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Coemar GKIT54 CF 7 HE X User manual

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G KIT 54
Concerning:
Notice n. 11
Subject: better repositioning quality on CF 7 HE X.
Application: all Cf 7 HE X.
Effect: by applying this modification you will obtain a higher precision andrepeatability of pan/tilt
repositioning either after the reset and accidental misalignment.
Note: we have designed a new encoder for CF 7 HE X in order to improve the unit and satisfy the
requests of higher performances.
UNI EN
ISO
9001
Modification:
The modification has to be applied on two different areas of the unit: base and yoke.
Base
1.Open the base of the unit
2.Locate the area where you should work: encoder and opto (double sensor)
25 slots encoder pulley
Cod: IN 34/1L
Remove the opto holder bracket
Cod: 8720.27
Remove the double opto Cod: CE97R1/L
cut sensor’s cables
PICTURE 1
3.remove the 25 slots encoder pulley (code IN34/1L)
4.remove the opto holder bracket (code 8720.27)
5.remove the double opto (code CE97R1/L)
6.cut sensor’s cables
fit the new 50 slots pulley
Cod: IN 93
Fit the new sensor holder
bracket
Fit the new double opto Cod: EL
04012991
hirose connector
Cod: CN 09 n°1
New connection (see diagram)
PICTURE 2
7.fit the new 50 slots encoder (code IN93)
8.fit the new double opto (code EL04012991)
9.fit the new sensor holder bracket
10. connect the hirose connector by using the dedicated pliers,
following the diagram 187/3/2, cable number 23 encoder side
substitute old memory boards with these new versions
MASTER EP 892
EFFECTS EP 992
GOBO EP 1002
These new memories must be installed and used only
with the new encoder
PICTURE 3
11.remove the PCB from its housing and replace the memories
with the following:
MASTER EP 892
EFFECTS EP 992
GOBO EP 1002
New opto connection: see diagram
187, subdiagram 3, modification 3
PICTURE 4
12- connect the encoder wires for base and yoke as shown in
diagram 187/3/3 wires 23 and 22
Yoke
1.Open the side of the yoke where the motor is located.
2.Locate the area where you should work: encoder and opto (double sensor
New 50 slots encoder pulley
Cod: IN 93
New sensor holder bracket
Double opto Cod: EL 0401299
Hirose connector Cod: CN 09
see diagram for connection.
PICTURE 6
6.fit the new 50 slots encoder (code IN93)
7.fit the new double opto (code EL04012991)
8.fit the new sensor holder bracket
9.connect the hirose connector by using the dedicated pliers,
following the diagram 187/3/2, cable number 22 encoder side
Substitute double opto
Cod: CE97R1/1L
Remove opto holder bracket
Cod: 8720.66 n°1
Remove 25 slots encoder pulley
Cod: IN34AMODEL
cut the sensor’s wires
PICTURE 5
3.remove the opto holder bracket (code 8720.66)
4.remove the 25 slots encoder (code IN34AMODEL)
5.cut sensor’s cables
Test
Switch on the unit and test all the functions especially pan and tilt motors, then close the unit.
Code to order the complete kit: GKIT54
All the units manufactured from 1
st
of January 2002 will be fitted with this mechanical modification and new memories.
Modified units can be used together with units not modified; no differences will be particularly manifest but for a
more accurate repeatability of the programmed positions.
For any technical information referred to this notice, feel free to contact our personnel at the technical department.
Coemar S.p.A.
FAUSTO ORSATTI
Technical Department
SCHEMA No:
SOTTOSCHEMA No:
MODIFICHE
No. Data
187
3
SCHEMA ELETTRICO / WIRING DIAGRAM FOR :
CF 7 Hard Edge
(sensor connection)
CASTEL GOFFREDO (MN) ITALIA
VIA INGHILTERRA ZONA IND. EST
tel: (0376) 77521 fax: (0376) 780657
coemar
Descrizione
13/07/00
Da sensore Ottico a sensore magnetico
Disegnatore:
Fausto Orsatti
Verificato:
1
2
07/12/01
Disegnatore:
Fausto Orsatti
Verificato:
07/12/01
DISEGNATORE:
DATA: 08/04/2000Fausto Orsatti
VERFICATO: DATA:
08/04/2000
Fausto Orsatti
13/07/00
Fabio Allegri
Nuovo encoder + sensori
Fausto Orsatti
Posizionamento
Gobo 1 (rot)
Gobo W. 1 (rotating)
rotazione gobo
gobo rotation
Gobo 2
20
19
18
Giallo/yellow
Verde/green
Rosso/red
Giallo/yellow
Verde/green or nero/black
Rosso/red
Giallo/yellow
Verde/green
Rosso/red
master
Effects
gobo
J3
JP 16
J 17
J 16
+ V
+ V
J2
N.C.
N.C.
J3
N.C.
J17
J16
3-1-2
J1
J2
J1
nero/black 41
N.C.
N.C.
J14
J13
Ponte/link
10 R=0Ω
Yellow 18
Yellow 19
Yellow 20
Y18
Y19
Y20
Red 18
Red 19
Red 20
Red 18
Red 19
Red 20
black 20
Black 20
Verde/green 18
Giallo/yellow 18
Rosso/red 18
Verde/green 19
Giallo/yellow 19
Rosso/red 19
Verde/green 20
Giallo/yellow 20
Rosso/red 20
N.C.
10Ponti/links 0Ω
24
Giallo/yellow
Verde/green
Rosso/red
Focus
21
Giallo/yellow
Verde/green
Rosso/red
prismi/prism
Yellow 21
Yellow 24
red 24
red 25
Green 24
Green 25
N.C.
Yellow 21
Yellow 21
N.C.
N.C.
black 25
Black 25
25
Giallo/yellow
Verde/green
Rosso/red
zoom
Ponte/link
Green 21
red 21
Yellow 25
Black 21
black 21
Red 21
Red 21
Yellow 24
Yellow 24
Yellow 25
Yellow 25
Red 24
Red 24
Red 25
Red 25
A
Gnd
+V
J14
Encoder
Forcella
Joke
J4
EL - 0401299
EL 299
Nero/black
Giallo/yellow
Rosso/red
22
Nero/black
Giallo/yellow
Rosso/red
Verde/green
Verde/green
Encoder
Base
J13
J4
EL - 0401299
EL 299
23
Nero/black
Rosso/red
Nero/black
Rosso/red
Giallo/yellow
Verde/green
Giallo/yellow
Verde/green
Ponte/Link
Ponte/Link
3
18/01/02
18/01/02
Disegnatore:
Fausto Orsatti
Verificato:
Fabio Allegri
Link sul connettore PAN TILT
/