Hydraulic outboat tilt trim device

Short Description:

Products Introduction 1. High strength Alloy aluminum cyliner and sediment and harden stainless steel support rod improve the anti-corrosion and rigidity. 2.Machined by CNC machines with high precision. 3. Improved motor and structure design with compact volume and high efficiecy, small weight. 4.High grade and world brand sealing with high reliability. Technical data  Type L1 L2 L3  H1 H2  H3 H5 A B C  Starting mode Scope of Power YLQ-D15 452.5 417.5 271...


Product Detail

Product Tags

Products Introduction

1. High strength Alloy aluminum cyliner and sediment and harden stainless steel support rod improve the anti-corrosion and rigidity.

2.Machined by CNC machines with high precision.

3. Improved motor and structure design with compact volume and high efficiecy, small weight.

4.High grade and world brand sealing with high reliability.

Technical data

 Type

L1

L2

L3

 H1

H2 

H3

H5

A

B

Starting mode

Scope of Power

YLQ-D15

452.5

417.5

271

58

139

150

26

22

17

30

Electric motor

25-60Hp

YLQ-D17.5

490

285

456.5

38

145

149

78

14.4

14.4

--

Electric motor

60-90Hp

Product Description

If you’re new to boating you may have heard the terms trim and tilt in relation to how your boat’s motor operates. Oftentimes tilt and trim are referred to in odd ways. It might make you think they are actual components on your outboard motor that need to be maintained. That means things like switches or buttons you can press but that’s not exactly the case. To fully understand what tilt and trim me, you need to understand the basics of how a boat operates.

Generally speaking, your boat should be parallel to the waterline. When your boat is even it runs more smoothly. No doubt you have seen some boats cutting through the water on an angle. The engine down and the bow up in the air. This might look flashy and fast. However, that’s not entirely true. You can get much better speed and efficiency with a boat on an even keel. Managing the tilt system properly will allow this to happen. It improves fuel economy and overall performance.

Trim refers to the angle that your propeller shaft is at relative to the boat. You can adjust the trim so that the angle of your engine is down. This is known as negative trim. Doing this causes the bow of your boat to drop. On the other hand you can chill the angle of your engine up or else. This is what’s known as positive trim. When you do this the bow of your boats will rise in response.

The effect of the angle of trim has more to it than simply raising and lowering the value of your boat. Let’s take a look at the three positions of trim and how they affect your boat.

htr (1)

Trimming In

Also known as trimming down. This lowers the bow of your boat. This results in quicker planing especially when you have a heavy load. When the water is chopping, trimming in will also allow for an easier ride. However, you need to be aware that trimming in will cause your boat to pull to the right. This is due to increased steering torque.

htr (2)

Neutral Trimming

Neutral trimming will also lower the bow of your boat. Unlike trimming in and out there is no angle here. The propeller shaft is even with the waterline. This is good for fuel efficiency and speed.


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