What to do if I need great effort to turn the white knob on my SUEX Diving vehicle?
If great effort is needed to turn the white knob on your SUEX Diving vehicle, the knob has likely been damaged and must be replaced.
What to do if tightening the knob on my SUEX Diving vehicle turns freely and does not stop the propeller?
If tightening the knob turns freely and does not stop the propeller, too much force was used to tighten the knob and it was damaged, so it must be replaced.
What to do if tightening the screw on the knob turns it empty on my SUEX Diving vehicle?
If tightening the screw on the knob turns it empty on your SUEX Diving vehicle, the knob has been damaged and must be replaced.
What to do if the clutch skips and the SUEX diving vehicle does not move forward?
If the shaft pin is in the correct position in the propeller seat, but the clutch skips and the DPV does not move forward, the traction pin or the propeller hub has been damaged and must be replaced.
Describes the basic functionality and components of the underwater scooter.
Details the individual components and their locations on the scooter.
Lists all items included in the product package for verification.
Explains how to identify the specific product model and its serial number.
Describes the mandatory label on the scooter and its importance for safety.
Emphasizes the necessity of proper training and certification for scooter operation.
Guides on correct diver and equipment setup for optimal and safe scooter use.
Details the correct method for connecting the DPV to the diver using harness and tow cord.
Illustrates the proper way to attach the tow cord to the scooter for secure connection.
Step-by-step guide for initiating the scooter before a dive.
Instructions on how to access the scooter's battery compartment.
Step-by-step guide for safely removing the battery from the compartment.
Explains the limitations and interpretation of the battery charge indicator.
Instructions for correctly placing the battery back into the scooter.
Steps to securely close the battery compartment after insertion.
Details the function and operation of the main power switch for safety.
Explains the adjustable handle and cruise control features for operation.
Guide on adding ballast to achieve neutral buoyancy in salt water.
Advice on using the scooter for descent and potential risks.
Warnings against using the scooter for rapid ascents and proper procedure.
Emphasizes not exceeding the maximum operating depth and factors affecting it.
Safety and training requirements for diving in overhead or confined spaces.
Risks and training needs for diving in low visibility or silty conditions.
Covers risks of impact, crushing, laceration, entanglement, and cuts from the propeller area.
Caution against finger entrapment when closing scooter parts.
Explains the torque limiter function and what to do if it triggers.
Lists various electronic and mechanical safety features integrated into the scooter.
Details the battery's electronic protection against deep discharge.
General advice on storing the scooter in a cool, dry, and ventilated place.
Specific steps for storing the scooter long-term and bringing it back into use, including battery care.
Instructions for cleaning and lubricating O-ring seals for proper enclosure sealing.
Advice on cleaning and maintaining the closing knob seals, especially after contact with sand.
Information on the aluminum body's durability and care, noting warranty coverage.
Step-by-step guide for safely removing the propeller without tools.
Instructions for correctly installing the propeller onto the motor shaft.
Basic maintenance recommendations for the prop lock propeller, focusing on cleanliness.
Specific troubleshooting steps for issues related to the prop lock propeller and its knob.
Detailed technical data for the XJT model, including dimensions, weight, and performance.
Detailed technical data for the XJS model, including dimensions, weight, and performance.
States the noise and vibration levels of the scooter according to standards.
Regulations and packaging requirements for transporting Li-ion batteries separately.
Regulations for transporting Li-ion batteries while installed within the scooter.
Certifies the product's compliance with RoHS directive regarding hazardous substances.
Certifies the product's compliance with the WEEE directive for waste electrical equipment.
General| Brand | SUEX |
|---|---|
| Model | XJS |
| Category | Diving vehicles |
| Language | English |
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