Fnirsi laboratory power supply programmable AC DC 285W IPS3608
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Fnirsi laboratory power supply programmable AC DC 285W IPS3608 - flexible power supply for laboratories and workshops
- Programmable AC/DC output settings
- Reaches power up to 285W for more demanding tasks
- Clear display for parameter overview
- Suitable for development and repair workshops
- Reliable performance in repeated use
The FNIRSI IPS3608 is a programmable laboratory AC/DC power supply with an output of 0 to 36 V and 0 to 8 A, with a total power of up to 285 W. It is equipped with a 2.8-inch color display, digital control, support for fast charging protocols, and multi-level electrical protection.
FNIRSI IPS3608 is an intelligent laboratory power supply with digital control, designed to convert AC mains voltage into a stable DC output voltage. It enables precise voltage and current adjustment with high resolution and stable operation in laboratory, service and development applications.
The power supply supports a wide input voltage range of 100 to 240 V AC and provides an output voltage of up to 36 V and a current of up to 8 A. It is equipped with multiple protection mechanisms, such as protection against overvoltage, overload, short circuit and overheating. The color display allows for a clear display of settings and measurements, and the adjustable backlight allows for adaptation to working conditions.
In addition to the classic laboratory output, it includes USB-C and USB-A connectors with support for fast charging protocols, allowing direct powering and testing of various electronic devices.
– Output voltage up to 36 V and current up to 8 A
– Total output power up to 285 W
– Digitally controlled output with high accuracy
– Support for fast charging protocols via USB
– Multi-level electrical protection
– Color display with adjustable backlight
Technical features:
– Model: IPS3608
– Device type: laboratory AC DC power supply
– Display: 2.8-inch color display
– Adjustable screen backlight: yes
– Menu languages: Chinese, English
– Dimensions: approximately 138 x 214 x 115 mm
– Weight: approximately 1539 g
– Operating environment: -10 to 40 °C, 0 to 75% relative humidity
Power supply:
– Input voltage: 100 to 240 V AC
– Input frequency: 50 to 60 Hz
Output:
– Output voltage: DC 0 to 36 V
– Output current: 0 to 8 A
– Output power: 0 to 285 W
– Voltage setting resolution: 0.01 V
– Current setting resolution: 0.001 A
– Output voltage accuracy: ±(0.3% + 3 bits)
– Output current accuracy: ±(0.15% + 5 bits)
– Load regulation: ±(0.2% + 2 bits)
Connectivity and charging protocols:
– USB-C: PD3.0
– USB-A: HUAWEI FCP, HUAWEI SCP, AFC, QC2.0, QC3.0
Protections:
– Surge protection
– Overcurrent protection
– Overload protection
– Overtemperature protection
– Undervoltage protection
– Short circuit protection
– Protection against incorrect input connection
– Output reverse current protection
Package includes: 1x Fnirsi IPS3608 Laboratory Power Supply, 1x Power Cable, 2x Cable with Crocodile Clips, 1x Data Cable, 1x Instructions
Manufacturer:
Shenzhen FNIRSI Technology Co., Ltd.
8F, Weihuada Industrial Park C building West, Li Rong Road Da Lang Street, / Longhua District
518109 Shenzhen
China
jason@fnirsi.com
Data of the responsible person in the EU:
Tech Trade doo Trzin
Blatnica 8
1236 Trzin, Slovenia SL
info@techtrade.si
Same summary
The Fnirsi IPS3608 laboratory power supply is primarily suitable for users who need advanced and flexible power supply when developing, servicing or testing electronic devices. Programmability and a wide range of settings allow for easy adaptation to various projects in a laboratory or professional environment. For basic home needs, the device may be too complex, but this capability makes it extremely attractive to technical enthusiasts and professionals who value control, repeatability and reliability. The product also features a balance between output power, intuitive operation and robustness, which helps prevent frequent errors when powering sensitive components.
Recommendation source: Enaa guides and team experiences.
User view
The Fnirsi IPS3608 power supply is most often chosen by technical users, engineers, electrical engineering students and anyone involved in the development, prototyping or repair of electronic circuits. In practice, it finds its place on the workbenches of laboratories, workshops and technically oriented companies, where precise adjustment of voltages and currents is required in various experiments or service procedures.
The entire Fnirsi brand offering is appreciated by users, as it offers simple integration with other measurement and power supply equipment, which makes it easier to create a flexible working environment.
Why buy at Enaa
In addition to a wide range of laboratory and computer devices in one place, there is also the option to choose from proven technical brands such as Fnirsi. Product information is clearly presented, making it easy to correctly match your needs and upgrade existing equipment.
Answers to frequently asked questions
What types of projects is the Fnirsi IPS3608 best suited for?
It is best suited for developing, testing or servicing electronic devices, where flexibility, a stable power source and the ability to precisely adjust parameters are required.
Is the power supply suitable for complete beginners?
It can be used even by beginners, but the programming options and additional functions will be best used by those with some technical knowledge in the field of electronics.
How does the power supply perform in long-term professional use?
In professional environments, robustness and stability are key - the Fnirsi IPS3608 is designed with regular use and durability in mind, reducing the chances of failure or instability during long-term operation.
Is the power supply compatible with most common laboratory setups?
Yes, due to its standard connections and programming options, it is compatible with most laboratory equipment and allows for easy integration into the existing work environment.
What is the best practice for working safely with a laboratory power supply?
It is recommended to check the required voltage and current before use and to ensure proper cooling and safe connection of devices. If you are unsure of the procedures, we recommend consulting a professional or reviewing professional instructions.
Description updated: April 2026
