

I = H - 28 mm Y - 46 mm

INNER GUIDE

ROLLER

20

H - 48 mm Y - 66 mm

20

I =

I = H - 28 mm Y - 46 mm

LOWER

PROFILE

/GUIDE

2

DIAGRAMS OF DOOR WINGS WITH FRAME

DOOR WING(S) WITH

FRAME, WITHOUT LOWER

GUIDE PROFILE

L

SERIE RODEO

MA 7371= L 1000 mm MA 7471= L 1500 mm MA 7571= L 2000 mm

DOOR WING(S) WITH

FRAME, WITH LOWER

GUIDE PROFILE

MA 7351 = L 1000 mm MA 7451 = L 1500 mm MA 7551 = L 2000 mm

7

SERIE RODEO

INSTALLING THE BEAM

1) Remove the profile housing (optional at extra cost), if present

2) Remove the trolleys from the support profile by proceeding as follows:

2 a) Loosen the mounting

screws to disconnect the trolleys (which are engaged by the belt) from the connecting bracket;

TROLLEY WITH LOWER ATTACHMENT SYSTEM

FOR BELT

TROLLEY WITH UPPER ATTACHMENT SYSTEM

FOR BELT

2 b) Loosen the nuts on the “derailing prevention” rollers and allow the rollers to descend;

2 c) Raise the trolleys as required for removal from the guide track;

8

3) Drill holes in the profile to allow passage of the power cables and sensor leads (photocells-radar);

4) Centre the automation system with the passage area;

5) Using the holes provided, fasten the automation system to the

structure and check the system for correct horizontal alignment (levelling).