1. Brad S. Carlberg. P.E., CSE Port Townsend Paper Corporation
Implementing A Cellular Router & Controller With Embedded Webserver In A Rural Water Company Pumphouse
Brad S. Carlberg. P.E., CSE
Port Townsend Paper Corporation

2. Brad S. Carlberg. P.E., CSE
Brad S. Carlberg is a Senior Process Control Engineer for Port Townsend Paper Corporation in Port Townsend, WA and a registered, Professional Control Systems Engineer with over thirty years’ experience in Process Control Engineering specifically with Distributed Control Systems, Programmable Logic Controllers, and Human Machine Interfaces combining extensive experience with both Hardware and Software Design, Programming, Implementation and Startup, including Advanced Continuous and Batch Control Programming.
Brad received his B.S. in Mechanical Engineering in February, 1984 from Washington State University in Pullman, WA.
He joined ISA in 1986 and is a Senior Member.
His hobbies include distance running, jazz and blues music, and flying his 1946 Ercoupe 415C Light Sport airplane.
Brad maintains his home office in Hoodsport, WA on the Olympic Peninsula & his airplane hangar at the Richland airport (KRLD).
Brad S. Carlberg is a Senior Process Control Engineer for Port Townsend Paper Corporation in Port Townsend, WA
& a registered, Professional Control Systems Engineer with over thirty years’ experience in Process Control Engineering specifically with Distributed Control Systems, Programmable Logic Controllers, and Human Machine Interfaces combining extensive experience with both Hardware and Software Design, Programming, Implementation and Startup, including Advanced Continuous and Batch Control Programming.
Brad S. Carlberg. P.E., CSE
Brad received his B.S. in Mechanical Engineering in February, 1984 from Washington State University in Pullman, WA.
He joined ISA in 1986 and is a Senior Member.
His hobbies include distance running, jazz and blues music, and flying his 1946 Ercoupe 415C Light Sport airplane.
Brad maintains his home office in Hoodsport, WA on the Olympic Peninsula & his airplane hangar at the Richland airport (KRLD).

3. Introduction
A rural community-owned Water Company needed to remotely monitor their Pumphouse providing potable water to their customers on the Olympic Peninsula of Western Washington state.
Without any infrastructure for communication, the best choice was to use a cellular router connected to the controller with an embedded webserver in the remote pumphouse to allow communication for remote monitoring and programming.
A rural community-owned Water Company needed to remotely monitor their Pumphouse providing potable water to their customers on the Olympic Peninsula of Western Washington state. Without any infrastructure for communication, the best choice was to use a cellular router connected to the controller with an embedded webserver in the remote pumphouse to allow communication for remote monitoring and programming. This paper will teach the reader how to implement such a system.
This paper will teach the reader how to implement such a system.

4. Where are we?

5. History

6. Map

7. Map

8. The Pumphouse & the Water Tank

9. The Controller with the embedded webserver & the Cellular router

10. The Instrumentation

11. Cellular Router Dashboard

12. Static Route for Cellular Router

13. Configuring

14. Configuring SMS Text Messages

15. Configuring SMS Text Message Phone Number

16. Configuring Notifications

17. Notification Schedule

18. Configuring eMail Address

19. Configuring Discrete Alarms (Inputs)

20. Event Log

21. Configuring Discrete Controls (Outputs)

22. Configuring Analog Inputs

23. Enable Remote Access Configuration

24. Conclusions
Were able to use 4G LTE cellular instead of cable, phone, or radios.
Able to remotely monitor the Pumphouse.
The cellular router connected to the controller with an embedded webserver allows communication for remote programming.
Implementing the system was plug-and-play

25. Questions? Brad S. Carlberg. P.E., CSE brad.carlberg@ptpc.com