Magna Power TSD400-72/208 DC Power Supply
Request a quote
Magna Power TSD400-72/208 is a 30kW DC power supply with 400V output, 72A maximum current, and 208VAC input, featuring remote control and high accuracy.
Product details
| Model | TSD400-72/208 |
| Manufacturer | Magna Power |
| Category | Single Output DC Supplies |
| Availability | Made to order |
Description
Overview
The Magna Power TSD400-72/208 is a programmable DC power supply from the TS Series, engineered for demanding applications requiring high power density in a compact form factor. With 400V output and 72A capability, this 30kW supply delivers stable, accurate power with extensive remote control interfaces optimized for 208VAC input operation.
Key Features
- SCPI Remote Programming API for system integration
- High Accuracy Measurements and tight regulation
- Master-Slave functionality for parallel operation
- Remote Sensing capability for improved accuracy
- 37-Pin External User I/O for custom applications
- RS232 and Ethernet interfaces with optional GPIB
- 0-10V External Analog Inputs for external control
- Programmable Protection Limits and safety features
- Fast Transient Response for dynamic loads
- NI LabVIEW and IVI Driver support
- Interlock Shutdown Input for safety integration
- Designed and manufactured in the USA
Applications
- Industrial power systems and load testing
- Test and measurement equipment development
- Research and laboratory power applications
- Equipment validation and burn-in testing
Specifications
| Voltage Range Selector | 300-499 |
| Output Voltage | 400 V |
| Current Range Selector | 50-99.9 |
| Output Current | 72 A |
| Power Range Selector | 30,000-49,999 |
| Power Rating | 30 kW |
| Mounting Type | Rack Mount |
| Input Voltage | 208 VAC |
| Display | Digital |
| Interface | RS-232 |
| Number of Outputs | Single Output |
| Programmable | Yes |
| Rack Space | 6U |
| Special Features | Master/Slave Modes, Remote Sense |
Request a quote
Magna Power TSD400-72/208 DC Power Supply
Response within 24 hours
No obligation
Direct communication