Acromag University – Process Division

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► Click here to download July 2022 EOL Notices

► Process Division User Manuals

► Price Lists July 4, 2022

• Acromag Process Price List – USA, Mexico and Puerto Rico
  
• Acromag Price List – Territories Outside of USA, Mexico and Puerto Rico

Videos:

♦ Acromag in 5 Minutes – Process Automation Products Overview (5:31)
♦ Signal Conditioning Selection Guide – AC Powered Transmitters (2:06)
♦ Signal Conditioning Selection Guide – Alarms (2:13)
♦ Signal Conditioning Selection Guide – DC Powered Transmitters (3:33)
♦ Signal Conditioning Selection Guide – Output Loop Powered Transmitters (3:00)

Other Resources:

♦ Signal Conditioning Selection Guide (4 Page, 461KB PDF)
♦ Sales Tips for Teaming Up with Multinational Automation Companies (1 Page, 173KB PDF)

Brochures:

♦ 600T Series 2-Wire/4-Wire Isolated Transmitter Brochure (21 Page, 1.5MB PDF)

Data Sheets:

♦ 611T / 612T: Universal DC Isolated Transmitters
♦ 631T / 632T / 633T: 4-Wire, DC Current Input Isolated Transmitters
♦ 651T / 652T / 653T: 2-Wire, DC Current Input Isolated Transmitters
♦ 654T: DC Voltage Input Isolated Transmitters
♦ 655T / 656T: Thermocouple & milliVolt Input Isolated Transmitters
♦ 657T / 658T: RTD/Resistance Input Transmitters
♦ 671T / 672T / 674T: Loop-Powered, DC Current Input Isolated Transmitters

Application Notes & White Papers:

♦ 600T Series App Notes
♦ Electrical Ground Rules (Part 1 of 3)
♦ Electrical Ground Rules (Part 2 of 3)
♦ Electrical Ground Rules (Part 3 of 3)
♦ How to Choose a 4-20mA Isolator
♦ The Importance of Isolation
♦ Introduction to the Two-Wire Transmitter and the 4-20mA Current Loop
♦ Retransmitting and Isolating 4-20mA Signals from Remotely-Mounted 3-Wire Gas Detection Sensors
♦ Why You Need USB Isolation for Industrial I/O

Videos:

♦ 611T / 612T Features Overview (8:44)
♦ 630T Series Features Overview (4:03)
♦ 651T / 652T / 653T Features Overview (9:41)
♦ 654T Features Overview (8:04)
♦ 655T / 656T Features Overview (8:48)
♦ 657T / 658T Features Overview (8:55)
♦ 671T / 672T / 674T Features Overview (7:45)
♦ Why You Need USB Isolation to Protect Your Instrumentation (3:21)

Brochure:

♦ BusWorks® 900EN Series Ethernet I/O Brochure (28 Pages, 5MB PDF)

Data Sheets:

♦ 900ENS005: 5-Port Ethernet Switches
♦ 951EN / 952EN: 6-Channel Analog & Discrete Ethernet I/O Modules
♦ 958EN: 16-Channel Single-Ended DC Voltage Input Ethernet Modules
♦ 961EN / 962EN: 6-Channel Differential DC Current/Voltage Input Ethernet Modules
♦ 963EN / 964EN: 12-Channel Single-Ended DC Current/Voltage Input Ethernet Modules
♦ 965EN: 4/6-Channel Thermocouple/Millivolt Input Ethernet Modules
♦ 966EN: 4/6-Channel RTD/Resistance Input Ethernet Modules
♦ 967EN: 8-Channel Differential Analog Current Input Ethernet Modules
♦ 968EN: 8-Channel Differential Analog Voltage Input Ethernet Modules
♦ 972EN / 973EN: 4/6-Channel DC Current/Voltage Output Ethernet Modules
♦ 981EN / 982EN / 983EN: 12-Channel Discrete Ethernet I/O Modules
♦ 989EN: 16-Channel Discrete Ethernet I/O Modules with Counter/Timers
♦ 993EN: 16-Channel Single-Ended DC Current Input Ethernet Modules
♦ 994EN: 16-Channel Single-Ended DC Voltage Input Ethernet Modules
♦ 4001-096 USB-to-Ethernet Adapter

Application Notes & White Papers:

♦ How to Use Wireless Remote I/O Cost-Effectively
♦ How to Configure Kepware KEPServerEX 5.0 for Communications with Acromag BusWorks Modbus I/O Modules Application Note
♦ How to Configure Omron CJ2H PLC’s with Ethernet/IP for Use with Acromag Ethernet/IP Remote I/O Application Note
♦ 962EN Measures Multiple Load Cell/Strain Gauge Inputs
♦ Cellular Telemetry for Remote Power Metering
♦ Communicating to Acromag Series 9xxEN-6xxx & XTxx2-xxx Ethernet Modules in an Allen Bradley ControlLogix System
♦ How to Communicate with Acromag Series 9xxEN-60xx Ethernet Modules from Compact Logix Devices Application Note
♦ How to Communicate to Ethernet Modules from Legacy Allen Bradley or Rockwell Automation Devices Application Note
♦ Communicating to Acromag Series 9xxEN-60xx Ethernet Modules using PCCC from Compact Logix Devices
♦ Communicating to Acromag Series Ethernet Modules from Red Lion HMIs
♦ How to Configure the Acromag Modbus OPC Server
♦ Configuring Kepware KEPServerEX 5.0 for Communications with Acromag BusWorks Modbus I/O Modules
♦ Configuring Omron CJ2H PLC’s with EtherNet/IP for Use with Acromag EtherNet/IP Remote I/O
♦ Configuring the Wonderware MBENET I/O Server to Communicate with the Acromag 9xxEN Ethernet
Modules
♦ Connecting Acromag Series 900EN Ethernet Modules to Your PC
♦ How Ethernet I/O Simplifies Communication Between One PLC and Multiple Remote Locations
♦ Getting Connected to Acromag Ethernet I/O Devices
♦ How to Connect to an Ethernet Device for Communication
♦ How to Develop High Reliability Ethernet Control Systems Using Media Redundancy
♦ How to Interface Temperature Sensors to HMI Display Over Ethernet
♦ How To Monitor a Remote Geothermal Steam Well for Power Generation
♦ How to Remotely Access Ethernet I/O Over the Internet
♦ i20 Peer-to-Peer Communication Technology
♦ Installing Intellipack or Series 900 Configuration Software on a Windows Vista or 7 Machine
♦ Introduction to EtherNet/IP
♦ What is Modbus TCP/IP?
♦ Metering Project: Managing Energy Usage with Ethernet I/O
♦ Remote Monitoring of Wind Turbines
♦ Siemens Model 353 Controllers Extending I/O Capability with Ethernet
♦ How to Use Acromag’s 967EN Modbus/TCP Module as Remote I/O with Honeywell HC-900
♦ Using Acromag’s 967EN Modbus/TCP Module as Remote I/O with Honeywell Trendview Recorder

Videos:

♦ How to Use Wireless Remote I/O Cost-Effectively Acromag Video App Note (3:22)
♦ 967EN / 968EN & 993EN / 994EN BusWorks Ethernet I/O Features Overview (3:51)
♦ 989EN Ethernet I/O Overview (14:58)
♦ Acromag Modbus OPC DA Server Demo (7:12)
♦ The i2o Advantage – Part 1 of 3 (8:32)
♦ The i2o Advantage – Part 2 of 3 (7:10)
♦ The i2o Advantage – Part 3 of 3 (7:22)
♦ Webcast: Industrial Ethernet Network Traffic Solutions (35:56)
♦ Webcast: Selecting the Right High Density Relay for Your PLC, DCS, or Controller Discrete I/O Card (27:57)

Data Sheets:

♦ 901MB / 902MB / 903MB: Low-Side Switching, Multi-Channel Modbus-RTU Discrete I/O Modules
♦ 904MB / 905MB / 906MB: High-Side Switching, Multi-Channel Modbus-RTU Discrete I/O Modules
♦ 913MB / 914MB: DC Current/Voltage Modbus-RTU Input Modules with Limit Alarms
♦ 917MB / 918MB: DC Current/Voltage Modbus-RTU Output Modules with Discrete Outputs
♦ 924MB: Thermocouple/Millivolt Modbus-RTU Input Modules with Limit Alarms
♦ 932MB / 934MB: RTD/Resistance Modbus-RTU Input Modules with Limit Alarms or Discrete Outputs
♦ 942MB: Frequency/Pulse Counter Modbus-RTU Input Modules with Periodic or Pulse Waveform Input
♦ 4001-095 USB-to-Serial Adapter
♦ ModBus Accessories
♦ ModBus Overview

Application Notes & White Papers:

♦ How to Configure Kepware KEPServerEX 5.0 for Communications with Acromag BusWorks Modbus I/O Modules Application Note
♦ How to Configure the Acromag Modbus OPC Server
♦ Configuring Kepware KEPServerEX 5.0 for Communications with Acromag BusWorks Modbus I/O Modules
♦ Communicating to Acromag Series Ethernet Modules from Red Lion HMIs
♦ How to Connect to Acromag Ethernet I/O Devices
♦ How to Develop High Reliability Ethernet Control Systems Using Media Redundancy
♦ How to Remotely Access Ethernet I/O Over the Internet
♦ i20 Peer-to-Peer Communication Technology
♦ Introduction to Modbus RTU
♦ What is Modbus TCP/IP?

Videos:

♦ Acromag Modbus/TCP Master OPC DA Server Demo (7:12)
♦ The i2o Advantage – Part 1 of 3 (8:32)
♦ The i2o Advantage – Part 2 of 3 (7:10)
♦ The i2o Advantage – Part 3 of 3 (7:22)
♦ Remote I/O Selection Guide Video – Modbus TCP/IP (2:09)
♦ Webcast: Industrial Ethernet Network Traffic Solutions (35:56)
♦ Webcast: Selecting the Right High Density Relay for Your PLC, DCS, or Controller Discrete I/O Card (27:57)

Data Sheets:

♦ 961PB / 962PB: 6-Channel Differential Profibus-DP Input Modules
♦ 963PB / 964PB: 12-Channel Single-Ended Input Profibus-DP Modules
♦ 965PB: 4/6-Channel Thermocouple/Millivolt Analog Input Profibus-DP Modules
♦ 966PB: 4/6-Channel RTD/Resistance Analog Input Profibus-DP Modules
♦ 972PB / 973PB: 4/6-Channel DC Current/Voltage Analog Output Profibus-DP Modules
♦ 981PB / 982PB / 983PB: 12-Channel Profibus-DP I/O Modules

Application Notes & White Papers:

♦ How to Connect to Acromag Ethernet I/O Devices
♦ How to Remotely Access Ethernet I/O Over the Internet
♦ How to Develop High Reliability Ethernet Control Systems Using Media Redundancy
♦ i20 Peer-to-Peer Communication Technology
♦ Introduction to Profibus DP
♦ Monitoring Stator Temperatures with Remote Profibus I/O

Videos:

♦ The i2o Advantage – Part 1 of 3 (8:32)
♦ The i2o Advantage – Part 2 of 3 (7:10)
♦ The i2o Advantage – Part 3 of 3 (7:22)
♦ Remote I/O Selection Guide Video – Profibus-DP (1:13)
♦ Webcast: Industrial Ethernet Network Traffic Solutions (35:56)
♦ Webcast: Selecting the Right High Density Relay for Your PLC, DCS, or Controller Discrete I/O Card (27:57)

Data Sheets:

♦ NT2110: Ethernet I/O 16 Discrete I/O Active Low In, Sinking Out
♦ NT2120: Ethernet I/O 16 Discrete I/O Active High In, Sourcing Out
♦ NT2130: Ethernet I/O 6 Mechanical Relay Outputs 6 Discrete Inputs
♦ NT2210: Ethernet I/O 8 Differential Current Inputs 2 Discrete I/O
♦ NT2220: Ethernet I/O 16 Single Ended Current Inputs
♦ NT2230: Ethernet I/O 8 Differential Voltage Inputs 2 Discrete I/O
♦ NT2240: Ethernet I/O 16 Single Ended Voltage Inputs
♦ NT2310: Ethernet I/O 8 Process Current Outputs
♦ NT2320: Ethernet I/O 8 Process Voltage Outputs
♦ NT2510 / NT2530: Ethernet I/O, multi-function, 4 voltage or current analog inputs, optional analog current outputs
♦ NT2610: Ethernet I/O 8 Thermocouple mV Inputs 2 Discrete I/O
♦ NT2620: Ethernet I/O 4 RTD/resistance inputs, 2 Discrete I/O

Application Notes & White Papers:

♦ How to Measure Temperature with High-density Ethernet I/O

Videos:

♦ How to Measure Temperature with High-density Ethernet I/O – Acromag Video App Note (4:03)
♦ Ethernet Expandable Remote I/O: BusWorks NT Video (4:31)
♦ Remote Expandable Ethernet I/O: BusWorks NT Introduction (4:17)

Brochure:

♦ BusWorks^® XT Series Ethernet I/O Brochure (9 Pages, 3.5MB PDF)

Data Sheets:

♦ XT1110: 16-Channel Discrete Ethernet I/O Modules with Sinking Outputs
♦ XT1120: 16-Channel Discrete Ethernet I/O Modules with Sourcing Outputs
♦ XT1210: 8-Channel Differential Analog Current Input Modules
♦ XT1220: 8-Channel Differential Analog Voltage Input Modules
♦ XT1230: 16-Channel Single-Ended Analog Current Input Modules
♦ XT1240: 16-Channel Single-Ended Analog DC Voltage Input Modules
♦ XT1530: 4-Channel Analog Voltage Output & 4-Channel Digital I/O Ethernet Modules
♦ XT1540: 8-Channel Analog Voltage Output & 4-Channel Digital I/O Ethernet Modules

Application Notes & White Papers:

♦ Communicating to Acromag Series 9xxEN-6xxxx & XTxx2-xxx Ethernet Modules in an Allen Bradley ControlLogix System
♦ Communicating with Ethernet XT Profinet From Siemens S7-1200 PLC
♦ Configuring Omron CJ2H PLC’s with Ethernet/IP for use with Acromag Ethernet/IP Remote I/O
♦ Electrical Ground Rules (Part 1 of 3)
♦ Electrical Ground Rules (Part 2 of 3)
♦ Electrical Ground Rules (Part 3 of 3)
♦ Ethernet I/O Simplifies Communication Between One PLC and Multiple Remote Locations
♦ How to Connect to Acromag Ethernet I/O Devices
♦ How to Develop High Reliability Ethernet Control Systems Using Media Redundancy
♦ How to Monitor Pump Performance with a Panel PC, HMI & Ethernet I/O
♦ How to Remotely Access Ethernet I/O Over the Internet
♦ i20 Peer-to-Peer Communication Technology
♦ Introduction to Ethernet/IP
♦ Networking Remote Gas Detectors with Ethernet I/O
♦ Record Building Water Usage with Remote Ethernet I/O
♦ Remote Monitoring of Wind Turbines
♦ Save Money When Using i2o Over Cellular Networks

Videos:

♦ Acromag’s Ethernet I/O Series with PriorityChannel Technology (5:48)
♦ The i2o Advantage – Part 1 of 3 (8:32)
♦ The i2o Advantage – Part 2 of 3 (7:10)
♦ The i2o Advantage – Part 3 of 3 (7:22)
♦ Industrial Ethernet Network Traffic Solutions (35:56)
♦ Webcast: Industrial Ethernet Network Traffic Solutions (35:56)
♦ Webcast: Selecting the Right High Density Relay for Your PLC, DCS, or Controller Discrete I/O Card (27:57)

Other Resources:

♦ Case Study: New Stadium Fire Suppression Control System (XT1121)

Brochures/Fliers:

♦ DT SP Overview Flier (1 Page, PDF)
♦ DT230 Series Dual Channel Transmitters Brochure  (20 Page, 5MB PDF)
♦ DT330 Series Dual Channel Transmitters Brochure  (21 Pages, 4MB PDF)

Data Sheets:

♦ DT233: Thermocouple/millivolt input two-wire dual transmitter
♦ DT235: RTD/Resistance input two-wire dual transmitter
♦ DT236: Current/millivolt input two-wire dual transmitter
♦ DT237: Medium DC voltage input two-wire dual transmitter
♦ DT238: High DC voltage input four-wire dual transmitter
♦ DT333: Thermocouple/millivolt input four-wire dual transmitter
♦ DT335: RTD/Resistance input four-wire dual transmitter
♦ DT336: Current/millivolt input four-wire dual transmitter
♦ DT337: Medium DC voltage input four-wire dual transmitter
♦ DT338: High DC voltage input four-wire dual transmitter

Application Notes & White Papers:

♦ Electrical Ground Rules (Part 1 of 3)
♦ Electrical Ground Rules (Part 2 of 3)
♦ Electrical Ground Rules (Part 3 of 3)
♦ How to Wire a 2 or 4-Wire Current Input Module Application Note (Applies to DT236 & DT336)
♦ How to Use Acromag 600T Series Isolated Transmitters (Applies to DT237 & DT336 only)

Videos:

♦ Acromag Rep Training: DT Dual Transmitters (16:10) for Reps Only
♦ DT Dual Transmitters Introduction (12:57) for distribution
♦ DT Series Introduction Video (3:14) for distribution
♦ DT233 Introduction Video (2:58) for distribution
♦ DT235 Introduction Video (3:02) for distribution
♦ DT236 Introduction Video (2:58) for distribution
♦ DT237 Introduction Video (2:54) for distribution
♦ DT238 Introduction Video (2:57) for distribution
♦ DT335 Introduction Video (2:59) for distribution
♦ DT336 Introduction Video (3:19) for distribution
♦ DT337 Introduction Video (3:18) for distribution
♦ DT338 Introduction Video (3:19) for distribution
♦ Prevent Ground Loops with 4-20mA Isolators (8:13)
♦ Why You Need USB Isolation (3:20)
♦ Acromag Agility Config Tool App Demo (3:05)

Brochure:

♦ EtherStax Brochure (38 Pages, 19MB PDF)

Data Sheets:

♦ ES2113: 96-Channel Bi-Directional Discrete Ethernet I/O Modules
♦ ES2117: 48-Channel Isolated Discrete Ethernet I/O Modules
♦ ES2161: 32-Channel Differential Current Analog Input Ethernet Modules
♦ ES2162: 32-Channel Differential Voltage Analog Input Ethernet Modules
♦ ES2163: 64-Channel Single-Ended Analog Current Input Ethernet Modules
♦ ES2164: 64-Channel Single-Ended Analog Voltage Input Ethernet Modules
♦ ES2171: 16-Channel Analog Current Output Ethernet Modules
♦ ES2172: 16-Channel Analog Voltage Output Ethernet Modules

Application Notes & White Papers:

♦ Communicating to Acromag Series Ethernet Modules from Red Lion HMIs
♦ How to Configure the Acromag Modbus OPC Server
♦ Configuring LabVIEW 2009 to Communicate with Acromag BusWorks and EtherStax Modbus I/O Modules Via an OPC Server
♦ How to Connect to Acromag Ethernet I/O Devices
♦ How to Develop High Reliability Ethernet Control Systems Using Media Redundancy
♦ How to Interface Temperature Sensors to HMI Display Over Ethernet
♦ How to Remotely Access Ethernet I/O Over the Internet
♦ i20 Peer-to-Peer Communication Technology
♦ Interfacing Acromag Ethernet I/O Modules to an ABB AC500 PLC with Modbus TCP/IP
♦ Introduction to Modbus RTU
♦ What is Modbus TCP/IP?
♦ Siemens Model 353 Controllers Extending I/O Capability with Ethernet

Videos:

♦ ES2161 & ES2162 EtherStax Ethernet I/O Features Overview (9:56)
♦ ES2171 & ES2172 EtherStax Ethernet I/O Features Overview (6:07)
♦ High Density EtherStax^® Ethernet I/O (5:47)
♦ The i2o Advantage – Part 1 of 3 (8:32)
♦ The i2o Advantage – Part 2 of 3 (7:10)
♦ The i2o Advantage – Part 3 of 3 (7:22)
♦ Webcast: Industrial Ethernet Network Traffic Solutions (35:56)
♦ Webcast: Selecting the Right High Density Relay for Your PLC, DCS, or Controller Discrete I/O Card (27:57)

Data Sheets:

♦ 250T / 350T / 450T-AC: AC Voltage/Current Input Transmitters
♦ 250T / 350T / 450T-DC: DC Voltage/Current Input Transmitters
♦ 250T / 350T / 450T-FQ: Frequency Input Transmitters
♦ 250T / 350T / 450T-mV: DC Millivolt Input Transmitters
♦ 250T / 350T / 450T-P: Potentiometer/Slidewire Input Transmitters
♦ 250T / 350T / 450T-RB: Platinum RTD/Copper RTD Input Transmitters
♦ 250T / 350T / 450T-TC: J, K, T, E, R, S, B Thermocouple Input Transmitters
♦ 260A: Loop-Powered, DC Current Input Limit Alarms
♦ 270i: 2-Wire, Loop-Powered Isolators
♦ 330i / 430i: 4-Wire, AC- or DC-Powered Isolators
♦ 340i: 3-Wire, DC-Powered Isolators
♦ 361A / 461A: AC- or DC-Powered, DC Voltage/Current Input Limit Alarms

Application Notes & White Papers:

♦ 250T Two-Wire RTD Transmitters Fail-Safe Hook-Up Approach
♦ How to Prevent Temperature Measurement Errors When Installing Thermocouple Sensors and Transmitters
♦ Signal Conditioning: Getting the Most for Your Money

Data Sheets:

♦ 801A: Universal Thermocouple/ RTD/ Millivolt Input Intelligent Alarms
♦ 801T: Universal Thermocouple/ RTD/ Millivolt Input Intelligent Temperature Transmitters
♦ 811A / 812A: DC Voltage/Current Input Intelligent Alarms
♦ 811T: DC Voltage/Current Input Intelligent Transmitters
♦ 822A: Dual Thermocouple/ Millivolt Input Intelligent Alarms
♦ 832A: Dual Platinum/Copper/Nickel RTD Input Intelligent Alarms
♦ 841T: DC Frequency/Pulse Input Intelligent Transmitters
♦ 892M, 894M: DC Output Math Computation Modules
♦ 895M, 896M: Frequency/Pulse Output Math Computation Modules

Application Notes & White Papers:

♦ The Basics of Temperature Measurement: Using Thermocouples (Part 1 of 3)
♦ The Basics of Temperature Measurement: Using RTDs (Part 2 of 3)
♦ The Basics of Temperature Measurement: Thermocouple vs. RTD (Part 3 of 3)
♦ Flow Sensor with a Non-Linear Reversed Output: Create a 4-20mA Output Proportional
to Flow Rate Using Acromag’s Model 811T
♦ How to Prevent Temperature Measurement Errors When Installing Thermocouple Sensors and Transmitters
♦ Installing Intellipack or Series 900 Configuration Software on a Windows Vista or 7 Machine
♦ Math Modules: Flow: Dilution Percentage of Total Flow for Dosing
♦ Math Modules: Flow: Instantaneous Flow of a V-notch Weir
♦ Math Modules: Level/Volume: Converting Linear Level to Tank Volume
♦ Math Modules: Monitoring RTDs for Temperature Differential
♦ Signal Conditioning: Getting the Most for Your Money
♦ Temperature Transmitters Optimize Solar Panel Performance

Videos:

♦ 801A IntelliPack Series Features Overview (9:59)
♦ 801T IntelliPack Series Features Overview (6:40)
♦ 811A / 812A IntelliPack Series Features Overview (10:37)
♦ 811T IntelliPack Series Features Overview (6:44)

Data Sheets:

♦ APM765 Panel Meters
♦ VPM2000 Series: Loop-Powered Isolator / Alarm with Display
♦ VPM3000 Series: Universal Transmitter/Alarm with Display

Application Notes & White Papers:

♦ How to Control a Remote Pump for a Natural Gas Pipeline (Applies to VPM2211)
♦ How to Display Flow Rate From a DP Transmitter (Applies to VPM3000)
♦ How to Implement Smart Load Sharing with a Pump Controller (Applies to VPM3000)
♦ How to Monitor Temperature in a Production Furnace (Applies to VPM3121)

Videos:

♦ VPM2000 Series Loop-powered Isolator/Alarm with Display (3:11)
♦ VPM3000 Series Universal Transmitter / Alarm with Display (3:48)
♦ How to Control a Remote Pump for a Natural Gas Pipeline (3:38)

Data Sheet:

♦ PS5R-V: Slim Line Power Supplies

Brochures/Fliers:

♦ SP DT Overview Flier (1 Page, PDF)
♦ SP Series Brochure (7 Page, 3MB PDF)
♦ SP230 Series Loop / External Power Splitters Brochure  (18 Page, 5MB PDF)

Data Sheets:

♦ SP233: Thermocouple/Millivolt Input Signal Splitter, Two-Wire
♦ SP236: Current/Millivolt Input Signal Splitter, Two-Wire
♦ SP237: Process Voltage Input Signal Splitter, Two-Wire
♦ SP238: High Voltage Input Signal Splitter, Two-Wire

Application Notes & White Papers:

♦ How to Wire a 2 or 4-Wire Current Input Module Application Note (Applies to SP236 & SP336)

Videos:

♦ SP Series Introduction Video (2:50)
♦ SP230 Series Introduction Video (1:09) for distribution
♦ SP230 Series Signal Splitters: Introduction (4:40)

Other Resources:

♦ SP Series Signal Splitters Intro for Customers (ppt PDF)

Brochures:

♦ SP Series Brochure (7 Page, 3MB PDF)
♦ SP330 Series Loop / External Power Splitters Brochure  (18 Page, 5MB PDF)

Data Sheets:

♦ SP333: Thermocouple/Millivolt Input Signal Splitter, Four-Wire
♦ SP336: Current/milliVolt Input Signal Splitter, Four-Wire
♦ SP337: Process Voltage Input Signal Splitter, Four-Wire
♦ SP338: High Voltage Input Signal Splitter, Four-Wire

Application Notes & White Papers:

♦ How to Display Flow Rate From a DP Transmitter (Applies to SP336)
♦ How to Wire a 2 or 4-Wire Current Input Module Application Note (Applies to SP236 & SP336)
♦ Process Transmitters Provide A High Voltage Output Up To ±20V DC

Videos:

♦ SP Series Introduction Video (2:50)
♦ Introduction to Acromag’s SP330 Series Signal Splitters with Six Output Ranges, Including 4-20mA (5:16)

Other Resources:

♦ SP Series Signal Splitters Intro for Customers (ppt PDF)

Data Sheets:

♦ ST131: RTD Input Head-Mount Transmitters
♦ ST132: Thermocouple/ Millivolt Input Head-Mount Transmitters
♦ ST133: Isolated Thermocouple/ Millivolt Input Head-Mount Transmitters

Application Notes & White Papers:

♦ The Basics of Temperature Measurement Using Thermocouples (Part 1 of 3)
♦ The Basics of Temperature Measurement Using RTDs (Part 2 of 3)
♦ The Basics of Temperature Measurement: Thermocouple vs. RTD (Part 3 of 3)
♦ Electrical Ground Rules (Part 1 of 3)
♦ Electrical Ground Rules (Part 2 of 3)
♦ Electrical Ground Rules (Part 3 of 3)
♦ How to Prevent Temperature Measurement Errors When Installing Thermocouple Sensors and Transmitters
♦ Signal Conditioning: Getting the Most for Your Money

Videos:

♦ How to Configure a USB Thermocouple/milliVolt Transmitter (4:45)
♦ Model ST131 RTD Two-Wire Temperature Transmitter Configuration (5:41)

Brochure:

♦ TT230 Series 2/3-Wire Isolated Transmitter Brochure (7 Page, 3MB PDF)

Data Sheets:

♦ TT231: 2-Wire/3-Wire, RTD/Resistance Input Transmitters
♦ TT233: 2-Wire/3-Wire, Thermocouple/Millivolt Input Transmitters
♦ TT234: 2-Wire, Potentiometer/Thermistor Input Transmitters
♦ TT235: 2-Wire, Isolated, RTD/Resistance Input Transmitters
♦ TT236: 2-Wire/3-Wire, Current/milliVolt Input Transmitters
♦ TT237: 2-Wire/3-Wire, Process Voltage Input Transmitters
♦ TT238: 2-Wire/3-Wire, High Voltage Input Transmitters
♦ TT239: 2-Wire, Frequency/Pulse/PWM Input Transmitters

Application Notes & White Papers:

♦ The Basics of Temperature Measurement Using Thermocouples (Part 1 of 3)
♦ The Basics of Temperature Measurement Using RTDs (Part 2 of 3)
♦ The Basics of Temperature Measurement: Thermocouple vs. RTD (Part 3 of 3)
♦ Electrical Ground Rules (Part 1 of 3)
♦ Electrical Ground Rules (Part 2 of 3)
♦ Electrical Ground Rules (Part 3 of 3)
♦ The Essentials of Single-Ended and Differential Voltage Measurement (Part 1 of 2)
♦ The Essentials of Single-Ended and Differential Voltage Measurement (Part 2 of 2)
♦ How to Monitor Pump Performance with a Panel PC, HMI & Ethernet I/O
♦ How to Wire a 2 or 4-Wire Current Input Module Application Note (Applies to TT236)
♦ Introduction to the Two-Wire Transmitter and the 4-20mA Current Loop
♦ Signal Conditioning: Getting the Most for Your Money

Videos:

♦ TT230 Series Loop Power, 4-20mA Output, Two-Wire Transmitters (3:00)
♦ How to Configure a USB Universal Thermocouple Transmitter Using a PC – TT233 (7:43)
♦ USB-Configurable Two-Wire Transmitters and 4-20mA Isolators – TT230 Series Overview (4:54)
♦ Webcast: Transmitter Applications with Frequency/Pulse Sensors (20:27)
♦ Acromag Agility™ App Quick Features for Transmitters (1:47)
♦ Acromag Agility™ Config Tool App Demo (3:04)

Brochure:

♦ TT330 Series 4-Wire Isolated Transmitter Brochure (24 Page, 3MB PDF)

Data Sheets:

♦ TT333: 4-Wire, Thermocouple/milliVolt Input Transmitters
♦ TT334: 4-Wire, Potentiometer/Thermistor Input Transmitters
♦ TT335: 4-Wire, Isolated RTD/Resistance Input Transmitters
♦ TT336: 4-Wire, Current/milliVolt Input Transmitters
♦ TT337: 4-Wire, Process Voltage Input Transmitters
♦ TT338: 4-Wire, High Voltage Input Transmitters
♦ TT339: 4-Wire, Frequency/Pulse/PWM Input Transmitters
♦ TT351: Strain Gauge Input Four-Wire Transmitters

Application Notes & White Papers:

♦ The Basics of Temperature Measurement Using Thermocouples (Part 1 of 3)
♦ The Basics of Temperature Measurement Using RTDs (Part 2 of 3)
♦ The Basics of Temperature Measurement: Thermocouple vs. RTD (Part 3 of 3)
♦ Electrical Ground Rules (Part 1 of 3)
♦ Electrical Ground Rules (Part 2 of 3)
♦ Electrical Ground Rules (Part 3 of 3)
♦ The Essentials of Single-Ended and Differential Voltage Measurement (Part 1 of 2)
♦ The Essentials of Single-Ended and Differential Voltage Measurement (Part 2 of 2)
♦ How to Wire a 2 or 4-Wire Current Input Module Application Note (Applies to TT336)
♦ Signal Conditioning: Getting the Most for Your Money
♦ Thermocouple Transmitters Monitor Temperatures in Paint Systems

Videos:

♦ TT330 Series 12-32V DC Isolated Power, Universal Current/Voltage Output 4-Wire Transmitters (3:06)
♦ USB-Configurable Four-Wire Transmitters with Local/Bus Power – TT330 Series Overview (5:31)
♦ Webcast: Transmitter Applications with Frequency/Pulse Sensors (20:27)
♦ Acromag Agility™ App Quick Features for Transmitters (1:47)
♦ Acromag Agility™ Config Tool App Demo (3:04)

Data Sheet:

♦ VWB2000: Point-to-Point Wireless Analog & Digital I/O Signal Bridge

Application Notes:

♦ How to Control a Remote Pump for a Natural Gas Pipeline
♦ How to Use Wireless Remote I/O Cost-Effectively

Video:

♦ Acromag VWB2000 Series: Point-to-Point Wireless Analog & Digital I/O Signal Bridge (2:42)
♦ How to Control Remote Pumps for Natural Gas Pipeline Acromag Video App Note (3:38)
♦ How to Use Wireless Remote I/O Cost-Effectively Acromag Video App Note (3:22)