800C-SIP: IntelliPack Configuration Software
$300
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.
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.
How to Calculate the Discharge Rate Q (g.p.h.) Output of a V-notch Weir Application Note
Defining the Problem: 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 Application Note
Defining the Problem: 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 Application Note
Defining the Problem: 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 (ratio) of an Additive Based on Total Flow of Effluent Application Note
Defining the Problem: 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 Application Note
Defining the Problem: 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 have a Flow Sensor with a Non-Linear Reversed Output Application Note
Problem: Have a flow sensor with a non-linear reversed output. Create a 4-20mA output proportional to flow rate. Solution: 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 based on sensor V DC output. Output...
How to Convert a 4-20mA Level Signal to a 4-20mA Signal Proportional to Volume Application Note
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
Manuals
IntelliPack Configuration Software 5030-881 (Log in to download the file)
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4001-095: USB-to-Serial Adapter
- USB-to-serial adapter
- Easy to use to setup and re-configure modules
$40Select options
Additional information
| Weight | .5 oz |
|---|---|
| Dimensions | 5 × 5 × .5 in |
| Part Number | 5030-881: Configuration software CD-ROM. |
| Product Series | IntelliPack 800 Series |
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Description
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Tech Papers
How to Calculate the Discharge Rate Q (g.p.h.) Output of a V-notch Weir Application NoteDefining the Problem: 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 Application NoteDefining the Problem: 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 supplyHow to Monitor RTDs for Temperature Differential Application NoteDefining the Problem: 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 (ratio) of an Additive Based on Total Flow of Effluent Application NoteDefining the Problem: 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 supplyHow to Take the Square Root and Sum up to Four 4-20mA Signals from Flow Sensors Application NoteDefining the Problem: 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 supplyHow to have a Flow Sensor with a Non-Linear Reversed Output Application NoteProblem: Have a flow sensor with a non-linear reversed output. Create a 4-20mA output proportional to flow rate. Solution: 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 based on sensor V DC output. Output...How to Convert a 4-20mA Level Signal to a 4-20mA Signal Proportional to Volume Application NoteDefining 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
Manuals
-
Software
IntelliPack Configuration Software 5030-881 (Log in to download the file) -
Accessories
-
4001-095: USB-to-Serial Adapter
- USB-to-serial adapter
- Easy to use to setup and re-configure modules
$40Select options
-
-
Additional information
Additional information
Weight .5 oz Dimensions 5 × 5 × .5 in Part Number 5030-881: Configuration software CD-ROM.
Product Series IntelliPack 800 Series
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