Clay Paky PIPER I.C.C. User Manual

5

PIPER I.C.C.

ENGLISH

HTI 150

• Connecting to the electrical power supply

The operations described in this heading must be carried out by a licensed elec­trician.
The projector must be wired up to the electrical power supply using the special
socket connector provided.It is good policy to connect projectors to the power sup­ply by way of dedicated switches, so that each can be turned on and off individually
from a remote station.

The projector is designed to operate at the voltage and frequency indicated on the
electrical data plate (4) affixed to the rear end. Check that these two values
correspond to the mains voltage and frequency.

IMPORT ANT: the projector must be connected to a power supply circuit having
a proper earth system (Class I appliance).

L
N

4

POWER SUPPLY AND INTERFACE

2

• Connecting the control signals

0-10V CONNECTION

- Independent operation

- Simultaneous and identical operation of several projectors

0 - 10V 0 - 10V 0 - 10V

0 - 10V

• Initial assembly operations

Position the bracket (2) at the desired height and secure by tightening the knobs (3).
The bracket can also be mounted on the underside of the projector.

INST ALLING THE PROJECTOR

1

• Unpacking

Open the box, remove the projector from the packing and place it on a flat horizontal
surface.
Unpack the standard accessories supplied with the fixture. Inspect the lamp change
label (1) and replace it with one of the optional language versions if necessary.

Make certain that the label is never removed, as it displays important safety
information.

1

2

3

IMPORTANT: Read carefully. It is essential for the correct and safe use of the
equipment that erectors and operators should be fully conversant with the
information and instructions given in this manual.

INSTRUCTION MANUAL

• Fitting the lamp

Refer to directions for replacement of the lamp given under heading 6 MAINTE­NANCE.

• Installing the projector

The projector can be mounted in any position without its operating characteristics
being affected.

IMPORTANT: fix the projector in the desired position utilizing the holes in the
bracket.Secure preferably using two ø10 mm bolts with nuts and lock washers.

Make certain that the anchorage is stable before positioning the projector.

• Minimum distance from target objects

The projector must be positioned in such a way that
objects struck by the beam are separated from the
lens by a distance of at least 0.5 m (1’ 8”).

• Minimum distance of inflammable materials from any part of the equipment:

m 0.05. (2”)

The fixture may be mounted on surfaces rated normally inflammable.

IMPORTANT: For better and more reliable operation of the projector, the ambient
temperature must not exceed 35° C (95° F).
Protection factor IP 20: the fixture is protected against penetration of solid bodies
more than 12mm (0.5”) in diameter (first digit 2), but can be damaged by spray, jet,
drip or rain water (second digit 0).

Mains

ENGLISH

®

(

1’ 8”

0.5 m

)

HTI 150

6

DMX 512
RS 232/423

LENS UNITS

5

BEAM OPENING m

0 5 10 15 20

DISTANCE m

0 0,80 1,60 2,40 3,20

DIAMETER m

1400 370

Objective lens 1:2,5/165mm - Standard dotation

lux

161 90

0
1
2
3

4

4
3
2
1

9°

6005700 232 118

2,5

0,40

7,5

1,20

12,5

2,0

17,5

2,80

HTI 150

0” 16’ 5”

DISTANCE ft in

8’ 2” 24’ 7” 32’ 10” 41’ 49’ 3” 57’ 5” 65’ 7”

0” 2’ 7”1’ 4” 3’ 11” 5’ 3” 6’ 7” 7’ 10” 9’ 2” 10’ 6”

DIAMETER ft in

Objective lens 1:2,2/100mm - Available on request

0 5 10 15 20

0 1,34 2,70 4,05 5,40

500 125

lux

55 32

0

1
2
3
4

4

3
2
1

15°

30'

2000 220 80 41

2,5

0,67

7,5

2,02

12,5

3,37

17,5

4,72

HTI 150

BEAM OPENING m

DISTANCE m

DIAMETER m

0” 16’ 5”

DISTANCE ft in

8’ 2” 24’ 7” 32’ 10” 41’ 49’ 3” 57’ 5” 65’ 7”

0”

4’ 5” 8’ 10”2’ 2” 6’ 8”

DIAMETER ft in

11’ 1” 13’ 3” 15’ 6” 17’ 9”

130 34.4

fc

15.0 8.3655.7530 21.6 11.0

46.5 11.6

fc

5.11 2.97186 20.4 7.43 3.81

GRAPHS SHOWING BEAM DATA AND ILLUMINATION VALUES

8

Is

PAN

GOBO

COL

TILT

7

6

31

5

2

4

Projectors are wired up to the controller and one to the next using a multicore cable
with 8 wires of 0.25mm2section and a DIN 8 pin 45° plug/socket connector.

RS232/423(PMX) - DMX 512 CONNECTION

6

5

TEST

256

128643216842

1

ON

10987654321

1112

PAN

TILT

TILT

GOBOPAN

COL

Is

THE DIGITAL START
ADDRESS IS THE SUM
OF THE NUMBERS
PRODUCED BY THE
SELECTED SWITCHES

DIGITAL
START
ADDRESS
AND
OPTIONS
SELECT

EG.
RESPOND
C.1 - 4

EG.
RESPOND
C.17 - 20

RUN TEST
SEQUENCE

DMX 512
RS232/423

: 1 = ,2 = SIG - ,3 = SIG +
: 1 = ,2 = SIG ,3 = SIG

DIGITAL INPUT

ANALOGUE

INPUTS 0 - 10V

• Projector address codes (for digital signals)

Each PIPER I.C.C. projector uses 1 control channel. To ensure that different projec­tors are addressed correctly by the controller, a code must be assigned to each one.
This operation is carried out on each PIPER I.C.C. by setting the microswitches as
indicated in the table below.

Projector selection

Projectors are wired up to the controller and one to the next using two-core screened
cable and Cannon 5 pin XLR type plug/socket connectors.
T o connect a DMX line , a terminating plug (5) with a 100Ωresistor wired between pins
2 and 3 must be fitted to the last projector connected in series; the plug is not requi­red when using an RS232/423(PMX) signal.

The wires must not come into contact with each other or with the metal casing
of the plug.
The casing of the plug/socket must be connected to the screen and to pin 1 of
the connectors.

Having completed the operations described above, press the on/off switch (6).Check
that the lamp comes on and that the auto-reset sequence starts.

SIGNAL

SCREEN

SIGNAL

54

3

2

1

DMX

512

SIGNAL

SCREEN

SIGNAL

RS232/423

(PMX)

1

2

3

4

5

Setting the TEST switch to the ON position for a few seconds with the projector
powered-up, an auto-reset routine is carried out.Leaving the TEST switch at the ON
position for a longer period, a full self-test program will be completed; once the ope­ration has terminated, return the switch to the OFF position.

• Alignment procedure

Loosen the knobs (3) and
manoeuvre the projector on the
bracket (2) until the beam is
directed at centre stage and
then retighten the knobs (3).

• Adjusting the lens

Move the lens (7) back and
forward until the projected image
is satisfactorily focused, then
tighten knob (8).

POSITIONING THE PROJECTOR

3

CHANNEL FUNCTION

4

Projector 1 - Channels 1

ON
OFF

ON
OFF

TEST

128

64

32

16

842

1

OFF

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

CODE

ON
OFF

Projector 2 - Channels 2

Projector 3 - Channels 3

Projector 4 - Channels 4

Projector 5 - Channels 5

Projector 6 - Channels 6

Projector 7 - Channels 7

Projector 8 - Channels 8

Projector 9 - Channels 9

Projector 10 - Channels 10

0

1

2

3

4

5

6

7

8

9

10

PINK
BLUE
ORANGE
GREEN
VIOLET
YELLOW
RED
WHITE

In the 0% to 50% range of adjustment, the
change of colour in response to the move­ment of the potentiometer is linear and
continuous, so that the slider can be stop­ped in intermediate positions to obtain a
two colour beam..

From 50% to 100% the wheel rotates
continuously with speed increasing
steadily from 0 to 300 rpm.

• COLOUR WHEEL - channel 1

CHANNEL

1

FUNCTION

COLOUR WHEEL

2

3 78