The UDP6700 series is a high-efficiency DC power supply with an impressive output power ratio of 3.0. Its flexible output range covers maximum voltage, current, and power, allowing one unit to replace several smaller power supplies, reducing overall equipment costs.

The UDP6700 series features remote compensation terminals (S+ and S-) for connecting directly to the load, ensuring accurate voltage measurements at the load end. This minimizes the impact of voltage drops over long-distance wires, providing reliable and precise testing results.

Equipped with a 2.8-inch full-color LCD display, the UDP6700 series offers a clear and detailed view of multiple parameters. It streamlines data monitoring, reducing the need for repetitive readings and enhancing user interaction by allowing customizable settings tailored to your needs.

With RS232 serial interface support and compatibility with the SCPI protocol, the UDP6700 series facilitates remote control and data management. The included PC software allows for easy configuration, monitoring, and statistical analysis, providing valuable insights into operational trends.

The power supply offers Over Voltage Protection (OVP) and Over Current Protection (OCP) settings, activated by pressing "V" and "A" for long durations. When enabled, these features trigger an alarm and shut off the output to safeguard connected equipment. The built-in intelligent fan adjusts based on system conditions, while Over Temperature Protection (OTP) engages when the instrument overheats, ensuring system longevity.

The UDP6700 series includes list and delayer functions, supporting up to 48 editable points. This allows for automatic measurements and customized power delays, enhancing automation for more efficient operations.

With 600 memory groups (200 in each M1, M2, and M3), the UDP6700 series offers extensive storage for diverse user settings, speeding up configuration and ensuring quick access to frequently used setups.

The UDP6700 series is a high-efficiency DC power supply with an impressive output power ratio of 3.0. Its flexible output range covers maximum voltage, current, and power, allowing one unit to replace several smaller power supplies, reducing overall equipment costs.

The UDP6700 series features remote compensation terminals (S+ and S-) for connecting directly to the load, ensuring accurate voltage measurements at the load end. This minimizes the impact of voltage drops over long-distance wires, providing reliable and precise testing results.

Equipped with a 2.8-inch full-color LCD display, the UDP6700 series offers a clear and detailed view of multiple parameters. It streamlines data monitoring, reducing the need for repetitive readings and enhancing user interaction by allowing customizable settings tailored to your needs.

With RS232 serial interface support and compatibility with the SCPI protocol, the UDP6700 series facilitates remote control and data management. The included PC software allows for easy configuration, monitoring, and statistical analysis, providing valuable insights into operational trends.

The power supply offers Over Voltage Protection (OVP) and Over Current Protection (OCP) settings, activated by pressing "V" and "A" for long durations. When enabled, these features trigger an alarm and shut off the output to safeguard connected equipment. The built-in intelligent fan adjusts based on system conditions, while Over Temperature Protection (OTP) engages when the instrument overheats, ensuring system longevity.

The UDP6700 series includes list and delayer functions, supporting up to 48 editable points. This allows for automatic measurements and customized power delays, enhancing automation for more efficient operations.

With 600 memory groups (200 in each M1, M2, and M3), the UDP6700 series offers extensive storage for diverse user settings, speeding up configuration and ensuring quick access to frequently used setups.

The UDP6700 series is a high-efficiency DC power supply with an impressive output power ratio of 3.0. Its flexible output range covers maximum voltage, current, and power, allowing one unit to replace several smaller power supplies, reducing overall equipment costs.

The UDP6700 series features remote compensation terminals (S+ and S-) for connecting directly to the load, ensuring accurate voltage measurements at the load end. This minimizes the impact of voltage drops over long-distance wires, providing reliable and precise testing results.

Equipped with a 2.8-inch full-color LCD display, the UDP6700 series offers a clear and detailed view of multiple parameters. It streamlines data monitoring, reducing the need for repetitive readings and enhancing user interaction by allowing customizable settings tailored to your needs.

With RS232 serial interface support and compatibility with the SCPI protocol, the UDP6700 series facilitates remote control and data management. The included PC software allows for easy configuration, monitoring, and statistical analysis, providing valuable insights into operational trends.

The power supply offers Over Voltage Protection (OVP) and Over Current Protection (OCP) settings, activated by pressing "V" and "A" for long durations. When enabled, these features trigger an alarm and shut off the output to safeguard connected equipment. The built-in intelligent fan adjusts based on system conditions, while Over Temperature Protection (OTP) engages when the instrument overheats, ensuring system longevity.

The UDP6700 series includes list and delayer functions, supporting up to 48 editable points. This allows for automatic measurements and customized power delays, enhancing automation for more efficient operations.

With 600 memory groups (200 in each M1, M2, and M3), the UDP6700 series offers extensive storage for diverse user settings, speeding up configuration and ensuring quick access to frequently used setups.

The UDP6700 series is a high-efficiency DC power supply with an impressive output power ratio of 3.0. Its flexible output range covers maximum voltage, current, and power, allowing one unit to replace several smaller power supplies, reducing overall equipment costs.

The UDP6700 series features remote compensation terminals (S+ and S-) for connecting directly to the load, ensuring accurate voltage measurements at the load end. This minimizes the impact of voltage drops over long-distance wires, providing reliable and precise testing results.

Equipped with a 2.8-inch full-color LCD display, the UDP6700 series offers a clear and detailed view of multiple parameters. It streamlines data monitoring, reducing the need for repetitive readings and enhancing user interaction by allowing customizable settings tailored to your needs.

With RS232 serial interface support and compatibility with the SCPI protocol, the UDP6700 series facilitates remote control and data management. The included PC software allows for easy configuration, monitoring, and statistical analysis, providing valuable insights into operational trends.

The power supply offers Over Voltage Protection (OVP) and Over Current Protection (OCP) settings, activated by pressing "V" and "A" for long durations. When enabled, these features trigger an alarm and shut off the output to safeguard connected equipment. The built-in intelligent fan adjusts based on system conditions, while Over Temperature Protection (OTP) engages when the instrument overheats, ensuring system longevity.

The UDP6700 series includes list and delayer functions, supporting up to 48 editable points. This allows for automatic measurements and customized power delays, enhancing automation for more efficient operations.

With 600 memory groups (200 in each M1, M2, and M3), the UDP6700 series offers extensive storage for diverse user settings, speeding up configuration and ensuring quick access to frequently used setups.

The UNI-T UDP6900 series features multiple multifunction keys paired with a 4.3-inch true color LCD display, providing intuitive prompts for easy operation. Its straightforward interface allows for quick setup and seamless use, ensuring the instrument is simple to operate and ready to use right away.

To avoid voltage drops caused by long wires connecting to the load, remote testing allows measurements to be made directly on the terminals of the object to be measured to improve measurement accuracy. S+ and S- are the remote measurement terminals, and + and - are the output positive and negative terminals. When using the remote measurement function, it is necessary to connect a pair of driver wires from the rear panel + and - terminals to the device to be tested, and lead S+, S- to connect to the object to be tested. Please refer to the user manual for details.

The UNI-T UDP6900 series includes built-in over-voltage (OVP) and over-current (OCP) protection. Users can set the protection thresholds via the front panel keys. When the set limit is exceeded, the output is automatically shut off, and an alert is displayed on the LCD screen to ensure safety.

The series offers both list and delay functions, allowing users to define and execute up to 512 groups of output parameters (voltage, current, and time) or switch sequences. Users can manually change parameter groups or use templates for batch settings. These functions support both internal Flash storage and external USB storage, with files saved in (.lst.csv) and (.dly.csv) formats for easy editing on a computer.

The UNI-T UDP6900 series offers three slope modes for enhanced control: Normal, Voltage Slope (VSR), and Current Slope (ISR). In Normal mode, the voltage and current values adjust directly to the set values without the ability to configure slope parameters. In VSR mode, the voltage rises and falls according to set slope parameters, while in ISR mode, the current adjusts step by step. This allows for gradual transitions in voltage or current to meet specific testing requirements.

This series supports flexible combinations of voltage and current under fixed power. It can handle both high-voltage/low-current and high-current/low-voltage tests, with automatic range switching between voltage and current outputs. This is controlled by limiting the overall power output, making it ideal for a variety of testing needs.

The UNI-T UDP6900 series features a built-in 4 1/2-digit voltmeter, capable of measuring DC voltages from 0.001V to 65.000V (up to 160.0V DC for models UDP6933B/53B) through the rear terminal inputs. The measured values are displayed directly on the main screen for easy monitoring.

All models in the UNI-T UDP6900 series come with an external analog control function. Located on the rear panel, the external analog interface allows you to adjust the output voltage, current, and switching output by inputting an external voltage (0–10V). You can also monitor the output via the Vm and Im terminals, making it easy to synchronize multiple power supplies for simultaneous output adjustments.

The main menu includes functions such as monitoring, system settings, user groups, output settings, and language options. The monitor function displays real-time voltage, current, power, and DVM readings, with alarms for each channel if conditions deviate from set parameters. System settings allow configuration of backlight, sound, communication protocols, and more.

The UNI-T UDP6900 series comes equipped with RS232, USB, and RS485 communication interfaces, along with free software for the series. This makes remote control and data logging via a PC straightforward and efficient. Users can adjust voltage, current, and save data records remotely.

With the built-in RS485 interface, multiple units can be connected for simultaneous testing and remote control. This feature is ideal for labs requiring synchronized multi-machine operation.

The series supports web-based remote control, allowing users to adjust parameters, set lists, and configure system settings from any web-enabled device, providing flexibility and ease of access.

The UNI-T UDP6900 series features multiple multifunction keys paired with a 4.3-inch true color LCD display, providing intuitive prompts for easy operation. Its straightforward interface allows for quick setup and seamless use, ensuring the instrument is simple to operate and ready to use right away.

To avoid voltage drops caused by long wires connecting to the load, remote testing allows measurements to be made directly on the terminals of the object to be measured to improve measurement accuracy. S+ and S- are the remote measurement terminals, and + and - are the output positive and negative terminals. When using the remote measurement function, it is necessary to connect a pair of driver wires from the rear panel + and - terminals to the device to be tested, and lead S+, S- to connect to the object to be tested. Please refer to the user manual for details.

The UNI-T UDP6900 series includes built-in over-voltage (OVP) and over-current (OCP) protection. Users can set the protection thresholds via the front panel keys. When the set limit is exceeded, the output is automatically shut off, and an alert is displayed on the LCD screen to ensure safety.

The series offers both list and delay functions, allowing users to define and execute up to 512 groups of output parameters (voltage, current, and time) or switch sequences. Users can manually change parameter groups or use templates for batch settings. These functions support both internal Flash storage and external USB storage, with files saved in (.lst.csv) and (.dly.csv) formats for easy editing on a computer.

The UNI-T UDP6900 series offers three slope modes for enhanced control: Normal, Voltage Slope (VSR), and Current Slope (ISR). In Normal mode, the voltage and current values adjust directly to the set values without the ability to configure slope parameters. In VSR mode, the voltage rises and falls according to set slope parameters, while in ISR mode, the current adjusts step by step. This allows for gradual transitions in voltage or current to meet specific testing requirements.

This series supports flexible combinations of voltage and current under fixed power. It can handle both high-voltage/low-current and high-current/low-voltage tests, with automatic range switching between voltage and current outputs. This is controlled by limiting the overall power output, making it ideal for a variety of testing needs.

The UNI-T UDP6900 series features a built-in 4 1/2-digit voltmeter, capable of measuring DC voltages from 0.001V to 65.000V (up to 160.0V DC for models UDP6933B/53B) through the rear terminal inputs. The measured values are displayed directly on the main screen for easy monitoring.

All models in the UNI-T UDP6900 series come with an external analog control function. Located on the rear panel, the external analog interface allows you to adjust the output voltage, current, and switching output by inputting an external voltage (0–10V). You can also monitor the output via the Vm and Im terminals, making it easy to synchronize multiple power supplies for simultaneous output adjustments.

The main menu includes functions such as monitoring, system settings, user groups, output settings, and language options. The monitor function displays real-time voltage, current, power, and DVM readings, with alarms for each channel if conditions deviate from set parameters. System settings allow configuration of backlight, sound, communication protocols, and more.

The UNI-T UDP6900 series comes equipped with RS232, USB, and RS485 communication interfaces, along with free software for the series. This makes remote control and data logging via a PC straightforward and efficient. Users can adjust voltage, current, and save data records remotely.

With the built-in RS485 interface, multiple units can be connected for simultaneous testing and remote control. This feature is ideal for labs requiring synchronized multi-machine operation.

The series supports web-based remote control, allowing users to adjust parameters, set lists, and configure system settings from any web-enabled device, providing flexibility and ease of access.

The UNI-T UDP6900 series features multiple multifunction keys paired with a 4.3-inch true color LCD display, providing intuitive prompts for easy operation. Its straightforward interface allows for quick setup and seamless use, ensuring the instrument is simple to operate and ready to use right away.

To avoid voltage drops caused by long wires connecting to the load, remote testing allows measurements to be made directly on the terminals of the object to be measured to improve measurement accuracy. S+ and S- are the remote measurement terminals, and + and - are the output positive and negative terminals. When using the remote measurement function, it is necessary to connect a pair of driver wires from the rear panel + and - terminals to the device to be tested, and lead S+, S- to connect to the object to be tested. Please refer to the user manual for details.

The UNI-T UDP6900 series includes built-in over-voltage (OVP) and over-current (OCP) protection. Users can set the protection thresholds via the front panel keys. When the set limit is exceeded, the output is automatically shut off, and an alert is displayed on the LCD screen to ensure safety.

The series offers both list and delay functions, allowing users to define and execute up to 512 groups of output parameters (voltage, current, and time) or switch sequences. Users can manually change parameter groups or use templates for batch settings. These functions support both internal Flash storage and external USB storage, with files saved in (.lst.csv) and (.dly.csv) formats for easy editing on a computer.

The UNI-T UDP6900 series offers three slope modes for enhanced control: Normal, Voltage Slope (VSR), and Current Slope (ISR). In Normal mode, the voltage and current values adjust directly to the set values without the ability to configure slope parameters. In VSR mode, the voltage rises and falls according to set slope parameters, while in ISR mode, the current adjusts step by step. This allows for gradual transitions in voltage or current to meet specific testing requirements.

This series supports flexible combinations of voltage and current under fixed power. It can handle both high-voltage/low-current and high-current/low-voltage tests, with automatic range switching between voltage and current outputs. This is controlled by limiting the overall power output, making it ideal for a variety of testing needs.

The UNI-T UDP6900 series features a built-in 4 1/2-digit voltmeter, capable of measuring DC voltages from 0.001V to 65.000V (up to 160.0V DC for models UDP6933B/53B) through the rear terminal inputs. The measured values are displayed directly on the main screen for easy monitoring.

All models in the UNI-T UDP6900 series come with an external analog control function. Located on the rear panel, the external analog interface allows you to adjust the output voltage, current, and switching output by inputting an external voltage (0–10V). You can also monitor the output via the Vm and Im terminals, making it easy to synchronize multiple power supplies for simultaneous output adjustments.

The main menu includes functions such as monitoring, system settings, user groups, output settings, and language options. The monitor function displays real-time voltage, current, power, and DVM readings, with alarms for each channel if conditions deviate from set parameters. System settings allow configuration of backlight, sound, communication protocols, and more.

The UNI-T UDP6900 series comes equipped with RS232, USB, and RS485 communication interfaces, along with free software for the series. This makes remote control and data logging via a PC straightforward and efficient. Users can adjust voltage, current, and save data records remotely.

With the built-in RS485 interface, multiple units can be connected for simultaneous testing and remote control. This feature is ideal for labs requiring synchronized multi-machine operation.

The series supports web-based remote control, allowing users to adjust parameters, set lists, and configure system settings from any web-enabled device, providing flexibility and ease of access.

The UNI-T UDP6900 series features multiple multifunction keys paired with a 4.3-inch true color LCD display, providing intuitive prompts for easy operation. Its straightforward interface allows for quick setup and seamless use, ensuring the instrument is simple to operate and ready to use right away.

To avoid voltage drops caused by long wires connecting to the load, remote testing allows measurements to be made directly on the terminals of the object to be measured to improve measurement accuracy. S+ and S- are the remote measurement terminals, and + and - are the output positive and negative terminals. When using the remote measurement function, it is necessary to connect a pair of driver wires from the rear panel + and - terminals to the device to be tested, and lead S+, S- to connect to the object to be tested. Please refer to the user manual for details.

The UNI-T UDP6900 series includes built-in over-voltage (OVP) and over-current (OCP) protection. Users can set the protection thresholds via the front panel keys. When the set limit is exceeded, the output is automatically shut off, and an alert is displayed on the LCD screen to ensure safety.

The series offers both list and delay functions, allowing users to define and execute up to 512 groups of output parameters (voltage, current, and time) or switch sequences. Users can manually change parameter groups or use templates for batch settings. These functions support both internal Flash storage and external USB storage, with files saved in (.lst.csv) and (.dly.csv) formats for easy editing on a computer.

The UNI-T UDP6900 series offers three slope modes for enhanced control: Normal, Voltage Slope (VSR), and Current Slope (ISR). In Normal mode, the voltage and current values adjust directly to the set values without the ability to configure slope parameters. In VSR mode, the voltage rises and falls according to set slope parameters, while in ISR mode, the current adjusts step by step. This allows for gradual transitions in voltage or current to meet specific testing requirements.

This series supports flexible combinations of voltage and current under fixed power. It can handle both high-voltage/low-current and high-current/low-voltage tests, with automatic range switching between voltage and current outputs. This is controlled by limiting the overall power output, making it ideal for a variety of testing needs.

The UNI-T UDP6900 series features a built-in 4 1/2-digit voltmeter, capable of measuring DC voltages from 0.001V to 65.000V (up to 160.0V DC for models UDP6933B/53B) through the rear terminal inputs. The measured values are displayed directly on the main screen for easy monitoring.

All models in the UNI-T UDP6900 series come with an external analog control function. Located on the rear panel, the external analog interface allows you to adjust the output voltage, current, and switching output by inputting an external voltage (0–10V). You can also monitor the output via the Vm and Im terminals, making it easy to synchronize multiple power supplies for simultaneous output adjustments.

The main menu includes functions such as monitoring, system settings, user groups, output settings, and language options. The monitor function displays real-time voltage, current, power, and DVM readings, with alarms for each channel if conditions deviate from set parameters. System settings allow configuration of backlight, sound, communication protocols, and more.

The UNI-T UDP6900 series comes equipped with RS232, USB, and RS485 communication interfaces, along with free software for the series. This makes remote control and data logging via a PC straightforward and efficient. Users can adjust voltage, current, and save data records remotely.

With the built-in RS485 interface, multiple units can be connected for simultaneous testing and remote control. This feature is ideal for labs requiring synchronized multi-machine operation.

The series supports web-based remote control, allowing users to adjust parameters, set lists, and configure system settings from any web-enabled device, providing flexibility and ease of access.

The UNI-T UDP6900 series features multiple multifunction keys paired with a 4.3-inch true color LCD display, providing intuitive prompts for easy operation. Its straightforward interface allows for quick setup and seamless use, ensuring the instrument is simple to operate and ready to use right away.

To avoid voltage drops caused by long wires connecting to the load, remote testing allows measurements to be made directly on the terminals of the object to be measured to improve measurement accuracy. S+ and S- are the remote measurement terminals, and + and - are the output positive and negative terminals. When using the remote measurement function, it is necessary to connect a pair of driver wires from the rear panel + and - terminals to the device to be tested, and lead S+, S- to connect to the object to be tested. Please refer to the user manual for details.

The UNI-T UDP6900 series includes built-in over-voltage (OVP) and over-current (OCP) protection. Users can set the protection thresholds via the front panel keys. When the set limit is exceeded, the output is automatically shut off, and an alert is displayed on the LCD screen to ensure safety.

The series offers both list and delay functions, allowing users to define and execute up to 512 groups of output parameters (voltage, current, and time) or switch sequences. Users can manually change parameter groups or use templates for batch settings. These functions support both internal Flash storage and external USB storage, with files saved in (.lst.csv) and (.dly.csv) formats for easy editing on a computer.

The UNI-T UDP6900 series offers three slope modes for enhanced control: Normal, Voltage Slope (VSR), and Current Slope (ISR). In Normal mode, the voltage and current values adjust directly to the set values without the ability to configure slope parameters. In VSR mode, the voltage rises and falls according to set slope parameters, while in ISR mode, the current adjusts step by step. This allows for gradual transitions in voltage or current to meet specific testing requirements.

This series supports flexible combinations of voltage and current under fixed power. It can handle both high-voltage/low-current and high-current/low-voltage tests, with automatic range switching between voltage and current outputs. This is controlled by limiting the overall power output, making it ideal for a variety of testing needs.

The UNI-T UDP6900 series features a built-in 4 1/2-digit voltmeter, capable of measuring DC voltages from 0.001V to 65.000V (up to 160.0V DC for models UDP6933B/53B) through the rear terminal inputs. The measured values are displayed directly on the main screen for easy monitoring.

All models in the UNI-T UDP6900 series come with an external analog control function. Located on the rear panel, the external analog interface allows you to adjust the output voltage, current, and switching output by inputting an external voltage (0–10V). You can also monitor the output via the Vm and Im terminals, making it easy to synchronize multiple power supplies for simultaneous output adjustments.

The main menu includes functions such as monitoring, system settings, user groups, output settings, and language options. The monitor function displays real-time voltage, current, power, and DVM readings, with alarms for each channel if conditions deviate from set parameters. System settings allow configuration of backlight, sound, communication protocols, and more.

The UNI-T UDP6900 series comes equipped with RS232, USB, and RS485 communication interfaces, along with free software for the series. This makes remote control and data logging via a PC straightforward and efficient. Users can adjust voltage, current, and save data records remotely.

With the built-in RS485 interface, multiple units can be connected for simultaneous testing and remote control. This feature is ideal for labs requiring synchronized multi-machine operation.

The series supports web-based remote control, allowing users to adjust parameters, set lists, and configure system settings from any web-enabled device, providing flexibility and ease of access.

The UNI-T UDP6900 series features multiple multifunction keys paired with a 4.3-inch true color LCD display, providing intuitive prompts for easy operation. Its straightforward interface allows for quick setup and seamless use, ensuring the instrument is simple to operate and ready to use right away.

To avoid voltage drops caused by long wires connecting to the load, remote testing allows measurements to be made directly on the terminals of the object to be measured to improve measurement accuracy. S+ and S- are the remote measurement terminals, and + and - are the output positive and negative terminals. When using the remote measurement function, it is necessary to connect a pair of driver wires from the rear panel + and - terminals to the device to be tested, and lead S+, S- to connect to the object to be tested. Please refer to the user manual for details.

The UNI-T UDP6900 series includes built-in over-voltage (OVP) and over-current (OCP) protection. Users can set the protection thresholds via the front panel keys. When the set limit is exceeded, the output is automatically shut off, and an alert is displayed on the LCD screen to ensure safety.

The series offers both list and delay functions, allowing users to define and execute up to 512 groups of output parameters (voltage, current, and time) or switch sequences. Users can manually change parameter groups or use templates for batch settings. These functions support both internal Flash storage and external USB storage, with files saved in (.lst.csv) and (.dly.csv) formats for easy editing on a computer.

The UNI-T UDP6900 series offers three slope modes for enhanced control: Normal, Voltage Slope (VSR), and Current Slope (ISR). In Normal mode, the voltage and current values adjust directly to the set values without the ability to configure slope parameters. In VSR mode, the voltage rises and falls according to set slope parameters, while in ISR mode, the current adjusts step by step. This allows for gradual transitions in voltage or current to meet specific testing requirements.

This series supports flexible combinations of voltage and current under fixed power. It can handle both high-voltage/low-current and high-current/low-voltage tests, with automatic range switching between voltage and current outputs. This is controlled by limiting the overall power output, making it ideal for a variety of testing needs.

The UNI-T UDP6900 series features a built-in 4 1/2-digit voltmeter, capable of measuring DC voltages from 0.001V to 65.000V (up to 160.0V DC for models UDP6933B/53B) through the rear terminal inputs. The measured values are displayed directly on the main screen for easy monitoring.

All models in the UNI-T UDP6900 series come with an external analog control function. Located on the rear panel, the external analog interface allows you to adjust the output voltage, current, and switching output by inputting an external voltage (0–10V). You can also monitor the output via the Vm and Im terminals, making it easy to synchronize multiple power supplies for simultaneous output adjustments.

The main menu includes functions such as monitoring, system settings, user groups, output settings, and language options. The monitor function displays real-time voltage, current, power, and DVM readings, with alarms for each channel if conditions deviate from set parameters. System settings allow configuration of backlight, sound, communication protocols, and more.

The UNI-T UDP6900 series comes equipped with RS232, USB, and RS485 communication interfaces, along with free software for the series. This makes remote control and data logging via a PC straightforward and efficient. Users can adjust voltage, current, and save data records remotely.

With the built-in RS485 interface, multiple units can be connected for simultaneous testing and remote control. This feature is ideal for labs requiring synchronized multi-machine operation.

The series supports web-based remote control, allowing users to adjust parameters, set lists, and configure system settings from any web-enabled device, providing flexibility and ease of access.