Sleipner SPS60E Installation Manual
Stabiliser systems for vector fin v3-14, v4-15, v4-12hs, v3-23, v4-26, v4-19hs
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Summary of Contents for Sleipner SPS60E
- Page 1 Installation Guide For Vector Fin Stabiliser Systems STABILIZER SPS60E, SPS70E, SPS80E, SPS100E VECTOR FINS V3-14, V4-15, V4-12HS, V3-23, V4-26, V4-19HS DOCUMENT ID: 7650 REVISION: DATE: 2024 LANGUAGE:...
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Page 2: Table Of Contents
Setup ............................................26 Electrical Installation .......................................... 27 S-Link System Description ......................................... 28 Wiring Diagram for SPS60E & SPS80E ....................................29 Wiring Reference for SPS60E & SPS80E ..................................... 30 Keel alignment tool setup ........................................31 Keel alignment setup ........................................... 32 Fin Components .......................................... -
Page 3: Responsibility Of The Installer
Plan the installation of the electrical parts including the control panel and wiring runs based on the information in the manual. Your Sleipner representative will be able to help make an educated decision for what is the best solution for your boat and your preferences. Before starting the installation, the Sleipner representative can ensure that you are not installing parts and products that will not meet your expectations. -
Page 4: Actuator Dimensions
Actuator Dimension MC_0711 SPS60E SPS70E SPS80E SPS100E Dimension Dimension descriptions code inch inch inch inch Actuator height outside the hull 16.8 16.8 23.5 Total actuator height 13.2 13.7 437.4 17.2 Actuator height inside the hull 10.1 287.4 11.3 Hull thickness (sealant included) ØE... -
Page 5: Fin Dimensions
Fin Dimension MC_0712_01 SPS60E SPS70E Dimension V3-14 V4-12HS V4-15 V4-19 V4-15HS V4-21 Dimension descriptions code ≤23 knots ≤40 knots ≤35 knots ≤35 knots ≤40 knots ≤23knots inch inch inch inch inch inch Total fi n length 1751 68,9 1574 62,0... -
Page 6: Efd Dimensions
eFD Dimension MC_0661 Dimension Dimension descriptions code mm inch Height 18.85 Width 10.94 Depth 12.24 Mounting hole height 18.22 Mounting hole width 9.41 Mounting hole diameter 0.24 MG_0689 SCU Dimension MC_0662 Dimension Dimension descriptions code mm inch Height Width Depth Mounting hole height Mounting hole width MG_0692... -
Page 7: Actuator Positioning
Consider and plan the positioning of the actuator for future service and appropriate area for cooling the electric motor. The ambient temperature is 40°C. The motor has temperature sensor and system will reduce power to avoid exceeding maximum allowed temperature. SPS60E SPS70E SPS80E... -
Page 8: Fin Positioning
Fin Positioning MC_0962 Quay Electric Fins should not extend outside the beam including the fenders, or below the keel/propeller when i neutral position. Fins should be placed as far outboard as possible, and NOT in-line with the propellers, to ensure avoiding possible disturbance of the water flow to the props which in the worst case can cause vibrations / cavitation. - Page 9 Fin Positioning MC_0207 Middle 1/4 of Waterline Waterline at rest Waterline at speed Middle 1/4 of Waterline at speed To avoid unwanted influences on the steering characteristics, the fi ns should be placed close to the vessel longitudinal centre of gravity (LCG) - If unknown, this is usually a little aft of 50% of the waterline length.
- Page 10 Fin Positioning MC_0659 Transversal fi n positioning of Vector Fins With Vector fi nsTM it is a priority to push the fi ns as far outboard as possible to achieve the most leverage for the fi ns forces unlike standard fi ns. Finding the best position for the fi...
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Page 11: Hull Forces
Sleipner curved Vector Fin design comes with additional benefi ts in hull safety. Any impact with the ground will not only bend the shaft backwards and outward, allowing the fi n to break away with less stress on the hull. -
Page 12: Hull Structural Forces
Hull structural forces MC_0899_01 SPS60E Structural requirements V3-14 Values to be considerated individually Break away impact force Speed Max bending moment Mx (kNm) My (kNm) Mz (kNm) Fz (kNm) h (mm) f (kN) (kNm) 22,6 21,2 21,0 24,4 23,5 21,0... - Page 13 Hull structural forces MC_0899_01 SPS80E Structural requirements V3-23 Values to be considerated individually Break away impact force Speed Max bending moment Mx (kNm) My (kNm) Mz (kNm) Fz (kNm) h (mm) f (kN) (kNm) 43,9 42,35 10,7 47,4 46,6 12,6 36,0 SPS80E Structural requirements V4-26...
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Page 14: Actuator Components
Actuator Components Actuator lifting point Actuator lifting point (Treads: 12x1,75) (Treads: 12x1,75) Service lock Service lock (Tool: Inhex 8mm) (Tool: Inhex 8mm) Epoxy injection hole (x4) Power cable connections Ground wire attachment Oil ll Oil ll (Tool: Inhex 6mm) (Tool: Inhex 6mm) Condensation drain holes Condensation drain holes Oil drainage... -
Page 15: Actuator Installation
Drill a pilot hole at the fi n shaft centre line position externally through the yachts hull. Using the pilot hole as centre line mark and cut hole from inside the boat using a suitable cutting Jig & tool. SPS60E SPS70E... - Page 16 Actuator Installation MC_0742 ! Please refer to the graphic for special considerations relating to your model ! Mark the positions of the holes for the securing bolts. (NB: Use the external hull plate as a template.) SPS60E SPS70E SPS80E SPS100E...
- Page 17 Actuator Installation MC_0742 ! Please refer to the graphic for special considerations relating to your model ! Countersunk all holes to allow space for bolt heads and sealant without damaging the hull. At the area inside the vessel where the 4 injection fi ller ports are, create a chamfered edge. (NB: The chamfer is to ensure an open area for the future injection of fi...
- Page 18 Actuator Installation MC_0742 ! Please refer to the graphic for special considerations relating to your model ! MOUNTING OF THE STABILIZER ACTUATOR ASSEMBLY NOTE: • Steps 9-17 must be fi nalized within the cure time of the watertight sealant being used. Step 18 can be initiated only after the sealant is cured.
- Page 19 Actuator Installation MC_0742 ! Please refer to the graphic for special considerations relating to your model ! MOUNTING OF THE STABILIZER ACTUATOR ASSEMBLY 11. Ensure the actuator shaft core sits concentric to the hole. Ensure the 4 chockfast injection ports are over the chamfered edge and not obstructed. (NB: Remove the injection port plugs to inspect the actuator sits over the chamfered edge and is clear from obstruction for the injection process.) (NB: Do not throw away injection plugs as they are needed later during installation.) Scan the QR code for an injection procedure video.
- Page 20 Stage 1: Fasten each bolt to the defi ned tightening vaule and order. Stage 2: Fasten each bolt to the defi ned tightening vaule and order. Watertight sealant Hull plate Fasten bolts diagonally to avoid misalignment SPS60E SPS70E SPS80E SPS100E CAUTION Tighten...
- Page 21 SPS60 / SPS80), past the actuator polyurethane ring (See illustration below). (NB: The polyurethane ring is identifi able as a red ring on the lower actuator. Sleipner supply 2 different neoprene cord in delivery. Choose the ring that achieves the closest to 30% compression) 17.
- Page 22 SPS60 / SPS80), past the actuator polyurethane ring (See illustration below). (NB: The polyurethane ring is identifi able as a red ring on the lower actuator. Sleipner supply 2 different neoprene cord in delivery. Choose the ring that achieves the closest to 30% compression) Actuator Installation 17.
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Page 23: Electrical Installation
Electrical Installation eFD m MC_0715 using Plan the installation The installation should be planned according to available cable length and placement recommendations for the different components. A system overview is shown in the Wiring Diagram chapter. Connect Actuator ground wire Connect a ground wire from the vessel’s main bonding/ anode system to each actuator. -
Page 24: Efd Electrical Installation
eFD Electrical Installation MC_0716 SPS Electrionc Fin Drive (eFD) The eFD is supplied with 2.5 / 4.5 meter long encoder- and power cables for connection to the actuator. Mount the eFD in proximity of the actuator to ensure that the cables can be connected. Use four screws with a maximum diameter of 6mm and a maximum head diameter of 12mm to fasten the eFD. -
Page 25: Efd-60-230-1-K
eFD Electrical Installation MC_0716 Each eFD should have a separate power supply cable with a dedicated fuse as shown in the Wire Diagram chapter. AC supply wire size and fuse rating should be chosen according to table below. Supply Voltage Supply Current Peak Power Recommended... -
Page 26: Efd Setup
eFD Setup MC_0823 The eFD units in the complete stabilizer system must be confi gured as port and starboard eFD. This confi guration is selected by the S2 switch on the driver module inside the eFD cabinet. Use a small flat screwdriver to operate the switch, and turn it so that the small arrow on the switch points towards the correct position. •... -
Page 27: Electrical Installation
Electrical Installation MC_0717 Control panel Install control panel according to instructions in the Installation Guide accompanying the control panel. GPS receiver SCU requires speed data from a GPS to operate the stabilizers. GPS signal must be interfaced through the S-Link Gateway (GW-1). A GPS can be interfaced either through the NMEA 0183- or the NME 2000 port on GW-1. -
Page 28: S-Link System Description
MC_0120 S-Link is a CAN-based control system used for communication between Sleipner products installed on a vessel. The system uses BACKBONE Cables as a common power and communication bus with separate SPUR Cables to each connected unit. Only one S-Link POWER cable shall be connected to the BACKBONE Cable. -
Page 29: Wiring Diagram For Sps60E & Sps80E
Wiring Diagram for SPS60E & SPS80E TP-43A See S-Link System Description chapter for detailed information on installation of S-Link POWER Cable, SDI-1 END Terminator and additional S-Link components. S-Link Backbone cable Black GND 1A/0.5A Red 12V/24V S-Link Spur cable Multi-Function... -
Page 30: Wiring Reference For Sps60E & Sps80E
Wiring Reference for SPS60E, SPS70E, SPS80E, SPS100E MC_0683 Reference Item Number Description Number Stabilizer control panel. TP-43A Included in all SCU-kits S-Link Display Interface. SDI-1 Optional. Can be used for monitoring and confi guration of thrusters and stabilizer S-Link Backbone cable... -
Page 31: Keel Alignment Tool Setup
Use the supplied bracket as an auxiliary tool in the keel alignment process. Clamp a straightedge ruler to the bracket. The recommended distance "L" is depended of the actuator type, see the table below. Actuator type SPS40E SPS50E SPS60E SPS70E SPS80E SPS100E Distance "L"... -
Page 32: Keel Alignment Setup
Keel alignment setup MC_0903 CAUTION Keep clear of the alignment tool during startup of the system. It may rotate, and a possible danger of personal injuries. Preparations The keel alignment procedure must be carried out with the wessel on shore, before the fi ns are mounted. This is a one-time procedure. -
Page 33: Fin Components
Fin Components Actuator Base plate Supplied locking washer Attachment bolts Vector fin MG_0688 eVision Stabilizer 7650 2024... -
Page 34: Fin Installation
Fin Installation MC_0654 ! Please refer to the graphic for special considerations relating to your model ! Align tongue and groove on the fi n and the fi n hub. (NB: Do not apply grease to the bolt holes or the surface plate of the fi n.) Place the locking washer to each bolt and apply a small amount of lubricant to the bolt threads. - Page 35 Tighten & torque load the 10 attachment bolts in two stages following the defi ned number order. Stage 1: Fasten each bolt to the defi ned tightening value and order. Stage 2: Fasten each bolt to the defi ned tightening value and order. Attached shaft covers. Tighten SPS60E SPS80E 30Nm Stage 1 30Nm...
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Page 36: Shaft Covers Installation
Shaft covers installation MC_0970 Apply threadlock, e.g Loctire 243, on the setscrews, enter them in to the countersunk screwheads, and screw them all the way in. Place the shaft cover in the fi n, and enter the premounted screwheads. NOTE: The two shaft covers are not equal, they only fi t in one of the sides each. This is easy to identify. Place the other cover in the opposite side of the fi... -
Page 37: Zero Inclination Setup
Zero inclination setup MC_0905 Purpose The purpose with this set up is to calibrate the vessels horizontal position in to the stabilizer system. This is important for the system to operate correctly. The zero inclitantion procedure can be performed at any time, either on shore or at sea, but before the Sea trial procedure. Preparation Ensure that the vessel is in horizontal position in the sideways direction. -
Page 38: Dynamic Cewnter Setting
Dynamic center setting MC_0906 Purpose Dynamic centers allowing the fi ns to operate at the ideal attack angle depending on the boat speed. By unlocking the fi ns and let them free float in fi ve different speeds in the vessels speed range, the system will operate with the ideal angle of attack througout the vessels speed range This will minimize the drag from the fi... -
Page 39: Stabilizer Settings
The setting parameters in the Stabilizing, Optimization and Fin/Actuator tabs in the settingsmenu will differ from vessel to vessel. Generic parameters is set as standard values in the system. Sleipner can provide more specifi c parameters for certain hull / vessel types. Contact your dealer for more info. -
Page 40: Fin Location Label
Height text: 44 mm Height arrows: 63 mm Length: 1200 mm Adjustable length, fits all Sleipner Vector Fins™. For application, get your and follow instructions in the manual. Use scissors to cut the end arrow symbols on the label. -
Page 41: Sleipner Group Waste Disposal And Recycling Guide
Introduction: At Sleipner Group, we prioritize sustainability and encourage the repair and re-manufacturing of products to extend their life cycles. If disposal is necessary, please follow these guidelines to recycle and manage waste responsibly, ensuring our efforts align with environmental protection efforts. -
Page 42: Service And Support
11. This warranty gives you specific legal rights, and you may also have other rights which vary from country to country. Patents MC_0024 At Sleipner we continually reinvest to develop and offer the latest technology in marine advancements. To see the many unique designs we have patented, visit our website www.sleipnergroup.com/patents eVision Stabilizer... - Page 43 Notes MC_0037 ..............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................eVision Stabilizer 7650 2024...
- Page 44 Notes MC_0037 ..............................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................eVision Stabilizer 7650 2024...
- Page 45 © Sleipner Motor AS, All rights reserved The information given in the document was right at the time it was published. However, Sleipner Motor AS cannot accept liability for any inaccuracies or omissions it may contain. Continuous product improvement may change the product specifi...
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