Advantage-logoAdvantage Controls H12 MegaTron Controller

Advantage-Controls-H12-Mega-Tron-Controller-productManual

Megatron
Controller
Supplemental
Modbus H12 / H16 Communications Manual

Modbus Introduction

The Advantage Controls MegaTron is capable of supporting TCP/IP communications via Ethernet and Data Modem. This allows for connections to our custom embedded web server via local networks and our browser based WebAdvantage service. Advantage Controls has now implemented Modbus/TCP support which allows interfacing with more customizable PC applications using HMI/SCADA and stand-alone HMI systems.

The MegaTron controller is capable of connecting to the WebAdvantage Server and most Building Management Systems. The WebAdvantage service requires a gateway to the internet with firewalls and security rules in place. The Building Management System needs to be on the same subnet to properly receive traffic from the MegaTron. This may require some advanced routing of network traffic within the network wiring or programming of advanced switching equipment. The datatraffic for both is provided via the same Ethernet cable coming from the MegaTron.

Modbus Overview

Modbus is a messaging protocol developed by Modicon in 1979. It’s used to establish a client-server communication between Modbus intelligent enabled devices. Modbus is a de facto standard open and widely used network protocol within industrial manufacturing environments. The protocol is used totransfer analog I/O and register data between Modbus enabled systems.

The Advantage Controls MegaTron utilizes Modbus/TCP protocol via an Ethernet handoff. Modbus is an application layer messaging protocol, located at level 7 of the OSI model providing client-server communications between devices positioned different types of buses or networks.

Addresses use one based numbering. For systems that use zero based numbering remove 1 (3001 becomes 3000 2002:12 becomes 2001:11) All address are read-only holding registers. Data is sent in little-endian byte order. If data does not appear correct in your system you can try byte swapping or word swapping. Communication card can talk to WebAdvantage and BMS/EMS systems at the same time. For registers size 2 values you must look at both values to get correct reading.

Note: To write to the Registers use Function Code 16.
* For more information about Modbus please visit www.modbus.org.

MegaTron Quick Steps

Connecting to MODBUS enabled MegaTron

This guide is designed to help with connecting a MODBUS enabled MegaTron to a local BMS.
Note: Screens may vary slightly between models.

MODBUS Setup

  1. Step 1:
    Press Setup/Run, CONFIGURE, NETWORK, SETTINGS. (See figures 1, 2, 3 and 4. H15 dual cards add figure 3B. H15 only available for MegaTron MT.)
  2. Step 2:
    Press DHCP. (See figure 5.) Note: If these options are not visible, the dual network card needs to be enabled. See enabling dual network card to continue setup.
  3. Step 3:
    Use the up/down arrows to enable DHCP. Press Enter to accept. (See figure 6.)
  4. Step 4:
    Press RESET and then press Enter to accept. The communications card will reset after a short countdown. (See figures 7 and 8.)
  5. Step 5:
    After the communications card has been reset cycle power to the controller.

Advantage-Controls-H12-Mega-Tron-Controller- (1) Advantage-Controls-H12-Mega-Tron-Controller- (2)

Modbus/TCP Data Dictionary – Rev. JA. 12.1

Data Types

Data Types
Bit – 1-Bit (16 Bits per Register)
Float – 32-Bit Floating Point
Long – 32-Bit Integer
Short – 16-Bit Integer
String – 8-Bits (2 per Register)

Controller Data

Controller Data Addr. Reg.Qty. Size Type Writeable
Name 0001 16 32 String No
Serial Number 0017 16 32 String No
Firmware Version 0033 16 32 String No
Date 0049 4 8 String No
Time 0053 4 8 String No
Day of Week 0057 1 1 Short No
Read-Only Mode 0058 1 1 Short No

Configuration Data

Configuration Data Addr. Reg. Size Qty. Total Type Writeable
Conductivity – Set Pt #1 [1-4] 1001 1 4 4 Short Yes
Conductivity – Set Pt #2 [1-4] 1005 1 4 4 Short Yes
Conductivity – High Alarm Set Pt [1-4] 1009 1 4 4 Short Yes
Conductivity – Low Alarm Set Pt [1-4] 1013 1 4 4 Short Yes
Makeup Cond. – Set Pt #1 [1-4] 1017 1 4 4 Short Yes
Makeup Cond. – High Alarm Set Pt [1-4] 1021 1 4 4 Short Yes
Makeup Cond. – Low Alarm Set Pt [1-4] 1025 1 4 4 Short Yes
pH – Set Pt #1 [1-4] 1029 2 4 8 Float Yes
pH – Set Pt #2 [1-4] 1037 2 4 8 Float Yes
pH – High Alarm Set Pt [1-4] 1045 2 4 8 Float Yes
pH – Low Alarm Set Pt [1-4] 1053 2 4 8 Float Yes
ORP – Set Pt #1 [1-4] 1061 2 4 8 Float Yes
ORP – Set Pt #2 [1-4] 1069 2 4 8 Float Yes
ORP – High Alarm Set Pt [1-4] 1077 2 4 8 Float Yes
ORP – Low Alarm Set Pt [1-4] 1085 2 4 8 Float Yes
System Temp. – Set Pt #1 [1-4] 1093 2 4 8 Float Yes
System Temp. – High Alarm Set Pt [1-4] 1101 2 4 8 Float Yes
System Temp. – Low Alarm Set Pt [1-4] 1109 2 4 8 Float Yes
Auxiliary Temp. – Set Pt #1 [1-4] 1117 2 4 8 Float Yes
Auxiliary Temp. – High Alarm Set Pt [1-4] 1125 2 4 8 Float Yes
Auxiliary Temp. – Low Alarm Set Pt [1-4] 1133 2 4 8 Float Yes
Delta Temp. – Set Pt #1 [1-4] 1141 2 4 8 Float Yes
Delta Temp. – High Alarm Set Pt [1-4] 1149 2 4 8 Float Yes
Delta Temp. – Low Alarm Set Pt [1-4] 1157 2 4 8 Float Yes
Flow Switch – Configuration [1-4] 1165 1 4 4 Short Yes
Temperature Scale 1169 1 1 4 Short No
System 1 – Timer – Limit Time [1-5] 1170 1 5 5 Short Yes
System 2 – Timer – Limit Time [1-5] 1175 1 5 5 Short Yes
System 3 – Timer – Limit Time [1-5] 1180 1 5 5 Short Yes
System 4 – Timer – Limit Time [1-5] 1185 1 5 5 Short Yes

Alarm Data

Alarm Data Address Bit(s) Type Writeable
SYS1 HI COND 2001:13 1 Bit No
SYS1 LOW COND 2001:14 1 Bit No
SYS1 COND LIMIT 2001:15 1 Bit No
SYS1 HI pH 2001:16 1 Bit No
SYS1 LOW pH 2002:1 1 Bit No
SYS1 ph LIMIT 2002:2 1 Bit No
SYS1 HI ORP 2002:3 1 Bit No
SYS1 LOW ORP 2002:4 1 Bit No
SYS1 ORP LIMIT 2002:5 1 Bit No
SYS1 HI TEMP 1 2002:6 1 Bit No
SYS1 LOW TEMP 1 2002:7 1 Bit No
SYS1 HI TEMP 2 2002:8 1 Bit No
SYS1 LOW TEMP 2 2002:9 1 Bit No
SYS1 HI DELTA TEMP 2002:10 1 Bit No
SYS1 LOW DELTA TEMP 2002:11 1 Bit No
SYS1 NO FLOW 2002:12 1 Bit No
SYS1 DIGITAL INPUT 1 2002:13 1 Bit No
SYS1 DIGITAL INPUT 2 2002:14 1 Bit No
SYS1 DIGITAL INPUT 3 2002:15 1 Bit No
SYS1 DIGITAL INPUT 4 2002:16 1 Bit No
SYS1 DIGITAL INPUT 5 2003:1 1 Bit No
SYS1 HI MCND 2003:3 1 Bit No
SYS1 LOW MCND 2003:4 1 Bit No
SYS1 MCND LIMIT 2003:5 1 Bit No
SYS1 NOTE 1 HI 2003:6 1 Bit No
SYS1 NOTE 2 HI 2003:7 1 Bit No
SYS1 NOTE 3 HI 2003:8 1 Bit No
SYS1 NOTE 4 HI 2003:9 1 Bit No
SYS1 NOTE 5 HI 2003:10 1 Bit No
SYS1 NOTE 6 HI 2003:11 1 Bit No
SYS1 NOTE 7 HI 2003:12 1 Bit No
SYS1 NOTE 8 HI 2003:13 1 Bit No
SYS1 NOTE 9 HI 2003:14 1 Bit No
SYS1 NOTE 10 HI 2003:15 1 Bit No
SYS1 NOTE 1 LOW 2003:16 1 Bit No
SYS1 NOTE 2 LOW 2004:1 1 Bit No
SYS1 NOTE 3 LOW 2004:2 1 Bit No
SYS1 NOTE 4 LOW 2004:3 1 Bit No
SYS1 NOTE 5 LOW 2004:4 1 Bit No
SYS1 NOTE 6 LOW 2004:5 1 Bit No
SYS1 NOTE 7 LOW 2004:6 1 Bit No
SYS1 NOTE 8 LOW 2004:7 1 Bit No
SYS1 NOTE 9 LOW 2004:8 1 Bit No
SYS1 NOTE 10 LOW 2004:9 1 Bit No
SYS1 NOTE 1 TIME 2004:10 1 Bit No
SYS1 NOTE 2 TIME 2004:11 1 Bit No
SYS1 NOTE 3 TIME 2004:12 1 Bit No
SYS1 NOTE 4 TIME 2004:13 1 Bit No
SYS1 NOTE 5 TIME 2004:14 1 Bit No
SYS1 NOTE 6 TIME 2004:15 1 Bit No
SYS1 NOTE 7 TIME 2004:16 1 Bit No
SYS1 NOTE 8 TIME 2005:1 1 Bit No
SYS1 NOTE 9 TIME 2005:2 1 Bit No
SYS1 NOTE 10 TIME 2005:3 1 Bit No
SYS2 HI COND 2008:13 1 Bit No
SYS2 LOW COND 2008:14 1 Bit No
SYS2 COND LIMIT 2008:15 1 Bit No
SYS2 HI ph 2008:16 1 Bit No
SYS2 LOW ph 2009:1 1 Bit No
SYS2 ph LIMIT 2009:2 1 Bit No
SYS2 HI ORP 2009:3 1 Bit No
SYS2 LOW ORP 2009:4 1 Bit No
SYS2 ORP LIMIT 2009:5 1 Bit No
SYS2 HI TEMP 1 2009:6 1 Bit No
SYS2 LOW TEMP 1 2009:7 1 Bit No
SYS2 HI TEMP 2 2009:8 1 Bit No
SYS2 LOW TEMP 2 2009:9 1 Bit No
SYS2 HI DELTA TEMP 2009:10 1 Bit No
SYS2 LOW DELTA TEMP 2009:11 1 Bit No
SYS2 NO FLOW 2009:12 1 Bit No
SYS2 DIGITAL INPUT 1 2009:13 1 Bit No
SYS2 DIGITAL INPUT 2 2009:14 1 Bit No
SYS2 DIGITAL INPUT 3 2009:15 1 Bit No
SYS2 DIGITAL INPUT 4 2009:16 1 Bit No
SYS2 DIGITAL INPUT 5 2010:1 1 Bit No
SYS2 HI MCND 2010:3 1 Bit No
SYS2 LOW MCND 2010:4 1 Bit No
SYS2 MCND LIMIT 2010:5 1 Bit No
SYS2 NOTE 1 HI 2010:6 1 Bit No
SYS2 NOTE 2 HI 2010:7 1 Bit No
SYS2 NOTE 3 HI 2010:8 1 Bit No
SYS2 NOTE 4 HI 2010:9 1 Bit No
SYS2 NOTE 5 HI 2010:10 1 Bit No
SYS2 NOTE 6 HI 2010:11 1 Bit No
SYS2 NOTE 7 HI 2010:12 1 Bit No
SYS2 NOTE 8 HI 2010:13 1 Bit No
SYS2 NOTE 9 HI 2010:14 1 Bit No
SYS2 NOTE 10 HI 2010:15 1 Bit No
SYS2 NOTE 1 LOW 2010:16 1 Bit No
SYS2 NOTE 2 LOW 2011:1 1 Bit No
SYS2 NOTE 3 LOW 2011:2 1 Bit No
SYS2 NOTE 4 LOW 2011:3 1 Bit No
SYS2 NOTE 5 LOW 2011:4 1 Bit No
SYS2 NOTE 6 LOW 2011:5 1 Bit No
SYS2 NOTE 7 LOW 2011:6 1 Bit No
SYS2 NOTE 8 LOW 2011:7 1 Bit No
SYS2 NOTE 9 LOW 2011:8 1 Bit No
SYS2 NOTE 10 LOW 2011:9 1 Bit No
SYS2 NOTE 1 TIME 2011:10 1 Bit No
SYS2 NOTE 2 TIME 2011:11 1 Bit No
SYS2 NOTE 3 TIME 2011:12 1 Bit No
SYS2 NOTE 4 TIME 2011:13 1 Bit No
SYS2 NOTE 5 TIME 2011:14 1 Bit No
SYS2 NOTE 6 TIME 2011:15 1 Bit No
SYS2 NOTE 7 TIME 2011:16 1 Bit No
SYS2 NOTE 8 TIME 2012:1 1 Bit No
SYS2 NOTE 9 TIME 2012:2 1 Bit No
SYS2 NOTE 10 TIME 2012:3 1 Bit No
SYS3 HI COND 2015:13 1 Bit No
SYS3 LOW COND 2015:14 1 Bit No
SYS3 COND LIMIT 2015:15 1 Bit No
SYS3 HI pH 2015:16 1 Bit No
SYS3 LOW pH 2016:1 1 Bit No
SYS3 pH LIMIT 2016:2 1 Bit No
SYS3 HI ORP 2016:3 1 Bit No
SYS3 LOW ORP 2016:4 1 Bit No
SYS3 ORP LIMIT 2016:5 1 Bit No
SYS3 HI TEMP 1 2016:6 1 Bit No
SYS3 LOW TEMP 1 2016:7 1 Bit No
SYS3 HI TEMP 2 2016:8 1 Bit No
SYS3 LOW TEMP 2 2016:9 1 Bit No
SYS3 HI DELTA TEMP 2016:10 1 Bit No
SYS3 LOW DELTA TEMP 2016:11 1 Bit No
SYS3 NO FLOW 2016:12 1 Bit No
SYS3 DIGITAL INPUT 1 2016:13 1 Bit No
SYS3 DIGITAL INPUT 2 2016:14 1 Bit No
SYS3 DIGITAL INPUT 3 2016:15 1 Bit No
SYS3 DIGITAL INPUT 4 2016:16 1 Bit No
SYS3 DIGITAL INPUT 5 2017:1 1 Bit No
SYS3 HI MCND 2017:3 1 Bit No
SYS3 LOW MCND 2017:4 1 Bit No
SYS3 MCND LIMIT 2017:5 1 Bit No
SYS3 NOTE 1 HI 2017:6 1 Bit No
SYS3 NOTE 2 HI 2017:7 1 Bit No
SYS3 NOTE 3 HI 2017:8 1 Bit No
SYS3 NOTE 4 HI 2017:9 1 Bit No
SYS3 NOTE 5 HI 2017:10 1 Bit No
SYS3 NOTE 6 HI 2017:11 1 Bit No
SYS3 NOTE 7 HI 2017:12 1 Bit No
SYS3 NOTE 8 HI 2017:13 1 Bit No
SYS3 NOTE 9 HI 2017:14 1 Bit No
SYS3 NOTE 10 HI 2017:15 1 Bit No
SYS3 NOTE 1 LOW 2017:16 1 Bit No
SYS3 NOTE 2 LOW 2018:1 1 Bit No
SYS3 NOTE 3 LOW 2018:2 1 Bit No
SYS3 NOTE 4 LOW 2018:3 1 Bit No
SYS3 NOTE 5 LOW 2018:4 1 Bit No
SYS3 NOTE 6 LOW 2018:5 1 Bit No
SYS3 NOTE 7 LOW 2018:6 1 Bit No
SYS3 NOTE 8 LOW 2018:7 1 Bit No
SYS3 NOTE 9 LOW 2018:8 1 Bit No
SYS3 NOTE 10 LOW 2018:9 1 Bit No
SYS3 NOTE 1 TIME 2018:10 1 Bit No
SYS3 NOTE 2 TIME 2018:11 1 Bit No
SYS3 NOTE 3 TIME 2018:12 1 Bit No
SYS3 NOTE 4 TIME 2018:13 1 Bit No
SYS3 NOTE 5 TIME 2018:14 1 Bit No
SYS3 NOTE 6 TIME 2018:15 1 Bit No
SYS3 NOTE 7 TIME 2018:16 1 Bit No
SYS3 NOTE 8 TIME 2019:1 1 Bit No
SYS3 NOTE 9 TIME 2019:2 1 Bit No
SYS3 NOTE 10 TIME 2019:3 1 Bit No
SYS4 HI COND 2022:13 1 Bit No
SYS4 LOW COND 2022:14 1 Bit No
SYS4 COND LIMIT 2022:15 1 Bit No
SYS4 HI ph 2022:16 1 Bit No
SYS4 LOW ph 2023:1 1 Bit No
SYS4 ph LIMIT 2023:2 1 Bit No
SYS4 HI ORP 2023:3 1 Bit No
SYS4 LOW ORP 2023:4 1 Bit No
SYS4 ORP LIMIT 2023:5 1 Bit No
SYS4 HI TEMP 1 2023:6 1 Bit No
SYS4 LOW TEMP 1 2023:7 1 Bit No
SYS4 HI TEMP 2 2023:8 1 Bit No
SYS4 LOW TEMP 2 2023:9 1 Bit No
SYS4 HI DELTA TEMP 2023:10 1 Bit No
SYS4 LOW DELTA TEMP 2023:11 1 Bit No
SYS4 NO FLOW 2023:12 1 Bit No
SYS4 DIGITAL INPUT 1 2023:13 1 Bit No
SYS4 DIGITAL INPUT 2 2023:14 1 Bit No
SYS4 DIGITAL INPUT 3 2023:15 1 Bit No
SYS4 DIGITAL INPUT 4 2023:16 1 Bit No
SYS4 DIGITAL INPUT 5 2024:1 1 Bit No
SYS4 HI MCND 2024:3 1 Bit No
SYS4 LOW MCND 2024:4 1 Bit No
SYS4 MCND LIMIT 2024:5 1 Bit No
SYS4 NOTE 1 HI 2024:6 1 Bit No
SYS4 NOTE 2 HI 2024:7 1 Bit No
SYS4 NOTE 3 HI 2024:8 1 Bit No
SYS4 NOTE 4 HI 2024:9 1 Bit No
SYS4 NOTE 5 HI 2024:10 1 Bit No
SYS4 NOTE 6 HI 2024:11 1 Bit No
SYS4 NOTE 7 HI 2024:12 1 Bit No
SYS4 NOTE 8 HI 2024:13 1 Bit No
SYS4 NOTE 9 HI 2024:14 1 Bit No
SYS4 NOTE 10 HI 2024:15 1 Bit No
SYS4 NOTE 1 LOW 2024:16 1 Bit No
SYS4 NOTE 2 LOW 2025:1 1 Bit No
SYS4 NOTE 3 LOW 2025:2 1 Bit No
SYS4 NOTE 4 LOW 2025:3 1 Bit No
SYS4 NOTE 5 LOW 2025:4 1 Bit No
SYS4 NOTE 6 LOW 2025:5 1 Bit No
SYS4 NOTE 7 LOW 2025:6 1 Bit No
SYS4 NOTE 8 LOW 2025:7 1 Bit No
SYS4 NOTE 9 LOW 2025:8 1 Bit No
SYS4 NOTE 10 LOW 2025:9 1 Bit No
SYS4 NOTE 1 TIME 2025:10 1 Bit No
SYS4 NOTE 2 TIME 2025:11 1 Bit No
SYS4 NOTE 3 TIME 2025:12 1 Bit No
SYS4 NOTE 4 TIME 2025:13 1 Bit No
SYS4 NOTE 5 TIME 2025:14 1 Bit No
SYS4 NOTE 6 TIME 2025:15 1 Bit No
SYS4 NOTE 7 TIME 2025:16 1 Bit No
SYS4 NOTE 8 TIME 2026:1 1 Bit No
SYS4 NOTE 9 TIME 2026:2 1 Bit No
SYS4 NOTE 10 TIME 2026:3 1 Bit No
MA IN1 HIGH 2029:2 1 Bit No
MA IN1 LOW 2029:3 1 Bit No
MA IN2 HIGH 2029:5 1 Bit No
MA IN2 LOW 2029:6 1 Bit No
MA IN3 HIGH 2029:8 1 Bit No
MA IN3 LOW 2029:9 1 Bit No
MA IN4 HIGH 2029:11 1 Bit No
MA IN4 LOW 2029:12 1 Bit No
MA IN5 HIGH 2029:14 1 Bit No
MA IN5 LOW 2029:15 1 Bit No
MA IN6 HIGH 2030:1 1 Bit No
MA IN6 LOW 2030:2 1 Bit No
MA IN7 HIGH 2030:4 1 Bit No
MA IN7 LOW 2030:5 1 Bit No
MA IN8 HIGH 2030:7 1 Bit No
MA IN8 LOW 2030:8 1 Bit No
FM1 FLOW 2030:11 1 Bit No
FM1 FLOW VERIFY 2030:12 1 Bit No
FM1 VOLUME 2030:13 1 Bit No
FM2 FLOW 2030:14 1 Bit No
FM2 FLOW VERIFY 2030:15 1 Bit No
FM2 VOLUME 2030:16 1 Bit No
FM3 FLOW 2031:1 1 Bit No
FM3 FLOW VERIFY 2031:2 1 Bit No
FM3 VOLUME 2031:3 1 Bit No
FM4 FLOW 2031:4 1 Bit No
FM4 FLOW VERIFY 2031:5 1 Bit No
FM4 VOLUME 2031:6 1 Bit No
FM5 FLOW 2031:7 1 Bit No
FM5 FLOW VERIFY 2031:8 1 Bit No
FM5 VOLUME 2031:9 1 Bit No
FM6 FLOW 2031:10 1 Bit No
FM6 FLOW VERIFY 2031:11 1 Bit No
FM6 VOLUME 2031:12 1 Bit No
FM7 FLOW 2031:13 1 Bit No
FM7 FLOW VERIFY 2031:14 1 Bit No
FM7 VOLUME 2031:15 1 Bit No
FM8 FLOW 2031:16 1 Bit No
FM8 FLOW VERIFY 2032:1 1 Bit No
FM8 VOLUME 2032:2 1 Bit No
FM9 FLOW 2032:3 1 Bit No
FM9 FLOW VERIFY 2032:4 1 Bit No
FM9 VOLUME 2032:5 1 Bit No
FM10 FLOW 2032:6 1 Bit No
FM10 FLOW VERIFY 2032:7 1 Bit No
FM10 VOLUME 2032:8 1 Bit No
R1 MAX HRS 2032:9 1 Bit No
R2 MAX HRS 2032:10 1 Bit No
R3 MAX HRS 2032:11 1 Bit No
R4 MAX HRS 2032:12 1 Bit No
R5 MAX HRS 2032:13 1 Bit No
R6 MAX HRS 2032:14 1 Bit No
R7 MAX HRS 2032:15 1 Bit No
R8 MAX HRS 2032:16 1 Bit No
R9 MAX HRS 2033:1 1 Bit No
R10 MAX HRS 2033:2 1 Bit No
R11 MAX HRS 2033:3 1 Bit No
R12 MAX HRS 2033:4 1 Bit No
R13 MAX HRS 2033:5 1 Bit No
R14 MAX HRS 2033:6 1 Bit No
R15 MAX HRS 2033:7 1 Bit No
R16 MAX HRS 2033:8 1 Bit No
R17 MAX HRS 2033:9 1 Bit No
R18 MAX HRS 2033:10 1 Bit No
R19 MAX HRS 2033:11 1 Bit No
R20 MAX HRS 2033:12 1 Bit No
MA IN1 LIMIT 2033:13 1 Bit No
MA IN2 LIMIT 2033:14 1 Bit No
MA IN3 LIMIT 2033:15 1 Bit No
MA IN4 LIMIT 2033:16 1 Bit No
MA IN5 LIMIT 2034:1 1 Bit No
MA IN6 LIMIT 2034:2 1 Bit No
MA IN7 LIMIT 2034:3 1 Bit No
MA IN8 LIMIT 2034:4 1 Bit No
MA IN9 LIMIT 2034:5 1 Bit No
MA IN10 LIMIT 2034:6 1 Bit No
MA IN11 LIMIT 2034:7 1 Bit No
MA IN12 LIMIT 2034:8 1 Bit No
MA IN13 LIMIT 2034:9 1 Bit No
MA IN14 LIMIT 2034:10 1 Bit No
MA IN15 LIMIT 2034:11 1 Bit No
MA IN16 LIMIT 2034:12 1 Bit No
MA IN9 HIGH 2034:14 1 Bit No
MA IN9 LOW 2034:15 1 Bit No
MA IN10 HIGH 2035:1 1 Bit No
MA IN10 LOW 2035:2 1 Bit No
MA IN11HIGH 2035:4 1 Bit No
MA IN11 LOW 2035:5 1 Bit No
MA IN12 HIGH 2035:7 1 Bit No
MA IN12 LOW 2035:8 1 Bit No
MA IN13 HIGH 2035:10 1 Bit No
MA IN13 LOW 2035:11 1 Bit No
MA IN14 HIGH 2035:13 1 Bit No
MA IN14 LOW 2035:14 1 Bit No
MA IN15 HIGH 2035:16 1 Bit No
MA IN15 LOW 2036:1 1 Bit No
MA IN16 HIGH 2036:3 1 Bit No
MA IN16 LOW 2036:4 1 Bit No

Sensor Data

Sensor Data Addr. Reg. Size Qty. Total Type Writeable
Conductivity [1-4] 3001 1 4 4 Short No
Makeup Cond. [1-4] 3005 1 4 4 Short No
pH [1-4] 3009 2 4 8 Float No
ORP [1-4] 3017 2 4 8 Float No
System Temp. [1-4] 3025 2 4 8 Float No
Auxiliary Temp. [1-4] 3033 2 4 8 Float No
Flow [1-4] 3041 1 4 4 Short No
Water Meter #1 – Total Value [1-4] 3045 2 4 8 Long No
Water Meter #2 – Total Value [1-4] 3053 2 4 8 Long No
Makeup Cycles [1-4] 3061 2 4 8 Float No

Relay Data

Relay Data Addr. Reg. Size Qty. Total Type Writeable
Relay [1-20] ( See Note #1) 4001 1 20 20 Short Yes

Note #1 0=H-OFF 1=H-ON 2=OFF 3=ON

mA Output Data

mA Output Data Addr. Reg. Size Qty. Total Type Writeable
Value [1-6] 4201 2 6 12 Float No

4-20mA / 0-5V Input Data

4-20mA / 0-5V Input Data Addr. Reg. Size Qty. Total Type Writeable
Value [1-16] 4251 2 16 32 Float No

Flow Meter Data

Flow Meter Data Addr. Reg. Size Qty. Total Type Writeable
Total [1-10] 4301 2 10 20 Float No
Flow Rate [1-10] 4321 2 10 20 Float No

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Documents / Resources

Advantage Controls H12 MegaTron Controller [pdf] Owner's Manual
H12, H12 MegaTron Controller, MegaTron Controller, Controller

References

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