MEAN WELL NSP-1600 Series 1600W AC/DC Enclosed Power Supply NSP-1600-12 / 24 / 36 / 48

Overview of MEAN WELL NSP-1600 Series

The MEAN WELL NSP-1600 Series is a 1600W AC/DC enclosed switching power supply platform designed for high-reliability industrial power applications. It integrates active PFC, high-efficiency conversion technology, output voltage programming, built-in CANBus communication and a compact 1U low-profile enclosed structure with intelligent fan speed control to ensure stable operation in demanding high-power systems.

As part of MEAN WELL’s high-power enclosed power supply family, the NSP-1600 Series is widely used in factory automation equipment, test and measurement instruments, laser-related machinery, aging facilities, digital broadcasting equipment and constant current source applications. It is commonly specified as NSP-1600-12 high-current power supply, NSP-1600-24 industrial PSU, NSP-1600-36 enclosed power supply and NSP-1600-48 AC/DC power supply in OEM and industrial system designs.

The series supports a 90–264Vac input range with active PFC, making it suitable for standard 115Vac and 230Vac industrial power systems. With efficiency up to 92.5%, high power density up to 25W/inch³, remote ON/OFF control, remote sense, 12V auxiliary power, DC OK signal, T-ALARM signal and CANBus-based control and monitoring, the NSP-1600 Series is optimized for compact high-power equipment and intelligent system-level power integration.

Available output models include NSP-1600-12, NSP-1600-24, NSP-1600-36 and NSP-1600-48, covering 12V, 24V, 36V and 48V DC output options for different industrial DC power architectures.

The NSP-1600 Series is commonly selected for high-power industrial control systems, automation equipment, laser-related machines, test platforms, digital broadcasting systems and OEM applications requiring stable DC output, programmable voltage control, communication capability and long-term operational reliability.

Features

• 1600W AC/DC enclosed switching power supply with active PFC function
• 90–264Vac input range for high-power industrial equipment and system-level DC power integration
• Compact 1U low-profile enclosure with 300 × 85 × 41 mm dimensions for space-saving installation
• High power density up to 25W/inch³ for compact 1.6kW industrial power supply designs
• Available in NSP-1600-12, NSP-1600-24, NSP-1600-36 and NSP-1600-48 models
• 12V, 24V, 36V and 48V DC output options for different industrial power architectures
• High efficiency up to 92.5% for stable high-power DC output operation
• Output voltage programming from 40–125% of nominal output voltage, with 15–125% available by request
• Built-in CANBus communication for control, setting and monitoring functions
• Built-in remote ON/OFF control for system-level power management
• Remote Sense function compensates voltage drop on load wiring up to 0.5Vdc
• 12Vaux auxiliary power output rated at 0.8A for control and monitoring circuits
• Built-in DC OK signal and T-ALARM signal for power status and thermal or fan-failure monitoring
• Built-in constant current limiting circuit for overload protection and controlled output behavior
• Protections against short circuit, overload, over voltage and over temperature
• Built-in intelligent fan speed control based on internal PSU temperature
• Operating temperature range from -20℃ to +70℃ with derating according to installation conditions
• Safety approvals include UL62368-1, BS EN/EN62368-1, CNS15598-1, AS/NZS62368.1, EAC TP TC 004 and related standards
• Suitable for factory automation equipment, test and measurement instruments, laser-related machinery, aging facilities, digital broadcasting and constant current source applications
• 5-year manufacturer warranty

Need help selecting the right output voltage? Compare NSP-1600-12, NSP-1600-24, NSP-1600-36 and NSP-1600-48 below.

Model Selection Guide for NSP-1600 Series

The MEAN WELL NSP-1600 Series offers a focused range of single-output models from 12V to 48V DC, allowing engineers and system integrators to select the most suitable 1600W AC/DC enclosed power supply based on system voltage requirements, rated current demand, control architecture and industrial application environment.

Each model shares the same 90–264Vac input range, active PFC design, compact 300 × 85 × 41 mm 1U low-profile enclosed structure, output voltage programming, built-in CANBus communication, remote ON/OFF control, Remote Sense, 12Vaux auxiliary power, DC OK signal, T-ALARM signal and intelligent fan speed control, while providing different output voltages and current ratings for factory automation, test equipment, laser-related machinery, aging facilities, digital broadcasting and high-power industrial DC systems.

Low Voltage High-Current Systems (12V)

The NSP-1600-12 model is designed for low-voltage high-current DC systems, industrial equipment, control systems, power distribution units and specialized devices requiring stable regulated 12V output with high current capability.

Search terms such as NSP-1600-12 power supply, NSP-1600-12 AC/DC power supply and 1600W enclosed power supply 12V are commonly associated with applications requiring high output current from a compact industrial PSU.

This model provides 12V output with 125A rated current and 1500W rated power, making it suitable for equipment architectures where low-voltage high-current DC power is required.

Industrial Automation & 24V DC Control Systems (24V)

The NSP-1600-24 model is widely used in industrial automation, control cabinets, machinery systems, electronic instruments, test equipment and OEM power architectures where 24V-class DC power is commonly specified.

Search terms such as NSP-1600-24 power supply, NSP-1600-24 industrial PSU and 1600W 24V AC/DC enclosed power supply are commonly used by procurement engineers and system integrators.

This model provides 24V output with 67A rated current and 1608W rated power, offering a practical balance between output voltage, current capacity and system compatibility for high-power industrial DC applications.

36V Industrial Equipment & Specialized DC Power Systems (36V)

The NSP-1600-36 model is suitable for industrial equipment, test platforms, laser-related machinery, motor-related systems and specialized DC power architectures requiring a 36V output level.

Search terms such as NSP-1600-36 power supply, NSP-1600-36 enclosed power supply and 36V 1600W AC/DC power supply are relevant for applications requiring higher voltage than 24V while maintaining strong current capacity.

This model provides 36V output with 44.5A rated current and 1602W rated power, making it suitable for OEM equipment designs where 36V DC power distribution, programmable voltage control and system monitoring are required.

48V Industrial DC Bus & High-Power System Applications (48V)

The NSP-1600-48 model is suitable for 48V industrial DC bus systems, distributed power systems, digital broadcasting equipment, test systems, automation equipment and higher-voltage industrial power architectures.

The NSP-1600-48 AC/DC power supply is especially relevant for system designs where 48V DC is used to reduce current, improve distribution efficiency and support high-power equipment integration.

This model provides 48V output with 33.5A rated current, 1608W rated power and the highest typical efficiency in the series at 92.5%, making it a strong option for compact 1.6kW industrial power supply applications.

Programmable Voltage, CANBus & System Monitoring Applications

The NSP-1600 Series supports output voltage programming from 40–125% of nominal output voltage, with 15–125% available by request. This function is useful for equipment requiring voltage tuning, controlled DC output adjustment and system-level power optimization.

Built-in CANBus communication allows control, setting and monitoring functions, while Remote Sense compensates voltage drop on load wiring up to 0.5Vdc. The series also provides remote ON/OFF control, 12Vaux auxiliary power, DC OK signal and T-ALARM signal for integration into intelligent industrial power systems.

Need help choosing the correct NSP-1600 model? Match your system voltage, rated current, voltage adjustment requirement, CANBus monitoring need, installation space and application environment to select the most suitable 1600W AC/DC enclosed power supply for your application.

Related MEAN WELL Power Supply Series

For system design comparison and power architecture planning, the following MEAN WELL power supply series are commonly used alongside the NSP-1600 Series in industrial automation, high-power equipment, test systems, laser-related machinery, digital broadcasting and system integration applications:

• 
  NSP-500 Series – 500W AC/DC enclosed power supply for industrial automation, machinery systems, control equipment and medium-power DC applications with lower power requirements than the NSP-1600 Series.
• 
  NSP-750 Series – 750W AC/DC enclosed power supply for high-power industrial systems requiring active PFC, high efficiency and compact enclosed power architecture.
• 
  NSP-1000 Series – 1000W AC/DC enclosed power supply for industrial automation, telecom, network, medical and high-power system applications requiring programmable control and peak load support.
• 
  LRS-1200 Series – 1200W enclosed switching power supply for cost-effective high-power DC output applications where simple enclosed PSU architecture is preferred.
• 
  RSP-1500 Series – 1500W enclosed AC/DC power supply for high-power industrial equipment, automation systems and compact DC power distribution applications.
• 
  RSP-2000 Series – 2000W enclosed AC/DC power supply for applications requiring higher output power than the NSP-1600 Series and system-level high-power DC integration.

Need help selecting the right MEAN WELL power supply?
Compare NSP-500, NSP-750, NSP-1000, NSP-1600, LRS-1200, RSP-1500 and RSP-2000 based on power level, input voltage range, output voltage options, control functions, communication requirements, cooling design, installation space and system architecture complexity.

Programmable Output, Remote ON/OFF, Remote Sense, DC OK Signal and CANBus

The MEAN WELL NSP-1600 Series provides output voltage programming, remote ON/OFF control, Remote Sense, DC OK signal, T-ALARM signal and CANBus communication functions for advanced industrial system integration and high-power DC output applications.

For NSP-1600-12, NSP-1600-24, NSP-1600-36 and NSP-1600-48 models, the series supports output voltage programming from 40–125% of nominal output voltage, with 15–125% available by request. This allows engineers to adjust the output voltage according to system requirements in factory automation equipment, test instruments, laser-related machinery, aging facilities, digital broadcasting equipment and constant current source applications.

The built-in remote ON/OFF control function allows external switching of the power supply, making the NSP-1600 Series suitable for systems requiring power sequencing, standby control and centralized power architecture management. Remote Sense, DC OK signal, T-ALARM signal, 12Vaux auxiliary power and CANBus communication further support system-level monitoring, voltage compensation, operational status feedback and digital power control in high-power industrial equipment.

Output Voltage Programming

The NSP-1600 Series supports output voltage programming for all 12V, 24V, 36V and 48V models. The standard programmable range is 40–125% of nominal output voltage, while 15–125% can be supported by request according to project requirements.

This function is particularly useful for applications requiring adjustable DC output, voltage tuning, equipment-level power optimization and system-controlled output behavior. For example, NSP-1600-24 can be used in 24V industrial systems requiring programmable voltage adjustment, while NSP-1600-48 can support 48V DC bus architectures requiring controlled output voltage settings.

The rated current should change with the output voltage programming accordingly. For Remote Sense or Local Sense wiring, engineers should follow the function manual and installation guidance to ensure correct voltage feedback and stable output regulation.

Remote ON/OFF Control

The remote ON/OFF function is controlled through the control interface using R.C and +5V-aux. According to the NSP-1600 function description, the power supply turns ON when R.C is shorted to +5V-aux, and turns OFF when the connection is open.

This dry-contact or electrical signal control method allows the NSP-1600 Series to be integrated into external system logic, automation sequencing, standby power management and centralized power control strategies.

Remote ON/OFF control is useful for equipment designs where the power supply must be started or stopped by a controller, relay, optocoupler control module or system-level power management circuit.

Remote Sense, DC OK and T-ALARM Signal

The NSP-1600 Series provides Remote Sense, DC OK signal and T-ALARM signal functions for system-level integration. Remote Sense compensates voltage drop on the load wiring up to 0.5Vdc, helping maintain stable voltage at the load side in high-current wiring applications.

The DC OK signal provides output status feedback for control, alarm and protection systems. According to the function description, the DC OK signal changes state according to output voltage status, allowing equipment controllers to monitor whether the output voltage is within the expected operating range.

The T-ALARM signal provides thermal and fan-failure status feedback. It can be used to indicate over temperature alarm conditions or fan abnormality, helping system designers add preventive monitoring and protection logic in high-power industrial equipment.

12Vaux Auxiliary Power and Intelligent Fan Control

The NSP-1600 Series provides a 12Vaux auxiliary power output rated at 0.8A, referenced to GND-aux. This auxiliary output can be used for control circuits, monitoring circuits and system-level interface functions where a small auxiliary power source is required.

The series also includes built-in intelligent fan speed control based on the internal temperature of the power supply. This helps balance cooling performance and acoustic noise under different load and ambient temperature conditions.

Together with DC OK and T-ALARM signal output, the 12Vaux auxiliary output and fan monitoring functions make the NSP-1600 Series suitable for intelligent industrial power systems requiring operational feedback and control integration.

CANBus Communication and Control Connector Information

The NSP-1600 Series supports CANBus communication for control, setting and monitoring functions. CANBus enables the power supply to communicate with external controllers in intelligent industrial power architectures.

The control interface provides access to output voltage programming, Remote Sense, remote ON/OFF control, DC OK signal, T-ALARM signal, 12Vaux auxiliary power and CANBus-related functions. These features simplify integration into factory automation equipment, test systems, laser-related machinery, aging facilities, digital broadcasting equipment and other high-power industrial DC systems.

Unlike the NSP-1000 Series content previously used as a template, this NSP-1600 section does not include 200% peak power capability, programmable output current, MODBus protocol, parallel operation or 5Vaux auxiliary output, because these features are not listed as NSP-1600 Series specifications in the datasheet.

Need installation and wiring details for the NSP-1600 Series? Continue below to review mechanical dimensions, terminal assignment, control interface details, output voltage programming, Remote Sense wiring, CANBus communication, safety approvals, EMC information and application guidance.

Mechanical Dimensions and Installation

The MEAN WELL NSP-1600 Series features a compact 1600W enclosed high-power design with overall dimensions of 300 × 85 × 41 mm. Its 1U low-profile structure, high power density design and built-in intelligent fan speed control make it suitable for factory automation equipment, test and measurement instruments, laser-related machinery, aging facilities, digital broadcasting systems and high-power industrial DC applications.

Dimensions

The overall mechanical size of the NSP-1600 Series is 300 × 85 × 41 mm. This compact 1U form factor provides high power density up to 25W/inch³ while supporting a full 1600W AC/DC enclosed power supply platform with 90–264Vac input, active PFC, up to 92.5% efficiency, output voltage programming and CANBus-based system control functions.

Terminal Assignment

The NSP-1600 Series includes AC input terminals, DC output terminals and dedicated control interfaces. The AC input terminal provides AC/L, AC/N and FG connections. The DC output terminal provides +Vo and -Vo power output connections.

For system-level integration, CN1 supports output voltage programming, Remote Sense (+RS / -RS), local sense configuration, DC OK signal, T-ALARM signal, 12Vaux auxiliary power, R.C remote ON/OFF control and CANBus communication functions. These interfaces enable flexible system control, monitoring and power integration in industrial equipment.

Installation Notes

When integrating the NSP-1600 Series into equipment, control cabinets or high-power DC systems, users should review mounting direction, wiring clearance, grounding, airflow path, terminal assignment, control interface wiring and temperature derating according to the installation manual and datasheet.

Because the NSP-1600 Series uses built-in intelligent fan speed control based on internal temperature, sufficient ventilation space and correct airflow direction must be maintained to ensure stable long-term operation under high load conditions. For system integration, proper grounding and correct routing of control and sense lines are required to maintain signal integrity.

Mounting and Accessory Notes

The NSP-1600 Series supports chassis mounting with specified screw size and torque requirements. Optional mounting brackets are available by request, while CN1 mating connectors and control wiring harnesses are provided as standard accessories for system integration.

For applications using Remote Sense, the sense lines should be connected to the load side and twisted in pairs to minimize noise interference. If Remote Sense is not used, the local sense configuration must follow the datasheet wiring instructions to ensure correct output regulation and stable operation.

Need application and compliance information for the NSP-1600 Series? Continue below to explore recommended applications, safety certifications, EMC compliance and system-level integration guidelines.

Applications

The MEAN WELL NSP-1600 Series is suitable for a wide range of high-power industrial applications that require a compact 1600W AC/DC enclosed power supply with active PFC, 1U low-profile design, high power density, programmable output voltage, CANBus communication and high-reliability DC output performance.

With its 90–264Vac input range, high efficiency up to 92.5%, built-in CANBus communication, output voltage programming, Remote ON/OFF control, Remote Sense, 12Vaux auxiliary power, DC OK signal and T-ALARM signal, the NSP-1600 Series is designed for equipment where stable high-power operation, system-level control, monitoring and long-term industrial reliability are required.

• Factory automation machinery and industrial control systems
• Test and measurement instruments and electronic equipment
• Laser-related machinery and precision industrial systems
• Aging facilities and production test environments
• Digital broadcasting and industrial signal systems
• Constant current source and high-power DC supply applications
• High-power DC distribution and system-level power architectures
• Charging-related equipment and energy storage systems

Need certification and compliance details for your project? Continue below to review safety standards, EMC information, leakage current data, system protection functions and approval specifications for the NSP-1600 Series.

Certifications and Safety

The MEAN WELL NSP-1600 Series is designed for industrial and ITE applications requiring international safety compliance, high-power density and reliable operation in industrial environments. It is suitable for factory automation, test equipment, laser systems, broadcasting equipment and other high-power DC power applications requiring a compact 1600W AC/DC enclosed power supply.

According to the official NSP-1600 datasheet, the series complies with the following safety standards and approvals:

• CB: IEC/EN62368-1 (ITE safety standard for audio/video, information and communication technology equipment)
• UL: UL62368-1 certified for North America safety requirements
• CCC: GB4943.1 compliant for China safety regulations
• BSMI: CNS15598-1 certified for Taiwan market
• EAC: TP TC 004 approved for Eurasian market compliance
• CE: European safety conformity marking for EMC and LVD compliance

The datasheet specifies EMC compliance with international standards such as BS EN/EN55032 (emission), BS EN/EN55035 (immunity), BS EN/EN61000-3-2 and BS EN/EN61000-3-3 for harmonic current and voltage fluctuation requirements, ensuring stable operation in industrial electromagnetic environments.

The NSP-1600 Series is designed with reinforced isolation structure suitable for industrial power systems, with compliance to overvoltage category III (OVC III) depending on installation conditions. It supports operation in industrial environments with altitude derating requirements defined in the official datasheet.

Leakage current and safety performance are optimized for industrial use, ensuring reliable operation in high-power AC/DC conversion systems. Protection functions include short circuit, overload, over voltage and over temperature protection to ensure system safety under abnormal conditions.

Unlike medical-grade power supplies, the NSP-1600 Series is positioned for industrial and ITE applications and does not target BF medical or MOPP-specific system certification requirements.

Need more product details before sending an inquiry? Continue below to review application notes, model selection, output specifications, CANBus communication, programmable output functions and system integration guidance for the NSP-1600 Series.