PSC1200 - Effect machine Futurelight - Free user manual and instructions

USER MANUAL PSC1200 Futurelight

Technical line drawing of a mechanical device with internal components and mounting holes (no text or symbols)

MULTI-LANGUAGE-INSTRUCTIONS

Inhaltsverzeichnis

Table of contents

Sommaire

Contenido

Deutsch

EINFÜHRUNG 4

SAFETY INSTRUCTIONS....28

OPERATING DETERMINATIONS.... 30

DESCRIPTION OF THE DEVICE 31

Features 31
Overview 32

INSTALLATION 32

Installing/Replacing the lamp 32
Inserting/Exchanging gobos....33
Overhead rigging.... 34
DMX-512 connection / connection between fixtures.... 35
Connection with the mains 36

OPERATION.... 36

Stand Alone operation.... 36
DMX-controlled operation 37
Addressing 37
DMX-protocol 38
Control Board 42
Main functions 43
Error Messages....49

CLEANING AND MAINTENANCE 50

Replacing the fuse 50

TECHNICAL SPECIFICATIONS....51

Français

INTRODUCTION 52

INSTRUCTIONS DE SÉCURITÉ 52

EMPLOI SELON LES PRESCRIPTIONS 54

DESCRIPTION DE L'APPAREIL 55

Features 55

This user manual is valid for the article number 51840006

You can find the latest update of this user manual in the Internet under:

Technical diagram of an air conditioner module with numbered parts for identification

Technical line drawing of an electronic device interior showing internal components and casing (no text or symbols)

Line drawing of two hands holding a small object, no text or symbols present

Illustration of hands operating a circuit board with switches and components (no text or symbols)

Illustration of a hand using a tool to adjust or install electronic components (no text or symbols visible)

Diagram showing a transformation from a multi-tiered plate with internal components to a multi-tiered final component with disassembled parts (no text or symbols present)

Projector 3 Starting address 39
Projector 2 Starting address 20
Projector 1 Starting address 1

Keep this device away from rain and moisture! Unplug mains lead before opening the housing!

For your own safety, please read this user manual carefully before you initially start-up.

Every person involved with the installation, operation and maintenance of this device has to

• be qualified
• follow the instructions of this manual
• consider this manual to be part of the total product
• keep this manual for the entire service life of the product
• pass this manual on to every further owner or user of the product
• download the latest version of the user manual from the Internet

INTRODUCTION

Thank you for having chosen a FUTURELIGHT PSC-1200 MK-2. You will see you have acquired a powerful and versatile device.

Unpack your PSC-1200 MK-2.

SAFETY INSTRUCTIONS

CAUTION!

Be careful with your operations. With a dangerous voltage you can suffer a dangerous electric shock when touching the wires!

This device has left our premises in absolutely perfect condition. In order to maintain this condition and to ensure a safe operation, it is absolutely necessary for the user to follow the safety instructions and warning notes written in this user manual.

Important:

Damages caused by the disregard of this user manual are not subject to warranty. The dealer will not accept liability for any resulting defects or problems.

English

If the device has been exposed to drastic temperature fluctuation (e.g. after transportation), do not switch it on immediately. The arising condensation water might damage your device. Leave the device switched off until it has reached room temperature.

Please make sure that there are no obvious transport damages. Should you notice any damages on the A/C connection cable or on the casing, do not take the device into operation and immediately consult your local dealer.

This device falls under protection-class I. The power plug must only be plugged into a protection class I outlet. The voltage and frequency must exactly be the same as stated on the device. Wrong voltages or power outlets can lead to the destruction of the device and to mortal electrical shock.

Always plug in the power plug last. The power plug must always be inserted without force. Make sure that the plug is tightly connected with the outlet.

Never let the power-cord come into contact with other cables! Handle the power-cord and all connections with the mains with particular caution! Never touch them with wet hands, as this could lead to mortal electrical shock.

Never modify, bend, strain mechanically, put pressure on, pull or heat up the power cord. Never operate next to sources of heat or cold. Disregard can lead to power cord damages, fire or mortal electrical shock.

The cable insert or the female part in the device must never be strained. There must always be sufficient cable to the device. Otherwise, the cable may be damaged which may lead to mortal damage.

Make sure that the power-cord is never crimped or damaged by sharp edges. Check the device and the power-cord from time to time.

If extension cords are used, make sure that the core diameter is sufficient for the required power consumption of the device. All warnings concerning the power cords are also valid for possible extension cords.

Always disconnect from the mains, when the device is not in use or before cleaning it. Only handle the power-cord by the plug. Never pull out the plug by tugging the power-cord. Otherwise, the cable or plug can be damaged leading to mortal electrical shock. If the power plug or the power switch is not accessible, the device must be disconnected via the mains.

If the power plug or the device is dusty, the device must be taken out of operation, disconnected and then be cleaned with a dry cloth. Dust can reduce the insulation which may lead to mortal electrical shock. More severe dirt in and at the device should only be removed by a specialist.

There must never enter any liquid into power outlets, extension cords or any holes in the housing of the device. If you suppose that also a minimal amount of liquid may have entered the device, it must immediately be disconnected. This is also valid, if the device was exposed to high humidity. Also if the device is still running, the device must be checked by a specialist if the liquid has reduced any insulation. Reduced insulation can cause mortal electrical shock.

There must never be any objects entering into the device. This is especially valid for metal parts. If any metal parts like staples or coarse metal chips enter into the device, the device must be taken out of operation and disconnected immediately. Malfunction or short-circuits caused by metal parts may cause mortal injuries.

During the initial start-up some smoke or smell may arise. This is a normal process and does not necessarily mean that the device is defective.

Caution: During the operation, the housing becomes very hot.

Do not switch the device on and off in short intervals as this would reduce the lamp's life.

HEALTH HAZARD!

Never look directly into the light source, as sensitive persons may suffer an epileptic shock (especially meant for epileptics)!

Keep away children and amateurs!

Never leave this device running unattended.

OPERATING DETERMINATIONS

This device is a lighting effect for creating decorative effects. This product is only allowed to be operated with an alternating voltage of 230 V, 50 Hz and was designed for indoor use only.

This device is designed for professional use, e.g. on stages, in discotheques, theatres etc.

Lighting effects are not designed for permanent operation. Consistent operation breaks will ensure that the device will serve you for a long time without defects.

Do not shake the device. Avoid brute force when installing or operating the device.

When choosing the installation-spot, please make sure that the device is not exposed to extreme heat, moisture or dust. There should not be any cables lying around. You endanger your own and the safety of others!

The symbol ·s m determines the minimum distance from lighted objects. The minimum distance between light-output and the illuminated surface must be more than 0.5 meters.

This device is only allowed for suspended installation via the mounting bracket. In order to safeguard sufficient ventilation, leave 50 cm of free space around the device.

Make sure that the area below the installation place is blocked when rigging, derigging or servicing the fixture.

Always fix the fixture with an appropriate safety-rope.

Only operate the fixture after having checked that the housing is firmly closed and all screws are tightly fastened.

The lamp must never be ignited if the objective-lens or any housing-cover is open, as discharge lamps may expose and emit a high ultraviolet radiation, which may cause burns.

The maximum ambient temperature T_a = 45^ C must never be exceeded.

Operate the device only after having become familiarized with its functions. Do not permit operation by persons not qualified for operating the device. Most damages are the result of unprofessional operation!

Never use solvents or aggressive detergents in order to clean the device! Rather use a soft and damp cloth.

Please use the original packaging if the device is to be transported. Make sure that you pack the device in the original state.

Please consider that unauthorized modifications on the device are forbidden due to safety reasons!

Never remove the serial barcode from the device as this would make the guarantee void.

If this device will be operated in any way different to the one described in this manual, the product may suffer damages and the guarantee becomes void. Furthermore, any other operation may lead to dangers like short-circuit, burns, electric shock, lamp explosion, crash etc.

DESCRIPTION OF THE DEVICE

Features

The high-power scanner

• DMX-controlled operation or stand alone operation with Master/Slave-function
• 48 preprogrammed scenes in Program Run for stand alone operation
  • Number of scenes in Program Run can be changed individually
• The scenes in Program Run can be modified via the Control Board or via an external controller and loaded into the memory
• 8 built-in programs can be called up via DMX-controller
  • Sound-controlled via built-in microphone
• Colour-wheel 1 with 8 different, dichroic colour-filtres and white
• Colour-wheel 2 with 5 different, dichroic colour-filtres and white and additionally with correction-filters 3,200
  K and 5,600 K and UV-filter
• Switchable colour change (mode 1: only full colours, mode 2: colour-change at every position)
• Rainbow-effect with adjustable speed in both directions
  • Gobo-wheel 1 with 4 rotating gobos plus open
• All gobos can be interchanged
  • Gobo-wheel 2 with 5 static metal gobos plus open
• With gobo-shake function
• Effect-wheel with rotating 3-facet-prism, 5-facet-prism, 7-facet-prism, 9-facet-prism and 3D-prism
• Stepless frost-filter
• The prisms rotate in both directions and at different speeds, prism index function
• Macro-function for rotating gobos/rotating prism combinations
• Motorized multi-step-zoom with four different apertures
• Motorized focus
• Steplessly adjustable iris
• Strobe-effect with 1-13 flashes per second via shutter
• Mechanic dimmer
• Exact positioning via 16 bit Pan/Tilt movement resolution
• Control-Board with 4-digit display and foil-keyboard for adjusting the DMX-starting address, Pan/Tilt-Reverse, Program, Reset, lamp on/off, operating hours
• For extremely bright 1200 W HMI-lamp
• DMX-control via every standard DMX-controller

English

Overview

Technical diagram of a car air conditioner unit with numbered parts for identification

(1) Transport handle
(2) Housing cover
(3) Housing screws
(4) Mounting bracket
(5) Fixation screw
(6) Safety eyelet
(7) Objective-lens/Focus
(8) Mirror

10 9 11 12 13 14 15 16 17

(9) Power supply
(10) Fuseholder
(11) DMX-In socket
(12) DMX-Out socket
(13) Control Board
(14) Display
(15) Enter-button
(16) Exit/Down-button
(17) Up-button

INSTALLATION

Installing/Replacing the lamp

DANGER TO LIFE!

Only install the lamp with the device switched off! Unplug from mains before!

For the installation, you need one OMNILUX OMI 1200/S lamp.

The lamp must only be changed when wearing appropriate protective clothing (protection glasses, protection gloves, helmet with sight, leather apron).

CAUTION!

The lamp has to be replaced when it is damaged or deformed due to the heat!

English

The lamp life given by the manufacturer must never be exceeded. This is why you need to take notes on the operational time of the lamp or check the operating hour meter regularly and replace the lamp in time.

Keep exchanged lamp in a protective container and remove accordingly.

During the operation, the lamp reaches temperatures of up to 600°C.

Before replacing the lamp, unplug mains lead and let the lamp cool down (approx. 10 minutes).

During the installation do not touch the glass-bulbs bare-handed! Please follow the lamp manufacturer's notes!

Do not install lamps with a higher wattage! Lamps with a higher wattage generate temperatures the device was not designed for. Damages caused by non-observance are not subject to warranty.

Procedure:

Technical line drawing of an internal mechanical or electronic component with no visible text or symbols

Line drawing of two hands holding a tool, no text or symbols present

Illustration of hands operating a computer motherboard with switches and buttons (no text or symbols)

Illustration of a hand using a tool to adjust or install electronic components (no text or symbols visible)

Step 1: Unscrew the housing screws and remove the housing cover.

Step 2: Loosen the knurled-head screws on both ends of the lamp.

Step 3: If replacing the lamp, remove the old lamp from the lamp holder.

Step 4: Insert the lamp into the lamp holder.

Step 5: Replace the housing cover and tighten the housing screws.

Do not operate this device with opened cover!

Inserting/Exchanging gobos

DANGER! Install the gobos with the device switched off only. Unplug from mains before!

If you wish to use other forms and patterns as the standard-gobos, or if gobos are to be exchanged, please follow the instructions below:

CAUTION! Never unscrew the screws of the rotating gobo as the ball bearing will otherwise be opened!

Remove the fixation-ring with an appropriate tool. Remove the gobo and insert the new gobo. Press the fixation-ring together and insert it in front of the gobo.

When installing metal gobos, please make sure that the mirror-inverted side points to the lamp. When installing glas-gobos, please make sure that the coated side points away from the lamp.

English

Overhead rigging

DANGER TO LIFE!

Please consider the EN 60598-2-17 and the respective national standards during the installation! The installation must only be carried out by an authorized dealer!

The installation of the device has to be built and constructed in a way that it can hold 10 times the weight for 1 hour without any harming deformation.

The installation must always be secured with a secondary safety attachment, e.g. an appropriate catch net. This secondary safety attachment must be constructed in a way that no part of the installation can fall down if the main attachment fails.

When rigging, derigging or servicing the device staying in the area below the installation place, on bridges, under high working places and other endangered areas is forbidden.

The operator has to make sure that safety-relating and machine-technical installations are approved by an expert before taking into operation for the first time and after changes before taking into operation another time.

The operator has to make sure that safety-relating and machine-technical installations are approved by an expert after every four year in the course of an acceptance test.

The operator has to make sure that safety-relating and machine-technical installations are approved by a skilled person once a year.

Procedure:

The device should be installed outside areas where persons may walk by or be seated.

IMPORTANT! OVERHEAD RIGGING REQUIRES EXTENSIVE EXPERIENCE, including (but not limited to) calculating working load limits, installation material being used, and periodic safety inspection of all installation material and the device. If you lack these qualifications, do not attempt the installation yourself, but instead use a professional structural rigger. Improper installation can result in bodily injury and or damage to property.

The device has to be installed out of the reach of people.

If the device shall be lowered from the ceiling or high joists, professional trussing systems have to be used. The device must never be fixed swinging freely in the room.

Caution: Devices in hanging installations may cause severe injuries when crashing down! If you have doubts concerning the safety of a possible installation, do NOT install the device!

Before rigging make sure that the installation area can hold a minimum point load of 10 times the device's weight.

DANGER OF FIRE!

When installing the device, make sure there is no highly-inflammable material (decoration articles, etc.) within a distance of min. 0.5 m.

Mount the device to your trussing system using an appropriate clamp.

For overhead use, always install an appropriate safety bond.

You must only use safety bonds complying with DIN 56927, quick links complying with DIN 56927, shackles complying with DIN EN 1677-1 and BGV C1 carbines. The safety bonds, quick links, shackles and the carbines must be sufficiently dimensioned and used correctly in accordance with the latest industrial safety regulations (e.g. BGV C1, BGI 810-3).

Please note: for overhead rigging in public or industrial areas, a series of safety instructions have to be followed that this manual can only give in part. The operator must therefore inform himself on the current safety instructions and consider them.

The manufacturer cannot be made liable for damages caused by incorrect installations or insufficient safety precautions!

Pull the safety bond through the attachment eyelet and over the trussing system or a safe fixation spot. Insert the end in the quick link and tighten the safety screw.

The maximum drop distance must never exceed 20 cm.

A safety bond which already held the strain of a crash or which is defective must not be used again.

Adjust the desired inclination-angle via the mounting-bracket and tighten the fixation screws.

DANGER TO LIFE!

Before taking into operation for the first time, the installation has to be approved by an expert!

DMX-512 connection / connection between fixtures

120 Ohms DMX-512 DMX-512 Controller

Projector 3 Starting address 39
Projector 2 Starting address 20
Projector 1 Starting address 1

The wires must not come into contact with each other, otherwise the fixtures will not work at all, or will not work properly.

Please note, the starting address depends upon which controller is being used.

Only use a stereo shielded cable and 3-pin XLR-plugs and connectors in order to connect the controller with the fixture or one fixture with another.

Occupation of the XLR-connection:

DMX-output XLR mounting-socket:

1: Ground 2: Signal (−) 3: Signal (+)

DMX-input XLR mounting-plug:

1: Ground 2: Signal (−) 3: Signal (+)

If you are using controllers with this occupation, you can connect the DMX-output of the controller directly with the DMX-input of the first fixture in the DMX-chain. If you wish to connect DMX-controllers with other XLR-outputs, you need to use adapter-cables.

Building a serial DMX-chain:

Connect the DMX-output of the first fixture in the DMX-chain with the DMX-input of the next fixture. Always connect one output with the input of the next fixture until all fixtures are connected.

Caution: At the last fixture, the DMX-cable has to be terminated with a terminator. Solder a 120 Ω resistor between Signal (−) and Signal (+) into a 3-pin XLR-plug and plug it in the DMX-output of the last fixture.

Connection with the mains

Connect the device to the mains with the enclosed power supply cable.

The occupation of the connection-cables is as follows:

Cable Pin International
Brown Live L
Blue Neutral N
Yellow/Green Earth

The earth has to be connected!

If the device will be directly connected with the local power supply network, a disconnection switch with a minimum opening of 3 mm at every pole has to be included in the permanent electrical installation.

The device must only be connected with an electric installation carried out in compliance with the IEC-standards. The electric installation must be equipped with a Residual Current Device (RCD) with a maximum fault current of 30 mA.

Lighting effects must not be connected to dimming-packs.

OPERATION

After you connected the effect to the mains, the PSC-1200 MK-2 starts running. During the Reset, the motors are trimmed and the device is ready for use afterwards.

Stand Alone operation

In the Stand Alone mode, the PSC-1200 MK-2 can be used without controller.

Disconnect the PSC-1200 MK-2 from the controller and call the internal program.

1. Press [ENTER] for 3 seconds to enter the main menu "MODE" (display flashing)

2. Press [ENTER] and select "RUN" by pressing [UP] button.

3. Press [ENTER] and select "AUTO" by pressing [UP] button.

4. Press [ENTER] and select "ALONE" by pressing [UP] button.

5. Press [ENTER] to confirm, the display shows "AU-A".

6. Press[EXIT/DN] in order to return to the main menu.

Please refer to the instructions under Control Board, Main functions, menus Run and Edit.

DMX-controlled operation

You can control the projectors individually via your DMX-controller. Every DMX-channel has a different occupation with different features. The individual channels and their features are listed under DMX-protocol.

Addressing

The Control Board allows you to assign the DMX starting address, which is defined as the first channel from which the PSC-1200 MK-2 will respond to the controller.

If you set, for example, the address to channel 20, the PSC-1200 MK-2 will use the channel 20 to 38 for control.

Please, be sure that you don't have any overlapping channels in order to control each PSC-1200 MK-2 correctly and independently from any other fixture on the DMX-chain.

If several PSC-1200 MK-2 are addressed similarly, they will work synchronically.

Press the Up/Down-buttons for setting the desired starting address. Now you can start operating the PSC-1200 MK-2 via your lighting controller.

Note:

The modes of DMX 512 data and lamp are shown via the display:

1. After switching on, the device will automatically detect whether DMX 512 data is received or not. If the data is received, the display will show "A.001" with the actually set address. If there is no data received at the DMX-input, the display will flash "A001" with the actually set address.

This situation can occur if:

• the 3 PIN XLR plug (cable with DMX signal from controller) is not connected with the input of the device.
• the controller is switched off or defective, if the cable or connector is defective or the signal wires are swap in the input connector.

Note:

It's necessary to insert the XLR termination plug (with 120 Ohm) in the last lighting in the link in order to ensure proper transmission on the DMX data link.

1. If the lamp is on, the display will show "A00.1" with the actually set address. If the lamp is off, the display will show "A001" with the actually set address.

DMX-protocol

Control-channel 1 - Horizontal movement (Pan)

Push slider up in order to move the mirror horizontally (PAN).

Gradual mirror adjustment from one end of the slider to the other (0-255, 128-center).

The mirror can be stopped at any position you wish.

Control-channel 2 - Vertical movement (Tilt) (within 90°)

Push slider up in order to move the mirror vertically (TILT).

Gradual mirror adjustment from one end of the slider to the other (0-255, 128-center).

The mirror can be stopped at any position you wish.

Control-channel 3 - Pan/Tilt-speed

Decimal Hexad. Percentage S/F Feature
0	14 0	0 0E	0%	5% S	Maximum speed
15	225	0F E	1 6%	88%	F Decreasing speed
226	235	E2	EB	89%	92%	S	Blackout with Pan/Tilt-movement
236	245	EC	F5	93%	96%	S	Blackout with colour/gobo-change
246	255	F6 FF	96%	100%	S No function

Control-channel 4 - Colour-wheel 1

Decimal Hexad. Percentage S/F Feature
0	13 0	0 0D		0% 5%	S Open/white
14	27	0E	1B 5% 11%		S Light blue
28	41	1C	29	11%	16%	S Salmon pink
42	55	2A	37 16% 22%		S Blue
56	69 38	45	22% 27%		S Yellow-green
70	83	46	53	27%	33%	S Light yellow
84	97 54	61	33% 38%		S Magenta
98	111	62	6F 38% 44%		S Orange
112	127	70	7F 44% 50%		S Purple
128	187	80	BB 50% 73%		F Forwards rainbow effect with decreasing speed
188	193	BC	C1	74%	76%	S No rotation
194	255	C2	FF	76%	100%	F Backwards rainbow effect with increasing speed

Control-channel 5 - Colour-wheel 2

Decimal Hexad. Percentage S/F Feature
0	13 0	0 0D		0% 5%	S Open/white
14	27	0E	1B 5	% 11%	S Red
28	41	1C	29	11%	16%	S Light blue
42	55	2A	37 1	6% 22%	S Pink
56	69 3	8 45	2	2% 27%	S Yellow
70	83 4	6 53	27%	33%	S Correction-filter 3,200 K
84	97 5	4 61	33%	38%	S Correction-filter 5,600 K
98	111	62	6F 3	8% 44%	S UV-filter
112	127	70	7F 4	4% 50%	S Green
128	187	80	BB 5	0% 73%	F Forwards rainbow effect with decreasing speed
188	193	BC	C1	74%	76%	S	No rotation
194	255	C2	FF	76%	100%	F	Backwards rainbow effect with increasing speed

Control-channel 6 - Static gobo-wheel, gobo shake

Decimal Hexad. Percentage S/F Feature
0	14 0	0 0E	0%	5% S	Open
15	29 0	F 1D	6%	11% S	Gobo	1
30	44 1	E 2C	12%	17%	S Gobo	2
45	59 2	D 3B	18%	23%	S Gobo	3
60	74 3	C 4A	24%	29%	S Gobo	4
75	89 4	B 59	29%	35%	$ Gobo	5
90	113	5A 7	1 35%	44%	F Gobo	1	shake with increasing speed
114	137	72	89	45%	54%	F	Gobo 2 shake with increasing speed
138	161	8A	A1	54%	63%	F	Gobo 3 shake with increasing speed
162	185	A2	B9	64%	73%	F	Gobo 4 shake with increasing speed
186	209	BA	D1	73%	82%	F	Gobo 5 shake with increasing speed
210	255	D2	FF 8	2% 10	0% F	Cont.	gobo-wheel rotation with increasing speed

Control-channel 7 - Rotating gobo-wheel, gobo shake

Decimal Hexad. Percentage S/F Feature
0	14 0	0 0E	0%	5% S	Open
15	29 0F	1D	6%	11% S	Rot.	gobo	1
30	44 1E	2C	12%	17%	S Rot.	gobo	2
45	59 2D	3B	18%	23%	S Rot.	gobo	3
60	74 3C	4A	24%	29%	S Rot.	gobo	4
75	106	4B	6A	29%	42%	F	Gobo 1 shake with increasing speed
107	138	6B	8A	42%	54%	F	Gobo 2 shake with increasing speed
139	170	8B	AA	55%	67%	F	Gobo 3 shake with increasing speed
171	202	AB	CA	67%	79%	F	Gobo 4 shake with increasing speed
203	255	CB	FF 80	% 100	% F	cont.	gobo-wheel rotation with increasing speed

Control-channel 8 - Rotating gobo index, gobo rotation

Decimal Hexad. Percentage S/F Feature
0	127	00	7F	0%	50%	S	Gobo indexing
128	187	80	BB	50%	73%	F	Forwards gobo rotation with decreasing speed
188	193	BC	C1 74%	76%	S No	rotation
194	255	C2	FF 76%	100%	F	Backwards gobo rotation with increasing speed

Control-channel 9 - Prism-wheel

Decimal Hexad. Percentage S/F Feature
0	25 0	0 19	0%	10% S	Open
26	51 1	A 33	10%	20%	Prism 1
52	77 3	4 4D	20%	30%	Prism 2
78	103	4E 67	31%	40%	S Prism 3
104	127	68 7F	41%	50%	S Prism 4
128	135	80 87	50%	53%	S Makro 1
136	143	88 8F	53%	56%	S Makro 2
144	151	90 97	56%	59%	S Makro 3
152	159	98 9F	60%	62%	S Makro 4
160	167	A0 A7	63%	65%	S Makro 5
168	175	A8 AF	66%	69%	S Makro 6
176	183	B0 B7	69%	72%	S Makro 7
184	191	B8 BF	72%	75%	S Makro 8
192	199	C0 C7	75%	78%	S Makro 9
200	207	C8 CF		78%	81% S Makro 10
208	215	D0 D7	82%	84%	S Makro 11
216	223	D8 DF		85%	87% S Makro 12
224	231	E0 E7	88%	91%	S Makro 13
232	239	E8 EF	91%	94%	S Makro 14
240	247	F0 F7	94%	97%	S Makro 15
248	255	F8 FF	97%	100%	S Makro 16

Control-channel 10 - Rotating prism index, prism rotation

Decimal Hexad. Percentage S/F Feature
0	127	00 7	F 0%	50%	$ Prism indexing
128	187	80	BB	50%	73%	F	Forwards prism rotation with decreasing speed
188	193	BC	C1 7	4% 76	% S No rotation
194	255	C2 F	F 76	% 100	% F	Backwards prism rotation with increasing speed

Control-channel 11 - Zoom

Decimal Hexad. Percentage S/F Feature
0	63 0	0 3F		0% 25	% S Zoom	1
64	127	40 7F	25%	50%	S Zoom 2
128	191	80 BF	50%	75%	S Zoom 3
192	255	C0 FF	75%	100%	% S Zoom	4

Control-channel 12 - Focus

Decimal Hexad. Percentage S/F Feature
0	255	00	FF	0%	100%	F	Continuous adjustment from near to far

Control-channel 13 - Iris

Decimal Hexad. Percentage S/F Feature
0	191	00	BF	0%	75%	F	Max. diameter to min. diameter
192	223	C0	DF	75%	87% F	Pulse	closing with decreasing speed
224	255	E0	FF 88	% 100	% F	Pulse	opening with increasing speed

Control-channel 14 - Shutter, strobe

Decimal Hexad. Percentage S/F Feature
0	31 0	0 1F	0%	12% S	Shutter closed
32	63 2	0 3F	13%	25% $	Dimmer control activated
64	95 4	0 5F	25%	37% F	Strobe-effect with increasing speed
96	127	60 7F	38%	50%	S No function (shutter open)
128	159	80 9F	50%	62%	S Pulse-effect in sequences
160	191	A0 BF	63%	75%	S No function (shutter open)
192	223	C0 DF	75%	87%	F Random strobe-effect with increasing speed
224	255	E0 FF	88%	100%	S Shutter permanently open (no dimmer control)

Control-channel 15 - Dimmer intensity

This channel is only active if channel 14 is set to 32-63.

Decimal Hexad. Percentage S/F Feature
0	255	00	FF	0%	100%	F	Gradual adjustment of the dimmer intensity from 100 to 0 %

Control-channel 16 - Frost

Decimal Hexad. Percentage S/F Feature
0	191	00 BF		0% 7	5% F	Frost	from 100 to 0 %
192	223	C0 DF 75		87%	F	Pulse closing with decreasing speed
224	255	E0 FF		88%	100%	F	Pulse opening with increasing speed

Control-channel 17 - Switching the lamp, Reset, internal programs

Decimal Hexad. Percentage S/F Feature
0	15	00	0F	0%	6%	S	Normal colour-change, search position via shortest distance
16	31 10	1F	6%	12% S	Normal colour-change, search position clockwise
32	47 20	2F	13%	18%	Colour-change at every position, search position via shortest distance
48	63 30	3F	19%	25%	Colour-change at every position, search position clockwise
64	79 40	4F	25%	31%	Lamp on
80	95 50	5F	31%	37%	Reset
96	111	60 6F	38%	44%	S Internal program 1
112	127	70 7F	44%	50%	S Internal program 2
128	143	80 8F	50%	56%	S Internal program 3
144	159	90 9F	56%	62%	S Internal program 4
160	175	A0 AF	63%	69%	S Internal program 5
176	191	B0 BF	69%	75%	S Internal program 6
192	207	C0 CF	75%	81%	S Internal program 7
208	223	D0 DF	82%	87%	S Internal program 8
224	239	E0 EF	88%	94%	S Lamp off
240	255	F0 FF	94%	100%	S No function

Control-channel 18 - Pan-movement with 16 Bit-resolution

Control-channel 19 - Tilt-movement with 16 Bit-resolution

Control Board

The Control Board offers several features: you can simply set the starting address, switch on and off the lamp, run the pre-programmed program or make a reset.

The main menu is accessed by pressing the Enter-button for 3 seconds until the display starts flashing. Browse through the menu by pressing the Up-button. Press the Enter-button in order to select the desired menu. You can change the selection by pressing the Up-button. Confirm every selection by pressing the Enter-button. You can leave every mode by pressing the Exit-button. The functions provided are described in the following sections.

Default settings shaded.

	Main menu	Sub menu Extension Display Function
0	MODE	ADDR	VALU A001 ~	AXXX DMX address setting
			SLAV ON/OFF	(SLAV) Slave setting
			EBOC ON/OFF	Change DMX address via external controller
		RUN	AUTO ALON	(AU-A) Automatic Program Run in Stand Alone
				MAST (AU-M) Automatic Program Run as Master
			SOUN ALON	(SO-A) Sound-controlled Program Run in Stand Alone
				MAST (SO-M) Sound-controlled Program Run as Master
		DISP	VALU D-00 ~ D-30 (DXX) D-00		Display the DMX 512 value of each channel
			RDIS	ON/OFF	Reverse display
			CLDI	ON/OFF	Shut off LED display
1	LAMP	OPEN	ON/OFF		Lamp on/off
		ONLI	ON/OFF		Lamp on/off via controller
		DELA	D-00 ~ D-59, D-15		Delay lamp on
2	SET	RPAN	ON/OFF		Pan Reverse
		RTIL	ON/OFF		Tilt Reverse
		16BI	ON/OFF		Switch 16 bit/8 bit
		REST	ON/OFF		Reset
		LODA	ON/OFF		Restore factory settings
		VER	V-1.0~V-9.9		Software version
3	ADJU	LADJ	ON/OFF		Lamp adjustment
		TEST	T-01 ~ T-30		Test function of each channel
4	TIME	MATI	0000~9999 (hours)		Fixture running time
		LATI	0000~9999 (hours)		Lamp running time
		CLMT	ON/OFF		Service-function
		CLLT	ON/OFF		Clear lamp time
5	EDIT	STEP	S-01 ~ S-48		Steps of Program Run
		SC01 ~ SC48	C01 ~ C30	01XX (00~FF) 30XX (00~FF)	Edit the channels of each scene
			TIME (sec.)	T--X (1~9)	Time for each scene
			CNIN	ON/OFF	Edit program via controller

Main functions

MODE - Main menu 0

graph TD
    A["MODE"] --> B["ADDR"]
    B --> C["RUN"]
    C --> D["DISP"]

◆ Press [ENTER] for 3 seconds to enter the main menu "MODE" (display flashing)
◆ Press [ENTER] and select "ADDR", "RUN" or "DISP" by pressing [UP] button.
◆ Press [ENTER] for selecting the desired sub menu.

ADDR - DMX address setting, Slave setting

graph LR
    A["MODE"] --> B["ADDR"]
    B --> C["VALU"]
    C --> D["AO01-AXXX"]
    C --> E["SLAV"]
    E --> F["ON-OFF"]
    E --> G["EBOC"]
    G --> H["ON-OFF"]

VRLU - DMX address setting

With this function, you can adjust the desired DMX-address via the Control Board.

♦ Select "VALU" by pressing [UP] button.
◆ Press [ENTER], adjust the DMX address by pressing [UP] or [DN].
◆ Press [ENTER] to confirm.
◆ Press [EXIT/DN] in order return to main menu.

SLRV - Slave setting

With this function, you can define the device as slave.

♦ Select "SLAV" by pressing [UP] button.
◆ Press [ENTER], the display shows "ON" or "OFF".
◆ Press [UP] to select “ON” if you wish to enable this function or “OFF” if you don’t.
◆ Press [ENTER] to confirm.
◆ Press [EXIT/DN] in order to return to the main menu.

EBOC - DMX address setting via controller

With this function, you can adjust the desired DMX-address via an external controller.

♦ Select "EBOC" by pressing [UP] button.
◆ Press [ENTER], the display shows "ON" or "OFF".
◆ Press [UP] to select "ON" if you wish to enable this function or "OFF" if you don't.
◆ Press [ENTER] to confirm.
◆ Press [EXIT/DN] in order to return to the main menu.
◆ On the controller, set the DMX-value of channel 1 to "7".

◆ Set the DMX-value of channel 2 to "7" or "8". When set to "7" you can adjust the starting address between 1 and 255. When set to "8" you can adjust the starting address between 256 and 511.
◆ Set the DMX-value of channel 3 to the desired starting address. If you want to set the starting address to 57, set channel 1 to "7", channel 2 to "7" and channel 3 to "57". If you want to set the starting address to 420, set channel 1 to "7", channel 2 to "8" and channel 3 to "164" (256+164=420).
◆ Wait for approx. 20 seconds and the unit will carry out a reset. After that, the new starting address is set.

RUN - Program Run, Master setting

With the function "RUN", you can run the internal program. You can set the number of steps under Step. You can edit the individual scenes under Edit. You can run the individual scenes either automatically (AUTO), i.e. with the adjusted Step-Time or sound-controlled (SOUN). The selection "ALON" means Stand Alone-mode and "MAST" that the device is defined as master.

graph TD
    A["MODE"] --> B["RUN"]
    B --> C["AUTO"]
    C --> D["ALON"]
    D --> E["AU-A"]
    C --> F["SOUN"]
    F --> G["ALON"]
    G --> H["SO-A"]
    G --> I["SO-M"]
    D --> J["MAST"]
    E --> K["AU-M"]
    G --> L["MAST"]
    style A fill:#f9f,stroke:#333
    style B fill:#f9f,stroke:#333
    style C fill:#ccf,stroke:#333
    style D fill:#cfc,stroke:#333
    style E fill:#fcc,stroke:#333
    style F fill:#cff,stroke:#333
    style G fill:#ffc,stroke:#333
    style H fill:#fcc,stroke:#333
    style I fill:#fcc,stroke:#333

♦ Select "AUTO" or "SOUN" by pressing [UP].
◆ Press [ENTER] for selecting the desired extension menu.
♦ Select "ALON" or "MAST" by pressing [UP].
◆ Press [ENTER] to confirm.
◆ Press [EXIT/DN] in order to return to the main menu.

DISP

- Display the DMX-value, Reverse display, Shut off LED display

graph LR
    A["MODE"] --> B["DISP"]
    B --> C["VALU"]
    C --> D["D-00"]
    C --> E["ROIS"]
    E --> F["ON-OFF"]
    E --> G["CLDI"]
    G --> H["ON-OFF"]

VRLU - Display the DMX 512 value of each channel

With this function you can display the DMX 512 value of each channel.

♦ Select "VALU" by pressing [UP].
◆ Press [ENTER] to confirm; the display shows "D-00". In this setting, the DMX-adjustment of every channel will be displayed.
- Press [UP] in order to select the desired channel. If you select "D-14" the display will only show the DMX-value of the 14^th channel.
◆Press [ENTER] to confirm.
◆ The display shows "D-XX", "X" stands for the DMX-value of the selected channel.
◆ Press [ENTER] or [EXIT/DN] to exit.

R015

- Reverse display

With this function you can rotate the display by 180^ .

◆ Select "rDIS" by pressing [UP].
◆ Press [ENTER], the display shows "ON" or "OFF".
- Press [UP] to select "ON" if you wish to enable this function or "OFF" if you don't; the display will rotate by 180^ .
◆ Press [ENTER] or [EXIT/DN] to exit.

CLDI

- Shut off LED display

With this function you can shut off the LED display after 2 minutes.

◆ Select "CLDI" by pressing [UP].
◆ Press [ENTER], the display shows "ON" or "OFF".
◆ Press [UP] to select "ON" if you wish to enable this function or "OFF" if you don't.
◆ Press [ENTER] or [EXIT/DN] to exit.

LAMP

- Main menu 1

graph TD
    A["LAMP"] --> B["OPEN"]
    B --> C["ON-OFF"]
    B --> D["ONLI"]
    D --> E["ON-OFF"]
    D --> F["DELA"]
    F --> G["D-00"]

◆ Press [ENTER] for 3 seconds to enter the main menu (display flashing).
◆ Press [UP] to select "LAMP".

English

OPEN - Lamp on/off

With this function you can switch the lamp on or off via the Control Board.

♦ Select "OPEN" by pressing [UP] button.
◆ Press [ENTER], the display shows“ON” or “OFF”.
◆ Press [UP] to select “ON” if you wish to switch on the lamp or “OFF” if you wish to switch off the lamp.
◆ Press [ENTER] to confirm.
◆ Press [EXIT/DN] in order to return to the main menu.

ONLI - Lamp on/off via external controller

With this function you can switch the lamp on or off via an external controller.

♦ Select "ONLI" by pressing [UP] button.
◆ Press [ENTER], the display shows "ON" or "OFF".
◆ Press [UP] to select "ON" if you wish to enable this function or "OFF" if you don't.
◆ Press [ENTER] to confirm.
◆ Press [EXIT/DN] in order to return to the main menu.

DELA - Delay lamp on

With this function you can delay the lamp ignition.

♦ Select "DELA" by pressing [UP] button.
◆ Press [ENTER] to confirm; the display shows “D-00”. In this setting, the lamp will be ignited immediately.
◆ Press [UP] to select the desired delay between "00" and "59" minutes. If you select "D-03" the lamp will be ignited after 3 minutes.
◆ Press [ENTER] to confirm.
◆ Press [EXIT/DN] in order to return to the main menu.

SET - Main menu 2

graph TD
    A["SET"] --> B["RPANRTIL"]
    A --> C["16BI"]
    A --> D["RESTLODA"]
    A --> E["VER"]
    B --> F["ON-OFF"]
    C --> G["ON-OFF"]
    D --> H["ON-OFF"]
    E --> I["V-1.0"]

◆ Press [ENTER] for 3 seconds to enter the main menu (display flashing).

◆ Press [UP] to select "SET".

RPAH - Pan Reverse

With this function you can reverse the Pan-movement.

♦ Select "rPAN" by pressing [UP] button.
◆ Press [ENTER], the display shows "ON" or "OFF".
◆ Press [UP] to select "ON" if you wish to enable this function or "OFF" if you don't.
◆ Press [ENTER] or [EXIT] to exit.

RTIL - Tilt Reverse

With this function you can reverse the Tilt-movement.

♦ Select "rTIL" by pressing [UP] button.
◆ Press [ENTER], the display shows "ON" or "OFF".
◆ Press [UP] to select “ON” if you wish to enable this function or “OFF” if you don’t.
◆ Press [ENTER] or [EXIT/DN] to exit.

1681 - Switch 16 bit/8 bit

With this function you can switch the device from 16 bit to 8 bit resolution.

♦ Select "16BI" by pressing [UP] button.
◆ Press [ENTER], the display shows "ON" or "OFF".
◆ Press [UP] to select “ON” in order to set 16 bit, or “OFF” in order to set 8 bit. The channels PAN Fine and TILT Fine will be disabled.
◆ Press [ENTER] or [EXIT/DN] to exit.

English

REST - Reset

With this function you can Reset the device via the Control Board.

♦ Select "rEST" by pressing [UP] button.
◆ Press [ENTER], the display shows“ON” or “OFF”.
◆ Press [UP] to select "ON" if you wish to enable this function or "OFF" if you don't.
◆ Press [ENTER] or [EXIT/DN] to exit.

LODR - Restore factory settings

With this function you can restore the factory settings of the device. All settings will be set back to the default values (shaded). Any edited scenes will be lost.

♦ Select "LODA" by pressing [UP] button.
◆ Press [ENTER], the display shows "ON" or "OFF".
◆ Press [UP] to select "ON" if you wish to enable this function or "OFF" if you don't.
◆ Press [ENTER] to confirm.
◆ Press [EXIT/DN] in order to return to the main menu.

VER - Software version

With this function you can display the software version of the device.

♦ Select "VER" by pressing [UP] button.
◆ Press [ENTER], the display shows “V-X.X”, “X.X” stands for the version number, e.g. “V-1.0”, “V-2.6”.
◆ Press [ENTER] or [EXIT/DN] in order to return to the main menu.

ROJU - Main menu 3

graph TD
    A["ADJU"] --> B["LADJ"]
    A --> C["TEST"]
    B --> D["ON-OFF"]
    C --> E["T-01"]
    C --> F["T-30"]

◆ Press [ENTER] for 3 seconds to enter the main menu (display flashing).
◆ Press [UP] to select "ADJU".

LADJ - Lamp adjustment

With this function you can adjust the lamp via the Control Board. The shutter opens and the lamp can be adjusted. In this mode, the device will not react to any control signal.

♦ Select "LADJ" by pressing [UP] button.
◆ Press [ENTER], the display shows“ON” or “OFF”.
◆ Press [UP] to select "ON" if you wish to enable this function or "OFF" if you don't.
◆ Press [ENTER] to confirm.
◆ Press [EXIT/DN] in order to return to the main menu.

TEST - Test function of each channel

With this function you can test each channel on its (correct) function.

♦ Select "tEST" by pressing [UP] button.
◆ Press [ENTER], the display shows "T-XX", "X" stands for the channel number.
◆The current channel will be tested.
♦ Select the desired channel by pressing [UP] button.
◆ Press [ENTER] or [EXIT/DN] to exit.

English

- Main menu 4

graph TD
    A["TIME"] --> B["MATI"]
    A --> C["LATI"]
    A --> D["CLMT"]
    A --> E["CLLT"]
    B --> F["0000"]
    C --> G["0000"]
    D --> H["ON-OFF"]
    E --> I["ON-OFF"]
    F --> J["9999"]
    G --> K["9999"]

◆ Press [ENTER] for 3 seconds to enter the main menu (display flashing).

◆ Press [UP] to select "TIME".

- Fixture running time

With this function you can display the running time of the device.

◆ Select "MATI" by pressing [UP] button.
◆ Press [ENTER], the display shows "XXXX", "X" stands for the number of hours.
◆ Press [ENTER] or [EXIT/DN] to exit.

- Lamp running time

With this function you can display the running time of the lamp.

♦ Select "LATI" by pressing [UP] button.
◆ Press [ENTER], the display shows "XXXX", "X" stands for the number of hours.
◆ Press [ENTER] or [EXIT/DN] to exit.

- Clear lamp time

With this function you can clear the running time of the lamp. Please clear the lamp time every time you replace the lamp.
◆ Select "CLLT" by pressing [UP] button.
◆ Press [ENTER], the display shows "ON" or "OFF".
◆ Press [UP] to select "ON" if you wish to enable this function or "OFF" if you don't.
◆ Press [ENTER] to confirm.
◆ Press [EXIT/DN] in order to return to the main menu.

t - Main menu 5

◆ Press [ENTER] for 3 seconds to enter the main menu (display flashing).
◆ Press [UP] to select "EDIT".

graph TD
    A["EDIT"] --> B["STEP"]
    B --> C["S-01"]
    B --> D["S-48"]
    C --> E["SC01"]
    D --> E
    E --> F["C-01"]
    F --> G["0100"]
    F --> H["01FF"]
    E --> I["C-30"]
    I --> J["3000"]
    I --> K["30FF"]
    E --> L["TIME"]
    L --> M["T--1"]
    L --> N["T--9"]
    E --> O["CMIN"]
    O --> P["ON-OFF"]
    Q["SC48"] --> R["C-01"]
    R --> S["0100"]
    R --> T["01FF"]
    Q --> U["C-30"]
    U --> V["3000"]
    U --> W["30FF"]
    Q --> X["TIME"]
    X --> Y["T--1"]
    X --> Z["T--9"]
    Q --> AA["CMIN"]
    AA --> AB["ON-OFF"]

English

STEP - Define the number of steps in Run

With this function you can define the number of steps in the Program Run.

◆ Select "STEP" by pressing [UP] button.
◆ Press [ENTER], the display shows "S-XX", "X" stands for the total amount of steps you want to save, so you can call up to 48 scenes in "RUN". For example if the "XX" is 05, it means that "RUN" will run the first 5 scenes you saved in "EDIT".
◆ Press [ENTER] to save and exit.

SC01 - Editing the channels of the individual scenes

With this function you can edit the program to be called up in Run.

a) Editing via the Control Board

◆ Select "SC01" by pressing [UP] button.
◆ Press [ENTER], the display shows "SCXX", "X" stands for the scene no. to be edited.
◆ Change the scene no. by pressing [UP].
◆ Press [ENTER], the display shows "C-XX", "XX" stands for the channel no. Such as "C-01", it means you are editing channel 1 of the selected scene.
◆Select the channel no. you would like to edit by pressing [UP].
◆ Press [ENTER] to enter editing for the selected channel, the fixture reacts to your settings. The display shows the DMX value of the edited channel. Such as “11XX”, it stands for channel 11 of the current scene, the DMX value is XX, XX

is a hexadecimal number value "01-FF".

◆ Adjust the desired DMX value by pressing [UP] or [DN].
◆ Press [ENTER] in order to edit other channels of this scene.
◆ Repeat above steps until you finish setting all the DMX values for all channels of this scene.
◆ Once all the channels completed, the display will flash "tIME".
◆ Press [ENTER] to edit the time needed, the display shows "t--X", "X" stands for the time needed to run the current scene, value "1-9". For example, "t--2" means you need 2 seconds to run the current scene.
◆ Adjust the desired time by pressing [UP].
◆ Press [ENTER] to save the settings for the scene you are editing, the display will change to the next scene automatically.
◆ Repeat above steps to edit and other scenes, you can edit and save a maximum of 48 scenes.
◆ Press [EXIT/DN] to exit. The number of steps can be defined under “STEP” and the scenes can be called up under “RUN”

b) Editing via the external controller

◆ Call up the first scene in your controller now.
◆ Select "SC01" by pressing [UP] button.
◆ Press [ENTER], the display shows "SC01".
◆ Press [ENTER], the display shows "C-01".
♦ Select "CNIN" by pressing [UP].
◆ Press [ENTER], the display shows "OFF".
◆ Press [UP], the display shows "ON".
◆Adjust the Step-time as described above.
◆ Call up the second scene in your controller now.
◆ Repeat steps 5-11 until all desired scenes are downloaded.

◆ Press [ENTER], the display shows "SC02". You successfully downloaded the first scene.

◆ Press [EXIT/DN] to exit. The number of steps can be defined under “STEP” and the scenes can be called up under “RUN”

English

Error Messages

When you turn on the fixture, it will make a reset first. The display may show "XXEr" while there are problems with one or more channels. "XX" stands for the channels equipped with a testing sensor. For example, when the display shows "04Er", it means there is some error in channel 4. If there are some errors on channel 4, channel 5, channel 6 at the same time, you may see the error message "04Er", "05Er", "06Er" flash repeatedly for 5 times, and then the fixture will generate a reset signal, all the stepper motors will reset. If the error messages maintain after performing reset more than 3 times, it will detect whether the fixture has more than 3 errors. If the fixture has more than 3 errors (including 3 errors), all the channels can not work properly; but if the fixture has less than 3 errors, only the channels which have errors can not work properly, others can work as usual.

01Er:

Horizontal movement (PAN) error. This message will appear if the magnetic-indexing circuit malfunctions (sensor failed or magnet missing) or the stepping-motor is defective (or its drive circuit on the main PCB) after the reset. The PAN-position is not located in the default position after the reset.

02Er:

Horizontal movement (TILT) error. This message will appear if the magnetic-indexing circuit malfunctions (sensor failed or magnet missing) or the stepping-motor is defective (or its drive circuit on the main PCB) after the reset. The TILT-position is not located in the default position after the reset.

04Er:

Color-wheel 1 error. This message will appear after the reset of the fixture if the magnetic-indexing circuit malfunctions (sensor failed or magnet missing) or the stepping-motor is defective (or its drive circuit on the main PCB). The color-wheel 1 is not located in the default position after the reset.

05Er:

Color-wheel 2 error. This message will appear after the reset of the fixture if the magnetic-indexing circuit malfunctions (sensor failed or magnet missing) or the stepping-motor is defective (or its drive circuit on the main PCB). The color-wheel 2 is not located in the default position after the reset.

06Er:

Static gobo-wheel error. This message will appear after the reset of the fixture if the magnetic-indexing circuit malfunctions (sensor failed or magnet missing) or the stepping-motor is defective (or its drive circuit on the main PCB). The static gobo-wheel is not located in the default position after the reset.

07Er:

Rotating gobo-wheel error. This message will appear after the reset of the fixture if the magnetic-indexing circuit malfunctions(sensor failed or magnet missing) or the stepping-motor is defective (or its drive circuit on the main PCB). The rotating gobo-wheel is not located in the default position after the reset.

08Er:

Rotating gobo indexing error. This message will appear after the reset of the fixture and if the magnetic-indexing circuit malfunctions (sensor failed or magnet missing) or the stepping-motor is defective (or its driver circuit on the main PCB). The rotating gobo is not located in the default position after the reset.

09Er:

Prism-wheel error. This message will appear after the reset of the fixture and if the magnetic-indexing circuit malfunctions (sensor failed or magnet missing) or the stepping-motor is defective (or its driver circuit on the main PCB). The prism-wheel is not located in the default position after the reset.

10Er:

Rotating prism index error. This message will appear after the reset of the fixture and if the magnetic-indexing circuit malfunctions (sensor failed or magnet missing) or the stepping-motor is defective (or its driver circuit on the main PCB). The rotating prism index is not located in the default position after the reset.

11Er:

Zoom error. This message will appear after the reset of the fixture and if the magnetic-indexing circuit malfunctions (sensor failed or magnet missing) or the stepping-motor is defective (or its driver circuit on the main PCB). The zoom is not located in the default position after the reset.

English

13Er:

Iris error. This message will appear after the reset of the fixture and if the magnetic-indexing circuit malfunctions (sensor failed or magnet missing) or the stepping-motor is defective (or its driver circuit on the main PCB). The iris is not located in the default position after the reset.

CLEANING AND MAINTENANCE

The operator has to make sure that safety-relating and machine-technical installations are inspected by an expert after every four years in the course of an acceptance test.

The operator has to make sure that safety-relating and machine-technical installations are inspected by a skilled person once a year.

The following points have to be considered during the inspection:

1) All screws used for installing the devices or parts of the device have to be tightly connected and must not be corroded.
2) There must not be any deformations on housings, fixations and installation spots (ceiling, suspension, trussing).
3) Mechanically moved parts like axles, eyes and others must not show any traces of wearing (e.g. material abrading or damages) and must not rotate with unbalances.
4) The electric power supply cables must not show any damages, material fatigue (e.g. porous cables) or sediments. Further instructions depending on the installation spot and usage have to be adhered by a skilled installer and any safety problems have to be removed.

DANGER TO LIFE!

Disconnect from mains before starting maintenance operation!

We recommend a frequent cleaning of the device. Please use a moist, lint-free cloth. Never use alcohol or solvents!

CAUTION!

The lens has to be replaced when it is obviously damaged, so that its function is impaired, e. g. due to cracks or deep scratches!

The objective lens will require weekly cleaning as smoke-fluid tends to building up residues, reducing the light-output very quickly. The cooling-fans should be cleaned monthly.

The gobos may be cleaned with a soft brush. The interior of the fixture should be cleaned at least annually using a vacuum-cleaner or an air-jet.

The dichroic colour-filters, the gobo-wheel and the internal lenses should be cleaned monthly.

To ensure a proper function of the gobo-wheel, we recommend lubrication in six month intervals. The quantity of oil must not be excessive in order to avoid that oil runs out when the gobo-wheel rotates.

There are no serviceable parts inside the device. Maintenance and service operations are only to be carried out by authorized dealers.

Please refer to the instructions under "Installing/Replacing the lamp".

Replacing the fuse

If the fine-wire fuse of the device fuses, only replace the fuse by a fuse of same type and rating.

Before replacing the fuse, unplug mains lead.

Procedure:

Step 1: Open the fuseholder on the rearpanel with a fitting screwdriver.
Step 2: Remove the old fuse from the fuseholder.
Step 3: Install the new fuse in the fuseholder.
Step 4: Replace the fuseholder in the housing.

Should you need any spare parts, please use genuine parts.

If the power supply cable of this device becomes damaged, it has to be replaced by a special power supply cable available at your dealer.

Should you have further questions, please contact your dealer.

TECHNICAL SPECIFICATIONS

Power supply: 230 V AC, 50 Hz ~
Power consumption: 1725 W
DMX-control-channels: 19
DMX-512-connection: 3-pin XLR
Beam angle: 14/20/27/33°
Flash-rate: 13 Hz
Colour-wheel 1: 8 dichroic filters and open
Colour-wheel 2: 5 dichroic filters, 2 correction filters, UV-filter and open
Static gobo-wheel: 5 gobos and open
Rotating gobo-wheel: 4 gobos and open
Gobo-size: Rosco "D" (D=53.3 mm)
Dimensions (LxWxH): 1060 x 410 x 240 mm
Weight: 48 kg
Maximum ambient temperature T_a : 45°C
Maximum housing temperature T_B (steady state): 105°C
Min.distance from flammable surfaces:	0.5 m
Min.distance to lighted object:	0.5 m
Fuse:	T 10 A, 250 V
Accessory:
OSRAM SharXS HTI 1200W/D7/60 750h	No. 89302012
OSRAM SharXS HTI 1200W/D7/75 750h	No. 89302013
FUTURELIGHT CP-240 controller	No. 51834265
Wizard-512 USB DMX-Software + Interface	No. 51860102
Wizard-1024 USB DMX-Software + Interface	No. 51860110
FUTURELIGHT DES-3 DMX-terminator 3-pin	No. 51834001
Flightcase for PSC-1200 PRO-Scan	No. 51836769

Please note: Every information is subject to change without prior notice. 09.07.2009 ©

Français

MODE D'EMPLOI

Futurelight®

PSC-1200 MK-2

DMX-Scanner

ATTENTION!

Technical diagram of an air conditioner module with numbered parts for identification

Technical line drawing of an electronic device interior showing internal components and casing (no text or symbols)

Line drawing of two hands holding a pen, no text or symbols present

Illustration of hands installing or adjusting electronic components on a circuit board (no text or symbols visible)

Illustration of a hand using a tool to adjust or install electronic components (no text or symbols visible)

Diagram showing a transformation from a grid-like structure to a multi-layered assembly with internal components (no text or symbols)

Projector 3 Starting address 39
Projector 2 Starting address 20
Projector 1 Starting address 1

SET - Menu principal 2

graph TD
    A["SET"] --> B["RPAMRTIL"]
    A --> C["1681"]
    A --> D["RESTLOOR"]
    A --> E["VER"]
    B --> F[" "]
    C --> G["ON-OFF"]
    C --> H["ON-ON/OFF"]
    C --> I["OFF"]
    D --> J[" "]
    E --> K["V-1.0"]

Ed, t - Menu principal 5

Technical diagram of a cylindrical device with numbered parts for identification

(1) Asas de transporte

(2) Caja

(3) Tornillos de caja

(4) Lyra de montaje

Technical line drawing of a mechanical assembly with internal components (no text or symbols)

Line drawing of two hands holding a tool, no text or symbols present

Illustration of hands operating a computer interface with buttons and components (no text or symbols)

Illustration of a hand using a tool to adjust or install electronic components (no text or symbols visible)

Diagram showing a transformation from a grid-like container to a multi-layered mechanical assembly with internal components (no text or symbols)

Projector 3 Starting address 39
Projector 2 Starting address 20
Projector 1 Starting address 1

SET - Menu principal 2

graph TD
    A["SET"] --> B["RPANRTIL"]
    A --> C["16BI"]
    A --> D["RESTLOOR"]
    A --> E["VER"]
    B --> F[" "]
    C --> G["ON-OFF"]
    C --> H["ON-ON/OFF"]
    D --> I[" "]
    E --> J["V-1.0"]

Ed, t - Menu principal 5