- PFC Multiple Output 1kW to 3kW
- PFC Isolated Front End (IFE) 1 to 10kW
- PFC Single Output 1kW to 4kW watts
- PFC Non-Isolated Front End Bulk Power 1kW to 10kW
- DC-DC Non-Isolated single output 1kW to 10kW
- PFC Low Profile 1U & 2U height 1kW to 3kW
- Power Shelves
- Intelligent Controller
- Power Plants – Power Distribution Units (PDU) and Power monitoring
About high power supplies
These are compact high density, high power supplies and power supply sub-assemblies, made for integration into your technically advanced product. One of the most difficult parts of a power supply over 1kW is to design a reliable PFC front-end (Power Factor Correction). We have proven board sets with demonstrated MTBF of 500,000 to > 1 million hours. Let our designers assist you with the integration of our high performance isolated or non-isolated PFC bulk converters into your design. We can accommodate special input power cycling requirements and unusual dynamic load profiles.
We can provide your system with a low voltage bus (12 to 56VDC) for RF power modules, battery charging, telecom back planes, house keeping or high voltage bus (100 to 400VDC) for motor controllers, UPS battery charging, or the bus voltage before the high voltage step-up circuit to power RF or X-ray tubes.
Other features include: paralleling supplies to 10’s of kilowatts of output, hot plug modules, N+1 redundancy, full universal input range, low ripple & noise, wide operating temperature range, and standard compact case sizes of 5 x 3RU, 5 x 2RU and 5 x 1 RU. Supplies and board sets are designed to meet all international safety & EMI standards.
Power supply data sheets
Intelligent power supplies should be considered
Some alternative energy applications have a variable input source, like wind turbines, photovoltaic solar cells, or batteries. The case for using these alternative sources is diminished by any reduction in system efficiency.
Most power supplies operating off a variable input have extremely poor efficiency since they go into current limit mode when the available power exceeds the load requested. Unless the load is reduced, the power supply will continue to protect itself reducing the system efficiency.
Intelligent power supplies are designed to interface with these renewable DC sources. They have a built-in microcomputer controller, which elegantly solves efficiency issues with variable input by using a feature called Maximum Power Point Tracking (MPPT).
MPPT constantly monitors the input source and dynamically delivers the maximum power available to the load, regardless of the actual load demanded. Firmware works throughout the entire operating range of the power supply, from minimum output to the full rating. The power supply will take power from an unregulated, wide-ranging input voltage and current source. As power is delivered, the power supply efficiency climbs quickly to 95%.
The designer can fully take advantage of the Intelligent Power supplies embedded application to provide full profile management, allowing you to easily tailor the supply to a specific application.
Other applications that can take advantage of MPPT are large DC power plant battery charging. When a MPPT scheme is used, the input power for the battery takes precedence over the main power supply output, hence at very low available power levels the input power to the battery is maximized while the main output is shut down.
Only after the available power exceeds the power demanded by the battery charger is the Main Output enabled and MPPT applied to the Main Output.
Intelligent Power supply data sheets
PFC Multiple Output 500 to 3000 watts
Our modular product line offers the industry's most stable, reliable, compact multiple-output PFC high-power switchers.
This series offers a variety of configurations of output power from 500W to 3000W with up to 11 outputs.
Features include: Power Factor (>0.99), operating temperature 0°C to +50°C at full load, compact case 5” x 3RU x depth of 11.25" or 12.75", over temperature protection, meets UL, CSA, TUV, EMI EN55022 level A and certified to CE. All outputs are fully floating, have over-current protection, over-voltage protection and remote sense.
Compliant with international safety and EMI standards, this broad selection of multiple-output supplies support a wide range of applications including telecommunications and large multi-media computer systems.
Power supply data sheets
Data sheet for power multiple outputs
- Wide input 90 TO 264VAC 500 to 1500w - Single phase
- Wide input 90 TO 264VAC 500 to 1500w - Three phase
Data sheets for power multiple outputs with input range 170 to 264vac
PFC Low Profile 1U & 2U height 1kW to 3kW
Our modular product line offers the industry's most stable, reliable, compact single-output PFC high-power switchers.
This series offers a variety of configurations of output power from 500W to 3000W in 1U x 5" and 1U x 8"
Features include: Power Factor (>0.99), operating temperature 0°C to +50°C at full load, compact case 5” x 1RU x depth of 11.25" or 12.75", over temperature protection, meets UL, CSA, TUV, EMI EN55022 level A and certified to CE. All outputs are fully floating, have over-current protection, over-voltage protection and remote sense.
Compliant with international safety and EMI standards, this broad selection of multiple-output supplies support a wide range of applications including telecommunications and large multi-media computer systems.
Power supply data sheets
Data sheet for single outputs
- Wide input 90 TO 264VAC 500 to 1500w – Single phaseStandard input
- 170 TO 264VAC 1000 to 3000 – Single phase
PFC Single Output 500 to 3600 watts
Our modular product line offers the industry's most stable, reliable, compact design with a power density up to 10 watts/in3 providing up to 3000 watts of continues output. This series offers a variety of configurations of output power from 500W to 3000W at 1.2 to 12VDC with 20ms of hold up time.
Features include: Power Factor (>0.99), single or three phase input, standard or programmable versions, operating temperature 0°C to +50°C at full load, compact case 5” x 3RU x depth of 11.25", over temperature protection, meets UL, CSA, TUV, EMI EN55022 level A and certified to CE. Output is fully floating, has over-current protection, over-voltage protection and remote sense.
Compliant with international safety and EMI standards, this broad selection of single-output supplies support a wide range of applications including broadcast, medical telecommunications and large multi-media computer systems.
Power supply data sheets
1.2 to 12VDC single output supplies – non programmable
- 500 to 1500 watts, input range 85 to 264 Vac
- 1000 to 3000 watts, input range 170 TO 264 Vac
- 1.2 to 12VDC single output supplies – Programmable
PFC Non-Isolated Front End Bulk Power 1000 to 10,000 watts
Our Non-Isolated Front End Bulk provides up to 10,000W of Power Factor Corrected Bulk Power for Pulse Width Modulated DC-to-DC Converters and Distributed Bus DC Systems.
In addition to 30% reduction in RMS line current, these bulk power units have improved hold-up performance, reduced line harmonics and insensitivity to voltage and frequency variations
Features include: Power Factor (>0.99), operating temperature 0°C to +50°C at full load, compact case, input and output fuses, Designed to meet IEC 555-2 for Line current harmonics, meets UL, CSA, TUV, EMI EN55022 level A and certified to CE. Converter has over-voltage protection, over current protection, over temperature protection and under voltage detect
Available options include Intelligent Controller, Maximum Power Point Tracking and Battery Management features; Float Voltage, Recharge, Temperature Compensation, Low Voltage Disconnect, High Voltage Disconnect, Equalize. Other options: DC Input OK, DC Output OK, Remote Enable/Disable, Programmable Input & Output Monitor, Output Voltage & Current, Monitor Input Voltage & Current
Power supply data sheets
Data sheet PFC Non-Isolated Bulk supplies.
- 1100 to 5000 watts, input range 85 to 264VAC – Single phase
- 2250 to 10,000 watts, input range 170 to 264VAC – Single phase
- 2250 to 10,000 watts, input range 170 to 264VAC – Three phase
- 2250 to 10,000 watts, input range 365 to 528VAC – Three phase
PFC Isolated Front End (IFE) High-Power Series 1000 TO 10000 Watts
Our PFC isolated front ends provide 24, 26, 28, 32, 48 or 54VDC in a single output. These are complete front-end solutions for driving high-density DC-to-DC modules in distributed power systems with N+1 redundancy.
This series offers a variety of output voltage ranges. Mid-voltage output is from 15 to 60VDC, & high-voltage output is from 70 to 300VDC. Both products offer output power from 1kW to 10kW (no hold up time) and AC input from 90 to 264 single or three phase or 365 to 528VAC three phase.
Features include: Power Factor (>0.99), operating temperature 0°C to +50°C at full load, compact case 5” x 3RU x depth of 11.25" (10kW depth 17”), over temperature protection, meets UL, CSA, TUV, EMI EN55022 level A and certified to CE. Output is fully floating, has over-current protection, over-voltage protection and remote sense.
Meeting international safety and EMI standards, this IFE series provides highly reliable and rugged compact power with DMTBF over 500,000 hours. Wide temperature de-rated models operating over -30°C to +70°C are also available.
Typical Options include: Hot Pluggable, Wide Temperature Operation, Power Fail Signal, Logic Inhibit, Marginning / Programming, Power Good Signal, Single Wire Current Sharing, Wireless Droop Current Sharing, Output Current Monitor, or Isolation Diodes.
Power supply data sheets
Data sheets PFC Isolated Front End
- 15 to 60VDC, non-programmable.
- 1000 to 8,100 watts, standard temperature range
- 864 to 3600 watts, wide temperature range
- 70 to 300VDC, non-programmable.
- 15 to 60VDC, programmable.
- 70 to 300VDC, programmable.
Power Shelves
Our flexible power shelves are built to industry standard 3U height. The 19" shelf is 3-positions wide and the 24" shelf 4-positions wide.
These shelf systems provide a complete solution, and are ideal for distributed power system, communications and data processing applications requiring N+1 redundancy.
These are designed with Elcon Top and Lower Drawer hot plug connectors to provide you with full capabilities and flexibility required to maximize system integration. Rack systems also permit logical expansion, as future upgrades place additional demands on the system power requirements.
A 23" four-position 3U shelf is designed to provide 20KW of system power and 15KW of redundant power using four 5KW supplies. Multiple shelves can be combined in a rack to provide 100kW of DC power. In the case of our 8100W supply 24,300 watts can ft into a 3U 19" power shelf.
Shelf rack I/O interfaces such as terminal blocks, bus bars and flying leads to the system. The flexible racks can also be tailored to specific needs offering performance, reliability and innovation to provide a complete power solution. In addition these are integrated with features such as single wire current sharing, wireless droop current sharing, isolation diodes, alarms and LEDs, and true hot plug power supplies offer a glitch-free fault tolerant system.
Shelf data sheets
Data sheets - 3U Standard Power Shelves
- 19”, 3 Position – 9kW Max Power
- 19”, 3 Position – 24.3kW Max Power
- 23”, 4 Position – 12kW Max Power
- 23”, 4 Position – 32.4kW Max Power
DC-DC Non-Isolated single output 1000 to 10,000 watts
Our Non-Isolated DC-DC provides up to 10,000W of Bulk Power for variable DC sources such as batteries, photo cell arrays or wind turbines.
This is designed to operate from 40VDC to 120VDC input and is insensitive to voltage and frequency variations. The converter is programmable for 30VDC or 60VDC output and has 95% efficiency.
Features include: DC Input 40VDC to 120VDC, operating temperature -10°C to +50°C at full load, compact case, meets UL, CSA, TUV, EMI EN55022 level A and certified to CE. Converter has over-voltage protection, over current protection, over temperature protection, Over Voltage Protection, and under voltage detect
Available options include Intelligent Controller, Maximum Power Point Tracking and Battery Management features; Float Voltage, Recharge, Temperature Compensation, Low Voltage Disconnect, High Voltage Disconnect, Equalize. Other options: DC Input OK, DC Output OK, Remote Enable/Disable, Programmable Input & Output voltage and current, Monitor Output Voltage & Current, Monitor Input Voltage & Current
Power supply data sheets
Data sheet DC-DC Non-Isolated Bulk supplies.
- Output Power 500W to 10kW
- DC Input 36VDC to 120VDC
Power Plants - Power Distribution Units (PDU) and Power monitoring.
We can provide power shelf with built-in local and remote intelligence. This allows easy access to all I/O interface, battery controls. The user-friendly operation makes this power delivery system ideal for all telecommunication and networking applications.
A typical system includes our Intelligent PCM, rectifiers and a control I/O interface. This configuration is software driven and allows multiple shelves to be stacked with just a single master PCM. Local and remote access provides flexibility in implementation and operation.
Included battery and system management provides, battery-charging supervision, low and high voltage disconnect, float voltage temperature compensation, battery discharge and auto equalize capability. In case of PCM accidental disconnect or failure, the rectifiers are defaulted automatically to 54VDC output, so the system continues to operate without interruption.
Features: Super High Power Density, Hot Plug Rectifiers for N+1 Redundancy, Programmability, >0.99 Power Factor, Built-in Intelligence, Standard 3RU high, 19” or 23” Rack Mount, Battery Control & Monitor, Modular & Flexible, Local & Remote Access, User Friendly Operation, Easy I/O Interface
Data sheets
Telecom Power Plants
- 4kW to 60kW Power Plants
- 162kW Power Plants
Battery Management
Maximum Power Point Tracking
Power Distribution Units (PDU)
- 3kW AC & DC Power Distribution Unit
- 15kW AC & DC Power Distribution Unit
Intelligent Controller
Our Intelligent Controller uses a built-in Micro-Controller Chip and is used with our Intelligent Power System. This Controller embedded as part of the individual power shelves and is capable of controlling and monitoring up to six rectifiers in a 3U-23” standard shelf. This can also be designed into a power supply or battery charger, making it a standalone Intelligent Power Supply or an Intelligent Battery Charger.
This allows users to remotely configure, control and monitor all parameters of the power and battery back-up system via RS232 or by other standard communication protocols. Multiple shelves with built-in controllers can be paralleled for high-power applications. In multiple configurations, the controller is set up in an active and passive scheme to provide full system and battery control and monitoring.
Easy to use commands are implemented to configure the system controls and alarms. Using the command editor, the user can program parameters such as battery low voltage disconnect, battery float voltage temperature compensation, battery charge current and equalize battery. Additionally, the use can remotely query the status of the rectifier system. All alarms are programmable as minor or major alarms.
Feature Selection table
| Programmable Management | Battery Management | Alarms | Local Indicators | Remote Access |
|---|---|---|---|---|
| Enable / Disable | Float Voltage Temperature Compensation | Rectifier AC Fail | IO OK – Green LED | RS485 or RS232 Serial Port |
| Output Voltage & Current | Battery Charge Current | Rectifier DC OK | Minor Alarm – Amber LED | I2C Bus |
| Control & Monitor | Low Voltage Disconnect | Rectifier Present in the Rack | Major Alarm – Red LED | |
| High Voltage Disconnect | Major & Minor Alarms | |||
| Equalize | Breaker Alarm | |||
| System High & Low Voltage Disconnect | ||||
| System High & Low Temperature | ||||
| Battery High & Low Voltage Disconnect | ||||
| Battery High & Low Temperature | ||||
| Battery Disconnect | ||||
| DC Distribution Fuses / Breakers |