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Related Manuals for ePropulsion X Series
Summary of Contents for ePropulsion X Series
- Page 1 X12 User Manual Model: X12-S, X12-L 2024.09 Version 1.1 Copyright © ePropulsion Technology Limited...
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Page 3: Thank You
This manual is available in multiple languages, and in the event of any discrepancies between different language versions, the English version shall prevail. - Page 4 Please read and follow the instructions following the safety warning signs. Caution: When installing, operating, maintaining or servicing ePropulsion products, there are many safety risks. You need to be alert, perform relevant operations reasonably, and pay attention to safety.
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Page 5: Product Serial Number
Product Serial Number The serial number is located as shown below. Please note and keep in a safe place, as it may be needed when purchasing accessories, or if you need service or warranty, or if your motor is stolen. -
Page 6: Table Of Contents
Table of Contents THANK YOU ......................1 Conditions of Use ....................1 Safety Warning ....................... 1 Product Serial Number ................... 3 1 Product Introduction .................... 8 1.1 In the Package ......................8 1.1.1 X12 Packaging List ..................8 1.1.2 Optional Accessory List ................10 1.1.3 Installation Tools List ................ - Page 7 4.1 X12 Examples System Setup ................31 4.1.1 Single Motor System Connection ............31 4.1.2 Twin Motor System Connection .............. 35 4.1.3 Twin Motor and Twin Console System Connection ......39 4.2 High Voltage Cables Connection ................ 42 4.2.1 Making the Power Cables ................ 42 4.2.2 Connecting Cables to the bus box ............
- Page 8 5.3 Perform initial configuration ................59 5.4 Home Page ......................62 5.5 Trim ........................63 5.5.1 Single Motor Trim ..................63 5.5.1.1 Single Motor Trim Pop-up ............63 5.5.1.2 Manually Set the Trim Angle ............64 5.5.1.3 One-Step Tilt ................. 65 5.5.1.4 One-Step Reset ................
- Page 9 5.8.5.3 Cruising in Shallow Water ............84 5.8.5.4 Motor Tilt ..................85 5.9 Hydro Generation Function .................. 86 5.10 Idle mode, Sleep ....................87 5.10.1 Idle mode ....................87 5.10.2 System Sleep ..................87 5.11 Cautions ......................88 5.12 Troubleshooting ....................89 5.12.1 Mechanical Faults/Solutions ..............
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Page 10: Product Introduction
1 Product Introduction The X12 Electric Outboard Motor is an electric propulsion system with an input power of 12kW. It can be controlled by using the digital helm, smart throttle, and smart display 5''. The X12 Electric Outboard Motor is environmentally friendly, clean, and efficient. It is available in two models: X12-S and X12-L. - Page 11 保修卡 Items Qty. Figure Function Heat Shrink Protect the main power Tubing cable after stripping it black 红色 Terminals to fit on cut Cable connector ends of 96V power 黑色 cable Connect the motor 红色 eSSA and each device to the Communication CAN communication 黑色...
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Page 12: Optional Accessory List
Other accessories not included in the package are also required to operate the outboard motor such as propellers, smart tiller, digital helm, smart throttle, smart display 5'', G102 battery, battery charger, and communication cables. Users can buy official accessories provided by ePropulsion Technology authorized dealers. - Page 13 Stainless steel propeller, X12 Propeller Suitable for lighter boats at 11 13/16'' x 15 higher (often planing) speeds, 3/8'' RH right hand rotation. ePropulsion LiFePo4 system G102 Battery battery, 10kWh capacity. and Cables Provides safe and reliable electrical power. Outboard motor steering Digital Helm control.
- Page 14 Items Figure Function Start, stop the motor and Smart Throttle control the power output. Display system information Smart Display 5'' such as power, speed, battery level and set system functions. DC-DC Converter to charge DC-DC Converter the 12V battery from the high 96V/12V 500W voltage batteries.
- Page 15 The maximum output power of the DC-DC Converter is 500W. When selecting the system's 12V equipment, ensure this charging capacity meets the battery's requirements. When selecting and purchasing propellers, it is recommended to consult ePropulsion authorized dealers and consider the following references: •...
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Page 16: Installation Tools List
1.1.3 Installation Tools List Before installing the outboard motor, the user or installation engineer needs to prepare the following tools. Tool Specification Qty. Purpose To disassemble the outboard's 3mm Allen key 3mm, suitable for M4 top cover, facilitating the (hex key or hex hexagon socket cap screws installation of eye bolts and bit) -
Page 17: Parts And Diagram
Tool Specification Qty. Purpose Drill holes in the boat for Electric Drill Hole requirement: φ11mm outboard installation Drill holes in the boat for Drill bit Hole requirement: φ11mm outboard installation Hole saw Meet the hole size: 100mm Make holes for cable routing Seal up holes to prevent water Sealant Structural adhesive... - Page 18 Removable eye bolts for lifting Removable eye bolts for lifting Communication Interface NMEA2000 Figure 1.2 for Interactive System High Voltage Interface Interlock Interface Sound and Light Alarm Communication Interface Interface Communication Interface NMEA2000 for Smart Tiller for Interactive System High Voltage 4G Antenna Interface Interlock Interface...
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Page 19: Specification
1.3 Specification Model X12-S / X12-L Rated input power 12 kW Recommended battery ePropulsion Lithium Iron Phosphate Battery Rated input voltage 96 Vdc Input voltage range (high voltage) 86-115 Vdc Input voltage range (low voltage) 10.5-16 Vdc S ： 46kg L ： 47kg... -
Page 20: Model And Shaft Length Selection
Figure 1 . 4 1.5 Important Notes 1.5.1 Motor Selection Please follow the instructions of the boat manufacturer and ePropulsion authorised dealer in choosing a suitable outboard motor. Do not exceed the maximum power permitted, and do not overload the motor. -
Page 21: Users
1.5.3 Users 1. This product must only be operated by adults who have fully read and understood this manual. ePropulsion accepts no liability for any damage or malfunction caused by operations that contradict the content of this manual. 2. You should only use this motor system if you are also familiar with all other aspects of operating your boat. -
Page 22: Specific To This Installation
wind, tide and other variables that may affect range. 6. Always report your voyage plan to family, friends and authorities where relevant. 7. Do not operate the boat under the influence of alcohol or drugs. About 50% of boating accidents are related to alcohol consumption During Operation: 1. All members of the crew should be equipped with, and wear, a PFD (personal flotation device, eg life jacket, buoyancy aid). -
Page 23: Declaration Of Conformity
1.6 Declaration of Conformity We Guangdong ePropulsion Technology Limited, hereby, declare that this equip ment is in compliance with the applicable Directives and European Norms, and amendments. Object of the Declaration: Product: Electric Outboard Motor Model: X12-S,X12-L The object of the declaration is in conformity with the following directives:... -
Page 24: Correct Disposal Of This Product
undesired operation. (3) This device has been evaluated to meet general RF exposure requirement. The device can be used in portable exposure condition without restriction Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protectio- n against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructi- ons, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: —Reorient or relocate the receiving antenna. —Increase the separation between the equipment and receiver. —Connect the equipment into an outlet on a circuit different from that to which the receiver is co nnected. —Consult the dealer or an experienced radio/TV technician for help. 1.8 Correct Disposal of this product This marking indicates that this product should not be disposed of with other household wastes throughout the EU. To prevent possible harm to the environment or human health from uncontrolled waste disposal, recycle it responsibly to promote the sustainable reuse of material resources. -
Page 25: Unpacking
2 Unpacking 2.1 Safety Notice Use appropriate safety equipment, including gloves, safety shoes, and other protective tools. Familiarize yourself with all safety measures before proceeding with the operation. Due to the product's substantial weight, at least two people are required for handling. 2.2 Tools and Equipment Required for Unpacking Prepare unboxing tools, such as a rubber hammer, phillips screwdriver, etc. - Page 26 Figure 2.2 Step 3 Remove the top cardboard, take out the buffer material, the accessory box and the user manual. Top cardboard Hardware Bus box accessory box User manual Buffer material Buffer material Cable accessory box Figure 2.3 Step 4 Remove the top cover and screw in the lifting eye bolt and washers.
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Page 27: Disposal Of Packaging Materials
Figure 2.4 Please check the product for any damage or missing parts. If there are any issues, please Packaging box cover Hardware contact customer support. accessory box User manual During the unpacking process, be careful to avoid damaging the product. Check all Buffer material DCDC converter accessories and ensure they are complete. -
Page 28: Series Outboard Motor Installation
3 X-Series Outboard Motor Installation The quality of the installation plays a crucial role in the overall reliability of the entire system. Key aspects such as securing the outboard to the boat, propeller installation, and wiring connections must be carefully considered and adhered to in order to ensure stable and reliable system operation. Please follow the installation requirements below to ensure the equipment functions optimally. - Page 29 133.30mm 133.30mm 120.30mm 120.30mm 11.50mm 11.50mm 218mm Figure 3.1 Refer to the figure below for the hull cable hole size requirements. Drill suitable holes on the hull for cable routing (hole size φ90~φ100mm, or adjust based on actual connector shapes) having first considered how to secure the cables in place using appropriate fixing and sealing hardware (not supplied, as boat specific).
- Page 30 Step 3: Lifting Outboard Screw in the M8 lifting ring and M8x16x1.6 plain washer. Use a lifting rope to attach the outboard to the hoist. Slowly adjust the hoist during a trial lift. If the outboard remains stable without tilting or swinging, you may proceed with the proper lift. Figure 3.4 Lifting objects hazard: when hoisting the outboard keep well clear of people and objects that may be crushed or damaged in the event of a fall.
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Page 31: Propeller Installation/Replacement
Top Cover The top of the outboard contains an internal 4G antenna and GPS module. To avoid signal loss, do not cover this area. 3.3 Propeller Installation/Replacement Steps 1 to 9 apply to propeller replacement, steps 6 to 9 apply to both propeller replacement and first installation: 1.Turn the motor off and disconnect the power. -
Page 33: Connections
When the communication cable length is insufficient and a communication extension cable is necessary, please contact the ePropulsion authorized dealers. When the length of the communication cable from the inboard to the interaction system or battery exceeds 30m, the communication terminators need to be replaced from one 360Ω... -
Page 37: Twin Motor System Connection
When the communication cable length is insufficient and a communication extension cable is necessary, please contact the ePropulsion authorized dealers. When the length of the communication cable from the inboard to the interaction system or battery exceeds 30m, the communication terminators need to be replaced from one 360Ω... -
Page 41: Twin Motor And Twin Console System Connection
When the communication cable length is insufficient and a communication extension cable is necessary, please contact the ePropulsion authorized dealers. When the length of the communication cable from the inboard to the interaction system or battery exceeds 30m, the communication terminators need to be replaced from one 360Ω... -
Page 44: High Voltage Cables Connection
4.2 High Voltage Cables Connection 4.2.1 Making the Power Cables The 96V power cable included is 5m long, with the end connectors for the battery and motor already fitted. You need to cut it to allow for inclusion of the bus box, with the cut position determined by the relative positions of the motor, bus box and battery. -
Page 45: Connecting Cables To The Bus Box
≤0.3mm 1. Fit heat shrink tubing over the joints between the terminals and the inner cables, and (separately) over the shielding layer. Leaving the joints or the shielding exposed to air may result in insulation and system failure. Please use the crimping tool corresponding to the specifications of the terminal to ensure a proper crimping process. - Page 46 (2) Connect the positive cables for Motor, Battery, Charger & DC-DC Module 1. Undo the terminal nuts, and remove the spring and flat washers 2. Install the positive cables (red sleeves) to the terminals on the lower copper bar. The battery cable goes to BAT+, the motor cable goes to MOT+, the DC-DC module goes to 96V- 2+, and the charger cable goes to CHG+.
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Page 47: Connecting The Dc-Dc Module And 12V Battery
(5) Bus Box installation The bus box should be fitted to a flat surface, as far from sources of moisture and heat as is reasonably practical. Depending on the mounting surface, M6 screws or bolts can be used to fix it in place. M6 locking torque is 8N.m. IMPORTANT. -
Page 48: Installation Steps
4.2.3.2 Installation Steps Step 1: Connecting the Bus Bar with the DC-DC Module See 4.2.2 if not already done. Figure 4.5 Step 2: Connecting the DC-DC Output and 12V Battery Figure 4.6 When connecting DC-DC and 12V battery, pay attention to avoid short circuits. Before connecting the DCDC, please determine the positive and negative identification of the input and output terminals, and connect them one by one with the positive and negative copper bars of the bus box and the positive and negative of the battery to avoid... -
Page 49: Connecting The G102-100 Battery Bank
4.2.4 Connecting the G102-100 Battery Bank 4.2.4.1 Required Accessories and Tools ① G102-100 battery bank ② Bus box part completed in step 4.2.2 ③ 96V power cable Ensure that the main switch is turned off before connecting the batteries. Users can also connect multiple batteries in parallel to increase battery capacity. Refer to the G102 battery user manual for battery usage and cautions. -
Page 50: Installation Steps
4.2.5.2 Installation Steps Step 1: Connecting the High-Voltage Motor Power Cable from the bus box Connect the orange self-locking plug on the motor power cable from the bus box to the motor's orange connector. Follow these steps: Open the locking mechanism of the orange self-locking connector, by sliding the latch as shown in Figure 4.8, and lifting the black handle as shown in Figure 4.9. -
Page 51: Connection Of Communication Devices (Helm, Throttle Etc)
This example is for a single-outboard system with a single group of G102 batteries. The setup and connections for other scenarios should be based on the "System Device Connection Plan." Contact an authorised ePropulsion dealer to purchase accessories and for further information. Professional installation recommended. -
Page 52: Installation Steps
② Smart throttle ×1 ③ Smart display 5'' ×1 ④ G102-100 battery ×1 (More may be needed depending on range requirements.) ⑤ CAN Communication 1m Extension Cable ×4 ⑥ CAN Communication 10m Extension Cable ×1 ⑦ CAN Communication 5-Way T-Connector ×1 & CAN Communication 3-Way T-Connector ×2 4.3.1.2 Installation Steps 4.3.1.2.1 Connecting Interactive Devices and Accessories Referring to Figure 4.16, connect the components using the cables as shown. -
Page 53: Smart Throttle Connection
120mm 4.4 Grounding In order to ensure safety and stability of system operation, the X series outboard motor (with a 5-meter-long 13-square grounding line), DCDC module, G102-100 battery, and 12V battery (purchased by the user) must be grounded during system installation. -
Page 54: External 4G & Gps Antenna (If Required)
2. Refer to the figure below, prepare the grounding wire yourself, connect one end to the mounting foot of the G102-100 battery through the M8 fastener (prepare yourself), and connect the other end to the grounding bus or hull grounding point. Figure 4.15 4.5 External 4G &... -
Page 55: Installation Of The External Gps Module
Step 3: Reinstall the outboard top cover. Step 4: Fix the 4G antenna on the boat (outdoors). There are two fixing options, as shown in the following images. Antenna Antenna Steel expansion bolt M8*50 (4PCS User provided) Clip Non-concrete wall Lead out Lead out low loss... - Page 56 • 3M Adhesive Attachment Attach the double-sided adhesive pad to the back of the GPS module as shown below. Make sure the chosen location is clean and dry, then stick the module in place. The bond will take a few hours to acquire full strength. Fixed adhesive sticker External GPS module Figure 4.18 GPS external module adhesive pad fixing...
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Page 57: Communication Terminator Connection
4.6 Communication Terminator Connection Communication terminators are needed to ensure stable communication within the system. Different combinations are required, depending on how many motors are in the system and whether an external GPS module is connected, as shown in the table below. The resistance value of the terminator is marked on the tail. -
Page 58: Operation
5 Operation 5.1 Smart Throttle Button Functions (single & double throttles) Single-throttle operation Button Function Press and hold down this button for 1 second to power the system on or off. Power Switch console (when two throttles are fitted): When the system is turned on, press the Power button twice on the inactive console to activate it. - Page 59 Dual-throttle operation Button Function Press and hold down this button for 1 second to power the system on or off. Power Switch console: When the system is turned on, press the Power button twice on the inactive console to activate it. Direction holding function or anchor mode: Press twice to enter Hold Hold mode, and when in Hold mode press once to exit.
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Page 60: Starting The System
Kill Switch Notes Figure 5.1 Kill Switch can be placed on either end of the Smart Throttle, depending which way throttle is facing. Motor will not work without kill switch in place. Kill switch should be removed when motor is turned off. In an emergency, motor can be stopped by pulling kill switch off throttle. -
Page 61: System Problem Feedback Method After Startup
5.2.2 System problem feedback method after startup If the smart throttle chirps after the system is started and the display displays an error message, refer to Troubleshooting (section 5.11) to solve the problem. 5.3 Perform initial configuration Step 1: Read the system devices After all accessories are assembled, power on, turn on the smart throttle, and the Smart display will automatically read the Serial Numbers (SN) of the devices in the system. - Page 62 1. Configuration display When there are two consoles, the display will display two consoles. By default, the console where the current display is located is Console A. 2. Configure Digital Helm Manually turn the steering wheel more than half a turn to configure the digital helm. 3.
- Page 63 4. After console A is configured, the remaining parts will be automatically matched to console B. 5. Configure motors Click the SN of the motors to configure them to the port and starboard sides of the boat.
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Page 64: Home Page
5.4 Home Page Function Description Setting page Click to go to the setting page. Home page Click to go to the home page. Propulsion page Click to go to the propulsion page. System status READY indicates that the system is ready to start. 4G network signal strength Travelled time/... -
Page 65: Trim
5.5 Trim 5.5.1 Single Motor Trim 5.5.1.1 Single Motor Trim Pop-up Figure 5.2 Click the trim entrance to pop up the control pop-up window. Normal Single Motor Trim When in the pop-up window, the Home page button is not work. Exit The current angle of the propulsion... -
Page 66: Manually Set The Trim Angle
will automatically lower to 0°. Bar： The drawing of propulsion Zero position Drag the bar to adjust the motor's trim angle. with the current angle. It will automatically move with the real-time angle when in One-Step Tilt or One-Step Reset. Single Motor Trim Manually Tilting Current angle：... -
Page 67: One-Step Tilt
Slide the bar to the target angle and release. The real-time angle line moves towards the target angle until the target angle value is reached. Figure 5.3 while the target angle is 52° and the real-time angle is 34° 5.5.1.3 One-Step Tilt Click the one-step tilt button, and the outboard will automatically tilt to the top. -
Page 68: One-Step Reset
5.5.1.4 One-Step Reset When the motor is above the limit, click the one-step reset button, and the motor will automatically lower to 0°. 5.5.2 Multiple Motors Trim 5.5.2.1 SYNC Click the SYNC button to turn on or off the SYNC function. When multiple motors are under SYNC mode, slide any of the bars and all the outboard motors will tilt to the same target angle. - Page 69 Figure 5.5 SYNC mode Figure 5.6 SYNC Trim...
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Page 70: Multi-Motor One-Step Tilt Or Reset
Figure 5.7 Different real-time angle to the same target angle 5.5.2.2 Multi-motor One-Step Tilt or Reset The One-Step Tilt or Reset button will work for all propulsions no matter if they are in SYNC mode or not. If one propulsion needs to tilt or trim, please confirm they are not in SYNC mode, then slide the bar of this propulsion. -
Page 71: Propulsion Page
5.6 Propulsion Page The propulsion system page is accessed by clicking the boat icon, just to the right of top centre on the screen. 5.6.1 Control Console Click on the console icon to view the accessories for each console. -
Page 72: Traction Battery
If an accessory fails, its icon will turn orange or red. Click the fault icon to view the problem in more detail. 5.6.2 Traction Battery Click on the Traction Battery icon to view the remaining power, voltage, and current. -
Page 73: Motor(S)
5.6.3 Motor(s) Click on the Motor icon(s) to view current power, rotational speed and cumulative run time. 5.7 Setting The Settings page is accessed by clicking the gear icon, just to the left of top centre on the screen. This covers three groups of settings: Outboard, Control and General. -
Page 74: Outboard Setting
If enabled, the outboard will reverse to charge the battery when the boat Hydrogeneration is propelled by other means, eg sailing. This will only work if connected to ePropulsion batteries. Click to switch the motor on or off. If the switch springs back, the setting Switch has failed. -
Page 75: Control Console Settings
5.7.2 Control console Settings 5.7.2.1 Smart throttle settings 1. Single-throttle Settings... - Page 76 Function Description Click and set the smart throttle installation mode to starboard Starboard installation. If it springs back, the setting fails. Click and set the smart throttle installation mode to port installation. Port If it springs back, the setting fails. 2.
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Page 77: Display Settings
This will change the display on the home page. Switch speed and distance units between knots (nautical miles per hour), km/h (kilometres per hour) and mph (miles per hour). This Units will change the display on the home page and ePropulsion setting page. -
Page 78: Helm Settings
5.7.2.3 Helm Settings Function Description Adjust the number of turns required to turn the steering from lock to Number of turns lock , Range: 1to 5 turns When at Free Helm Mode, the helm wheel will not unlock when the Free Helm Mode electric steering is at the limit positions. -
Page 79: General Settings
5.7.3 General settings 5.7.3.1 System firmware information Function Description System version Display the system/software version. Serial Click Device List to go to the device serial number list page. You can number view all device SN and software and hardware version. When there is a new version available, you will be prompted with the content of the new version and the estimated time to update.. -
Page 80: Maintenance - All Maintenance Timing Tips
Device list page 1. Click Reset to reset the device original factory settings. 2. Device List displays the SN and software and hardware versions of all components of the propulsion. 5.7.3.2 Maintenance - All maintenance timing tips The system automatically calculates the maintenance time based on various maintenance items. -
Page 81: Charger Power Setting
5.7.3.3 Charger Power Setting Press Input to set the maximum charging current and voltage. The maximum charging current range is 5 to 60A. The voltage can choose between 220V, 110V, 100V, 120V, 127V, 230V, 240V. Press Restore Default Settings to restore all the settings by default. -
Page 82: Master Password Mode
5.7.3.4 Master Password Mode It is under development. After turning on the Master Password mode, input the same 4-digit password twice to activate. After turning on the systems or entering IDLE mode, only after inputting the proper password to sail the ship. If forget the password or the display does not work, manually disconnect the display communication cable, and the system will unlock automatically. -
Page 83: Operation
5.8 Operation 5.8.1 Checks before starting 1. Ensure the propeller is correctly installed on the outboard motor. 2. Ensure the outboard motor is correctly installed on the boat. 3. Before turning on the power, ensure the throttle and steering wheel are properly positioned. 4. -
Page 84: Steering Control
Neutral Forward Neutral Forward Backward Backward Port Starboard Figure 5.8 5.8.4 Steering Control 5.7.4.1 Steering Control with Digital helm Secure the digital helm on the dashboard using screws, then connect the system's CAN communication cable to the communication interface at the bottom of the digital helm (see section 4.3). - Page 85 Down Figure 5.9 • Tilt Adjustment Button on the Smart Throttle Remote Control Tilt Adjustment Button 广东逸动科技有限公司 Guangdong ePropulsion Technology Limited Figure 5.10 • Tilt Adjustment Button on the Display 广东逸动科技有限公司 Guangdong ePropulsion Technology Limited Figure 5.11...
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Page 86: Adjusting The Boat's Trim Angle
5.8.5.2 Adjusting the Boat's Trim Angle When the boat is planing, raising the bow appropriately reduces resistance, improves stability, and enhances efficiency. Typically, the boat's centerline is raised by 3° to 5°. If the bow is raised too far, the boat tends to turn to one side or the other, requiring compensation during steering. Lowering the bow makes it easier to accelerate from a standstill to planing speed. -
Page 87: Motor Tilt
5.8.5.4 Motor Tilt If the outboard motor is going to be shut down for a period or the boat will be parked in shallow water, the outboard motor should be tilted upward to prevent damage to the propeller and motor housing due to collision with underwater obstacles. -
Page 88: Hydro Generation Function
4. Boat speed is above 6km/h or the shaft rotation speed remains above 400rpm for 4 seconds. 5. ePropulsion batteries are connected, including a communication cable (as well as main power cables etc). It will not work with other manufacturer's batteries. -
Page 89: Idle Mode, Sleep
5.10 Idle Mode, Sleep For convenience and enhancing experience in various scenarios, the X-series outboard motor is equipped with idle mode, sleep mode, and wake-up function. 5.10.1 Idle Mode In scenarios such as short-term anchoring, leisure, or entertainment, press the function button at the bottom of the smart display to enter the anchoring mode page and the activate idle mode to prevent accidental triggering of the interactive system and avoid potential risks to users. -
Page 90: Cautions
5.11 Cautions 1. In case of emergencies, such as a crewmember falling into the water, you can pull the kill switch off the throttle to stop the outboard. The product will automatically shut down if it is not running properly. It will shut down in the following situations: •... -
Page 91: Troubleshooting
5.12 Troubleshooting 5.12.1 Mechanical Faults/Solutions NOTE: most "abnormalities" are caused by external factors such as weed or rope around propeller, foreign objects caught in steering mechanism, etc. Please check for such issues before assuming there is a mechanical fault! Failure Possible Reasons Possible Solutions Repair or replace the tilt and... -
Page 92: System Faults/Solutions
5.12.2 System Faults/Solutions The operating environment of the machine is relatively complex, such as extreme weather, extreme waters, etc. If you cannot find an effective solution from the following troubleshooting list, or if the fault occurs repeatedly, please contact the after-sales service in time, and we will provide you with professional advice. - Page 93 Fault position Fault name Fault code Suggested measures 1. Overhaul the motor or drive system. The motor 2. Check whether the heat dissipation is seriously P100203 channel is blocked. overheated 3. Check coolant level 1. Check the operating conditions. MOS general P100402 2.
- Page 94 Fault position Fault name Fault code Suggested measures Auxiliary power 1. Check the external input 12V power P130B11 overvoltage supply Auxiliary 1. Check the external input 12V power power supply P130C11 supply undervoltage 1. Check the BMS line and cable 2.
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Page 95: Control Failures & Limp Home Modes
Fault position Fault name Fault code Suggested measures Throttle 1. Keep away from strong magnetic calibration data H120203 fields and recalibrate abnormal Wired remote Abnormal throttle 1. Keep away from strong magnetic H120003 operation box angle fields and recalibrate Kill switch 1. -
Page 96: Temporary Running Mode
Fault position Trigger condition Processing strategy Low SOC Linear power drop High voltage interlock X-ECU Limit the maximum power to 5kW failure Close Secondary failure Reduce power by 50% operation Stop the outboard first and push the throttle Level three failure again, then limit the power to 6kW, and manually control the steering Electric... -
Page 97: Manual Trim
5.13.3 Manual Trim If the tilt and trim system fails, and not being able to adjust the trim angle would make it unsafe to return to port, the electric tilt and trim can be released by using 25mm socket and corresponding wrench to remove the plug and using 14mm socket to rotate the bottom release nut to allow manual adjustment. -
Page 98: Connection To External Nmea 2000 Devices
5.14.2 Connection to external NMEA 2000 devices The X-series outboard motor supports communication with external devices using the NMEA 2000 protocol. Follow these steps to connect the NMEA2000 device: (1) Remove the outboard's upper cover. (2) Connect the NMEA2000 connector as shown in the diagram and tighten it. (3) Secure the NMEA2000 communication cable in the cable groove. -
Page 99: Emergency Situations
6.2 Swamped or Submerged Outboard If the outboard is swamped or submerged, then turn off the main power switch and disconnect the battery. The outboard should be thoroughly inspected (by an authorised ePropulsion dealer), and repaired as necessary, before further use. -
Page 100: Maintenance
7 Maintenance 7.1 Maintenance 7.1.1 Routine maintenance Maintenance Maintenance items Maintenance methods frequency All parts of the outboard that have been Fresh water flushing underwater, or splashed, should be rinsed After each use after use with fresh water after each use Please lift the outboard after each use. -
Page 101: Partial Maintenance And Care Guidelines
7.2 Partial Maintenance and Care Guidelines 7.2.1 Anodes Replacement (1) Clamp Anodes The outboard has one anode at the base of the clamp. The anode is essential for corrosion protection, and must be inspected/replaced regularly in order to maintain warranty cover. This is especially the case when used in seawater, which can accelerate corrosion. -
Page 102: Anode Inspection & Replacement
7.2.2 Propeller The propeller is an important component of the outboard motor. To ensure safe navigation and optimal performance, the propeller should be regularly removed and inspected. During the inspection, pay attention to the following: (1) Check the propeller blades for wear or other damage. (2) Check if the propeller shaft is damaged. - Page 103 7.2.5 Check Grounding Wires Inspect each grounding wire to ensure it is securely fastened, as shown in the diagram below. Grounding wire of clamp Grounding wire of trim & tilt device Figure 7.4...
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Page 104: Limited Warranty
In all warranty cases, ePropulsion will only bear the repair or replacement cost for items that are covered by the Limited Warranty. Any costs not covered by the Limited Warranty – such as those related to product installation, disassembly, transportation, financing, rental, etc –... -
Page 105: Warranty Exclusions
The process shown below must be followed in order to make a Limited Warranty claim: 1. Contact your nearest ePropulsion Service Partner with details of the problem. They will advise if such defects are covered by the Limited Warranty or any additional rights you may have from your purchase. - Page 106 6. If your warranty claim is rejected, a repair/replacement cost and fee with round trip delivery cost will be estimated and sent to you for confirmation. ePropulsion Service Partners will only begin the work after your written confirmation that you wish to proceed with the repair/...
- Page 109 (*In order to validate warranty, please fill in this form first and read the Warranty Policies.) OWNER INFO. Owner Name Address Phone Email DEALER INFO. Store Name Address Phone Email PRODUCT INFO. Date of Purchase (mm/dd/yyyy) Serial No.
- Page 112 Thanks for reading this user manual. If you have any concerns or find any problems while reading, please don't hesitate to contact us. We are delighted to offer service for you. Guangdong ePropulsion Technology Limited Website: www.epropulsion.com E-Mail: service@epropulsion.com...
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