PROBLEM SOLVERS BY CATEGORY

Temperature Sensors, Transmitters and Assemblies Problem Solvers
Corrosion Causes Inaccurate Measurement
Differential Temperature in a Heat Exchanger
Enhance Accuracy Using Transmitters
False Spike Leads to Expensive Shutdowns
Get the Average of Three RTD Signals
High Accuracy Clean Room Monitoring
Interfacing Temperature Sensors to a DCS
Mass Flow Temperature Compensation
Prevent False Shutdowns
Temperature Calibration Made Easier
Total Sensor Diagnostics Cuts Time and Cost
Universal Temperature Transmitters Cut Costs

Functional Safety Solutions Problem Solvers
Monitoring Critical Compressors to Prevent Over Speed Conditions
Monitoring for Thermal Runaways Due to Exothermic Reactions
Passing HART Signals While Maintaining Safety Isolation
Using the SSX to Isolate Your Safety Instrumented System
Using the STA as a SIL 2 Temperature Transmitter
Using the STA as a Single Loop Logic Solver
Passing HART Signals While Maintaining Safety Isolation

Signal Isolators, Repeaters and Converters Problem Solvers
Boost Power to an Overloaded Loop
Additional HART Loops to Share Process Signals
Compressor to PLC Interface
Convert Signal for DCS Analysis
Custom Linearization Handles Odd Shaped Tank
Cut Costs with Power Supply Sharing
Field-Configurable Converter Blocks RFI
HART Signal Interference
Isolator Gets Power from Input Side of Loop
Isolator "Passes" HART Digital Signal
Monitoring Battery Voltage
One Isolator Can Take the Place of Two
Protect Your Loop with Area Isolation
Put an End to "Bucking" Power Supplies
RFI Plagues Variable Frequency Drives
Share a Process Signal at Two Locations
Split Range Valve Control
Step Down Unsafe High Level Signals
Stop Ground Loops
Monitoring and Powering a 2-Wire Transmitter
Safeguard Expensive I/O Cards from Overloading

Alarm Trips and Trip Amplifiers Problem Solvers
Avoid Motor Damage from Overheated Bearings
Dual Alarm Warns Prior to Full Shutdown
Flare Stack Burn Out
Hard Alarm Required for Insurance Policy
Open Circuit Detection for a 4-20mA Input
Shutdown System Needed at Refinery
Use One Process Signal for Two Different Tasks
Warn of Power Loss to Process Motor

I/P and P/I Converters Problem Solvers
Crowded Pneumatic Cabinet Needs More Signals
I/P Conversion in High Vibration Environments
Save Money by Replacing Pneumatic Tubing
Split Range Valve Control

Remote I/O and RTUs Problem Solvers
Compressor Station Monitoring Using Redundant MODBUS
Concentrate Signals to Reduce Wiring Costs
Data Monitoring Using Internet Explorer
Interface Transmitter Signals to DeltaV Over Ethernet
Interface Transmitter Signals to DeltaV Over MODBUS
Interface with 4-Wire MODBUS RTU Control Systems
Interface with AB PLCs in High Ambient Temperatures
Interface with OSI Pi Historian
Monitoring Remote I/O Sites Over Telephone Lines
Multiple Ground Loops Plague Oil Refinery
Peer-to-Host Data Collection Over Ethernet
Peer-to-Host Data Collection Over Twisted Pair
Peer-to-Peer Distributed I/O Network Over Ethernet
Temperature Sensor-to-Ethernet-to-Analog Signal Conversion
Transfer Critical Signals Over a Wireless Data Link
Utilize Fiber Links for Critical Remote Signals

HART Gateways, Monitors and Interfaces Problem Solvers
"Break Out" Analog Signals with the HIM
Connecting a HART Device to a DCS with MODBUS
Connecting HMI to Tank Gauge Sensors
Digital Signal Unaffected by Analog Errors
HART pH Transmitter Interface to Control Room
HART Multiplexers That Maximize Space
HART Signal Interference
Multi-Level Alarming for a Single Process Variable
Reducing Process Disruption in On-Line ESD Valve Testing
Use HIM in "Listen" Mode to Sample HART Data

AC Power Transducers Problem Solvers
Blending Consistency Monitoring
Monitoring Motor Power Consumption
Save Money by Monitoring Peak Demand
Warn of Power Loss to Process Motor