Powervar MPM Oem Documentation Set

Powervar MPM Oem Documentation Set

Mobile power manager

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OEM Documentation Set
FOR EVALUATION & PROJECT ENGINEERS
MPM Mobile Power Manager
Hardware & System Version: 2.0
150/250 watt AC output models.
120V/60Hz || 230V/50/60Hz
Base part numbers & OEM variations
Companion Documents:
A55-00042-00001 MPM RUI & Clinic View (End Users)
A55-00042-00002 MPMView_UM Rev (Technicians)
A55-00049-ManageUPSCIO 2.0-MPM FleetView edition
Licenses and Trademarks
POWERVAR, ONEAC, are registered trademarks of
POWERVAR, Inc.
All other trademarks, product and corporate names are the
property of their respective owners.
Entire contents copyright ©2014 POWERVAR.
All rights reserved. Reproduction in whole or in part without
permission is prohibited.
Document A55-00042 Rev.I POWERVAR Mobile Power Manager
BATTERY CHARGER AND INVERTER COMPONENT
FOR POWERED CART S

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Summary of Contents for Powervar MPM

  • Page 1 150/250 watt AC output models. 120V/60Hz || 230V/50/60Hz Base part numbers & OEM variations Companion Documents: A55-00042-00001 MPM RUI & Clinic View (End Users) A55-00042-00002 MPMView_UM Rev (Technicians) A55-00049-ManageUPSCIO 2.0-MPM FleetView edition Licenses and Trademarks POWERVAR, ONEAC, are registered trademarks of POWERVAR, Inc.
  • Page 2: Table Of Contents

    CONTENTS: 1. UL Required Safety Messages ................3 IMPORTANT – SAVE THESE INSTRUCTIONS ................3 2. MPM Documentation for End Users ..............7 About the Power and Battery Charger Module ................ 8 Plug In for Best Battery Health: ....................8 Remote User Interface: On/Off Control, Fuel Gauge &...
  • Page 3: Ul Required Safety Messages

    CIRCUIT CURRENTS CAN BE EXTREMELY HIGH AND CAN CREATE SEVERE BURNS AS WELL AS THE RISK OF FIRE OR EXPLOSION FROM VENTED GASES. ALWAYS OBSERVE PROPER PRECAUTIONS. Safe and continuous operation of the MPM depends partially on the care taken by users. NOTE: THIS MPM POWER UNIT CONTAINS VOLTAGES WHICH ARE POTENTIALLY HAZARDOUS.
  • Page 4 • Do not place the MPM near water or in environments of excessive humidity.  • Do not allow liquid or any foreign object to get inside the MPM • Do not block air vents of the MPM. • Do not plug appliances such as hair dryers, fans, heaters, etc. into the MPM.
  • Page 5 1. Reorient or relocate the receiving antenna. 2. Increase the separation between the MPM and the receiver. 3. Connect the MPM into an outlet on a circuit that is different from that to which the receiver is connected. 4. Consult the dealer or an experienced radio/TV technician for assistance.
  • Page 6 Document A55-00042 Rev. I POWERVAR Mobile Power Manager P a g e...
  • Page 7: Mpm Documentation For End Users

    This section of the Mobile Power Manager (MPM) Documentation Set covers the essential information that users of workstations and diagnostic instrumentation powered by the MPM should know: o Plugging-In for best Battery Health o Turning the output power On and Off o Understanding the Battery “Fuel Gauge”...
  • Page 8: About The Power And Battery Charger Module

    If it is not charged from time to time, the battery may not have enough charge remaining when you need it to work. The MPM unit includes an automatic “jump-start” circuit that will attempt to recover a weak battery. Even so, following the advice below will help keep your workstation battery working.
  • Page 9 Service technicians per instructions from the battery manufacturer. Document A55-00042 Rev. I POWERVAR Mobile Power Manager P a g e...
  • Page 10: Remote User Interface: On/Off Control, Fuel Gauge & Warning Indicators

    Pressing the ON/OFF button for more than 1 second will turn the output on or off. The green Output indicator will be on when output power is Pressing the Silence button when the MPM is in Battery mode will silence the audible alarm (audible alarm may be disabled using MPMView software) The four “battery charge gauge”...
  • Page 11: Clinic View Dashboard: Time Remaining Fuel Gauge & Warning Indicators

    When disk drives and other system activity are reactivated and power consumption increases, the available time estimate from the battery will be reduced based on the increased load on the system. Document A55-00042 Rev. I POWERVAR Mobile Power Manager P a g e | 11...
  • Page 12 Details will also be logged on the local computer by MPMView software for later diagnosis by service Technicians via the advanced option “Tech View”). Document A55-00042 Rev. I POWERVAR Mobile Power Manager P a g e | 12...
  • Page 13 Document A55-00042 Rev. I POWERVAR Mobile Power Manager P a g e | 13...
  • Page 14: Technical Information For Engineering & Service Personnel

    MPMView software and troubleshooting/diagnostics. Before You Start: The MPM unit is designed to be installed in a pre-assembled cart with all power and communications cables properly connected and tested prior to delivery to the end use application.
  • Page 15: Setup And Operation

    Setup and Operation 5-Step Setup 1. Connect the Remote User Interface (RUI) to the MPM. The MPM will not function without the RUI properly connected. Connect one side of each RJ45 cable to the RUI and the other side of the RJ45 cable to the MPM RJ45 ports marked “COMM1”...
  • Page 16 2. Connect the SMBus communications cable between MPM (Smart Battery Connector) and the Smart Battery (Max length is 12”). SMART BATTERY CONNECTION COMM 1 CONNECTION COMM 2 CONNECTION COMMUNICATIONS PORT FAN EXHAUST OUTPUT FUSE Document A55-00042 Rev. I POWERVAR Mobile Power Manager...
  • Page 17 Connect the input plug to 120V AC wall outlet. When the MPM is connected to the AC wall outlet, it will automatically charge the battery pack. It is important to connect the MPM to a live AC outlet for a minimum of 4 hours (LiFePO...
  • Page 18: Notes On Power-Up Behavior

    “Cold” Start – Input AC NOT OK, start from Battery If there is no input AC present, the MPM output can be “cold started” from the battery by holding the output ON/OFF button for 3-5 seconds.  If the battery VDC is too low, cold start is not possible.
  • Page 19: System Overview & Theory Of Operations

     If there is no battery connected, or the battery is not recoverable (will not accept charge), the MPM will provide output power only as long as the AC input source is valid. System Overview & Theory of Operations System Overview...
  • Page 20 UPM – modified to operate from battery as the “normal” or primary power source for day to day activity. MPM is different than a UPM in that it has a powerful charger system to allow faster recovery of battery charge.
  • Page 21: Theory Of Operation

    Theory of Operation When the MPM is connected to an AC source it will switch to battery whenever AC input is out of range or disconnected. The MPM uses battery source to compensate when AC input conditions are out of range.
  • Page 22 ClinicView presents a simple view of system and battery status including estimated time remaining from the battery during discharge. TechView is used to configure an MPM, update MPM unit firmware, and view system information for analysis by service technicians. These software products are described further in these companion documents: •...
  • Page 23: Technical Specifications # 87023-06R (82023-07R)

    No load, charger idle, VAC may be 6% higher than input. • Full load and charger at full power VAC may be 5% lower than input Document A55-00042 Rev. I POWERVAR Mobile Power Manager P a g e | 23...
  • Page 24 Output power will be provided from AC input until battery VDC has recovered. Output power will not be available from battery until battery has recovered to a value above the cut-off threshold for the specific battery type configured in MPM (see Battery Protection).
  • Page 25 (SLA vs LiFePO Restart The output and internal power supply is turned OFF and the MPM goes into a very low power state (sleep mode) where the drain current on the battery is < 50 uA.
  • Page 26 Press output On/Off button for 3 seconds to restart. If condition persists, MPM will auto shutdown. Source – Input AC (AC mode) MPM automatically transfers back to AC source if the abnormal input line condition clears. Abnormal line condition causes MPM to switch to battery source: Document A55-00042 Rev.
  • Page 27 Press 3 seconds to enable/disable output MPM continues to power internal controls when connected to valid input AC. MPM charges battery when valid input AC is present regardless of state of output power switch. Note: The Output On/Off button is standard factory configuration. Unit can also be configured for fixed position ON/OFF control as factory build time option.
  • Page 28 Discovery Mode. While in this mode the MPM will continue to look for a SMBus connection and charge the battery at a reduced current and float voltage that is safe for both SLA and LiFePO batteries.
  • Page 29 3.5” high x 6.1” W x 11.46” D (adequate clearance for input and output airflow required) Battery Enclosure – none Weight 15.0 lbs. / 6.8 kg. (15.5 lbs. / 7.0 kg.) Document A55-00042 Rev. I POWERVAR Mobile Power Manager P a g e | 29...
  • Page 30: Physical Dimension Drawings

    Physical Dimension Drawings Document A55-00042 Rev. I POWERVAR Mobile Power Manager P a g e | 30...
  • Page 31 Document A55-00042 Rev. I POWERVAR Mobile Power Manager P a g e | 31...
  • Page 32: Remote User Interface (Rui) Description

    Remote User Interface (RUI) Description The MPM unit drives two types of RUI implementations – POWERVAR and 3rd Party (T Type). POWERVAR RUI In the POWERVAR design, the warning indictor LEDs is separated from the “Battery Charge Gauge”. Party “T-type” RUI In the 3rd party RUI design, the warning indicator LEDs are typically placed within the “fuel gauge”...
  • Page 33 LED1 is on when output is on and off when output is off. # Battery Charging LED Behavior LED will flash at a rate of once per second. Document A55-00042 Rev. I POWERVAR Mobile Power Manager P a g e | 33...
  • Page 34 LED1 is on when output is on and off when output is off. # Battery Charging LED Behavior LED will flash at a rate of once per second. Document A55-00042 Rev. I POWERVAR Mobile Power Manager P a g e | 34...
  • Page 35: Diagnostics & Troubleshooting

    Before following the troubleshooting steps provided, be certain that o the MPM is connected to a properly working outlet, o the line voltage to the MPM is within specified boundaries Problem Possible Cause...
  • Page 36: Events & Conditions

    This could be caused by the USB cable being disconnected, the USB port on Communications the computer has failed or the MPM is off. It is not likely that the MPM will be off in normal usage, however it is possible in lab settings when PC running MPMView is not powered by MPM.
  • Page 37 AC input line 30-189 Input Frequency Out Of This alarm is raised if the frequency of the input AC power to the MPM unit is out of range and the output can only be supplied from battery power. Range Final warning to recharge battery –...
  • Page 38: Warranty & Disclaimers Section

    (charged or discharged), tampering with battery communications/internal electronics circuits and operation of the charger. The MPM charger system has been verified to meet the charger specifications of the following LiFePO battery manufacturers: Valence, Micropower, ICC/Nexergy and Powersonic.
  • Page 39: Life Support Applications

    United States Food and Drug Administration designates as “critical”. POWERVAR products are not for use in the presence of a flammable anesthetic mixture with air, oxygen, or nitrous oxide.
  • Page 40 Fax: (847) 596-7100 www.powervar.com Copyright © POWERVAR, Inc. 2013. All rights reserved. POWERVAR is a trademark of POWERVAR, Inc., Waukegan, IL. Other trademarks may be pending. No part of this manual may be reproduced or distributed either electronically or in printed form without the express written permission of POWERVAR, Inc.

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