To Next PageTo Next PageWhy does my MaxPower CT80 thruster lack power?
To address a lack of power in your MaxPower Boat thruster, verify the propellers are properly fitted. Also, check the battery size, ensure the batteries are sufficiently charged, and confirm all connections are correctly tightened. It's also important to inspect the power cable sections, referring to page 6 for recommended cable sizes.
What to do if the relay clicks but the motor doesn't run on my MaxPower Boat?
If the relay is clicking but the motor isn't running on your MaxPower Boat, you should check the motor's power fuse, the main battery isolator, and the internal relay contacts. Additionally, verify the battery conditions and connections to ensure they are in good working order.
How to fix a MaxPower CT80 control panel that doesn't light up?
If the control panel of your MaxPower Boat does not light up, check the 6-wire connector behind the joystick and the thruster's electronic control box 6-wire connector. Also, inspect the circuit breaker/switch in the boat's main DC distribution panel and the control box's power fuse (8 A).
What to do if the motor runs but the thruster doesn't work on my MaxPower CT80?
If the motor is running but the thruster isn't working on your MaxPower Boat, first check that the propellers are fitted correctly. Then, inspect the motor/drive leg assembly. Also, ensure the tunnel isn't obstructed and the propellers aren't blocked.
Specifies minimum tunnel depth, distance from waterline, and forward placement for optimal performance.
Details supporting the electric motor, ensuring a dry/ventilated zone, and battery placement proximity.
Defines specific centering requirements for CT60 mono and CT80 duo propellers/drive legs within the tunnel.
Guides on tracing elliptical shapes using a compass and cutting the hull openings.
Instructions for preparing the hull interior and exterior around the tunnel opening for bonding.
Details on applying fibreglass filler, resin, and creating a watertight barrier for secure installation.
Advice on creating smooth hydrodynamic lines by leaving gaps and applying finish coats for optimal water flow.
Highlights the specific tunnel area that must not be laminated to allow for motor support attachment.
Specifies the correct centering of propellers and drive legs for CT60 mono and CT80 duo models.
Covers marking, drilling, and using gaskets to verify alignment for fixing screws.
Steps for positioning, tightening screws, and applying sealant for the motor support and drive leg assembly.
Instructions for placing the electric motor onto its support and ensuring proper shaft alignment.
Details on tightening the four motor support screws to the specified torque.
Guidance on inserting drive pins, fitting propellers, and tightening the securing screw.
Recommendation to apply silicon grease to shafts and seals to prevent calcium buildup.
Notes that installing protection grills is possible but may affect thruster performance.
Warnings about incorrect installation, voltage drop effects, and the importance of cable quality.
Explains that fuse selection should consider cable capacity rather than thruster amperage.
Suggests using maintenance-free starting batteries with high CCA outputs for thruster power.
Details on installing a fused breaker, an 8A fuse, and managing voltage drop in power cables.
Discusses the necessity of installing electric and manual battery isolators for safety and functionality.
Describes the procedure for switching the thruster ON and OFF using the control panel buttons/joystick.
Explains the built-in time delay for left/right thrust to prevent rapid direction changes.
Details the thermal switch-off mechanism, including alarm signals and automatic shutdown.
Describes how the thruster automatically switches off after a period of inactivity.
Guidelines for installing control panels in accessible locations, protected from elements.
Emphasis on using rubber seals and correct installation for panel waterproofing.
Advice on clipping the face panel and keeping the area behind the dashboard dry to prevent contact oxidation.
Specifies that tests must be conducted with the boat in water, batteries charged, and engines running.
Notes the standard maximum continuous operating runtime and its dependence on ambient temperature.
Lists specific locations for measuring voltage to identify and diagnose voltage drop issues.
Explains how voltage drop affects performance and outlines checks for low voltage readings.
Instructions for switching on, operating the joystick/buttons, and correcting direction wiring.
Advice on anticipating boat momentum and releasing control before reaching the target position.
Warns against operating the thruster in areas with swimmers or floating debris for safety.
Specifies the maximum continuous running time limit for the thruster.
Details the thermal switch-off mechanism, including alarm signals and automatic unit shutdown.
Emphasizes cutting power at all points and ensuring circuits are isolated before any work.
Reiterates the warning against storing flammable products near electrical components.
Advises against using the thruster in areas with swimmers or floating debris for safety.
Covers regular checks of batteries, electrics, and cleaning of motor brushes.
Instructions for drive leg oil, anodes, cleaning, antifouling, and seal lubrication.
States the diagram is a guide and local rules for high-current circuits must be respected.
Guidance on connecting batteries according to thruster voltage, in series or parallel.
Illustrates the connections between the control panel, electronic control box, and power supply.
Notes on protecting the positive supply cable with a fuse and installing a separate breaker/switch.
Diagram illustrating numbered components of the CT60/CT80 thruster system for identification.
Lists specific part numbers, descriptions, quantities, and references for motors and drive legs.
Lists part numbers, descriptions, and references for electronic control boxes, fuses, and fuse holders.
Provides checks for when the control panel does not light up, focusing on connections and fuses.
Lists checks for relay clicking but motor not running, including fuses, isolators, and battery conditions.
Covers checks for motor running but no thruster action, and for the thruster lacking power.
Instructions to consult the website for finding the nearest Max Power distributor.
Outlines the format and sections covered within the warranty document.
Defines terms like Dealer, End User, Installer, Manufacturer, and Serial Number.
Specifies the two-year coverage period and states the warranty is transferable to subsequent owners.
Details the methods for registering the purchase to obtain extended warranty coverage.
Details the coverage, parts, and labour provided during the first and second year of warranty.
Lists specific conditions, damages, and costs that are not covered by the warranty.
Outlines the steps to follow when reporting a problem and initiating a warranty claim.
Fields for the boat owner and skipper to provide personal and contact details.
Section for installer to record boat and thruster installation details, plus an installation checklist.
Instructions on how to submit the completed warranty form to Max Power to activate coverage.
General