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Step-by-step guide for removing the lens housing, replacing batteries, and reassembling.
Instructions on how to activate and deactivate the flashlight using the switch lever.
Essential checks for o-ring and lens integrity to prevent flooding during scuba diving.
Details on lamp type, battery type, and available replacement parts like the o-ring.
Critical safety information and recommendations for using alkaline batteries correctly.
Step-by-step guide for removing the lens housing, replacing batteries, and reassembling.
Instructions on how to activate and deactivate the flashlight using the switch lever.
Essential checks for o-ring and lens integrity to prevent flooding during scuba diving.
Details on lamp type, battery type, and available replacement parts like the o-ring.
Critical safety information and recommendations for using alkaline batteries correctly.
The Pelican Nemo 2410 LED Submersible is a robust and reliable lighting device designed for various applications, particularly those involving water and demanding environments. This flashlight is engineered to provide illumination in challenging conditions, making it suitable for activities such as scuba diving, outdoor adventures, and general utility where a durable and waterproof light source is essential. Its design emphasizes ease of use, safety, and longevity, ensuring consistent performance when needed most.
The primary function of the Pelican Nemo 2410 LED Submersible is to provide a portable and powerful light source. Utilizing LED technology, it offers efficient illumination with a long lifespan, making it a practical choice for extended use. The submersible nature of the device means it is specifically designed to operate effectively underwater, resisting water ingress even under pressure. This capability is crucial for divers, allowing them to explore underwater environments with clear visibility. Beyond its submersible qualities, the flashlight serves as a general-purpose illumination tool for any situation requiring a bright and durable light. Its construction is geared towards resilience, ensuring it can withstand impacts, harsh weather, and the rigors of frequent use. The device's internal components are protected against environmental factors, contributing to its overall reliability and performance in diverse settings.
Operating the Pelican Nemo 2410 LED Submersible is straightforward, with user-friendly features designed for quick and efficient deployment.
Battery Installation: The process for installing batteries is simple and intuitive. To begin, the lens housing is removed by turning it counter-clockwise. This action grants access to the internal components. Next, the lamp and contact module are carefully removed. Used batteries are then taken out and replaced with fresh ones, ensuring correct orientation as indicated on the engraved body of the flashlight. After inserting new batteries, the contact module and lamp are replaced. Finally, the lens housing is reattached by aligning it squarely on the threads and turning it clockwise, applying slight pressure to ensure a secure seal. This method ensures that the flashlight remains watertight and ready for use.
ON/OFF Operation: The flashlight features a simple switch lever for activation and deactivation. To turn the light on, the user swings the switch lever to the right, with the light facing away from them. This action engages the LED, providing immediate illumination. To turn the light off, the switch lever is swung to the left, again with the light facing away from the user. This straightforward mechanism allows for quick and easy control of the light, even when wearing gloves or in low-visibility conditions.
Scuba Diving Application: For scuba diving, specific usage guidelines are provided to ensure optimal performance and safety. Before each dive, it is critical to inspect the O-ring and the mating lens lip surface for any signs of damage, such as cuts or scratches. Any compromise to these surfaces can lead to immediate flooding of the light under pressure. Additionally, all O-ring sealing surfaces must be free of salt deposits, sand, dirt, and any other foreign matter that could interfere with the seal. To maintain the integrity of the watertight seal, the threads, O-ring groove, and the inside lip of the lens should be lubricated with silicone grease. This regular maintenance is essential for preventing water ingress and ensuring the flashlight's reliability during underwater operations.
Battery Safety and Replacement: The device is designed to operate with specific battery types, and adherence to these recommendations is crucial for safety and performance. Users are advised not to mix battery brands or use Nicad or Zinc Carbon batteries. Furthermore, mixing old and new batteries is discouraged; all batteries should be replaced at the same time to ensure consistent power delivery and prevent potential issues. The flashlight contains hydrogen gas absorber pellets, which are present to absorb hydrogen gas that may be emitted by defective, leaking, reversed polarity, or heavily discharged batteries. If these pellets become wet, they should be allowed to air dry. This safety feature helps mitigate risks associated with battery malfunction. When replacing batteries, it is important to replace all of them simultaneously, avoid mixing brands or old and new batteries, and always insert them correctly with regard to polarity (+ and -) as marked on both the battery and the equipment. Batteries should not be changed in a hazardous location, and if the light is not to be used for an extended period, batteries should be removed to prevent leakage and corrosion.
Maintaining the Pelican Nemo 2410 LED Submersible involves several key practices to ensure its longevity and reliable performance.
O-Ring Inspection and Lubrication: Regular inspection of the O-ring and the mating lens lip surface is paramount, especially for scuba diving applications. Any damage to these components can compromise the watertight seal. Keeping these surfaces clean and free from debris like salt deposits, sand, and dirt is essential. Lubricating the O-ring groove, threads, and the inside lip of the lens with silicone grease helps maintain the seal's integrity, ensuring the flashlight remains submersible and protected from water ingress.
Battery Management: Proper battery management is a critical aspect of maintenance. This includes replacing all batteries at the same time, avoiding the mixing of different battery brands, and ensuring correct polarity during installation. For periods of non-use, it is strongly recommended to remove the batteries from the device. This prevents potential issues such as battery leakage and corrosion, which can damage the internal components of the flashlight and impair its functionality.
Hydrogen Gas Absorber Pellets: The flashlight incorporates hydrogen gas absorber pellets as a safety feature. If these pellets become wet, they should be allowed to air dry completely. This ensures their continued effectiveness in absorbing any hydrogen gas that might be emitted by batteries, thereby enhancing the safety of the device.
No Modification Policy: A crucial maintenance directive is to "DO NOT MODIFY THIS PRODUCT!" Any unauthorized modifications can compromise the flashlight's safety features, performance, and structural integrity, potentially leading to malfunction or injury. Adhering to the manufacturer's original design and components is vital for maintaining the device's intended functionality and safety standards.
Battery Safety Bulletin Adherence: The device's safety approvals for hazardous locations are contingent on using specified cell types and brands. Users should always read and follow the battery manufacturer's recommendations for appropriate use. The use of alternative battery technologies may reduce performance, and it is imperative to ensure batteries are inserted correctly according to polarity markings.
By following these usage and maintenance guidelines, users can ensure the Pelican Nemo 2410 LED Submersible remains a dependable and effective lighting tool for all their needs, particularly in challenging and submerged environments.
General| Run Time | 5h 45m |
|---|---|
| Beam Distance | 170 meters |
| Battery Type | AA Alkaline |
| Water Resistance | IPX8 |
| Weight | 7.0 oz (198g) with batteries |
| Light Source | LED |
| Waterproof | Yes |
| Submersible | yes |
| Body Material | Xenoy |
| Material | Xenoy |
