PowerView® 380

PV380-R1 Discontinuation Notice

Effective July 1, 2019, Enovation Controls is discontinuing the production of the PV380-R1. In this instance, Enovation Controls has an alternative which provides similar functionality to the discontinued item. The PV380-R2 (ref table below) provides the same form and fit with additional memory and processor speed and replaces the 5V output with a second 500mA low-side digital output.

We request you carefully review this information and notify relevant stakeholders within your organization so plans for the transition to the alternative can be made. In addition, we urge you to work with your Enovation Controls sales representative to transition the PV380-R1 to the PV380-R2.

To best serve you, all inquiries related to product discontinuation should be directed through your normal Enovation Controls sales or technical support channels.

PV380-R2 Discontinuation Notice

Effective January 1, 2023, Enovation Controls is discontinuing the production of the PV380-R2. The PV380-R2 is superseded by the PV380-R3 which provides the same form, fit, and function. See table below for differences. 

The PV380-R3 is now supported in Powervision for Monochrome 2.10 and greater.

If you are using a custom configuration please see R3 Code Conversion drop down menu.

We request you carefully review this information and notify relevant stakeholders within your organization so plans for the transition to the alternative can be made. In addition, we urge you to work with your Enovation Controls sales representative to transition the PV380-R2 to the PV380-R3.

All other specifications remain the same.

To best serve you, all inquiries related to product discontinuation should be directed through your normal Enovation Controls sales or technical support channels.

PV380 R2 Stage V Engine Display Controller

• Stage V Configuration Manual and Download

PowerVision Configuration Studio and Toolkit (Version 2.8+)

The Powervision Toolkit allows users to connect to the display and install existing configurations or bootloaders. See instructions below on reprogramming a PV380 display. Toolkit downloads are available here.

PowerVision Configuration Studio^®  for Monochrome is a PC-based software program suite for creating new configurations for the PV350/PV380 displays and Powercore line of Controllers..

Note: The full version of PowerVision Configuration Studio for Color and Monochrome Displays requires a valid Key ID to be used. If you do not have a Key ID, you may encounter limited features and saving options. To purchase a PowerVision Key ID, contact your Enovation Controls sales representative.

Downloads:

• PowerVision Configuration Studio 2.9 Downloads (Account Required)
  
• PowerVision Configuration Studio 2.8 Downloads (Account Required)
  Downloads of PowerVision Configuration Studio and Toolkit are only available on this site to users with registered accounts. To register for a free account, click here. Having trouble accessing your account? Contact Account Support.

• Reprogramming the PV380     

Important Note for Custom Configurations: Displays built before August 2023 must have the bootloader updated before you install your custom configuration. Simply select Create Bootloader Install Package from the firmware menu in Powervision and install it. If the display does not connect press and hold the two outer buttons then apply power to the display, this will force it into bootloader mode and will then connect. 

Updating your Custom Configuration for R3 Hardware

Custom configurations must be recompiled on the latest version of PowerVision for monochrome displays Version 2.10.1023 or newer for the R3 hardware.  This is done by opening your previously saved project in PowerVision, clicking on the hardware selection in the black title bar and then checking R3 in the hardware selection drop down box.  Once this is done, you click on firmware-> create app install package.  At this point the project has been recompiled for the new hardware and can be loaded to the R3 hardware directly from Powervision or from the Toolkit. 

Potential Issues

It has been noted that if there is a "Disabled" selection or any other in the resistive input setup in the Connections Tab that has a I/O definition of the wrong input type (analog vs resistive), there may be unexpected values returned on that channel. Verify all the I/O definitions listed for a Resistive input are of Resistive type. Likewise the same applies to the analog inputs.

If you created a custom configuration based on the R2 template you will need to correct the "Disabled" I/O definition used on the resistive inputs, the existing definition is for an analog input.

Step 1: Go to the library and create a new Resistive Input Definition

Step 2: Name the new definition Disable RI or similar and auto create a variable for it. No other settings need to be made.   

Step 3: Go to the Resistive Inputs in the connections tab and first delete the existing disabled definition then add the new disabled RI definition. Use the Move Up function to move it to the top of the list. Order is important.                           

Step 4: Validate your configuration and test in your application.

• Solid Models
  • PV380 (IGS)
  • PV380 (STEP)

• CE Declaration of Conformity
  • PV380-R2 CE Declaration of Conformity

No application information is available at this time.

• Typical Wiring Diagram (00-02-0944)
• Magnetic Pickup Installation Instructions (00-02-0181)
• Tier 4 Overview (1110836)

No media or tutorials are available at this time.

• Connector kits, EMEA regions (ys6475)

PV380-R3

• Interface
  • Display:
    • Monochrome Transflective LCD
    • 3.8 in./ 96.5 mm, QVGA (320 x 240 pixels)
    • Viewing Angle: ±50 horizontally; +45°/-60° vertically
    • Languages: English, Spanish, German, French, Italian
    • RTC: Real-time clock with Li-ion battery backup
  • (2) LEDs: yellow (warning) & red (shutdown)
  • Operator controls:
    • (5)  Silicon push buttons, tactile feedback
• Power Supply:
  • Operating Voltage: 6-32 VDC, reverse battery polarity and load dump protected
  • Operating Current: At 12Vdc:  Typically170mA backlight at 100%, 100mA backlight at 0%.
• Inputs (8):
  • (4) Analog, configurable (resistive)
  • (3) Analog, configurable (4-20 mA, 0-5V or digital ground)
  • (1) Frequency, supporting: Magnetic pickup (30 Hz - 10 kHz, 2.0 VAC-120 VAC) and Engine Alternator (30 Hz - 10 kHz, 4.5 VRMS - 90 VRMS)
• Outputs (2):
  • (2) Low-side FET (–DC), 500mA
• Communications:
  • (1) CAN: J1939
  • (1) RS485: Modbus RTU
• Mating Connector(s):
  • Deutsch DT Series 6 and 12 pin
• Physical/Environmental:
• Enclosure Material: Polycarbonate
• Dimensions (WxHxD): N/A
• Mass: N/A
• IP rating: IP67
• Operating Temperature: -40° to +85°C (-40° to 185°F)
• Storage Temperature: -40° to +85°C (-40° to 185°F)
• Vibration: 7.86 Grms (5-2000 Hz), 3-axis random
• Shock: ±50G, 3-axis
• EMC/EMI:
  • 2014/30/EU
  • EN61000-6-4:2001 (emission)
  • EN61000-6-2:2001 (immunity)
  • EN-50121-3-2 and EN 12895
  • SAE J1113/2, 4, 11, 12, 21, 24, 26 and 41
• Shipping Weight: N/A
• Shipping Dimensions: N/A