Product Description
Ajanta export ind. DP1308A is a very high quality programmable laboratory power supply with three switchable outputs (6 V/5 A, +25 V/1 A and -25 V/1 A) and a maximum power output of 80 W. Like all devices, the laboratory power supply features a very well thought out and easy to use interface which also offers comprehensive ease-of-use functions such as programmable voltage curves. The menu follows an easy to navigate and intuitive structure.
For a laboratory power supply, the DP1308A features a particularly large (10.9 cm / 4.3") and easy to read TFT color display. In addition to the normal digital displays for voltage, current, and power, these values can also be displayed as signal curves. A timer control can be used to set the output signal to different values in up to 5 steps.
Specifications:
- Dimensions (mm) : 155x90x48mm
- Weight : Approx 270g
- Operating Conditions : 0-40 C, 80% RH
- Temperature in Celsius (-20-1000)°C : ± (0.8 % +4)
- Temperature in Fahrenheit (0-1832)°F : ± (0.75%+5)
- Total 80W power.
- Interference between the circuits under test.
- ±25V channels have output tracking functions
- Supports up to 5 groups of timing settings
- Support Web control
- Supports up to 100 groups of timing settings
- Provides the classical display mode: dial plates with pointer and V/A/W values
- parameters and state graph simultaneously.
- Overvoltage and overcurrent protection function
- Store and recall system setups
- Real time V/A/W waveform display with V/A/W values
- Comprehensive Connectivity and Remote Control Interface
- Support SCPI commands for remote control
Advanced Programmable ControlThis power supply features dual independent channels, providing precise and programmable DC voltage output for laboratory applications. Users can easily set and adjust voltage parameters, making it ideal for a range of experimental setups and electronic testing environments.
Lightweight and Durable DesignWeighing only 2-3 kg and crafted from resilient plastic material, the power supply is both lightweight and durable. Its compact form factor ensures easy relocation within laboratories, while protecting internal components from accidental knocks and impacts.
FAQ's of Dual Channel Programmable DC Voltage Power Supply:
Q: How is the Dual Channel Programmable DC Voltage Power Supply utilized in laboratory settings?
A: This power supply is used for providing stable and adjustable DC voltage to various laboratory equipment and experimental setups. Its dual channels allow simultaneous powering of two circuits or devices, making it a valuable tool for research and testing.
Q: What are the main features that make this power supply suitable for laboratory use?
A: Key features include programmable voltage control, dual independent channels, electric power operation at 220 Volts, lightweight plastic construction, and a compact design, all of which ensure reliability and convenience for laboratory professionals.
Q: When is it recommended to use dual channel power supplies over single channel ones?
A: Dual channel power supplies are beneficial when experiments or testing procedures require two separate voltage sources simultaneously. This is especially useful in advanced electronic or electrochemical experiments where independent voltage control is crucial.
Q: Where can I purchase or source this power supply in India?
A: This power supply is available throughout India via established distributors, exporters, manufacturers, suppliers, and traders. You can contact your preferred local laboratory equipment supplier or check with major distributors for availability.
Q: What is the process to program and set voltage levels on this device?
A: Users can set voltage levels individually for each channel using the digital interface and control knobs. Programming typically involves configuring voltage limits and output modes according to experiment requirements, guided by the user manual provided.
Q: What are the benefits of using a programmable dual channel power supply in a laboratory?
A: Benefits include enhanced flexibility, precise voltage control, ability to run multiple tests concurrently, improved experiment accuracy, and time savings. Its programmability allows for reproducible settings, essential for reliable research and development outcomes.
Q: How does the plastic construction affect the durability of the power supply?
A: The plastic housing is engineered for laboratory environments, providing sufficient protection against routine wear and minor impacts, while keeping the device lightweight for easy mobility between workstations.