800C-SIP: IntelliPack Configuration Software

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Product short description:
  • Configuration Software
  • USB-to-RS232 Adapter
  • RS232-to-RJ11 Adapter
  • Interface Cable

Acromag’s configuration software is the key to the IntelliPack’s easy-to-use operation. The software employs the friendly Windows® interface with pull-down selection menus and fill-in-the-blank fields to speed you through a few brief configuration screens. No programming is required.

800C-SIP: IntelliPack Configuration Software Description

Acromag’s configuration software is the key to the IntelliPack’s® easy-to-use operation. The software employs the friendly Windows® interface with pull-down selection menus and fill-in-the-blank fields to speed you through a few brief configuration screens. No programming is required.

An adapter plugs into the serial or USB port of your computer. It serves as an isolated interface between the IntelliPack and the PC. A cable with RJ11 phone-style plugs at each end links the adapter to the IntelliPack’s serial port.

Software Compatibility: Windows® 7 or newer.

Download software only from the software tab above.

Kit contains software interface package and user manual, CD, serial port adapter (5030-913), RJ11 interface cable (5030-902), and USB adapter (4001-095).

IntelliPack transmitters and signal converters isolate, filter, amplify, and convert sensor signals to 4-20mA current or 0-10V signals for interfacing with controllers and other instrumentation.

 

 

 

 

How to Calculate a V-notch Weir Discharge Rate Q (GPH) - 8401009
Defining the Need: Calculate the discharge rate Q (g.p.h.) output of a V-notch weir. Provide a 4-20mA output for flowrate and frequency output for totalization and alarm output for high-level alarm. Solution: Model 892M-0500 DC output math module Model 895M-0800 freq. output math module Model 800C-SIP software interface package Optional: Model PS5R-VD24 power supply  ...
How to Scale and Sum up to Four 4-20mA Signals from Flow Sensors - 8401004
Defining the Need: Scaling and summing up to four 4-20mA signals from flow sensors. Solution: Model 894M-0500 quad-input math module Model 800C-SIP software interface package Optional: Model PS5R-VD24 power supply
How to Monitor RTDs for Temperature Differential - 8401008
Defining the Need: Monitor three RTD’s on a stack and transmit two differential 4-20mA signals representing -7 to 18°F. Each RTD transmitter is calibrated -20 to 120°F. Solution: Model 892M-0500 math module (qty. 3) Model 800C-SIP software interface pkg. (qty. 1) Model PS5R-VD24 power supply (qty. 1)   Download PDF for complete application note.
How to Transmit the Dosing Percentage of an Additive Based on Total Flow of Effluent - 8401006
Defining the Need: Transmitting the dosing percentage (ratio) of an additive based upon total flow of effluent. Solution: Model 892M-0500 dual-input math module Model 800C-SIP software interface package Optional: Model PS5R-VD24 power supply
How to Take the Square Root and Sum up to Four 4-20mA Signals from Flow Sensors - 8401005
Defining the Need: Taking the square root and summing up to four 4-20mA signals from flow sensors. Solution: Model 894M-0500 quad-input math module Model 800C-SIP software interface package Optional: Model PS5R-VD24 power supply
How to Create a 4-20mA Output Proportional to Flow Rate - 8400304
Problem: A flow sensor has a non-linear reversed output. Solution: Create a 4-20mA output proportional to flow rate using the following Acromag transmitter and software products: Model: 811T-0500 DC to DC Isolated Transmitter Model: 800C-SIP Software Interface Package Optional: PS5R-D24 Power Supply The 811T offers a 25 break-point table for sensor linearization. Input percentage is...
How to Convert a 4-20mA Level Signal to a 4-20mA Signal Proportional to Volume - 8401007
Defining the Problem: Convert a 4-20mA level signal (proportional to height) to a 4-20mA signal proportional to volume. Solution: Model 892M-0500 dual-input math module Model 800C-SIP software interface package Optional: Model PS5R-VD24 power supply     Download PDF for complete application note.

Specifications

800C-SIP Data Sheet

Manuals

IntelliPack Transmitter Configuration Software User Manual Model 5030-881 (Log in to download the file)

IntelliPack & Series 900MB Configuration Software Windows 7 or 8 User Manual (Log in to download the file)

IntelliPack & Series 900 Configuration Software: Windows 10 User Manual (Log in to download the file)

How to Use SIIG USB-to-Serial Cable With Windows Tech Note (Log in to download the file)

IntelliPack Configuration Software 5030-881 (Log in to download the file)

Additional information

Weight N/A
Dimensions N/A
Part Number

800C-SIP: Software Interface Package
Configuration

Built-in Web pages

  • Description

    800C-SIP: IntelliPack Configuration Software Description

    Acromag’s configuration software is the key to the IntelliPack’s® easy-to-use operation. The software employs the friendly Windows® interface with pull-down selection menus and fill-in-the-blank fields to speed you through a few brief configuration screens. No programming is required.

    An adapter plugs into the serial or USB port of your computer. It serves as an isolated interface between the IntelliPack and the PC. A cable with RJ11 phone-style plugs at each end links the adapter to the IntelliPack’s serial port.

    Software Compatibility: Windows® 7 or newer.

    Download software only from the software tab above.

    Kit contains software interface package and user manual, CD, serial port adapter (5030-913), RJ11 interface cable (5030-902), and USB adapter (4001-095).

    IntelliPack transmitters and signal converters isolate, filter, amplify, and convert sensor signals to 4-20mA current or 0-10V signals for interfacing with controllers and other instrumentation.

  • Features & Benefits

     

     

     

     

  • Tech Papers

    How to Calculate a V-notch Weir Discharge Rate Q (GPH) - 8401009
    Defining the Need: Calculate the discharge rate Q (g.p.h.) output of a V-notch weir. Provide a 4-20mA output for flowrate and frequency output for totalization and alarm output for high-level alarm. Solution: Model 892M-0500 DC output math module Model 895M-0800 freq. output math module Model 800C-SIP software interface package Optional: Model PS5R-VD24 power supply  ...
    How to Scale and Sum up to Four 4-20mA Signals from Flow Sensors - 8401004
    Defining the Need: Scaling and summing up to four 4-20mA signals from flow sensors. Solution: Model 894M-0500 quad-input math module Model 800C-SIP software interface package Optional: Model PS5R-VD24 power supply
    How to Monitor RTDs for Temperature Differential - 8401008
    Defining the Need: Monitor three RTD’s on a stack and transmit two differential 4-20mA signals representing -7 to 18°F. Each RTD transmitter is calibrated -20 to 120°F. Solution: Model 892M-0500 math module (qty. 3) Model 800C-SIP software interface pkg. (qty. 1) Model PS5R-VD24 power supply (qty. 1)   Download PDF for complete application note.
    How to Transmit the Dosing Percentage of an Additive Based on Total Flow of Effluent - 8401006
    Defining the Need: Transmitting the dosing percentage (ratio) of an additive based upon total flow of effluent. Solution: Model 892M-0500 dual-input math module Model 800C-SIP software interface package Optional: Model PS5R-VD24 power supply
    How to Take the Square Root and Sum up to Four 4-20mA Signals from Flow Sensors - 8401005
    Defining the Need: Taking the square root and summing up to four 4-20mA signals from flow sensors. Solution: Model 894M-0500 quad-input math module Model 800C-SIP software interface package Optional: Model PS5R-VD24 power supply
    How to Create a 4-20mA Output Proportional to Flow Rate - 8400304
    Problem: A flow sensor has a non-linear reversed output. Solution: Create a 4-20mA output proportional to flow rate using the following Acromag transmitter and software products: Model: 811T-0500 DC to DC Isolated Transmitter Model: 800C-SIP Software Interface Package Optional: PS5R-D24 Power Supply The 811T offers a 25 break-point table for sensor linearization. Input percentage is...
    How to Convert a 4-20mA Level Signal to a 4-20mA Signal Proportional to Volume - 8401007
    Defining the Problem: Convert a 4-20mA level signal (proportional to height) to a 4-20mA signal proportional to volume. Solution: Model 892M-0500 dual-input math module Model 800C-SIP software interface package Optional: Model PS5R-VD24 power supply     Download PDF for complete application note.

  • Specs & Data Sheets

    Specifications

    800C-SIP Data Sheet

    Manuals

    IntelliPack Transmitter Configuration Software User Manual Model 5030-881 (Log in to download the file)

    IntelliPack & Series 900MB Configuration Software Windows 7 or 8 User Manual (Log in to download the file)

    IntelliPack & Series 900 Configuration Software: Windows 10 User Manual (Log in to download the file)

    How to Use SIIG USB-to-Serial Cable With Windows Tech Note (Log in to download the file)

  • Software

    IntelliPack Configuration Software 5030-881 (Log in to download the file)

  • Accessories

  • Additional information

    Additional information

    Weight N/A
    Dimensions N/A
    Part Number

    800C-SIP: Software Interface Package
    Configuration

    Built-in Web pages