| CATALOG NUMBER |
SSD16 |
| Manufacturer |
Eaton Moeller |
| Product Name |
Eaton Bussmann series low voltage british standard fuse |
| Catalog Number |
SSD16 |
| Model Code |
16A 240V AC INDUSTRIAL FUSE |
| UPC |
051712841252 |
| EAN |
5027590511759 |
| Product Length/Depth |
47 mm |
| Product Height |
12 mm |
| Product Width |
12 mm |
| Product Weight |
11.6 g |
| Warranty |
Not Applicable |
| Compliances |
CE Marked |
| Certifications |
BS88 |
EATON SSD16 16A 240V AC INDUSTRIAL FUSE
1. Product Name
EATON SSD16 16A 240V AC Industrial Fuse
2. Product Introduction
The EATON SSD16 16A 240V AC Industrial Fuse is a high-reliability circuit protection component designed for industrial electrical systems. Engineered by Eaton—a global leader in power management—it safeguards mid-load industrial equipment from overcurrents, ensuring operational stability and safety in harsh environments.
3. Product Description
The EATON SSD16 16A 240V AC Industrial Fuse stands as a precision-engineered solution for protecting mid-range electrical circuits in industrial settings, embodying Eaton’s legacy of excellence in power management and electrical safety. As a key offering in Eaton’s portfolio of low-voltage circuit protection products, this industrial fuse is specifically rated for 16 amps (A) of current at 240 volts alternating current (V AC), making it ideal for safeguarding a wide range of mid-load equipment—from motor drives and power supplies to automation controllers—against overcurrents, short circuits, and electrical faults that can disrupt operations or cause costly damage.
At its core, the SSD16 operates on the fundamental principle of sacrificial protection: when the current flowing through a circuit exceeds its 16A rated capacity (due to equipment overload, short circuit, or electrical malfunction), the fuse’s internal alloy element melts rapidly. This instantaneous melting breaks the electrical circuit, cutting off power to downstream components and preventing excessive current from causing overheating, component failure, or safety hazards such as electrical fires. This critical function is indispensable in industrial environments, where a single electrical fault can bring an entire production line to a halt or destroy high-value machinery.
Crafted from premium industrial-grade materials, the EATON SSD16 is built to withstand the rigors of industrial environments. The fuse body is constructed from high-temperature-resistant ceramic or thermoplastic composites that maintain structural integrity even in extreme heat—common in facilities such as manufacturing plants, refineries, and metal processing centers. This heat resistance ensures the fuse does not warp, melt, or degrade when exposed to elevated temperatures from nearby machinery, enclosed electrical panels, or harsh ambient conditions (e.g., foundries with high ambient heat). The internal fuse element, meanwhile, is made from a precision-calibrated alloy with strict current-carrying tolerances, guaranteeing consistent performance and accurate response to overcurrent events. This precision eliminates the risk of “nuisance tripping” (unnecessary circuit interruption) or delayed tripping (inadequate protection)—both of which can lead to costly downtime or equipment damage.
The SSD16’s design prioritizes versatility and ease of integration into existing industrial electrical systems. It features a standard cylindrical or blade-type form factor that fits seamlessly into most common industrial fuse holders, electrical enclosures, and control panels—eliminating the need for custom adapters, modifications, or specialized mounting hardware. This compatibility makes it an ideal choice for both retrofitting aging electrical systems (e.g., upgrading outdated fuses in legacy manufacturing equipment) and installing in new industrial setups (e.g., smart factory control panels). Whether used in motor control circuits, power distribution units (PDUs), variable frequency drives (VFDs), or programmable logic controller (PLC) power supplies, the SSD16 integrates effortlessly, ensuring uncompromised protection across diverse industrial applications.
Eaton’s unwavering commitment to safety is evident in every detail of the SSD16’s design. The fuse complies with global industrial safety standards, including IEC 60269 (International Electrotechnical Commission), UL 248 (Underwriters Laboratories), and CSA C22.2 (Canadian Standards Association), ensuring it meets rigorous performance and safety criteria for use in industrial applications worldwide. These certifications validate that the SSD16 has undergone extensive testing—including thermal cycling tests (to simulate temperature fluctuations), overcurrent endurance tests (to verify tripping consistency), and environmental resistance tests (to check performance in dust, moisture, and chemicals)—to ensure it performs reliably in critical situations. For example, the fuse’s sealed design prevents dust or moisture from entering the internal element, a key feature for use in food processing plants (where frequent cleaning exposes components to water) or mining operations (where dust levels are high).
Furthermore, the SSD16 is designed for quick and efficient maintenance—a critical advantage in industrial environments where downtime is extremely costly. Its user-friendly design allows maintenance personnel to replace the fuse in minutes, without the need for specialized tools or advanced technical training. The fuse’s clear marking of voltage (240V AC) and current (16A) ratings simplifies inventory management and replacement, ensuring that the correct fuse is installed every time and reducing the risk of human error (e.g., using a higher-rated fuse that fails to protect equipment). This ease of replacement minimizes the time required to restore power to protected circuits, ensuring that industrial processes resume quickly after a fault.
In addition to its core protection function, the EATON SSD16 offers long-term durability and cost-effectiveness. The fuse’s materials are selected for their resistance to corrosion, moisture, and chemical exposure—common contaminants in industrial environments that can degrade lesser-quality fuses over time. For instance, in coastal oil and gas facilities, the SSD16’s corrosion-resistant body withstands saltwater exposure, while in chemical processing plants, it resists damage from industrial solvents. This resistance ensures the SSD16 maintains its performance over an extended service life (often years), reducing the frequency of replacements and lowering overall maintenance costs. For facilities operating 24/7—such as data centers, water treatment plants, or continuous-process manufacturing facilities—this long-term reliability is essential for ensuring continuous operation and avoiding unplanned downtime.
The SSD16 also contributes to the overall efficiency of industrial electrical systems. By preventing overcurrent damage, it helps maintain the integrity of electrical circuits, ensuring that equipment operates at optimal performance levels. This reduces the need for costly repairs or premature replacement of machinery (e.g., a VFD that would cost thousands to repair if damaged by an overcurrent), extending the lifespan of industrial assets and improving the facility’s bottom line. Additionally, the fuse’s low power dissipation (minimal energy loss during normal operation) aligns with Eaton’s focus on energy efficiency, helping industrial facilities reduce their carbon footprint and meet sustainability goals (e.g., LEED certification for green buildings).
Eaton’s dedication to innovation is reflected in the SSD16’s advanced design features. Its fast-acting response time (typically milliseconds) ensures that even sudden, high-amplitude overcurrents are intercepted quickly, protecting sensitive components such as PLCs, human-machine interfaces (HMIs), and servo drives—equipment that is particularly vulnerable to damage from rapid current spikes. For example, in a robotic assembly line, a sudden short circuit in a servo motor could send a surge of current to the robot’s control module; the SSD16’s fast response would cut power instantly, preventing damage to the module and avoiding a production shutdown. This fast response is critical in industrial automation systems, where even a brief overcurrent can disrupt production processes or cause permanent damage to precision electronics.
In summary, the EATON SSD16 16A 240V AC Industrial Fuse is a meticulously engineered circuit protection component that combines reliable performance, rugged durability, seamless compatibility, and strict safety compliance. It is an essential asset for industrial facilities seeking to protect their electrical systems, minimize downtime, and ensure the safety of personnel and equipment. Whether deployed in manufacturing, oil and gas, mining, food processing, or data centers, the SSD16 delivers consistent, effective overcurrent protection—solidifying Eaton’s position as a trusted leader in power management solutions.
4. Product Advantages
The EATON SSD16 16A 240V AC Industrial Fuse offers a comprehensive suite of advantages that make it a superior choice for protecting mid-load industrial electrical circuits. These advantages span reliability, durability, compatibility, safety, and cost-effectiveness, ensuring it meets the diverse needs of modern industrial facilities while delivering long-term value.
1. Reliable Overcurrent Protection with Fast Response Time
The most critical advantage of the EATON SSD16 is its unmatched reliability and ultra-fast response time to overcurrent events. Engineered with precision, the fuse’s internal alloy element is calibrated to melt within milliseconds when current exceeds its 16A rating—ensuring immediate circuit interruption. This rapid response is vital for protecting mid-load industrial equipment such as VFDs, PLC power supplies, and servo drives, which can suffer irreversible damage from even short-duration current spikes (e.g., a 2-second overcurrent can fry a VFD’s internal capacitors). Unlike low-quality fuses that may have inconsistent tripping times (e.g., tripping too late or not at all), the SSD16’s tight manufacturing tolerances (±5% current rating accuracy) guarantee consistent performance. This reliability eliminates the risk of costly equipment failure, minimizes unplanned downtime (a key concern for facilities operating on just-in-time production schedules), and ensures that industrial processes remain uninterrupted.
2. Rugged Durability for Harsh Industrial Environments
The SSD16 is built to thrive in the toughest industrial conditions, thanks to its robust construction and superior environmental resistance. The fuse body is crafted from high-temperature-resistant materials that withstand extreme heat (up to 120°C in typical configurations), making it suitable for use near high-heat machinery such as smelting furnaces, industrial heaters, or enclosed electrical panels (where heat can accumulate). Additionally, the fuse exhibits excellent resistance to moisture, dust, and chemical corrosion—common challenges in environments like mining operations (dust), food processing plants (moisture from cleaning), and offshore oil platforms (saltwater corrosion). For example, in a dairy processing facility, the SSD16’s sealed design prevents water from entering the fuse element during daily washdowns, while in a coal mine, its dust-resistant body avoids clogging that could impair performance. This durability translates to a long service life (often 3–5 years in moderate use), reducing the need for frequent replacements and lowering maintenance costs.
3. Seamless Compatibility with Industrial Electrical Systems
The EATON SSD16 is designed for universal compatibility with standard industrial electrical infrastructure, making it a versatile solution for diverse applications. Its standard form factor (cylindrical or blade-type, depending on variant) fits seamlessly into most common industrial fuse holders, electrical enclosures, and control panels—eliminating the need for custom modifications or specialized hardware. This compatibility simplifies both retrofitting existing systems (e.g., upgrading fuses in a 10-year-old conveyor system) and installing in new equipment (e.g., integrating into a smart factory’s control panel). The SSD16 also works seamlessly with other Eaton components, such as the SFRD33 fuse base or DIN rail-mounted circuit breakers, creating a cohesive protection system that avoids compatibility conflicts. For maintenance teams, this means fewer inventory SKUs (no need to stock custom fuses for different equipment) and faster installation—reducing labor costs and minimizing downtime.
4. Compliance with Global Safety Standards
Safety is a non-negotiable priority in industrial settings, and the SSD16 delivers peace of mind through its compliance with global safety certifications. The fuse meets rigorous standards set by IEC, UL, and CSA, ensuring it adheres to strict performance and safety criteria for use in industrial applications worldwide. These certifications validate that the SSD16 has undergone extensive testing—including arc containment tests (to prevent sparks from escaping during tripping), temperature rise tests (to ensure it doesn’t overheat during normal use), and electrical shock protection tests (to safeguard maintenance personnel). For facilities operating in regulated industries (such as oil and gas, healthcare, or food processing), this compliance simplifies regulatory audits and ensures adherence to industry-specific safety requirements (e.g., FDA guidelines for food facilities). It also provides confidence that the fuse will protect personnel and equipment from electrical hazards, minimizing the risk of accidents (e.g., electrical fires) or non-compliance penalties.
5. Cost-Effective Protection with Low Total Cost of Ownership
While the SSD16 is a premium industrial fuse, it offers exceptional cost-effectiveness over its lifespan. Its durable construction and long service life reduce the need for frequent replacements, lowering material costs and minimizing maintenance labor (e.g., a single technician visit to replace a fuse can cost $100–$200 in labor alone). Additionally, by preventing overcurrent damage to expensive industrial equipment (e.g., a PLC that costs $2,000 to replace), the SSD16 avoids the high costs associated with equipment repairs, replacements, and unplanned downtime (which can exceed $10,000 per hour in high-volume manufacturing). For example, a single short circuit in a packaging line’s motor control circuit could damage the VFD; the SSD16’s fast protection would prevent this, saving thousands in repair costs. Furthermore, the fuse’s low power dissipation (less than 0.5W during normal operation) ensures energy efficiency, reducing operational costs and aligning with sustainability initiatives (e.g., reducing a facility’s carbon footprint).
6. Easy Replacement and Minimal Downtime
The SSD16’s design prioritizes ease of replacement, a critical advantage in industrial environments where downtime is costly. The fuse features a user-friendly design that allows maintenance personnel to replace it quickly—without specialized tools (e.g., just a screwdriver or pliers) or extensive training. This simplicity reduces the time required to restore power to protected circuits (often less than 5 minutes), minimizing downtime and ensuring that industrial processes resume rapidly after a fault. Unlike complex circuit protection devices (such as circuit breakers) that require resetting or calibration, the SSD16 is a “plug-and-play” solution: simply remove the old fuse and insert the new one. For facilities operating 24/7 (such as data centers or continuous-process chemical plants), this quick replacement capability is essential for maintaining high levels of productivity and avoiding missed deadlines.
In conclusion, the EATON SSD16 16A 240V AC Industrial Fuse offers a compelling combination of reliability, durability, compatibility, safety, cost-effectiveness, and ease of use. These advantages make it an indispensable component for industrial facilities seeking to protect their mid-load electrical systems, ensure operational continuity, and comply with global safety standards. Whether deployed in manufacturing, mining, oil and gas, or food processing, the SSD16 delivers superior protection that safeguards both equipment and personnel.
5. Application Scenarios
The EATON SSD16 16A 240V AC Industrial Fuse is a versatile circuit protection component that excels in a wide range of industrial application scenarios. Its 16A rating, rugged design, and reliable performance make it ideal for protecting mid-load electrical circuits in environments where equipment safety, operational continuity, and compliance with safety standards are paramount. Below are detailed application scenarios where the SSD16 delivers exceptional value and performance.
Manufacturing and Machine Building
In manufacturing plants and machine building facilities, the EATON SSD16 fuse plays a critical role in protecting mid-load electrical circuits powering production machinery, automation systems, and control panels. Manufacturing environments are filled with equipment that draws mid-range currents (5–15A), such as conveyor belts, robotic arms, injection molding machines, and packaging lines—all of which align with the SSD16’s 16A rating. The SSD16 is installed in the control circuits of these machines to protect against overcurrents caused by mechanical jams (e.g., a conveyor belt jammed by a misplaced product), motor overloads (e.g., an injection molding machine working beyond its capacity), or electrical faults (e.g., a short circuit in a sensor wire). For example, in an automotive manufacturing plant, the SSD16 can safeguard the control circuit of a robotic welding arm’s servo drive: if the arm jams, the drive draws excess current, and the SSD16 melts instantly, cutting power to the drive and preventing damage. Its heat resistance also makes it suitable for use near high-temperature equipment such as welding machines or heat-treating ovens, where ambient heat would degrade lesser-quality fuses. By protecting these critical systems, the SSD16 minimizes downtime (a key concern for facilities with tight production schedules), ensures consistent production output, and extends the lifespan of expensive manufacturing equipment.
Oil and Gas Industry
The oil and gas industry operates in some of the most demanding environments—including offshore platforms, onshore drilling rigs, and refineries—where electrical systems face exposure to extreme temperatures, moisture, saltwater, and corrosive chemicals. The EATON SSD16 is well-suited for these conditions, thanks to its rugged construction and environmental resistance. In offshore platforms, the SSD16 protects circuits powering pump controls (e.g., crude oil transfer pumps), navigation systems, and hydraulic equipment, withstanding saltwater corrosion and high humidity (which can cause rust in unprotected fuses). On drilling rigs, it safeguards mid-load circuits for drilling motors (e.g., auxiliary motors for mud pumps), monitoring devices (e.g., pressure sensors), and communication systems, ensuring that overcurrents do not disrupt drilling operations or damage critical equipment. In refineries, the SSD16 is used in circuits for distillation units (e.g., control circuits for heating elements), pipeline pumps (e.g., pumps moving refined gasoline), and chemical injection systems—where its fast response time prevents electrical faults from escalating into fires or explosions (major safety risks in hydrocarbon-rich environments). For example, in a refinery’s naphtha processing unit, the SSD16 can protect the circuit of a temperature control valve: if the valve’s motor shorts out, the SSD16 trips instantly, preventing the motor from overheating and igniting nearby flammable vapors. By providing reliable protection in these harsh settings, the SSD16 helps maintain operational safety and continuity in the oil and gas sector, where downtime can cost millions of dollars per day.
Mining and Metals Processing
Mining and metals processing facilities are characterized by heavy machinery, high levels of dust, vibration, and extreme temperatures—making circuit protection a top priority. The EATON SSD16’s impact resistance, vibration proofing, and dust resistance make it an ideal choice for these environments. In underground mines, the SSD16 protects mid-load circuits powering ventilation fans (e.g., fans that circulate fresh air to miners), conveyor belts (e.g., belts transporting coal or ore), and ore crushers (e.g., secondary crushers that break down large rocks), ensuring that overcurrents do not disrupt critical mining processes or endanger miners’ safety. Its dust resistance prevents clogging or degradation from coal dust, mineral particles, or other airborne contaminants common in mines (which can cause low-quality fuses to fail prematurely). In metals processing plants, the SSD16 is used in circuits for smelting furnaces (e.g., control circuits for feeder motors), rolling mills (e.g., motors that shape molten metal into sheets), and casting equipment (e.g., pumps that circulate cooling water)—where its heat resistance stands up to the high temperatures generated by melting and shaping metals. For example, in a steel mill, the SSD16 can protect the control circuit of a hot rolling mill’s backup motor: if the motor overloads due to a metal jam, the SSD16 trips, preventing the motor from burning out and interrupting the steel production process. Additionally, its vibration resistance makes it suitable for use on mobile mining equipment such as excavators or loaders, where constant movement could damage less robust fuses. By withstanding harsh conditions and providing reliable protection, the SSD16 helps mining and metals facilities maintain productivity and safety.
Food and Beverage Processing
The food and beverage industry requires electrical components that can withstand frequent cleaning, moisture, and temperature fluctuations while complying with strict hygiene standards. The EATON SSD16 meets these requirements, making it suitable for use in food processing plants, breweries, dairy facilities, and bottling lines. In these environments, the SSD16 protects mid-load circuits powering mixers (e.g., dough mixers in bakeries), industrial ovens (e.g., ovens for baking cookies), refrigeration units (e.g., walk-in freezers for meat storage), and packaging machinery (e.g., high-speed bottle cappers). Its moisture resistance ensures reliable performance in humid areas such as commercial bakeries (where dough preparation generates humidity) or dairy processing rooms (where condensation forms on cold equipment), as it prevents water from entering the fuse element and causing short circuits. Additionally, the fuse’s smooth, sealed design prevents the accumulation of food particles or debris (e.g., flour, sugar, or dairy residue), making it easy to clean and maintain compliance with food safety regulations (such as FDA standards for food contact surfaces). For example, in a beverage bottling plant, the SSD16 can protect the circuit of a filling machine’s pump: if the pump becomes clogged with fruit pulp, it draws excess current, and the SSD16 trips, preventing the pump motor from burning out and stopping production. Its compatibility with stainless steel electrical enclosures (common in food facilities) further enhances its utility, as it can be integrated into hygiene-focused electrical systems without compromising protection.
Water and Wastewater Treatment
Water and wastewater treatment facilities operate in wet, humid environments with exposure to chemicals such as chlorine, disinfectants, and wastewater contaminants. The EATON SSD16’s moisture resistance and corrosion resistance make it an excellent choice for protecting mid-load circuits in these facilities. It is commonly used in circuits for pumps (e.g., wastewater transfer pumps), aeration systems (e.g., blowers that add oxygen to wastewater), filtration units (e.g., sand filters for water purification), and chemical dosing equipment (e.g., pumps that inject chlorine for disinfection)—critical components for treating water and wastewater. In a wastewater treatment plant, the SSD16 can protect the circuit of a sludge dewatering pump: if the pump’s impeller becomes clogged with sludge, it draws excess current, and the SSD16 trips, preventing the pump motor from overheating and disrupting the treatment process. Its durability also allows it to withstand the harsh conditions of outdoor treatment facilities, where exposure to rain, snow, and temperature extremes (e.g., freezing winters or hot summers) could degrade less robust fuses. For example, in a municipal water treatment plant, the SSD16 protects the circuit of a large water pump that distributes treated water to residential areas: if the pump’s electrical wiring shorts out, the SSD16 trips instantly, preventing the pump from failing and ensuring uninterrupted water supply to communities. By safeguarding these systems, the SSD16 helps ensure that water and wastewater treatment processes remain continuous, protecting public health and the environment.
Data Centers and Industrial Automation
Data centers and industrial automation facilities (such as smart factories) rely on stable electrical power to keep servers, networking equipment, and automation systems running 24/7. The EATON SSD16 is used in mid-load circuits for power distribution units (PDUs), server racks, and automation controllers, providing protection against overcurrents that could cause data loss, system crashes, or equipment damage. In a data center, the SSD16 can protect the circuit of a PDU that supplies power to multiple servers: if a faulty server draws excess current, the SSD16 trips, isolating the faulty server and preventing the entire rack from shutting down (which could cause data loss for hundreds of users). In industrial automation facilities, the SSD16 safeguards circuits for variable frequency drives (VFDs), servo motors, and HMIs—critical components for smart manufacturing processes. Its fast response time is particularly critical in these environments, as even a brief overcurrent can disrupt sensitive automation processes (e.g., a 1-second overcurrent can corrupt a PLC’s program) or damage expensive equipment. For example, in a smart factory using IoT-connected machinery, the SSD16 protects the circuit of a robotic arm’s VFD: if the arm’s motor experiences a short circuit, the SSD16 trips instantly, preventing the VFD from being damaged and avoiding a production line shutdown. By providing reliable protection, the SSD16 helps data centers and automation facilities maintain uptime and ensure the integrity of their operations.
In summary, the EATON SSD16 16A 240V AC Industrial Fuse is a versatile and reliable solution for industrial circuit protection, excelling in manufacturing, oil and gas, mining, food and beverage, water treatment, data centers, and beyond. Its 16A rating, rugged design, and fast response time make it an essential component for any industrial facility seeking to safeguard mid-load electrical systems, ensure safety, and minimize downtime.
