Lewmar 40-111 manual Performance Diagrams

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PERFORMANCE DIAGRAMS

LEISTUNGS DIAGRAMME • TABLEAUX DE PERFORMANCES • GRAFICOS DE PRESTACIONES • PRESTANDADIAGRAM

The following graphs show line speed and amperage draw relative to the load applied. Each control box is set to cut out at the SWL which is 50% of the breaking load.

Key for graphs:

1. Line speed (M/min) 2. Load (Kgs) 3. Current (Amps)

4. Expected Genoa sheet loads 5. Stall/Control box cut out

Die folgenden Diagramme zeigen Leinengeschwindigkeit und Stromverbrauch im Verhältnis zur Belastung. Jede Control-Box ist auf den Cutout (SWL) der Winsch eingestellt. Dieser Cutout wird bei 50% der Bruchlast aktiv.

Schlüssel für Grafik:

1.Leinengeschwindigkeit 2. Last 3. Verbrauch

4.Ungef Schotlast 5. Abschaltúng

Les graphiques ci-dessous indiquent la vitesse d’enroulement ainsi que l’ampérage en fonction de la charge. Chaque boîtier de contrôle est calibré pour couper l’alimentation quand la charge de travail est atteinte (50% de la charge de rupture).

Repères sur les graphiques:

1. Vitesse d’enroulement (M/mn) 2. Charges (Kgs)

3.Consommation (Amps) 4. Charge prévue sur écoute génois

5.Calibrage du boîtier de contrôle

Los gráficos siguientes muestran la velocidad del cabo y el amperaje en relación a la tracción ejercida. Cada caja de control se ajusta para cortar la alimentación cuando se alcanza la carga segura de trabajo (SWL), que es el 50% de la carga de rotura.

Clave de los gráficos:

1. Velocidad del cabo (m./min.) 2. Tracción (Kgs.)

3.Consumo (Amps) 4. Cargas esperadas en la escota de génova

5.Parada/Corte de la caja de control

I nedanstående diagram återges skothastighet och strömförbrukning som funktion av lasten. Styrenheterna är inställda så att strömmen bryts vid 50% av beräknad brottlast.

Diagramförklaringar:

1.Skothastighet (m/min). 2. Last (kg). 3. Ström (A)

4.Förväntad genuaskotlast. 5. Stopp/styrenhet bryter

Model 40 Electric 12 Volts

Model 40 Electric 24 Volts

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Model 44 Electric 12 Volts

Model 44 Electric 12 Volts

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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Contents Ocean Electric Winches Models 40 Contents Sehr geehrter Kunde IntroductionAtención Installation Installez votre winch motorisé Préparez votre winch FigEl motor / reductoraC, así como los relés 12 ó Las referencies quedan reflejadas en la tabla adjuntaLoad Winch Fastening Not to Scale Fitting a Convertible Electric Winch Montage einner Elektro-WinschMise en place d’un winch électrique Instalar un winche eléctricoWinch/Motor Gearbox Coupling Winsch/Motor-VerbindungAssemblage winch-boîte/moteur Acoplamiento del Winche al motor y reductoraElectric Wiring Installation BatteryDistance SystemElectrical Connections Correct Spindle RotationElectrical Connections Single Speed Winches 50 to 64, 12V Speed Winches 66 to 111, 12V & 24V Ref WSD Performance Diagrams For Model 66/2 Electric 24 Volt use 2nd & 3rd gear results Rope Diameters Maximum Load ValuesModel Rope Ø mm ModelOperating Your Winch Ocean Winschen 66-111 sind entweder Zwei- oder DreigangServicing Your Winch Desmontar, limpiar, verificar y relubricarParts List TEILE-LISTE Liste DES Pieces Despiece ReservdelslistaDescription Qty Parts List Models 40 toCSK HD screw M10 x Parts List Models 66 to Description111 QtyDimensions Total WeightModel Alloy All Bronze Chrome St. Steel All Chrome 9937/8Fault Finding Q10Model Range Circuit BreakersLewmar Limited Warranty Lewmar UK/Rest of World

40-111 specifications

The Lewmar 40-111 is a premium quality winch designed for demanding sailing conditions, boasting a variety of features that enhance performance, durability, and user experience. This versatile winch is specifically crafted for use on cruising boats and racing yachts, making it a popular choice among sailors who seek reliability and efficiency in their sailing gear.

One of the standout features of the Lewmar 40-111 is its innovative design that allows for easy operation, even under load. The winch is equipped with a powerful gearing system that maximizes leverage, ensuring that sailors can efficiently manage sails without excessive effort. The combination of a high gear ratio and an ergonomic handle makes it easier to operate, allowing for more controlled maneuvers during races or long voyages.

Durability is a significant consideration in the construction of the Lewmar 40-111. Crafted from high-quality materials such as marine-grade aluminum and stainless steel, this winch is built to withstand harsh marine environments. Its corrosion-resistant finish aids in maintaining the winch's function and appearance over time, ensuring longevity and reliability.

The Lewmar 40-111 also features a self-tailing system that simplifies the handling of line. This technology allows the winch to grip the line automatically as the sail is being raised, eliminating the need for additional crew handling and resulting in a more streamlined sailing experience. The self-tailing mechanism ensures that the sailor can focus on other essential tasks while managing sail trim efficiently.

Another important characteristic of the winch is its easy and accessible servicing. The design facilitates straightforward disassembly, enabling sailors to perform maintenance without needing specialized tools or expertise. Regular maintenance is vital for prolonging the winch's life and maintaining peak performance.

In addition to its performance and durability, the Lewmar 40-111 is available in multiple sizes and configurations, catering to different boat designs and sailor preferences. This adaptability makes it a favored choice for a wide range of sailing vessels.

Overall, the Lewmar 40-111 winch combines innovative engineering with high-quality construction, making it a preferred option for sailors who value performance, durability, and ease of use in their sailing equipment. Its features and technologies not only enhance sailing efficiency but also contribute to a safer and more enjoyable experience on the water.