PowerView® 500

PowerVision Configuration Studio (Version 4.0+)

PowerVision Configuration Studio^® is a PC-based software program suite for configuring and programming PowerView^® and HelmView^® display units, PowerCore^® controllers and select MurphyLink^® panels.

Programming the PV500 requires version 4.0 or newer of PowerVision Configuration Studio. Downloads of the current version of PowerVision Configuration Studio and Toolkit (including 4.0 and all future releases) are available on SPARK Software Manager to licensed users. To purchase a license for PowerVision Configuration Studio on SPARK Software manager, contact your sales representative or email sales@enovationcontrols.com.

• PV500 3D Model (STEP)
• PV500 3D Model (IGS)
• PV500 Mounting Bracket 

• CE Declaration of Conformity
  • PV500 CE

No demo files are available at this time.

No application information is available at this time.

No Media or Tutorials are available at this time.

No Accessories are available at this time.

• Computing
  • Processor: Renesas® RZ/G1e Arm® Cortex®-A7 dual-core processor @ 1.0 GHz (32-bit)
  • Software: QNX® Realtime Operating System
  • Storage: 8 GB flash memory
  • RAM: 256MB DDR3-SDRAM
• Display
  • Display Area: 5-inch (108 mm [H] x 64.8mm [V])
  • Type: LVDS TFT LCD with LED backlight, 24-bit color
  • Resolution: 800 x 480 (WVGA)
  • Contrast Ratio: Typ. 1000:1
  • Brightness: 900 cd/m² (900 nits)
  • Surface: Anti-glare
  • Touch Panel: Projected capacitive (PCAP) with glove touch
• Hardware
  • Real Time Clock: Li-Ion battery backup (Typ. lifespan 10 yrs), non-rechargeable, non-replaceable
  • Connectors: (4) 6-position Deutsch® DT series connectors
  • Video Inputs: (2) NTSC/PAL (single channel viewable)
• Communication
  • CAN: (2) CAN 2.0B according to ISO-11898-2; J1939 and proprietary messaging
  • USB: USB 2.0 full speed host
  • Serial: (1) RS-485 MODBUS Master/Slave Port
• Electrical
  • Operating Voltage: 6 – 36 VDC, reverse polarity protected
    • Max current draw @ 12V: 0.438A
    • Min current draw @ 12V: 0.318A
    • Max current draw @ 24V: 0.297A
    • Min current draw @ 24V: 0.202A
  • Analog Input:
    • One single Analog Input is available
    • 10 Bit A/D Converter for a resolution of 1024 bits scaled across measurement range.
    • Three software configurable modes of operation: 0-5Vdc, Resistive Input, and 4-20mA.
      • Resistive Input Mode: Pulled high to 5Vdc through a 276 ohm pullup Resistor.                 A/D Counts = Rin/(Rin + 276) * 1024
      • 4-20mA Mode: Input is shunted to ground through a 200 ohm resistor.                            A/D Counts = (Input Current * 200)/5Vdc * 1024
      • 0-5Vdc: Input is measured directly and scaled linearly across 1024 bits.
  • Digital Input:
    • One digital Input is available
    • Input is designed to be open circuit (off) or switched to ground (on)  through a mechanical switch.
    • Input is pulled high to 5Vdc through a 232 ohm resistor and blocking diode. Switching current is  21mA.
  • Outputs:
    • Two FET digital outputs are available.
    • Maximum switching current is 500mA.
    • FET switches the low side (negative side) of the circuit load.
    • Do not switch voltages higher than battery voltage.
    • Use a snubber circuit when switching inductive loads to prevent back EMF damage to the FET.
• Environmental
  • Operating Temperature: -30°C to +85°C (-22°F to +185°F)
  • Storage Temperature: -40°C to +85°C (-40°F to +185°F)
  • Protection: IP66 and IP67, front and back, for outdoor use
  • Vibration: Random vibration 8.17 Grms (5–2000Hz), 3 axes
  • Shock: ±50G in 3 axes
  • EMC/EMI: SAE J1113, ISO 13766, CE per 2014/30/EU