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Watlow RMA PLUS RMAP-AA Series User Manual

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RMA PLUS
User Manual
Version 1.0
PN: 2042-8198
Page 1 of 75
DN: 10-32813

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Summary of Contents for Watlow RMA PLUS RMAP-AA Series

  • Page 1 RMA PLUS User Manual Version 1.0 PN: 2042-8198 Page 1 of 75 DN: 10-32813...

  • Page 2: Table Of Contents

    Table of Contents Table of Figures .............................. 5 Overview ................................ 7 Mounting and Dimensions..........................7 Connections and Wiring..........................10 Slot C Power Connection ......................... 10 Earth Ground ............................10 RM System Connections .......................... 12 RMAP-AAXX-XXXX: Stand-alone RMA PLUS in slot A/D ................14 RMAP-2AXX-XXXX: RS-232 / RS-485 module in slot B/E................
  • Page 3 MAC Filter ............................38 Addressing ............................38 NetBIOS Name Service ......................... 38 Watbus Over Ethernet (WOE) ......................38 Modbus® TCP Server..........................39 HTTP Server............................41 TFTP Server ............................46 SNTP Client ............................47 Wireshark ............................. 47 Watbus ..............................47 Address Segmentation ......................... 47 Low-Speed Watbus ..........................
  • Page 4 Firmware Updates ............................68 Ordering Matrix ............................69 More Information ............................69 Appendix ..............................69 Setup Keys ..............................69 EventLog .............................. 69 ModbusTCP ............................69 SysCfg ..............................69 HTTPs ..............................69 MACA(1-3) ............................70 SntpAddress ............................70 SnifferPort ............................70 Discover ...............................

  • Page 5: Table Of Figures

    Table of Figures Figure 1 - Dimensions ............................ 7 Figure 2 - Horizontal Mounting........................9 Figure 3 - Ground Wire Location ......................... 11 Figure 4 - Ground Wire Insertion ......................... 12 Figure 5 - RMAP-AAXX-XXXX ........................14 Figure 6 - RMAP-2AXX-XXXX ........................15 Figure 7 - 6P4C Modular Plug ........................
  • Page 6 Figure 44 - LSWB address space ........................48 Figure 45 - HSWB address space ......................... 49 Figure 46 - DataLog.csv default configuration ..................... 50 Figure 47 - ModbusRtuX.csv default configuration ..................51 Figure 48 - Example: Modbus RTU client ..................... 52 Figure 49 - Example: Modbus RTU client exception response ..............

  • Page 7: Overview

    Overview The RMA PLUS is a high-speed communication gateway used to access data from up to four busses via Ethernet, USB or serial. One of the primary features is the ability to proxy (route) Watbus transactions over Ethernet and USB to all devices connected to the high-speed Watbus network. This feature is useful for system configuration and monitoring.
  • Page 8 Version 1.0 PN: 2042-8198 Page 8 of 75 DN: 10-32813...

  • Page 9: Figure 2 - Horizontal Mounting

    Caution: Product must not be dropped from a height of 20” or higher when mounted in the X-axis. Figure 2 - Horizontal Mounting Version 1.0 PN: 2042-8198 Page 9 of 75 DN: 10-32813...

  • Page 10: Connections And Wiring

    Connections and Wiring Slot C Power Connection Earth Ground The USBH and USBD connector bodies are grounded to earth using the wire trap found on the bottom of the case. To ground the connectors, insert a ground wire into the trap as viewed from the case bottom. This earth ground is not connected to the power.

  • Page 11: Figure 3 - Ground Wire Location

    Figure 3 - Ground Wire Location Version 1.0 PN: 2042-8198 Page 11 of 75 DN: 10-32813...

  • Page 12: Rm System Connections

    Figure 4 - Ground Wire Insertion Use 18 – 26 AWG Solid or Stranded, Trim Length 3.5 ± 0.5mm (0.138 ± .02”). Twist wire to remove. RM System Connections The RM system accessed by a RMA PLUS module can be installed as stand-alone modules or can be interconnected on the DIN rail as shown below.
  • Page 13 DIN rails. One notable consideration when designing the hardware layout would be the available power supplied and the loading effect of all of the modules used. Watlow provides three options for power supplies listed below: •...

  • Page 14: Rmap-Aaxx-Xxxx: Stand-Alone Rma Plus In Slot A/D

    RMAP-AAXX-XXXX: Stand-alone RMA PLUS in slot A/D Figure 5 - RMAP-AAXX-XXXX Version 1.0 PN: 2042-8198 Page 14 of 75 DN: 10-32813...

  • Page 15: Rmap-2Axx-Xxxx: Rs-232 / Rs-485 Module In Slot B/E

    RMAP-2AXX-XXXX: RS-232 / RS-485 module in slot B/E Figure 6 - RMAP-2AXX-XXXX Version 1.0 PN: 2042-8198 Page 15 of 75 DN: 10-32813...

  • Page 16: Rs-485 Via 6P4C Modular Jack

    RS-485 via 6P4C Modular Jack Figure 7 - 6P4C Modular Plug Function Not Used RS-485 via F-Terminals Figure 8 - 3-Pin Plug RS-232 via DB9F Figure 9 - DB9F RMAP-5AXX-XXXX: DeviceNet™ module in slot B/E NOTE: This is a future option. RMAP-8AXX-XXXX: Fiber optic input module in slot B/E NOTE: This is a future option.

  • Page 17: Theory Of Operation

    Theory of Operation Configuration is accomplished by way of comma separated variable (.csv) files located on the native file system. Based on the model number, configuration and feature availability, various configuration files will be loaded into RAM. Configuration files are only read on initialization. Therefore, when changes are made, the device must be reset for changes to take effect.

  • Page 18: Figure 11 - Dashboard: Usb Devices Subtree, Expanded Tree Node

    Figure 11 - Dashboard: USB Devices subtree, expanded tree node 3. Drag and drop the RMA PLUS tree node onto the Device Data pane to upload all parameters. Figure 12 - Dahsboard: Discover device Version 1.0 PN: 2042-8198 Page 18 of 75 DN: 10-32813...

  • Page 19: Figure 13 - Dashboard: Discovery Complete

    Dashboard discovers all parameters and displays the progress. Figure 13 - Dashboard: Discovery complete 4. Press the “Close Now” button on the “Transfer Status” window. 5. On the newly discovered device tab, expand the Ethernet and Ethernet 2 tree nodes. Figure 14 - Dashboard: Device tab, Ethernet subtree 6.

  • Page 20: Figure 15 - Ethernet Configuration Members

    NOTE: Watlow recommends using static IP addressing and a private network for your system. Ethernet 70 (0x46), Instance 2 Member ID Member Name Data Type Access Default Comments / Description 0x10 IP Address Mode ENUM16 1284 1281: DHCP 1284: Fixed...

  • Page 21: Figure 17 - Dashboard: Settings For Ethernet

    Figure 17 - Dashboard: Settings for Ethernet 10. Close Dashboard and remove the USB cable from the RMA PLUS. 11. Reset the RMA PLUS. 12. Connect an Ethernet cable from your PC to either port of the RMA PLUS. NOTE: The PC’s network interface configuration is outside the scope of this document.

  • Page 22: Working With Drives

    Figure 18 - Dashboard: Ethernet Devices subtree, expanded tree node Working with Drives The RMA PLUS provides three drives for user access, each with a dedicated purpose. Drives are accessed via USB. The default drive state is ejected (stopped). This is to prevent unintentional suspension of firmware services.

  • Page 23: Figure 19 - Rma Plus Via Usbd: Drives Stopped

    Figure 19 - RMA PLUS via USBD: Drives stopped 3. Press “Eject” to mount (start) the drive. Note that LEDs A, B, C change from yellow to red as you mount each drive. IMPORTANT: When the PC mounts a drive, it has exclusive access. All firmware features waiting on this resource will be suspended.

  • Page 24: Figure 20 - Rma Plus Via Usbd: Eject (Start) Selected Drive

    Figure 20 - RMA PLUS via USBD: Eject (start) selected drive Version 1.0 PN: 2042-8198 Page 24 of 75 DN: 10-32813...

  • Page 25: Figure 21 - Rma Plus Via Usbd: All Drives Started

    Figure 21 - RMA PLUS via USBD: All drives started 4. Browse each drive to become familiar with the content. Locate the file “nor:\Setup.csv” on the NOR FLASH drive. This file is particularly important as it is the first file read by the system. Version 1.0 PN: 2042-8198 Page 25 of 75...

  • Page 26: Figure 22 - Rma Plus Via Usbd: Micro Sd Root

    Figure 22 - RMA PLUS via USBD: MICRO SD root Version 1.0 PN: 2042-8198 Page 26 of 75 DN: 10-32813...

  • Page 27: Figure 23 - Rma Plus Via Usbd: Nor Flash Root

    Figure 23 - RMA PLUS via USBD: NOR FLASH root Version 1.0 PN: 2042-8198 Page 27 of 75 DN: 10-32813...

  • Page 28: Figure 24 - Rma Plus Via Usbd: Ram Disk Root

    Figure 24 - RMA PLUS via USBD: RAM DISK root 5. When you are finished working with a drive, close all files and folders and press “Eject” to unmount (stop) the drive. Note that LEDs A, B, C change from red back to yellow as you unmount each drive. Unmounting the drive returns control to the firmware.

  • Page 29: Figure 25 - Rma Plus Via Usbd: Eject (Stop) Selected Drive

    Figure 25 - RMA PLUS via USBD: Eject (stop) selected drive Version 1.0 PN: 2042-8198 Page 29 of 75 DN: 10-32813...

  • Page 30: Figure 26 - Rma Plus Via Usbd: All Drives Stopped

    Figure 26 - RMA PLUS via USBD: All drives stopped 6. When all drives are stopped, you may safely remove the USB cable. Note that LEDs A, B, C change from yellow to green about five seconds after the cable is removed. IMPORTANT: Removing the USB cable when a drive is owned by the PC could result in drive corruption.

  • Page 31: Configure Product Features

    There are two methods for configuring the RMA PLUS. Both are necessary for different features. The first method requires one of the Watlow® software tools to access parameters while actively communicating with the product. This is for system configuration and monitoring.

  • Page 32: Setup.csv

    Setup.csv Open the file “nor:\Setup.csv” at the root of the NOR FLASH drive. This is the first file read by the RMA PLUS out of reset. Each line is a record – a key, value pair. The key is a string value that is not case- sensitive, but must match a key string in the firmware or it is disregarded.

  • Page 33: Features

    Features USB Device (USBD) The RMA PLUS is a USB composite device i.e. it implements multiple classes over the same physical connection using multiple sets of endpoints. The RMA PLUS implements the mass storage (MSC) and vendor specific (VSC) classes. The USBD connection is intended for short-term configuration and monitoring.

  • Page 34: Figure 30 - Device Manager: Rma Plus Connected Via Usbd

    The RMA PLUS will show up under the “Disk drives,” “Portable Devices,” and “Watlow” sections of Device Manager as shown below when the driver is successfully installed: Figure 30 - Device Manager: RMA PLUS connected via USBD Version 1.0 PN: 2042-8198...

  • Page 35: Figure 31 - Devices And Printers: Rma Plus Connected Via Usbd

    And from “Devices and Printers…” Figure 31 - Devices and Printers: RMA PLUS connected via USBD Figure 32 - Devices and Printers Properties: RMA PLUS connected via USBD Version 1.0 PN: 2042-8198 Page 35 of 75 DN: 10-32813...

  • Page 36: Vendor Specific Class (Vsc)

    Vendor Specific Class (VSC) The vendor specific class implements a single USB to high-speed Watbus gateway (Watbus Over USB). This connection provides access to the RMA PLUS and all devices connected to the high-speed Watbus network. Transactions intended for remote devices are proxied (routed) through the RMA PLUS to the high-speed Watbus network.

  • Page 37: Usb Host (Usbh)

    USB Host (USBH) NOTE: This is a future option. It has the following features: • Connector: Standard Type-A receptacle • Configuration: Standard Downstream Port (SDP) • Full-Speed USB Host (USBH) o Mass Storage Class (MSC) via (msc:) volume o Android™ Open Accessory (AOA) Bluetooth®...

  • Page 38: Mac Filter

    Multicast Storm Protection Multicast storm protection is enabled for the same reason as broadcast storm protection. IP phones and some industrial networks such as EtherNet/IP generate significant multicast traffic. Port Mirroring Port mirroring is an advanced switch feature disabled by default. To use this feature, you must add the SnifferPort to the setup file.

  • Page 39: Modbus® Tcp Server

    You may also disable the Watbus discovery feature. Software tools use this feature to discover Watbus devices on an Ethernet network. By disabling this discovery feature, you must specify the IP address or host name to make a connection with PC software. See key Discover. Modbus®...

  • Page 40: Figure 33 - Modbustcp.csv Default Configuration

    In this example, additional records may be added starting at registers 2 and 1002 because both elements are 32-bit values. • A value of 0 will be returned for registers that are not explicitly defined in the table. • An exception will be returned if a request exceeds the limits of the table i.e. Register > 1001 in this example.

  • Page 41: Http Server

    Figure 35 - Example: Modbus TCP client exception response HTTP Server Setup keys: HTTPs The RMA PLUS implements a custom HTTP server. Like Modbus® TCP, it interacts asynchronously with a user-defined data model loaded on initialization and configured by way of a USBD gateway file. HTML files (*.html, *.htm) use dynamic token insertion to replace tokens with live data when streaming pages from the micro SD card to the HTTP client (browser).

  • Page 42: Figure 37 - Default Web Page Index.html

    Figure 37 - Default web page Index.html Version 1.0 PN: 2042-8198 Page 42 of 75 DN: 10-32813...

  • Page 43: Figure 38 - Default Https Location, Content

    2. Plug in the USBD cable and mount the MICRO SD drive to view / modify HTTP server files. HTTP server files are located in the “sd:\Https” directory. Index.html is the default file returned when you navigate to the RMA PLUS and no file is supplied. You are free to modify or replace the files in this directory.

  • Page 44: Figure 39 - Index.html Source

    Figure 39 - Index.html source 4. Mount the NOR FLASH drive. 5. Add the HTTPs key to the setup file. Version 1.0 PN: 2042-8198 Page 44 of 75 DN: 10-32813...

  • Page 45: Figure 40 - Example: Custom Https Table

    6. Create the file defined by the newly-created HTTPs key referencing data points you wish to display in the new web page. Notice the format is very similar to the other gateway files. Compared to Modbus®, the “Token” column replaces the “Register” column. All other elements are the same. Tokens are user-defined strings.

  • Page 46: Tftp Server

    Figure 42 - Example: Zone01.html Notes • HTML files live on the micro SD card by default. This path cannot be changed at run time with a setup file key. • When the MICRO SD drive is owned by the PC (LED A is RED), the HTTP server cannot return web pages, i.e.

  • Page 47: Sntp Client

    Notes • Read-only files cannot be written via TFTP • Binary image transfer mode [-i] is recommended to prevent data loss in some strings Command Format using Windows® 7 native TFTP client: TFTP [-i] host [GET | PUT] source [destination] Sample Read Read the Modbus TCP configuration file (ModbusTcp.csv) from the NOR FLASH drive and place it in a folder in the temporary directory.

  • Page 48: Low-Speed Watbus

    configure it with a PC, they are all at address 1 yet there is no address conflict. The explanation follows… Value Segment No segmentation of the physical address (i.e. high-speed Watbus) Masters: PCs Masters: EZ-ZONE RUI, RMZ, RMA PLUS Masters: Legacy field communication cards Slaves: EZ-ZONE ST, PM, RM (A, C, E, H, L, S), SEMI: EZ-ZONE RM (F, G, UH), et al.

  • Page 49: High-Speed Watbus

    High-Speed Watbus There may be up to 17 devices (zones) on bus 1. All are masters, so they may initiate requests to their peers. By default, the RMA PLUS occupies address 17, which does not conflict with any other EZ-ZONE RM module.

  • Page 50: Modbus® Rtu

    • The format column may be used to override the default numeric data format for the given record. Standard printf style format strings may be used i.e. %f, %i, %X, etc. Leave this field empty to use the default data format. •...

  • Page 51: Figure 47 - Modbusrtux.csv Default Configuration

    • 6: Write Single Register • 16: Write Multiple Registers As a Modbus® RTU master, the RMA PLUS only implements the following Modbus® function codes: • 3: Read Holding Registers • 6: Write Single Register – Only if key RtuFc6 is enabled! •...

  • Page 52: Controller Area Network (Can)

    Figure 48 - Example: Modbus RTU client Attempting to read beyond the ends of the defined table will return an exception. Figure 49 - Example: Modbus RTU client exception response Controller Area Network (CAN) This feature is only available if the model number is RMAP-5AXX-XXXX. The RMA PLUS hardware has a CAN interface with plans to support DeviceNet and a user-defined object model similar to the other field bus options.

  • Page 53: Non-Volatile Memory

    bus is currently 0 for all records, so they are ignored by the parser. Also, Zone is a 1-based number. Zone 0 is a special case that denotes “self” or the RMA PLUS in this case. Using Zone 0 is agnostic of changes to the Watbus logical address.

  • Page 54: Device

    0x1B Logic 0x1C Compare 0x24 Real Time Clock 0x2D 0x44 Standard Bus 0x45 Modbus If RMAP-2AXX-XXXX 0x46 Ethernet 0x4A Alarm 2 0x4B Control Loop 2 If RMAP-8AXX-XXXX 0x64 Consumer Data 0x65 Module Limit If RMAP-8AXX-XXXX 0x66 Volume 0xD2 Optic Sensing If RMAP-8AXX-XXXX 0xD3 Calibration...

  • Page 55: Led

    • The battery voltage may be monitored periodically via communications, but should not be logged or actively accessed. This may pre-maturely drain the battery. • Keeps track of the power-off time (seconds) in battery-backed RAM. Real-Time Clock 36 (0x24), Instance 1 Member ID Member Name Data Type...
  • Page 56 LED 45 (0x2D), Instances 1-4 Member ID Member Name Data Type Access Default Comments / Description 0x01 Function ENUM16 Instance 1: 2180 62: Off Instance 2: 2181 68: Output Instance 3: 2182 15: °C Instance 4: 62 30: °F 1515: State 2180: MICRO SD 2181: NOR FLASH 2182: RAM DISK...
  • Page 57 0x0D Color 1 ENUM16 62: Off 1718: Red 1719: Green 1720: Yellow 1721: Flashing Red 1722: Flashing Green 1723: Flashing Yellow 204: Ignore 0x0E FLOAT -99999.0 99999.0 Value 2 0x0F Color 2 ENUM16 62: Off 1718: Red 1719: Green 1720: Yellow 1721: Flashing Red 1722: Flashing Green 1723: Flashing Yellow...

  • Page 58: Standard Bus

    0x1A FLOAT -99999.0 99999.0 Value 8 0x1B Color 8 ENUM16 62: Off 1718: Red 1719: Green 1720: Yellow 1721: Flashing Red 1722: Flashing Green 1723: Flashing Yellow 204: Ignore Object X location on GUI 0x1C GUI Location X UINT16 65535 canvas Object Y location on GUI 0x1D...

  • Page 59: Ethernet

    0x09 RS-485 Master / Slave ENUM16 1278 1277: Master 1278: Slave Ethernet Ethernet 70 (0x46), Instance 2 Member ID Member Name Data Type Access Default Comments / Description 0x03 Modbus TCP Enable ENUM16 59: No 106: Yes 0x04 Modbus TCP Word Order ENUM16 1331 1331: Low High...

  • Page 60: Alarm 2

    Alarm 2 Alarm 2 member 1 (0x01), “Alarm Type,” includes an additional enumeration. You may now choose “Percent” for a deviation alarm. If the process value exceeds the user-defined limits as a percent of the set point, the alarm will become active. Alarm 2 74 (0x4A) Member ID Member Name...

  • Page 61: Module Limit

    0x02 Source Instance UINT8 0x03 Source Zone UINT8 0x04 Source Value FLOAT -99999.0 99999.0 0x05 Source Error ENUM16 61: None 65: Open 127: Shorted 140: Measurement Error 139: Bad Calibration Data 9: Ambient Error 141: RTD Error 32: Fail 1423: Math Error 246: Not Sourced 1617: Stale Module Limit...

  • Page 62: Volume

    Volume Volume is a new object. It is used to obtain information about each of the three volumes. This information is only updated upon request by way of the Refresh member. IMPORTANT: Use caution with the Format member. All data on this volume will be lost upon execution of this command! Volume 102 (0x66), Instances 1-3 Member ID...

  • Page 63: Calibration

    The Analog Input class provides another view into this class with some additional configuration documented below: Analog Input 4 (0x04), Instances 1-4 Member ID Member Name Data Type Access Default Comments / Description 0x01 Process Value Same as C,M = { 0xD2, 0x01 } 0x02 Error Status ENUM16...
  • Page 64 0x0D Temperature 13 FLOAT -3.40E+38 3.40E+38 24.953 Temperature (°C) 0x0E Temperature 14 FLOAT -3.40E+38 3.40E+38 15.00415 Temperature (°C) 0x0F Temperature 15 FLOAT -3.40E+38 3.40E+38 5.01915 Temperature (°C) 0x10 Temperature 16 FLOAT -3.40E+38 3.40E+38 -4.96385 Temperature (°C) 0x11 Temperature 17 FLOAT -3.40E+38 3.40E+38 -14.9449...
  • Page 65 0x04 Temperature 4 FLOAT -3.40E+38 3.40E+38 100.1792909 Temperature (°C) 0x05 Temperature 5 FLOAT -3.40E+38 3.40E+38 90.2762909 Temperature (°C) 0x06 Temperature 6 FLOAT -3.40E+38 3.40E+38 80.2762909 Temperature (°C) 0x07 Temperature 7 FLOAT -3.40E+38 3.40E+38 70.2762909 Temperature (°C) 0x08 Temperature 8 FLOAT -3.40E+38 3.40E+38 60.2762909...
  • Page 66 0x52 User Gain FLOAT -3.40E+38 3.40E+38 0x53 User Offset FLOAT -3.40E+38 3.40E+38 Calibration 211 (0xD3), Instance 3: Watlow 300 °C Table, Input 3 Member ID Member Name Data Type Access Default Comments / Description 0x01 Temperature 1 FLOAT -3.40E+38 3.40E+38 300.0...
  • Page 67 0x37 Decay Time 25 FLOAT -3.40E+38 3.40E+38 -273.0 Decay Time (µs) 0x38 Decay Time 26 FLOAT -3.40E+38 3.40E+38 -273.0 Decay Time (µs) 0x39 Decay Time 27 FLOAT -3.40E+38 3.40E+38 -273.0 Decay Time (µs) 0x3A Decay Time 28 FLOAT -3.40E+38 3.40E+38 -273.0 Decay Time (µs) 0x3B...

  • Page 68: Product Compatibility

    0x2E Decay Time 16 FLOAT -3.40E+38 3.40E+38 3677.436267 Decay Time (µs) 0x2F Decay Time 17 FLOAT -3.40E+38 3.40E+38 3773.42605 Decay Time (µs) 0x30 Decay Time 18 FLOAT -3.40E+38 3.40E+38 3872.442094 Decay Time (µs) 0x31 Decay Time 19 FLOAT -3.40E+38 3.40E+38 3972.498088 Decay Time (µs) 0x32...

  • Page 69: Ordering Matrix

    Ordering Matrix More Information For more information about this device, please visit http://www.watlow.com/rmaplus. Appendix Setup Keys Setup file keys enable and configure product features. The key is not case sensitive, but it must match the key string implemented in the product.

  • Page 70: Maca(1-3)

    Full file name / path where the HTTP server configuration file lives. Elements in this file are used for displaying system parameters on custom web pages. This record is not a member of the default file. If you wish to use this feature, you must add this record to the setup file. See HTTP Server.

  • Page 71: Logintervalsec

    LogIntervalSec Value LogIntervalSec This key only applies if the model number is RMAP-XXDX-XXXX. This key defines the data log interval in seconds. It is interpreted as an integer with a range of 1 – 86,400 seconds. Any value outside this range will be clipped. The default value if not specified is five seconds.

  • Page 72: Busses

    This feature is only available if the model number is RMAP-2AXX-XXXX. This key is used to enable Modbus® RTU Function Code 6 (Write Single Register) on master channels for devices that do not implement Modbus® Function Code 16 (Write Multiple Registers). It is only necessary if the RMA PLUS does not negotiate this requirement on its own.

  • Page 73: Producer / Consumer Data

    Single-Precision Floating-Point FLOAT String STRING Parameter (C|M|I) PARAM Enumeration (16-bit) ENUM16 Figure 52 - Data types Producer / Consumer Data Producer / consumer data is only used on high-speed Watbus. This is a subscription service that allows devices (zones) to share data with their network peers. It is analogous to multicast traffic in Ethernet in that it is produced by devices at regular intervals and heard by everyone on the network.
  • Page 74 1620 Produced Set Point 2 0x4F 0x27 1621 Produced Set Point 3 0x4F 0x28 1622 Produced Set Point 4 0x4F 0x29 Heater Error 0x0F 0x26 1697 Wattage 0x1D 0x0E 1699 Load Voltage 0x1D 0x0D 1183 Load Resistance 0x1D 0x10 Analog Input 0x37 0x04 Analog Input...
  • Page 75 Version 1.0 PN: 2042-8198 Page 75 of 75 DN: 10-32813...

This manual is also suitable for:

Rma plus rmap-2a seriesRma plus rmap-5a seriesRma plus rmap-8a seriesRma plus rmap-a1 seriesRma plus rmap-a2 series

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