Quick MC2 X13 DC Guía

REV 001A

ANTI-ROLL GYRO STABILIZER

INSTALLATION AND USE MANUAL EN page 3

MARCH 2020

PAGE INTENTIONALLY BLANK

REV 001A

Quick®reserves the right to introduce changes to the equipment and the contents of this manual without prior notice.

In case of discordance or errors in translation between the translated version and the original text in the Italian language, reference will be made to the Italian text.

INSTALLATION AND USE MANUAL QUICK MC²X13_DC - REV001A

ANTI-ROLL GYRO STABILIZER

INSTALLATION AND USE MANUAL

INSTALLATION AND USE MANUAL QUICK MC² X13_DC REV001A

Premise

STABILIZATION PRINCIPLES

The stability of a boat is inuenced by several factors, such as the hull shape, the displacement, the mass distribution, the

gyro installation position and sea conditions.

What is rolling?

Rolling is the oscillationof the boat around its longitudinal axis. Since vessels are much longer than larger, as a consequence-

side oscillation scan be felt much more.

The rolling motion is the most dangerous since it affects the vessel stability and it’s there for ethe one on which the rst

reduction studies have been carried out. More overside rolling is the main cause of sea sickness, especially in case of long

waves.

THE CORE OF BOAT’S STABILITY CONCEPT

In order to stabilize a boat, its center of gravity must be under the meta centre. In fact, the higher is its metacentrich eight,

the more stable is the boat.

THE CENTRE OF THRUST

BEFORE TALKING ABOUT STABILITY, WE NEED TO UNDERSTAND HOW THE THRUST’S CENTRE MOVES, ESPECIALLY DURING THE

ROLLING MOTION.

At equilibrium, the weight of the boat applies on (G), the Archimedes thrust applies on (C).

Throughout the rolling motion, the hull turns and the centre of thrust (C) constantly moves. Crossing the buoyancy force’s

line of action with the longitudinal plane of symmetry, we can find a new point called metacentre (M), located above the cen-

tre of gravity.

The distance between centre of gravity (G) and the metacentre (M) is called metacentric height (GM) which is very important

for a boat’s stability, since it represents the righting lever.

HOW A QUICK GYRO STABILIZER IS MADE

Quick MC2 gyro stabilizer has been designed for all typesof boats, with the goal of improving on board comfort level by redu-

cing the roll amplitude in presence of waves.

Gyroscopic stabilization takes place when a y wheel, rotating around its rotation axis, due to external causes (boat rolling)

also rotates around it sprecession axis, perpendicular to the rst, thus generating a stabilizing torque (gyroscopic effect).

The gyrostabilizer the refore opposes to the rolling movement by applying a stabilizing torque which opposes to the heeling

torque originated from the waves.

INSTALLATION AND USE MANUAL QUICK MC² X13_DC REV001A

Premise

THE CONCEPT OF ONBOARD COMFORT

The onboard comfort is affected by «motion sickness» or sea sickness in case of boats. This sickness results from and is

amplied by specic conditions such as vibrations (like propulsion’s, engines’ etc), smells (such as fuel oil or diesel) and most

of all by accelerations.Accelerations onboard result from the vertical and side motion of the boat, especially pitching motion

(on which we can’t take any action) and rolling motion (objective of the gyro stabilizer).

ROLL

ACCELERATION

COMFORT

ROLL CORNER WIDTH

ROLL FREQUENCY

ROLL FREQUENCY:

Number of oscillations over time

ROLL CORNER WIDTH:

Inclination value of the boat's axis

ROLL ACCELERATION

Speed return of the initial boat position

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INSTALLATION AND USE MANUAL QUICK MC² X13_DC REV001A

INDEX Standard equipment and required accessories Pag. 10

Premise Pag. 4

Stabilization principles Pag. 4

The core of boat's stability concept Pag. 4

The centre of thrust Pag. 4

How a quick gyro stabilizer made Pag. 4

The concept of onboard comfort Pag. 4

1 - Information about the product Pag. 8

1.0 - Description Pag. 8

1.1 - Technical data Pag. 8

1.2 - Dimensions Pag. 9

1.3 - Dimensions with base plate (optional) Pag. 9

2 - Supplied parts Pag. 11

2.0 - Package contains the following parts Pag. 11

2.1 - Required accessory, not supplied with the stabilizer Pag. 11

2.2 - Required components, not supplied with the stabilizer Pag. 11

2.3 - Tools needed for installation Pag. 11

3 - Introduction Pag. 12

3.0 - General information Pag. 12

3.1 - Preliminary technical checks Pag. 12

4 - Safety Pag. 13

4.0 - Precautions Pag. 13

4.1 - Warnings Pag. 13

4.2 - Personal protection equipment (PPE) Pag. 14

4.3 - Stickers/labels on the stabilizer Pag. 14

4.4 - Cases Pag. 15

4.5 - Flywheel Rotation Pag. 15

4.6 - Air output Pag. 15

5 - Handling and Transportation Pag. 15

5.0 - General instructions and precautions Pag. 16

5.1 - Crate removal Pag. 16

5.2 - Lifting the stabilizer Pag. 17

6 - Housing Pag. 18

6.0 - Structure and housing analysis Pag. 18

6.1 - Environmental requirements Pag. 18

6.2 - Water line Pag. 18

6.3 - Installing a single stabilizer Pag. 19

6.4 - Installation of multiple units on the same boat Pag. 20

7 - Installation procedures Pag. 21

7.0 - Support structure Pag. 21

7.1 - Types of Underbody Pag. 21

7.2 - Warnings Pag. 21

7.3 - Planarity of installation Pag. 22

7.4 - Stabilizer securing Pag. 23

7.5 - Stabilizer securing with base plate (optional) Pag. 24

7.6 - Fiberglass Support - Example 1 Pag. 25

7.7 - Fiberglass Support - Example 2 Pag. 26

7.8 - Brachet - Example 3 Pag. 27

7.9 - Brachet - Example 4 Pag. 28

8 - Electrical connection Pag. 29

8.0 - Connection system devices Pag. 29

8.1 - Devices dimensions Pag. 29

8.2 - Connection diagram Pag. 30

9 - Start-up Pag. 31

9.0 - Introduction Pag. 31

9.1 - Start-up instructions Pag. 31

10 - Maintenance Pag. 31

10.0 - Introduction Pag. 31

10.1 - Warnings Pag. 31

10.2 - Periodic maintenance Pag. 32

10.3 - Annual maintenance Pag. 33

10.4 - External Cleaning Pag. 33

11 - Scrapping and Disposing Pag. 34

11.0 - Scrapping Pag. 34

11.1 - Disposing Pag. 35

12 - Accessories Pag. 36

Remote Control Pag. 36

Remote Control Accessories Pag. 36

INSTALLATION AND USE MANUAL QUICK MC² X13_DC REV001A

1.0 - Description

The MC2series is the result of careful research, aimed at achieving highly competitive performances.

The Quick®research and development laboratories have revolutionized the MC2series’ concept of operation, by introducing

technical solutions capable of guaranteeing greater safety, more comfort and much higher performances.

The MC2series stabilizers are compact and functional.

Quick MC²X13 is useful and effective to improve comfort on board, but it does not eliminate the risks deriving

from harsh atmospheric conditions.

1.1 - Main features

• Maximum performance

• Maximum protection

• Smart and compact design

• High installation exibility

• Dynamic precession control

• Precession lock function from remote panel.

• Equipped with Quick®electric motors.

• Low noise emission.

• Overheating protection.

• Thermal protection.

• MC2Mobile App to record stabilizer performance (iOS and Andorid)

• Reduced maintenance

1 - Information about the product

1.2 - Technical data

(1) Rated speed: flywheel speed (RPM: Revolutions per minute).

(2) Angular momentum: it quantifies the torque that is necessary to balance the system in the time unit (Newtons meter second).

(3) Output torque: torque generated by the rotor at rated speed (Newtons per meter).

(4) Sea state dependent.

(5) Excluding optional base plate accessory, standard or custom.

MODEL MC² X13 DC

Rated speed (1) 4800 RPM

Angular momentum (2) 4185 N·m·s

Output torque (3) 12850 N·m

Spool-up time to rated RPM 32 min

Spool-up time to stabilization 30 min

Power absorbed (4) 1500 ÷ 2200 W max

AC Input voltage 12 Vdc

Circuit Breaker 200A

Fuse 200A

Frequency 50-60 Hz

Noise output < 70 dB

Ambient air temperature from-10°C a +55°C

(14°F to 131°F)

Weight (5) 470 kg (1036 lb)

INSTALLATION AND USE MANUAL QUICK MC² X13_DC REV001A

1.3 Dimensions

1.4 Dimensions with base plate (optional)

1 - Information about the product

677 (26

/64

)

610 (24

/32

)

610 (24

/32

)

657

(25

/64

)

590

(23

/64

)

590

(23

/64

)

INSTALLATION AND USE MANUAL QUICK MC² X13_DC REV001A

Standard Equipment Kit

RC Remote Control MC2

Screw

J3 RC Extension cable

CAN BUS 12 m

Connector cable

CAN T 5P F/F/F

CAN

Terminator

RC REMOTE CONTROL MC2

touch 5" - IP66

CAN BUS adapter cable (1 m / 3,28 ft)

Material included in the stabilizer’s packaging

Needed accessory and material included in its packaging

Not supplied with the stabilizer

Prewired

MC²X13 stabilizer

Base plate (OSP)

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