Description & Installation Guide

Transcription

1 VIPAC TM Family of Power Systems 0 to 900 Watt Description & Installation Guide Product Description Vicor s VIPAC is a new type of integrated power system leveraging the latest advances in DC-DC converter technology and modular front-ends. VIPAC combines application specific power processing units (PPU), a choice of chassis styles and remotely located hold-up capacitors to provide fast, flexible and highly reliable power solutions for a wide range of demanding applications. The PPU is the core element of the system and may be specified for /20 Vac operation. The PPU incorporates Vicor s autoranging FARM modular front-end to provide transient protection, EMI filtering and inrush current limiting. The web-based PowerBench enables designers to configure the PPU with up to three independently regulated outputs having power levels from 0 to 00 W and with as much as 900 W total output power. (continued)

2 2 Product Description cont. Vicor s Maxi, Mini, Micro Family DC-DC converters, in industry standard quarter, half and full brick packages, are used to deliver output voltages from 2 to 48 Vdc. Additionally, the wide trim range of the modules can provide operating voltages as low as 00 mv. The PPU is comprised of: AC input modular front-end Vicor s Maxi, Mini, Micro Family, high density DC-DC converters Coldplate or finned chassis User interface Choice of output termination styles The VIPAC is offered in several chassis configurations facilitating its use in a variety of applications using either conduction, convection or forced convection cooling. The low profile, conduction cooled version may be mounted to an existing cabinet wall, coldplate or heat sink. The 0." or " finned versions, available in longitudinal or transverse configurations, are ideal for use in free or forced convection environments. VIPACs use remotely located capacitors to facilitate packaging and placement options not previously available. The low profile PPU can be placed closer to the load or attached to cabinet walls while the capacitors may be integrated into the host system away from heat sources for improved reliability. System hold-up / ride-thru requirements can also be tailored for specific applications via different value capacitors. The hold-up capacitors may be obtained from Vicor as a prepackaged hold-up box (HUB). VIPAC is a new class of flexible, high density power solutions. PPU HUB

3 A B D E F C G A Input /20 Vac Autoranging D I/O Interface Output Sequencing BUS-OK B Pre-assembled and Tested Front-ends FARM Filter Autoranging Rectifier Module E Protective Features Auto Restart Inrush Current Limiting EMI Filtering Input Transient Protection C Platform Options Low Profile Coldplate 0." and " Optional Finned Configurations F Vicor s Maxi, Mini, Micro DC-DC Converters Output Voltages Vdc 0 00 W / Output (/4 Brick Modules Shown) G Choice of Output Termination LugMate (shown) PlugMate

4 4 Overview The front-end section utilizes Vicor s FARM input module to provide EMI filtering, transient protection, inrush current limiting and rectification. The front-end also contains input connectors, fusing and control circuitry to which the user can interface with discrete circuitry. Up to three individually fused Vicor Maxi, Mini, Micro DC-DC converter modules are combined with the front-end in an integrated mechanical assembly providing a high efficiency power supply delivering up to 900 W of output power. VIPAC BLOCK DIAGRAM - AC INPUT HUB Hold-up Box ST _ 6 Pin /20 Vac Connector Input Terminals on Input Connector J2 V BUS Strap - V BUS L2/N L J2 Line Filter AC-DC Power Rectification Input Autoranging Inrush Current Limiting ST PC PR DC-DC Converter Output # SC GND FARM _ I/O Interface J Local Control Control Circuit Output Sequencing BUS-OK Control Control 2 Control PC PR PC PR DC-DC Converter Output #2 DC-DC Converter Output # SC SC Output

5 Application Tips Remote Sense A remote sense feature is provided on outputs configured with Mini or Maxi sized DC-DC converters. The output sense connections must be terminated either locally or remotely and may not be left open. VIPACs provided with the optional LugMate connectors are configured for local sensing via removable jumpers installed at the factory. The jumpers will need to be removed if access to the secondary control function is made via mating connector 68 and connections will need to be established for local or remote sensing. Hold-up Capacitors Hold-up capacitors can be located remotely with up to ' of cable. Vicor applications engineering should be consulted for projects requiring greater separation. Wire Routing Avoid routing wires over the VIPAC Power System. Do not bundle Input and Output leads together. Crimping Tool Amp Hand Tool P/N Die Set # Wire Size AWG AWG AWG AWG Parallel Outputs The VIPAC can be configured with parallel modules for increased power or redundancy. When output terminations other than the LugMate are specified the user must properly connect the output and sense terminals. At no time operate a paralleled output with a load applied to only one module! (See Output Connection Options)

6 6 Input Connections V Bus Strap V Bus- P/N 294* I/O Interface Removable Jumper IN= Local Control OUT= Remote Control P/N 42 /20 Vac Autoranging 0 HUB 2200-s 2700-s 00-s J J HUB 820-s 200-s 800-s P/N 29* L2/N L GND P/N Maximum cable length between the HUB and VIPAC ' *In the event of interference when connecting to the HUB, please remove the unused strain relief tab on the connector. J2 AC Input/V Bus Conn. Pin# Funct. Mating Conn. J2 V Bus P/N Strap V Bus 4 L2/N L 6 GND J I/O Interface Conn. Pin# Funct. Mating Conn. J Module E/D Return P/N 42 2 Module E/D Supply Module 2 E/D Return 4 Module 2 E/D Supply Module E/D Return 6 Module E/D Supply 7 BUS-OK Status Return 8 BUS-OK Status Supply 9 N/C 0 BUS-OK Drive Input

7 Output Connection Options 7 Discrete Output Configurations LugMate (Factory Installed Option) Ring Lugs LugMate Pin Out Micro LugMate Solder Pin # Pad Function Vout Rd Trim Down SC Secondary Control Ru Trim Up Vout #4-40 Torque 4 in. lbs. Micro LugMate - with Rd/Ru trim resistor solder pads. (Design calculator for trim resistors located at vicorpower.com) Rd Ru SC Mini/Maxi LugMate Pin # Conn. Function Mating Conn. J4 P/N 68 Vout J4- Vout J4-2 Sense *Removable Jumper J4- Secondary Control P/N 68 J4-4 Sense J4- Vout *Removable Jumper J4 #0-2 Torque 6 in. lbs. Vout *Removable jumper is factory installed for local sensing. See Pg for details

8 8 Output Connection Options Parallel Output Configurations Shown with the output of two modules connected in parallel using BUS BARS. LugMate (Factory Installed Option) Micro LugMate Ring Lugs LugMate Pin Out Solder Pin # Pad Function Vout Rd Trim Down SC Secondary Control Ru Trim Up Vout Micro LugMate - with Rd/Ru trim resistor solder pads. (Design calculator for trim resistors located at vicorpower.com) #4-40 Torque 4 in. lbs. Rd Ru SC Mini/Maxi LugMate Pin # Conn. Function Mating Conn. J4 J4 P/N 68 #0-2 Torque 6 in. lbs. Vout J4- Vout J4-2 Sense J4- Secondary Control P/N 68 J4-4 Sense J4- Vout Vout *Removable Jumper *Removable Jumper *Removable jumper is factory installed for local sensing. See Pg for details

9 Output Connection Options 9 Please Note: VIPACs that contain multiple modules configured as a single output (paralleled for power or redundancy) MUST have their Outputs and Sense connected to each other at the load. DO NOT OPERATE A PARALLEL CONFIGURATION WITH ONLY ONE MODULE CONNECTED. PlugMate (Factory Installed Option) Mating Connector Kits PlugMate Pin Out (Looking into PlugMate) Micro PlugMate Vicor P/N Pin # Function Pin # Function Vout Vout 2 Vout 6 N/C Vout 7 SC 4 Vout 8 Vout Mating Conn. Amp. P/N Vicor P/N Housing TYC Pin Kit 207 Mini PlugMate Vicor P/N Pin # Function Pin # Function Vout 0 Vout 2 Vout Vout Vout 2 Vout 4 N/C S N/C 4 SC 6 N/C S 7 Vout 6 Vout 8 Vout 7 Vout 9 Vout 8 Vout Mating Conn. Amp. P/N Vicor P/N Housing TYC Pin Kit 2067 Maxi PlugMate Vicor P/N Pin # Function Pin # Function Vout Vout 2 Vout 4 Vout Vout Vout 4 Vout 6 Vout Vout 7 Vout 6 N/C 8 S 7 SC 9 S 8 Vout 20 Vout 9 Vout 2 Vout 0 Vout 22 Vout Vout 2 Vout 2 Vout 24 Vout Mating Conn. Amp. P/N Vicor P/N Housing TYC Pin Kit 206

10 0 General Information Input Mating Connector Kits Part Number 248R Description For use with: /20 Vac Autoranging Input VIPAC using HUB 820-S, 200-S or 800-S Kit Contains: One pin HUB mating connector, Vicor P/N 29 One 6 pin AC Input mating connector, Vicor P/N One 7 pin I/O Interface mating connector, Vicor P/N One 0 pin I/O Interface mating connector, Vicor P/N R For use with: /20 Vac Autoranging Input VIPAC using HUB 2200-S, 2700-S or 00-S Kit Contains: One pin HUB mating connector, Vicor P/N 294 One 6 pin AC Input mating connector, Vicor P/N One 7 pin I/O Interface mating connector, Vicor P/N One 0 pin I/O Interface mating connector, Vicor P/N 42 Output Mating Connector Kits Part Number Description 2488R For use with: Mini or Maxi LugMate Kit Contains: One control connector, Vicor P/N 68; Two ring lugs 2489 For use with: Micro LugMate Kit Contains: Two ring lugs 206 For use with: Maxi PlugMate Kit Contains: One 24 pin housing, Vicor P/N 2044; 24 pins, Vicor P/N For use with: Mini PlugMate Kit Contains: One 8 pin housing, Vicor P/N 200; 8 pins, Vicor P/N For use with: Micro PlugMate Kit Contains: One 8 pin housing, Vicor P/N 206; 8 pins, Vicor P/N 24796

11 General Information Mating Connector Cross Reference Designator Description Vicor P/N Manufacturer P/N P/N Pin & Housing Pin Housing J2 VIPAC Input - 6 Pin AMP J VIPAC I/O Interface - 0 Pin 42 JST 0ZR-H or 0ZR-8M J4 VIPAC Output Control - Pin 68 AMP MTA00-IDC HUB 820-S, 200-S, 800-S Pin 29 AMP HUB 2200-S, 2700-S, 00-S Pin 294 AMP Micro PlugMate mating conn. 8 Pin 207 AMP TYC Mini PlugMate mating conn. 8 Pin 2067 AMP TYC Maxi PlugMate mating conn. 24 Pin 206 AMP TYC Suggested Wire Gauge Function Wire Gauge Application AC Input Leads #4 All AC and earth GND leads (VIPAC power systems) DC Output Leads #20 0 A A #8 4 A 6 A #6 7 A 0 A #4 A A #2 6 A 2 A #0 26 A 40 A #8 4 A 6 A #6 66 A 04 A #4 0 A 60 A

12 2 Information furnished by Vicor is believed to be accurate and reliable. However, no responsibility is assumed by Vicor for its use. No license is granted by implication or otherwise under any patent or patent rights of Vicor. Vicor components are not designed to be used in applications, such as life support systems, wherein a failure or malfunction could result in injury or death. All sales are subject to Vicor s Terms and Conditions of Sale, which are available upon request. No user serviceable components, contact Vicor to arrange for repair or replacement. Specifications are subject to change without notice. Visit the Vicor website at: vicorpower.com Printed in U.S.A. P/N 2466 Rev.2. 4/4