Paslode 404717 Battery Guide: Tech Tips for Cordless Drill Users

This guide shared by BattAussie experts aims to provide Paslode cordless tool users, particularly those utilizing or considering the 404717 battery (and its modern equivalents) for cordless drills in Australia and the USA, with a comprehensive understanding. It covers technical specifications, critical compatibility nuances (especially concerning drills), best practices for usage and maintenance, and troubleshooting common issues.

Applicable Audience & Scope: This document is primarily for individuals who own, or are contemplating the use of, the Paslode 404717 battery or its direct NiMH replacements (such as the Paslode 018890) with Paslode cordless tools. A specific focus is placed on addressing the applicability and performance of this battery type in the context of Paslode cordless drills. The guide covers both the original Nickel-Cadmium (NiCd) 404717 and common Nickel-Metal Hydride (NiMH) alternatives.

Guideline Quick Look:

• In-depth details of the Paslode 404717 tool battery and its prevalent replacements/equivalents.
• Crucial compatibility information pertaining to nailers, chargers, and an analytical examination of its use in Paslode cordless drills.
• Practical technical tips for optimal charging, effective usage, and sound maintenance strategies.
• Regional considerations for users based in Australia and the United States of America.
• Troubleshooting common battery and tool-related problems, alongside essential safety guidelines.

Paslode 404717 & Equivalents: The Core Details

Understanding the foundational Paslode 404717 battery and its modern successors is crucial for any user. This section breaks down their key characteristics.

Original Paslode 404717 (NiCd) – The Foundation

The Paslode 404717 is the original battery designed for a range of Paslode cordless tools, forming the basis for many subsequent compatible models and chemistries.

• Battery Part Number: The primary part number is 404717. It is also cross-referenced or known by other identifiers such as B20544E and BCPAS-404717 (AussieBatt Listing for Paslode 404717, AussieBatt Paslode Battery Product Page).
• Voltage: Standardized at 6 Volts (6V).
• Original Chemistry: Nickel-Cadmium (NiCd). This chemistry was common for power tools of its era, known for durability but also for the “memory effect.”
• Physical Form: It features a distinctive oval shape, which is key to its compatibility with Paslode tools and chargers designed for this form factor (Paslode Official Accessory Page snippet).
• Original Capacity Range: The capacity for original NiCd versions typically ranged from 1300mAh (1.3Ah) to approximately 2600mAh (2.6Ah). Some official Paslode sources phrase performance in terms of work output for nailers, such as “up to 4,000 nails per charge” .
• Weight & Dimensions: The approximate weight is around 305g (10.76oz). Typical dimensions are in the vicinity of 134.60mm x 49.40mm x 28.10mm, though slight variations might exist between different manufacturing batches or third-party versions.

NiMH Replacements – The Upgrade Path (incl. Paslode 018890)

As battery technology evolved, Nickel-Metal Hydride (NiMH) became a popular upgrade choice, offering several advantages over NiCd.

• Improved Chemistry: Many third-party manufacturers, and indeed Paslode itself with its model 018890, offer replacements using NiMH chemistry.
• Advantages of NiMH:
  • Generally higher capacity: NiMH versions are available in capacities such as 3000mAh, 3300mAh, 4000mAh, and even up to 4500mAh or 6000mAh for some aftermarket versions (AussieBatt 3000mAh NiMH).
  • No significant “memory effect,” which allows for more flexible charging without needing to fully discharge the battery each time.
  • Often marketed for longer runtime; for instance, a 3300mAh NiMH battery might be promoted as offering “154% More Runtime” compared to an original 1300mAh NiCd model.
• Paslode Part Number 018890: This is an official Paslode NiMH oval battery, typically specified with a 1.5Ah (1500mAh) capacity, designed as a direct replacement for the older 404717 NiCd battery. It is intended for use in the same range of tools, primarily older Paslode gas nailing tools.

Understanding Key Battery Terminology for Paslode Users

Familiarity with these terms will help in making informed decisions about battery selection, use, and maintenance.

• Voltage (V): This refers to the electrical potential difference the battery provides. For the 404717 and its equivalents, this is 6V. It’s crucial that the battery voltage matches the voltage requirement of the cordless tool.
• Capacity (Ah/mAh): Ampere-hours (Ah) or milliampere-hours (mAh) measure the battery’s energy storage capability. A higher Ah/mAh rating generally translates to longer runtime between charges. For example, a 3000mAh battery theoretically provides twice the runtime of a 1500mAh battery under identical load conditions.
• Watt-hours (Wh): Watt-hours are another measure of a battery’s total energy capacity, calculated by multiplying voltage (V) by amp-hours (Ah). For example, a 6V, 3.3Ah battery has an energy capacity of 19.8Wh (6V * 3.3Ah = 19.8Wh).
• Cycle Life: This indicates the number of full charge and discharge cycles a battery can endure before its storage capacity degrades to a specified percentage of its initial capacity (often 80%). Some NiMH replacements for the 404717 claim a cycle life of up to 500-800 cycles (Batteryfast.org claims up to 800 cycles, Batteries-company.com claims 500 cycles).
• Self-Discharge: All rechargeable batteries lose charge gradually over time, even when not in use. This is known as self-discharge. NiMH batteries traditionally had a higher self-discharge rate than NiCd batteries, but modern Low Self-Discharge (LSD) NiMH formulations have significantly improved this characteristic.
• Memory Effect: This phenomenon primarily affects NiCd batteries. If a NiCd battery is repeatedly recharged after only being partially discharged, it may “remember” this reduced usage cycle and subsequently only deliver that reduced capacity, effectively lowering its usable full capacity. NiMH batteries are largely free from this issue.
• Connector Type: The Paslode 404717 and its oval-shaped equivalents feature a specific integrated connector designed to mate with the corresponding Paslode tools and chargers. This physical and electrical interface is crucial for proper function and safety.

Compatibility: Nailers, Drills, and Chargers (Crucial for Drill Users)

Ensuring compatibility between the battery, tool, and charger is paramount for performance, safety, and longevity. This section provides a detailed examination, with a special focus on cordless drill applications.

Primary Compatibility: Paslode Cordless Nailers

The Paslode 404717 (NiCd) and its NiMH replacement, the 018890, were predominantly designed and documented for use with Paslode’s range of cordless gas-actuated nailers.

• These batteries power the electronic components of the nailer, such as the fan that mixes fuel and air, and the spark ignition.
• Known compatible Paslode nailer series and specific models include:
  • IM200 F18 (Finish Nailer)
  • IM250 series (e.g., IM250, IM250A, IM250A F16, IM250 II – Finish Nailers)
  • IM350 series (e.g., IM350A, IM350CT – Framing Nailers)
  • IM45 (Coil Nailer)
  • IM50 (Finish Nailer)
  • IM65 series (e.g., IM65, IM65A – Finish Nailers)
  • CF-325 (Framing Nailer)
  • PS604N
  • Specific tool model numbers often cited: 404400, 900400, 900420, 900421, 900600, 901000, 902000, B20720. (Canfeicn product description, AussieBatt compatible models).
• Emphasis: Official Paslode documentation and product descriptions consistently highlight nailer applications for this oval battery form factor. While “all cordless tools” is sometimes mentioned, the specific examples are almost always nailers.

Paslode Cordless Drill Compatibility – A Detailed Examination

The central query for many users is the compatibility of the 404717-style battery with Paslode cordless *drills*. This requires careful consideration.

• The User’s Core Question: This guide specifically addresses users investigating the use of the 404717 oval battery, or its NiMH replacements like the 018890, with Paslode cordless drills.
• Official Information Scrutiny:
  • Paslode’s own product literature for the 404717 battery sometimes broadly states compatibility with “all Paslode cordless tools, except the cordless stapler” or for “legacy Paslode Cordless Ni-Cd Framing and Finish nailers”.
  • However, specific Paslode *cordless drill models* that utilize this 6V oval battery are not prominently featured or easily identifiable in current official Paslode documentation or the provided reference materials.
• Third-Party Seller Information:
  • Some third-party battery retailers market the 404717 and its replacements as a “drill battery” or compatible with “Paslode cordless tools,” which could imply suitability for drills (AussieBatt refers to “Paslode 404717 Drill Battery”).
  • Despite this, these sellers rarely cite specific compatible Paslode drill model numbers that use this oval battery.
• Paslode’s Tool History Context:
  • Paslode was a pioneer in cordless gas-powered nailers, launching their first in 1986. It is conceivable that during that era or subsequently, Paslode may have produced cordless drills that shared the same 6V NiCd oval battery platform for system consistency.
  • However, detailed records or prominent marketing of such specific drill models using the 404717 battery are not readily available in the provided contemporary reference materials.
• Critical Caveats for Drill Users:
  1. Verify Physical Fit: The primary check is to ensure the oval battery’s shape and connector physically match your specific Paslode drill model’s battery compartment and electrical terminals.
  2. Confirm Voltage Compatibility: The drill MUST be designed for a 6V battery system. Using an incorrect voltage can damage the tool or battery.
  3. Power Demands of Drills: Cordless drills, particularly when used for tasks like drilling large diameter holes or driving long screws into hard materials, can have significantly higher and more sustained instantaneous power demands compared to the intermittent power draw of a nailer’s electronics. A 6V NiCd or NiMH battery platform might offer limited performance (torque, speed, and runtime) in demanding drill applications, especially when compared to modern, higher-voltage (e.g., 18V+) Lithium-Ion drill batteries.
  4. Consult Original Drill Manual: If you possess an older Paslode cordless drill, its original operating manual is the most authoritative source for confirmed battery compatibility information.
• Conclusion on Drill Compatibility: While the Paslode 404717 battery (and its oval NiMH replacements) *may* be compatible with certain older, legacy, or potentially discontinued Paslode cordless drill models, **users must exercise extreme caution and meticulously verify compatibility for their specific drill.** This battery form factor is not a mainstream or high-performance solution for contemporary cordless drills. Its primary design and proven application lie with Paslode cordless nailers.

Paslode Battery Charger Compatibility

Using the correct charger is vital for battery health, safety, and longevity.

• Original NiCd Chargers: Paslode manufactured chargers specifically designed for their 6V NiCd oval batteries, such as the Paslode 900200 charger (Paslode 7.4V Li-ion 902600 Battery Charger).
• NiMH Charging Considerations: If using a NiMH replacement battery (like the Paslode 018890 or aftermarket versions), it is crucial to ensure your charger is compatible with NiMH chemistry.
  • Some older chargers designed exclusively for NiCd batteries may not charge NiMH batteries correctly, potentially leading to undercharging, overcharging, or even damage.
  • Modern “smart” or multi-chemistry chargers can often handle both NiCd and NiMH chemistries safely and effectively.
• Paslode Chargers for 018890 (NiMH): Paslode also offers chargers that are compatible with their 018890 NiMH battery and by extension, other similar NiMH replacements.
• Aftermarket Chargers: A variety of aftermarket chargers are available, with many claiming compatibility with both NiCd and NiMH versions of the 404717-style oval battery (batteryfast.org power tools battery charger page). Always verify the charger’s specifications and safety features before use.
• Charge Time: Typically, a full charge for a 404717-type battery using an appropriate Paslode charger takes approximately 2 hours. Charge times for higher-capacity NiMH batteries or when using different chargers might vary.

Technical Tips for Optimal Performance (Focus on Longevity & Reliability)

Maximizing the performance and lifespan of your Paslode 404717 (or equivalent) batteries involves adherence to best practices for charging, usage, storage, and maintenance.

Charging Best Practices

• First Use Protocol: New batteries, whether NiCd or NiMH, are typically shipped in a partially discharged state for safety and shelf life. It is essential to fully charge them before their first use. Some NiMH batteries, especially higher capacity aftermarket ones, may benefit from 2-3 initial full charge and discharge cycles (i.e., using the tool until the battery is depleted, then fully recharging) to “condition” the cells and help them reach their peak operational capacity (AussieBatt recommendation).
• Charger Selection is Key: Prioritize using original Paslode chargers specifically designed for your battery type (NiCd for the original 404717, NiMH-compatible for the 018890 or other NiMH replacements). If opting for an aftermarket charger, scrupulously verify that it explicitly states compatibility with your battery’s chemistry (NiCd/NiMH) and voltage (6V), and ensure it incorporates essential safety features like overcharge protection and temperature monitoring.
• NiCd Charging Specifics: NiCd batteries can generally be charged as needed. However, to mitigate the “memory effect,” it’s advisable to periodically allow the battery to fully discharge through normal tool use before recharging it. This helps maintain its full capacity range over time.
• NiMH Charging Specifics: NiMH batteries perform best when charged before they are fully depleted. They are not susceptible to the memory effect, so partial charges are acceptable and even preferable to frequent deep discharges, which can shorten their overall lifespan (BattAussie NiMH charging advice).
• Optimal Charging Environment: Charge batteries in a dry location, within a moderate ambient temperature range—typically between 5°C to 35°C (40°F to 95°F). NiMH batteries, in particular, are more sensitive to high temperatures during charging, which can impact their longevity and safety. Avoid charging in direct sunlight or near heat sources.
• Preventing Overcharging (with Older Chargers): While most modern chargers incorporate automatic cut-off mechanisms to prevent overcharging, older or more basic NiCd chargers might continue to supply a trickle charge even after the battery is full. It’s prudent not to leave batteries on such chargers indefinitely once they have reached full charge.

Usage Efficiency & Maximizing Runtime

• Match Battery to Task Intensity: For demanding drill applications, such as using large-diameter bits or drilling into very hard materials, a fully charged and healthy battery (preferably a higher-capacity NiMH version) is critical. Users must also recognize that a 6V battery system will inherently possess lower power and torque capabilities compared to modern 18V or higher voltage cordless tool systems.
• Impact of Temperature on Performance:
  • Cold Weather Operation: The performance of both NiCd and NiMH batteries degrades significantly in cold temperatures (generally below 0°C or 32°F). NiCd batteries tend to tolerate cold conditions slightly better than standard NiMH batteries (BatteryTips NiCd vs NiMH temperature). In very cold environments, it’s beneficial to keep batteries warmer (e.g., in an insulated pouch or an inside pocket) before use. Paslode tool manuals often specify a minimum operating temperature for the tool, battery, and fuel canister (e.g., some Li-Ion Paslode tools specify 7.2°C / 45°F; NiCd/NiMH are likely to have similar, if not slightly lower, thresholds, though Paslode mentions their guns generally don’t work well below 20°F/-6.7°C .
  • Hot Weather Operation: Avoid leaving batteries exposed to direct sunlight or in very hot environments (e.g., a car dashboard on a sunny day). High temperatures can accelerate battery degradation and increase self-discharge rates, particularly for NiMH chemistry.
• Avoid Stalling the Drill: Allowing the drill to stall (i.e., the motor stops turning while power is still being applied due to excessive load) places a very high current demand on the battery and can strain the motor. This can rapidly deplete the battery and potentially shorten its life or damage the tool.

Storage & Maintenance

• Optimal Storage Conditions: Store batteries in a cool, dry place, away from direct sunlight, moisture, and conductive metal objects (to prevent accidental short-circuiting).
  • The ideal storage temperature range for NiCd batteries is generally -20°C to +45°C (-4°F to 113°F).
  • For NiMH batteries, a cooler range of 5°C to 25°C (41°F to 77°F) is often recommended for long-term storage to minimize capacity loss and self-discharge.
• Recommended Storage Charge Level:
  • NiCd: Can generally be stored in any state of charge. Some sources suggest storing them discharged for very long periods to prevent potential crystalline formation, though this is less critical than with other factors.
  • NiMH: For extended storage (several months), it is best to store NiMH batteries with a partial charge, typically around 30-50% of their full capacity. Storing them fully charged or fully depleted for long periods can accelerate degradation.
• Cleaning Electrical Contacts: Regularly inspect the metallic contacts on both the battery and the cordless tool. If they appear dirty, tarnished, or corroded, clean them gently with a clean, dry cloth or a pencil eraser. Good electrical contact is essential for efficient power transfer and charging. Avoid using solvents, which could damage plastic components.
• “Exercising” Batteries in Storage: If batteries are to be stored for extended periods (e.g., several months), it is advisable to “exercise” them by performing a full charge and discharge cycle (i.e., using them in a tool until depleted, then fully recharging) every 2-3 months. This is particularly beneficial for NiMH batteries to help maintain their health and capacity (AussieBatt battery care tips).
• Prevent Physical Damage: Protect batteries from physical shocks, such as drops or heavy impacts, as these can damage the internal cells or the casing, leading to malfunction or safety hazards.

Regional Considerations: Australia & USA

Users in Australia and the USA should be aware of local purchasing options, support channels, and regulations concerning Paslode 404717-type batteries.

Support & Service

• USA:
  • Users should refer to Paslode’s official US website for information on authorized service centers, warranty claims, and customer support.
  • Paslode USA Customer Service contact details: Phone: (800) 222-6990 (Paslode USA Troubleshooting/FAQs).
• Australia:
  • Paslode Australia’s official website is the primary resource for local support, service center locations, and warranty information (Paslode Australia Product Warranty).
• Warranty Information: Warranty terms can vary. Typically, Paslode power tools might come with a 1 or 2-year warranty, while accessories such as batteries often have a shorter warranty period (e.g., 90 days to 1 year). Third-party replacement batteries will be covered by their respective seller’s or manufacturer’s warranty policies. Always check the specific warranty documentation provided with your purchase and refer to Paslode’s official warranty statements for your region.

Charger Voltages and Plugs

• It is essential to ensure that any battery charger purchased is compatible with your local mains electricity supply and features the correct plug type.
  • USA: Standard mains voltage is 120V AC, 60Hz.
  • Australia: Standard mains voltage is 230-240V AC, 50Hz.
• Official Paslode chargers sold within a specific region will be compliant with local standards. Exercise caution when purchasing chargers internationally or from unverified sources, as voltage or plug incompatibilities can pose safety risks or damage the charger/battery.

Environmental Regulations & Disposal

• Both the USA and Australia have regulations and programs for responsible battery disposal, particularly for NiCd batteries due to their cadmium content, which is a hazardous heavy metal.
• NiCd Batteries (like the original 404717): These batteries MUST NOT be disposed of in regular household trash. They require special recycling to prevent environmental contamination.
• NiMH Batteries (like the 018890 and aftermarket replacements): While less toxic than NiCd, NiMH batteries also contain materials that are best recovered through recycling.
• Recycling Locations:
  • USA: Programs like Call2Recycle offer convenient drop-off locations, often found at major retailers (e.g., Home Depot, Lowe’s). Local municipalities also frequently host hazardous waste collection events.
  • Australia: Check with local councils for battery recycling facilities. Retailers such as AussieBatt often accept used batteries for recycling. National schemes like B-cycle are expanding battery collection networks. Some retailers (e.g., ALDI) may also have periodic battery recycling drives.

Troubleshooting Common Battery & Tool Issues

Encountering issues with battery-powered tools is common. This table outlines frequent problems related to the Paslode 404717 (or equivalent) battery and compatible tools, along with potential causes and solutions. This is particularly relevant for users attempting to use these batteries in Paslode cordless drills.

Symptom	Potential Cause(s)	Solution/Action Steps
Tool (Drill/Nailer) Won’t Power On / Intermittent Power	1. Battery fully discharged. 2. Poor battery connection (dirty or bent contacts). 3. Battery faulty/degraded (old, high cycle count). 4. Tool internal issue (motor, switch, wiring).	1. Fully charge the battery using a compatible charger. 2. Remove and reinsert the battery. Inspect and clean battery and tool contacts (use a dry cloth or pencil eraser). Ensure contacts are making firm connection. 3. Test with a different, known-good compatible battery. If the battery is old (e.g., >3-5 years or has undergone many charge cycles), consider replacement. 4. If the battery is confirmed to be good, the tool itself may require professional service.
Battery Not Charging / Charger Lights Indicate Error	1. Battery not seated correctly in the charger. 2. Dirty contacts on the battery or charger. 3. Battery severely depleted (especially old NiCd), internally damaged (short/open circuit), or at end-of-life. 4. Charger faulty. 5. Battery too hot or too cold for charging (some smart chargers have temperature sensors).	1. Remove and firmly reseat the battery in the charger. 2. Clean the contacts on both the battery and the charger. 3. Try charging another compatible battery to isolate the issue. For a deeply discharged old NiCd, a specialized “boost” might be attempted by advanced users or professionals (caution advised). Otherwise, a faulty battery may not accept a charge and needs replacement. 4. Test with a different compatible charger if available. 5. Allow the battery to reach a moderate room temperature (e.g., 10°C-30°C or 50°F-86°F) before attempting to charge.
Rapid Battery Drain / Significantly Short Runtime	1. Battery is old and has naturally lost capacity due to age and cycles. 2. For NiCd batteries, significant memory effect reducing usable capacity. 3. High power demand from the tool (e.g., heavy-duty drilling, dense materials). 4. Operation in extreme temperatures (very hot or very cold). 5. Battery not fully charged initially or charger not functioning correctly.	1. Replace the battery if it’s old or has exceeded its typical cycle life. 2. For NiCd, attempt to recondition by performing several full discharge (through tool use) then full recharge cycles. Consider upgrading to a NiMH replacement, which doesn’t suffer from memory effect. 3. This can be normal for demanding tasks, especially with an older 6V system. Ensure the battery is healthy and of adequate capacity (e.g., a high-capacity NiMH). Manage expectations for a 6V system. 4. Operate the tool and battery within their recommended temperature range. Keep batteries from overheating or getting too cold. 5. Ensure the battery receives a complete charge from a compatible, functioning charger.
Tool Slows Down / Lacks Power (especially in Drills)	1. Battery charge is low. 2. Battery is unable to deliver sufficient current (common with old/degraded batteries, or if the battery chemistry/design is not suited for high-drain applications). 3. Poor battery connection leading to increased resistance.	1. Recharge the battery fully. 2. Try a newer, higher-capacity NiMH battery known for good current delivery. Understand the inherent limitations of a 6V battery system for high-torque drill applications; it may not match modern higher-voltage tools. 3. Check and clean battery and tool contacts to ensure a solid, low-resistance connection.
Paslode Nailer Misfires or Fails to Cycle (if battery used in nailer)	1. Low battery charge (fan may sound slow, not run, or spark may be weak). 2. Fuel cell issues (expired, empty, not properly engaged, incorrect type, or cold). 3. Dirty tool (combustion chamber, air filter, spark plug requires cleaning). 4. Nail jam in the magazine or nose. 5. Incorrect nails (wrong size, type, or collation for the specific nailer model).	1. Charge the battery fully. A weak battery is a common cause of nailer issues. 2. Check fuel cell: ensure it’s not past its expiry date, is not empty (test by tapping valve), is correctly inserted and engaged. In cold weather, warm the fuel cell. 3. Clean the nailer according to the manufacturer’s instructions, using Paslode-approved cleaner and lubricant. Pay attention to the filter and combustion area. 4. Safely clear any nail jam following the procedure in the tool’s operating manual. 5. Verify you are using the correct genuine Paslode nails specified for your nailer model.
Battery Swells, Leaks, or Overheats Excessively During Charge/Use	1. Severe overcharging (often due to a faulty charger or incompatible charger/battery pairing). 2. Internal cell failure (short circuit, manufacturing defect, or end-of-life degradation). 3. Physical damage to the battery casing or cells.	1. STOP USE IMMEDIATELY. This is a serious safety hazard. Do not attempt to charge or use the battery further. 2. Carefully remove the battery from the tool or charger (if safe to do so, avoiding contact with any leaked substances). 3. Place the battery in a fireproof container or on a non-flammable surface, away from combustible materials. 4. Safely dispose of the damaged battery according to local hazardous waste regulations. Do NOT put in household trash. 5. If overcharging is suspected, the charger should also be inspected or replaced. Do not use a charger that has caused a battery to swell or leak.
Battery Contacts Bent or Corroded	1. Forcing battery into tool/charger. 2. Exposure to moisture or corrosive substances. 3. Simple wear and tear over time.	1. Minor bending might be carefully corrected with appropriate non-conductive tools (power off, battery out). Extreme care needed. 2. Clean light corrosion with a pencil eraser or specialized contact cleaner. Heavy corrosion may render battery/tool unusable. 3. If contacts are severely damaged or corrosion is extensive, the battery or tool part may need replacement.

Note: For persistent issues or if you are unsure, consult your Paslode tool’s operating manual or contact Paslode customer service or an authorized service center. Improper handling or repair attempts can be dangerous.

Upgrading and Alternatives

For users of the older Paslode 404717 NiCd battery, several upgrade paths and alternative considerations exist, especially when performance in cordless drills is a factor.

NiCd to NiMH Upgrade: The Direct Path

The most common and straightforward upgrade is to replace an aging Paslode 404717 NiCd battery with a Nickel-Metal Hydride (NiMH) equivalent. This can be an official Paslode product or a reputable third-party offering.

• Official Paslode Upgrade: The Paslode 018890 is specifically cited as an official NiMH (typically 1.5Ah) replacement for the 404717 NiCd battery, designed for older Paslode gas nailing tools.
• Third-Party NiMH Options: Numerous manufacturers offer NiMH batteries in the same 6V oval form factor, often with significantly higher capacities (e.g., 3000mAh, 4000mAh, up to 6000mAh) than the original NiCd or the Paslode 018890 NiMH.
• Benefits of NiMH Upgrade:
  • Increased Capacity: Generally results in longer runtime per charge. A 3000mAh NiMH battery has roughly double the energy storage of a 1500mAh NiCd.
  • No Memory Effect: NiMH batteries do not suffer from the “memory effect” that plagued NiCd batteries, allowing for more flexible charging routines without needing full discharges each time.
  • Potentially Lighter Weight: For a given capacity, NiMH can sometimes be lighter than NiCd, though this depends on the specific cell construction.
  • Improved Performance: Often, newer NiMH cells can offer better current delivery, which might translate to slightly better performance in tools.
• Critical Consideration for NiMH Upgrade: Ensure your existing Paslode charger is compatible with NiMH chemistry. While some multi-chemistry chargers exist, older chargers designed solely for NiCd batteries may not charge NiMH batteries correctly or safely. Using an incompatible charger can damage the NiMH battery or fail to charge it properly. It’s often best to use a charger specified for NiMH or one known to handle both.

Considering Modern Battery Platforms (Especially for Drills)

The 6V NiCd/NiMH battery platform, represented by the 404717 and its equivalents, is comparatively older technology in the power tool world. For users who rely heavily on cordless drills or require higher performance, considering tools with modern battery platforms might be a long-term strategy.

• Limitations of 6V Systems for Drills: While potentially functional in some older Paslode drills, a 6V system generally offers less torque and power compared to modern cordless drills, which predominantly use Lithium-Ion (Li-Ion) batteries at higher voltages (e.g., 18V, 20V MAX, and even higher for specialized tools).
• Advantages of Modern Li-Ion Platforms:
  • Higher Energy Density: Li-Ion batteries store more energy per unit of weight and volume, leading to more compact and lighter batteries for a given runtime, or much longer runtimes for a similar-sized battery.
  • Lower Self-Discharge Rate: Li-Ion batteries typically hold their charge much longer during storage compared to standard NiCd or NiMH batteries.
  • Higher Voltage & Power: Modern drill systems are built around higher voltages, enabling more powerful motors for demanding applications.
  • Advanced Features: Many Li-Ion battery systems include electronic cell protection, fuel gauges, and faster charging capabilities.
• Implications for Paslode Drill Users:
  • If your primary need is a high-performance cordless drill and your current Paslode drill (if it uses the 404717-style battery) is very old or underperforming for your tasks, investing in a new cordless drill system based on contemporary Li-Ion battery technology (from Paslode, if they offer such drills in your region, or from other reputable power tool brands) might be a more effective long-term solution for drill-specific needs.
  • This consideration does not directly replace the 404717 or 018890 for their intended Paslode nailers and other compatible 6V tools. It is an alternative pathway if drill performance is a primary concern and current equipment is lacking.
• Compatibility Note: Li-Ion batteries, chargers, and tools are not cross-compatible with NiCd/NiMH systems unless explicitly designed as such (which is rare for differing chemistries and voltages). A move to a Li-Ion drill platform means acquiring new tools, batteries, and chargers specific to that platform.

Safety Precautions & Proper Disposal

Adherence to safety guidelines is crucial when handling, charging, using, and disposing of power tool batteries like the Paslode 404717 and its equivalents. Improper practices can lead to battery damage, tool malfunction, property damage, or personal injury.

General Battery Safety

• Compatibility First: Always use the battery only with Paslode tools and chargers that are explicitly stated as compatible with the specific battery model and chemistry (NiCd or NiMH, 6V oval). Refer to your tool and charger manuals.
• Inspect Before Use: Before each use or charging session, visually inspect the battery for any signs of damage, such as cracks in the casing, leaks, swelling, or damaged terminals. Do not use or attempt to charge a damaged battery.
• Prevent Short Circuits: Never allow the battery terminals to come into contact with conductive metal objects (e.g., loose tools, keys, coins in a pocket or toolbox). Short-circuiting can cause rapid discharge, overheating, and potentially fire or explosion.
• Environmental Protection: Never expose batteries to extreme heat (e.g., direct sunlight for prolonged periods, near radiators, or in environments exceeding their rated temperature), open flames, or water/liquids. This can damage the battery and create safety hazards.
• No Modifications: Never attempt to disassemble, crush, puncture, or modify the battery pack. Internal components are under pressure and contain chemicals that can be harmful if exposed. Tampering voids warranties and can be extremely dangerous.
• Handling Leaks: If a battery leaks, avoid contact with skin or eyes. If contact occurs, flush immediately with plenty of water and seek medical attention if irritation persists. Leaking battery fluid is corrosive.

Charger Safety

• Use Correct Charger: Only use chargers specified by Paslode or reputable third-party manufacturers as compatible with your specific battery type (NiCd or NiMH), voltage (6V), and physical form (oval). Using an incorrect charger can lead to undercharging, overcharging, battery damage, or safety risks.
• Inspect Charger Condition: Do not use a charger if its power cord, plug, or casing is damaged. Replace any damaged charger immediately.
• Charging Environment: Charge batteries in a well-ventilated, dry area, away from flammable materials, and on a non-combustible surface. Avoid charging in extreme temperatures.
• Unattended Charging: While modern smart chargers have safety cut-offs, it’s generally good practice not to leave batteries charging completely unattended for very long periods, especially with older chargers or unfamiliar battery/charger combinations.

Proper Disposal: A Critical Responsibility

Responsible disposal of used batteries is essential to protect the environment and comply with regulations.

• NiCd Batteries (e.g., original Paslode 404717):
  • Nickel-Cadmium batteries contain Cadmium, which is a toxic heavy metal. DO NOT dispose of NiCd batteries in regular household or general waste. They pose a significant environmental hazard if landfilled.
  • NiCd batteries MUST be taken to a designated battery recycling facility or collection point.
• NiMH Batteries (e.g., Paslode 018890 and aftermarket replacements):
  • Nickel-Metal Hydride batteries are generally considered more environmentally friendly than NiCd batteries but still_contain materials that should be recovered and recycled rather than landfilled.
• Finding Recycling Locations:
  • USA: Look for Call2Recycle drop-off points (often available at retailers like Home Depot, Lowe’s, Best Buy, or hardware stores). Many municipalities also offer household hazardous waste (HHW) collection events or permanent drop-off facilities that accept rechargeable batteries.
  • Australia: Check with your local council for battery recycling programs or drop-off locations. Retailers such as Battery World and ALDI (during special recycling events) often provide battery collection services. National schemes like B-cycle are an increasingly prominent resource for finding battery recycling points.
• Paslode’s Recommendations: Refer to Paslode’s official website for your region or the operating manuals for your tools/batteries. They may provide specific guidance or participate in recycling programs. For example, Paslode manuals typically advise observing local battery and fuel cell disposal regulations.
• Preparation for Recycling: Some recycling programs may request that you tape over the battery terminals before dropping them off to prevent accidental short circuits during transport or collection. Check the specific requirements of your local program.

Conclusion & Key Takeaways

The Paslode 404717 battery and its more modern NiMH equivalents like the 018890 have been reliable power sources for a range of Paslode cordless tools, predominantly nailers. Understanding their characteristics, compatibility, and proper care is essential for maximizing their utility and lifespan, especially for users considering them for older Paslode cordless drills.

By applying the knowledge and tips presented in this guide, Paslode cordless tool users in Australia and the USA can make more informed decisions regarding their 404717-type batteries, enhancing both the performance of their tools and the lifespan of their batteries.