Cineo Maverick Manuale utente

User Guide

Revision 1.2 — May, 2016

Information and speciﬁcations in this document are

subject to change without notice.

www.cineolighting.com

Cineo Maverick is a versatile Remote

Phosphor light source developed by Cineo

Lighting.

Rather than use traditional diffusion to soften

the light source, the light from a Cineo

Maverick is actually emitted from the Remote

Phosphor panels on the front of the ﬁxture,

providing a true 160° lambertian emitter. This

allows Maverick to wrap your subject in soft

light with edgeless shadows. The phosphor

panels are excited by blue LEDs, which are

automatically turned off when the top lid is

lifted. Like all Cineo Remote Phosphor soft

lights, Maverick allows the user to change

the color temperature panels, supporting

CCT of 2700K, 3200K, 4300K, 5600K, 6500K,

Chroma Blue and Green.

The CineoColor Remote Phosphor panels

used in Maverick perfectly match all other

Cineo soft lights, with Extended CRI ratings

of 94-98, depending on color temperature.

Cineo Color also utilizes deeper red values

optimized for camera capture to ensure

the most natural light on skin tones. The

color temperature of Maverick is extremely

consistent ﬁxture to ﬁxture, and will

not change over time like other lighting

technologies.

Maverick operates from many power options,

including AC, DC and battery power. The on

board power connection uses an industry

standard XLR4 connector with an input

voltage range of 10.8 to 28 VDC. Dimming

options include both local rotary dial and built-

in DMX control.

Maverick ﬁxtures feature a versatile

mounting system that supports a variety

of industry-standard hardware for virtually

limitless mounting options. Cineo Maverick

ﬁxtures are extremely durable, built to last

with anodized alloy construction, ﬂexible

polycarbonate panels, and ﬁeld-serviceable

components.

Cineo Maverick is perfect for any ﬁlm or

television project, in the studio or on location,

or anywhere ﬂicker-free, color-accurate soft

light is required.

Welcome to Cineo Maverick

General Notes

1. Please read through this manual carefully before operating Cineo Maverick, and keep this

manual for future reference.

2. There are numerous safety instructions and warnings that must be adhered to for your own

safety.

3. Maverick is not intended for residential use. It is intended for professional use only.

4. Maverick service must be performed by a qualiﬁed technician.

5. Although Maverick is weather-resistant, the ﬁxture is intended primarily for indoor use.

6. Cineo products are not certiﬁed for use in hazardous locations.

7. Maverick has a typical operating temperature of 120º F (50° C).

Fixture Set Up

1. Read these safety instructions carefully to ensure ﬁxture and accessories are used safely.

2. It is suggested that the ﬁxture is correctly mounted onto the supporting surface before use.

3. Ensure the Maverick and power sources are operated within an ambient temperature range

of -4 to 122°F (20 to +50°C)

System Components, Connections and Controls

Maverick Lamphead

Maverick3 is the next generation of Remote Phosphor professional lighting, incorporating

simple operation, advanced passive cooling and versatile conﬁguration options. Local 0-100%

dimming is facilitated with a simple rotary control. Depending on Maverick model, DMX may

be added or included to provide remote control of the ﬁxture. Maverick can be conﬁgured to

run on battery, DC or AC power sources. Maverick typically includes a mounting yoke that can

be easily adjusted along and removed from the industry standard 80/20 proﬁle mounting slot.

The 80/20s also accommodate a variety of other mounting options from 3rd party sources.

The lamphead can be operated in inclement weather conditions, and although not completely

waterproof it can withstand moderately wet conditions. Depending on input power and CCT,

Maverick can output up to 8,000 lumens.

Maverick Power Sources

The Maverick ﬁxture features SmartPower™ power control, allowing operation with any 12-

24VDC power source capable of delivering 75 -150 watts. This provides compatibility with a

wide range of battery and AC options. Conﬁguration of SmartPower is covered in detail in the

Advanced Power Setting section of this guide.

Cineo offers a variety of power accessories that can be mounted directly to the ﬁxture, on the

Maverick yoke, or to the BackPak™ accessory bracket. Maverick can be used with virtually

any nominal 12-24VDC power source, including camera batteries, car lighter sockets, etc.

Adapters and accessory cables are sold for connection to various power sources, including the

following:

900.0095 120w Portable AC Adapter

900.0195 150w studio power supply

900.0086 V-Lock battery plate

900.0094 Gold-Mount plate

Input power from other sources is also possible, using an XLR4 connector with the following

pin conﬁguration:

• Pin1 – GND

• Pin2 – NC

• Pin3 – NC

• Pin4 - +VDC

900.0086 V-Lock battery plate

900.0094 Gold-Mount plate

Cineo SmartPower™

Intelligent management of output performance

Cineo Maverick advances portable lighting power by bundling several features that optimize

the Cineo Maverick for various powering conditions. This protects your battery investment and

provides ﬂexibility for studio and portable AC operation.

By default, the Maverick operates at 120 watts on AC power with a lightweight, removable AC

adapter. For studio operation, the Maverick can be can run at 135 watts on a more permanent,

heavy-duty AC adapter. Under battery power, the Maverick is capable of operating with a

standard-capacity, 6.5 amp battery with either V-Lock or Gold Mount options. If you plan to

operate with high-capacity 10 amp batteries, the ﬁxture can be switched to provide maximum

output with larger batteries.

The light output of most portable ﬁxtures diminishes with the decrease in battery voltage,

which can result in unstable light output and potentially damaged batteries. Cineo SmartPower

is designed to give constant light output as the battery voltage decreases, shutting off before

the current draw on the battery becomes excessive.

100%

90%

80%

70%

60%

50%

O 0 5 10 15 20 25 30 35 40 45 50 55 60

SmartPower Controlled Output

(Maverick)

Fixture Output Over Time

(Typical)

Runtime in Minutes

Light Output (percent)

Typical Light Output Over Time

Determining Maverick Model

Maverick1

Instructions in nthroughout user guide.

Purchase date: pre-2016

Maverick2

Instructions in nthroughout user guide.

Purchase date: January 2016-June 2016

Maverick3

Instructions in nthroughout user guide.

Purchase date: June 2016-onward

Purchase date: pre-2016

Purchase date: January 2016-June 2016

Advanced Power Settings

Maverick 1&2

SmartPower™ settings are conﬁgured on a set of DIP switches located inside the lamphead.

By placing these switches inside the ﬁxture, misuse of various power conﬁgurations is

minimized, as the ﬁxture should be set up with the power sources intended for use in mind.

The simplest way to think about the SmartPower settings is to consider the maximum power

capability of your DC source below 18 VDC (low voltage setting) and the option of limiting

power draw at a nominal 24 VDC (high voltage setting).

Accessing the DIP switches

1. Remove the bottom panel from the lamphead by removing the two large plus two smaller

screws, as shown.

2. The two DIP switches are located at the bottom of the ﬁxture, slightly left of center, as

shown.

Batteries – Low Voltage (LV) Setting

A standard capacity V-Lock or Gold Mount battery will draw 70-95 watts with an output

ranging from 10.5 to 16 VDC. A high-capacity battery will typically draw 120-150 watts with a

similar output voltage range.

If the Maverick is being used with standard capacity batteries, the LV setting should be set to

75 watts; if the ﬁxture will only be used with high-capacity batteries, the LV setting can be set

to 120 watts.

The LV setting is indicated by the status of the RED LED on the back of the ﬁxture. If the Red

LED is ON, the LV setting is 75W. If the red LED is OFF, the LV setting is 120 watts.

To set the LV mode:

1. Note the location of the DIP switch labeled “Option A.” This switch controls the LV setting.

2. To set the LV mode to 75W, depress the “Option A” switch with a small pin. The red LED

on the back of the ﬁxture will be ON when power is applied.

3. To set the LV mode to 120W, lift the “Option A” switch to the up position. The red LED on

the back of the ﬁxture will be OFF when power is applied. The 120W LV setting should

only be used with batteries whose output equals or exceeds 120 watts. Using this LV

setting with a standard capacity battery may damage the battery.

shown.

Batteries – Low Voltage (LV) Setting

n n

NOTE: if the LV setting is 75 watts, virtually any capacity camera battery will work well with

Maverick, without damage to the battery. Therefore, this is the default setting when the

ﬁxture is shipped from the factory.

AC Operation – High Voltage setting (HV)

The Maverick ﬁxture is designed for use with a 24VDC AC adapter when used on house

power. The HV switch allows the ﬁxture to be conﬁgured for use at 120 watts or up to 135

watts, depending on the application.

If Maverick is being used with a 120w power supply, the HV setting should be set to 120w

mode; if the ﬁxture will be used with a 150w power supply, the HV setting should be set to

135w mode.

To set the HV mode:

1. Note the location of the DIP switch labeled “Option B.” This switch controls the HV setting.

2. To set the HV mode to 120w, depress the “Option B” switch with a small pin. The yellow

LED on the back of the ﬁxture will be ON when power is applied.

3. To set the HV mode to 135w, lift the “Option B” switch

to the up position. The yellow LED on the back of the

ﬁxture will be OFF when power is applied. The 135w HV

setting MUST be powered with a 150 watt or greater

power source or damage to the power source may

occur.

NOTE: The default factory setting for HV mode is 120w.

Maverick 3

Power Settings

1. Push and hold local knob for approx. 15 seconds, Display shows bfor battery.

2. Rotate knob to L(Low capacity 75W battery mode) or H(High capacity 120W battery

mode). The 120W High Power setting should only be used with batteries whose output

equals or exceeds 120 watts. Using this battery High Power setting with a standard

capacity battery may damage the battery. Push knob to select.

3. Display shows AC. Rotate knob to L(Low power 120w

mode) or H(High power 135w mode). The 135w high

power setting MUST be powered with a 150 watt or

greater power source or damage to the power source

may occur. Push knob to select and return to normal

operation.

Local and Remote Dimming

Maverick 1 & 2:

When correct DC power is applied to the unit, the green

LED illuminates on the back, between the cooling ﬁns. The

output of the Maverick is controlled with the local control

knob on the back of the ﬁxture. The ﬁxture does not employ

an on/off switch; when the knob position is at 0 the ﬁxture is

virtually off, as it draws only 10 ma of power. The dimming

curve is logarithmic in nature, providing a very “analog”

characteristic to its control.

Remote Dimming via DMX

Cineo offers a DMX interface module for control of the

ﬁxture via standard DMX lighting protocol. The interface

module (900.0087) attaches to either the yoke or the

BackPak accessory and connects to the Maverick ﬁxture’s

AUX port via an included RJ45 cable. The module includes

both DMX IN and DMX THRU via standard 5-pin XLR connections. The DMX pin-out wiring is

as follows:

• Pin 1: Signal Common

• Pin 2: Data –

• Pin 3: Data +

• Pin 4: Spare

• Pin 5: Spare

The DMX control line is automatically self-terminating and does not require external DMX

termination when no cable is inserted into the DMX THRU connector.

Note that when the DMX control is in use and DMX signal is lost, the ﬁxture will hold its last

level. When the Maverick loses power, it retains all of its DMX settings when the power is

resumed.

DMX Module Operation

When the DMX module is connected to the Maverick ﬁxture, control of the ﬁxture is

automatically switched to the module. The DMX module has a multi-line display screen that

indicates the ﬁrmware level, control mode (local/remote) and DMX address. The module is

programmed by the use of four capacitive-touch buttons below the screen (-, +, Mode, Save).

There are two control modes: one for determining local or DMX control, and one for setting

the DMX address (0-255). Touching the Mode button toggles the arrow on the right of the

screen between these modes.

When the arrow is pointing to the “Control” setting, the “-“ and “+” buttons will switch

between local and DMX control. When the desired control method is displayed, touch the

“Save” button to lock the setting. If the setting is not saved, it will revert to its previous

setting in a few seconds.

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