PCM UPS Schematic Diagrams

Summary of PCM UPS Schematic Diagrams


PCM Powercom, founded in 1987, designs, manufactures, markets, and services UPS systems worldwide with ISO 9001 certification and over 2,600 employees. The ULTIMATE 700/1000/1500VA POWER model is a true online double-conversion UPS featuring LED/LCD front display, double CPU control, wide input range, smart RS-232 and SNMP communication, PFC, advanced battery management, IGBT 20kHz SPWM inverter delivering pure sine-wave output, energy-saving sleep mode, overload/short-circuit protection, modular compact design, and automatic fan speed control with UPS self-test and extended battery options.

Parts used in the ULTIMATE 700/1000/1500VA POWER:

  • LED/LCD display front panel
  • Double CPU control unit
  • DC input for cold start
  • Double-conversion UPS power electronics
  • Wide input voltage regulator (+/- 27% range)
  • RS-232 communication port
  • SNMP management interface
  • Management software compatibility module
  • Power factor correction (PFC) circuitry
  • Overload and short-circuit protection devices
  • Load and battery status indicators
  • Variable-speed cooling fan with auto control
  • Battery pack / extended battery connector
  • UPS sleep mode control circuitry
  • Battery power and load meter display
  • Advanced Battery Management (ABM) module
  • IGBT-based inverter (20 kHz SPWM)
  • Pure sine-wave output filter (THD < 3%)
  • Modular chassis and mounting components
  • Self-test diagnostic circuitry

PCM Powercom was founded in 1987, a leading provider of power protection products with ISO 9001 certificate. There are over 2,600 employees around the world.  Powercom designs, manufactures, markets and services UPS systems.

PCM UPS Schematic Diagram for Model ULTIMATE 700/1000/1500VA POWER

PCM Schematic ultimate 70010001500va power board circuit diagram

Features :

  • LED/LCD display front panel
  • Double CPU control
  • Cold start (DC power on)
  • True on-line double conversion design
  • Wide input voltage range (+/- 27% of nominal)
  • Smart RS-232 communication port
  • SNMP management capability
  • Management software compatible
  • Power factor correction (PFC Function)
  • Overload & short-circuit protection
  • Load and battery status indicator
  • Fan speed auto control when loads varies
  • Extended back up time with battery pack
  • Energy saving (UPS sleep mode)
  • Battery power & load meter display
  • Battery status & load level display
  • Advanced battery management (ABM Technology)
  • IGBT design for 20KHZ SPWM high frequency inverter
  • Pure sine-wave output less than 3% distortion (THD)
  • Versatile, modular design provides flexibility during setup and service
  • Compact size, light weight & low noise
  • UPS self test function

Quick Solutions to Questions related to ULTIMATE 700/1000/1500VA POWER:

  • What type of UPS design does the ULTIMATE 700/1000/1500VA POWER use?
    It uses a true on-line double conversion design.
  • Does the UPS support cold start operation?
    Yes, it supports cold start (DC power on).
  • How is the UPS display implemented?
    It has an LED/LCD display on the front panel.
  • Can the UPS be monitored remotely?
    Yes, it has a smart RS-232 communication port and SNMP management capability.
  • What inverter technology does the UPS use?
    It uses an IGBT design for a 20 kHz SPWM high frequency inverter.
  • What is the output waveform quality?
    The UPS provides a pure sine-wave output with less than 3% total harmonic distortion.
  • Does the UPS include battery management features?
    Yes, it includes Advanced Battery Management (ABM Technology) and battery power and status displays.
  • Does the UPS have protection against overloads and short circuits?
    Yes, it includes overload and short-circuit protection.
  • Is energy saving supported?
    Yes, the UPS offers energy saving via a sleep mode.
  • Does the UPS adjust cooling based on load?
    Yes, fan speed auto controls when loads vary.

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

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