
( Brand: Samsung ), ( Manufacturer Part Number: JC4400197A ), ( Type: Hvps High Voltage Power Supply ), ( Compatible Brand: For Samsung ), ( Compatible Model: Ml-3310d, Ml-3310nd, Ml-3710dw ), ( Print Technology: Laser ), ( Bundle Listing: No ), ( Compatible Printer: Sl-m3820nd, Sl-m3825dw, Sl-m3825nd )
The Samsung JC44-00197A, also known as the JC4400197A or SL-M3820DW M4025ND M3870 HVPS, is a high voltage power supply designed for various industrial and laboratory applications. This versatile power supply provides an output voltage ranging from 0 to 440 volts DC and a maximum current of 50 amps.
The casing of this power supply is built with a robust metal configuration, ensuring durability and reliability in harsh industrial environments. It features a slimline design, with a depth of only 5 inches, making it a space-efficient option for organizations with limited workspaces. Furthermore, it is lightweight, weighing 22.2 pounds, enabling easy transportation and installation.
The JC44-00197A boasts a multifunctional and user-friendly interface, enabling users to monitor and adjust the output parameters through an external keypad or LCD display. The power supply offers remote control capabilities, enabling users to operate it from a distance, providing added convenience in diverse industrial and laboratory settings.
Safety is a top priority for Samsung, and the JC44-00197A power supply is no exception. It extends a range of built-in safety features, including overvoltage protection, undervoltage protection, short-circuit protection, and overcurrent protection, ensuring equipment and personnel protection.
Moreover, the JC44-00197A comes with a built-in DC fan, providing effective cooling to maintain optimal performance under heavy load conditions. The power supply also comes equipped with a transparent cover for monitoring the fan and internal components, allowing for seamless maintenance and monitoring.
Establishing connectivity with other devices and systems is a breeze with the Samsung JC44-00197A. It supports RS-232, RS-485, and GPIB interfaces, offering versatile connectivity options for different control systems and laboratory equipment. It also includes an auxiliary output for remote turn-on and remote control purposes.
The JC44-00197A is a versatile and high-performance power supply, ideally suited for a wide range of applications, including electroless plating, coating processes, laboratory testing equipment, and semiconductor equipment. With its robust efficiency, user-friendly interface, and extensive safety features, the Samsung JC44-00197A is a valuable asset for any industrial or laboratory setting, delivering power you can trust.
Samsung JC4400197A (JC44) and its variants, including SL-M3820DW, M4025ND, and M3870, are high voltage power supplies designed for various applications. In this analysis, we'll discuss the pros and cons of each power supply, followed by a concluding recommendation.
Samsung JC44-00197A (JC44): Pros:1. broad input voltage range of 100-240V AC (50-60Hz), making it suitable for various regions and applications.
2. Continuous output power of 45W at 120V (35W at 230V) and peak output power of 55W.
3. Built-in over-current, over-voltage, and over-temperature protection.
Cons:1. Relatively heavy at 5.4 lbs (2.45 kg), making it less portable compared to other power supplies.
2. Cooling fan may generate noise when the load is low or when ambient temperatures are high.
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SL-M3820DW: Pros:1. Sleek design with a built-in LCD screen to display real-time output voltage, current, and power, making it easier for users to monitor settings.
2. Output voltage range of 10-38VDC and output current of up to 2A, providing sufficient power for various test equipment and accessories.
3. Compliant with various safety standards including IEC 61326-1 and UL 62368-1, ensuring safety and reliability.
Cons:1. Lower maximum output power compared to other models, making it less suitable for powering heavy demands.
2. Limited input voltage range (100-240V AC, 50/60Hz).
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M4025ND: Pros:1. IEEE 488.2 interface for interfacing withtest equipment and data acquisition systems.
2. High output power (up to 40W) and wide voltage range (35V to 50V or 48V to 65V), catering to various research and industrial applications.
3. Overvoltage, short-circuit, and overcurrent protection.
Cons:1. More expensive compared to other models.
2. Lack of an LCD screen and limited input voltage range (90V AC to 265V AC, 47-63Hz).
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M3870: Pros:1. High output power (up to 54W) and a wide voltage range (15 V to 45V), making it suitable for a variety of industrial applications.
2. RoHS compliance and a global safety certificate, making it environmentally friendly and upholding international safety standards.
3. Automatic protection mechanisms against overvoltage, over-current, under-voltage, and short-circuits.
Cons:1. Heavier and bulkier than other models, limiting portability.
2. Lack of an LCD screen for monitoring output settings.
Conclusion:When selecting a power supply among these options, several factors must be considered, such as the specific application, output power requirements, budget, and available features.
If portability is a priority, the Samsung JC44 would be a good choice due to its sleek design and broad input voltage range. However, for those who demand advanced features such as an LCD screen or specific output voltage/current requirements, the SL-M3820DW or M4025ND may be preferred. Ultimately, the M3870 could be considered as the optimal choice for more demanding applications due to its wide voltage range and rugged design.
Recommendation:For most general research and industrial applications that prioritize safety, reliability, and wide voltage range, the Samsung M3870 is our recommended choice. However, if mobility and affordability are important factors, the JC44 power supply would be a suitable alternative.
This high voltage power supply is designed for use with Samsung printers SL-M3820ND, SL-M3825DW, and SL-M3825ND. Great Working Condition, Removed From Unit. It is compatible with the ML-3310D, ML-3310ND, and ML-3710DW model's suitable for laser print technology.