Document Outline

• HI 3000 Series
• Operation and Installation Manual
  • Local Field Service
  • Outside the U.S
• Table of Contents
• Table of Contents
• Table of Illustrations
• Communications
• Cabling
• Network
• E-Mail
• Security
• HI 3001
• Glossary of terms
• Index
• Table of Illustrations
• Communications
• Cabling
• Network
• E-Mail
• Security
• HI 3001
• communications: installation & Operation
  • Overview
    • DeviceNet™
    • Hardy Control-Link TCP/IP (Ethernet)
    • PRS-232 Simplex Serial Port
  • Communication Option Cards
    • Remote I/O
    • ControlNet
      • FIG. 1: controlnet architecture
    • Profibus
    • MOD-Bus/TPC/IP
    • OPC
    • EtherNet/IP™
      • FIG. 2: Ethernet/ip™ network
    • Allen-Bradley Remote I/O
    • Allen-Bradley License
    • Common Applications
    • Monitoring Weighing Parameters
    • Short Glossary of Terms
    • Tare Value
    • Remote I/O Board Cable Termination Dip Switch Configuration
    • About Cable Termination
      • FIG. 3: terminating switch for terminating last module
    • Dip Switch Settings
    • Installing the RIO Option Board
      • FIG. 4: remote i/o option card
      • FIG. 5: remote i/o/slide into option slot #0
      • FIG. 6: remote i/o Option card installed
    • Connector Pin Out
    • LED Indicators
  • Removing the Remote I/O Option Card
    • Remote I/O Configuration Procedures from the Front Panel
      • FIG. 7: configuration menu/selecting setup
      • FIG. 8: CONFIGURATION MENU/SELECTING OPTIONS
      • FIG. 9: options/selecting remote i/o
      • FIG. 10: Remote i/o menu/setting parameters
      • FIG. 11: remote i/o/setting rack size
      • FIG. 12: remote i/o selecting starting quarter
    • Remote I/O Configuration Procedures from the Web Page
      • FIG. 13: instrument home page/selecting configuration
      • FIG. 14: configuration - options page/ selecting view remote i/o configuration
      • FIG. 15: remote i/o configuration page
      • FIG. 16: remote i/o configuration/ selecting baud rate
      • FIG. 17: remote i/o configuration/ selecting rack size
      • FIG. 18: remote i/0 configuration/ selecting quarter
      • FIG. 19: Remote i/o configuration/ selecting last quarter
    • Discrete Remote I/O Mapping
    • About Discrete Remote I/O Mapping
    • General Information
    • For Reads:
  • Mapping
• cabling: installation
  • General Introduction to Cabling
  • Unpacking
  • Input Power Wiring
    • FIG. 20: power wiring diagram
  • Digital Input Wiring
    • FIG. 21: power supply board rear panel
    • FIG. 22: dry contact wiring diagram
  • Output Relay Wiring
  • Load Point Connections
    • FIG. 23: rear panel/load point connections
    • C2® Load Point Connection
    • Non-C2 Load Cell Connection
    • RS 232 Connection
    • RS 232 Connection Pinout
      • FIG. 24: serial port connection
  • -JB Option Wiring
    • FIG. 25: -JB Option connections
  • Ethernet Cable Connection and Setup
    • FIG. 26: rear panel/ethernet RJ 45 connection
    • FIG. 27: configuration menu/selection setup
    • FIG. 28: setup menu
    • FIG. 29: setup menu/ethernet sub-menu
    • FIG. 30: ethernet menu/default ip address
    • FIG. 31: enter IP address in browser address field
    • FIG. 32: web page
    • Setting the IP Address for the Blind Remote
    • Setting or Changing the IP Address using the Ethernet
      • FIG. 33: instrument web page
      • FIG. 34: ip setup menu
      • FIG. 35: ip setup/setting new address
      • FIG. 36: new ip address is reset
  • DeviceNet Connection and Setup From the Front Panel
    • FIG. 37: rear panel/devicenet connection
    • For HI 3010 Only
      • FIG. 38: configuration menu/selecting setup
      • FIG. 39: setup menu/selecting devicenet
      • FIG. 40: devicenet sub-menu/setting the baud Rate
      • FIG. 41: devicenet/selecting node address
    • For HI 3030, HI 3600, HI 3300
      • FIG. 42: configuration menu/selecting setup
      • FIG. 43: configuration menu
      • FIG. 44: options menu/selecting devicenet I/o
      • FIG. 45: devicenet sub-menu/setting the baud Rate
      • FIG. 46: devicenet/selecting node address
  • ControlNet Option Card Installation
    • FIG. 47: controlNet/option card
    • FIG. 48: controlnet/slide into option slot #0
    • FIG. 49: controlnet Option card installed
  • Removing the ControlNet Option Card
  • ControlNet Connection and Setup
    • Hardware Requirements:
    • Software Requirements:
      • FIG. 50: controlnet cable assemblies
      • FIG. 51: rotary switches/setting node address to 0, 0
      • FIG. 52: rear panel controlnet connectors and leds
    • Setting the ControlNet Node Address from the Front Panel
      • FIG. 53: configuration menu/selecting setup
      • FIG. 54: CONFIGURATION MENU/SELECTING OPTIONS
      • FIG. 55: options/selecting controlnet i/o
      • FIG. 56: controlnet i/o menu/setting node address
    • Activating ControlNet and Setting the ControlNet Node Address from the Web Page
      • FIG. 57: home page/selecting configuration
      • FIG. 58: configuration page/selecting options
      • FIG. 59: options page/selecting view controlnet configuration
      • FIG. 60: controlnet page/activaTING CONTROLNET
      • FIG. 61: controlnet configuration page/ entering node address
      • FIG. 62: ControlNet configuration/entering node address
    • LED Status Indicators
  • EtherNet/IP™ Option Card Installation
    • FIG. 63: ethernet i/P/option card
    • FIG. 64: ethernet/i/p/slide into option slot #0
    • FIG. 65: ethernet/ip Option card installed
  • Removing the EtherNet/IP Option Card
    • Setting Up the EtherNet I/P Address from the Front Panel
      • FIG. 66: configuration menu/selecting options
      • FIG. 67: options/selecting ethernet/ip i/o
      • FIG. 68: ethernet/ip menu/setting ip address
    • Setting Up the EtherNet I/P Address from the Web Page
      • FIG. 69: hi 3000 home page/selecting configuration
      • FIG. 70: configuration page/selecting options
      • FIG. 71: options page/selecting view ethernet/ip configuration
      • FIG. 72: ethernet/ip page/setting ip address
    • LED Status Indicators
      • FIG. 73: connector/dip switches/leds
    • LED 1 - Link (Activity)
    • LED 2 - Module Status
    • LED 3 - Network Status
    • LED 4 - Activity
  • Profibus Option Card Installation
  • Profibus Connection and Setup
    • Hardware Requirements:
      • FIG. 74: Profibus db9 serial connector with slide switch/male
    • Software Requirements:
    • Cabling Guidelines
    • Cable Specification
      • FIG. 75: db9 connector on the hardy profibus option card
      • FIG. 76: rotary switches/setting node address to 0, 0
    • LED Indicators
      • FIG. 77: led indicators
  • Removing the Profibus Option Card
  • Analog Output Option Card Installation
    • FIG. 78: ANALOG Output OPTION 2AN
    • FIG. 79: installing the analog option card in a 3000 chassis
    • Electrical Connection
      • FIG. 80: aNALOG eLECTRICAL cONNECTIONS
  • Removing the Analog Option Card
  • Rear Cover Installation (HI 3000-RC)
    • FIG. 81: nema 4x rear cover
    • Removing the NEMA 4 Plug
    • Installing the NEMA 4 Plug
      • FIG. 82: installing nema 4 plug
    • Installing the Cord Grip Assemblies
      • FIG. 83: installing the hex nut onto the cord grip assembly
      • FIG. 84: cord grip installed
      • FIG. 85: installing the hex nut onto the cord grip assembly
      • FIG. 86: cord grip installed
      • FIG. 87: installing cables in the cord grip assembly
    • Removing the Cord Grip Assembly
  • Installing the HI 3000-RC Rear Cover
    • FIG. 88: aligning the rear cover to the chassis
    • FIG. 89: rear cover, nema 4 plugs, and cord grips installed
• Network: Installation
  • About Networks
  • Simple Ethernet Network (See Fig. 90)
    • Materials Required
      • FIG. 90: simple hardy control-link network
      • FIG. 91: IP address configuration
      • FIG. 92: control panel
      • FIG. 93: network dialog box/select TCP/IP
      • FIG. 94: network dialog box/select properties
      • FIG. 95: tci/ip properties/ip address
      • FIG. 96: internet properties dialog box
  • Hardy Control-Link Ethernet Network
    • FIG. 97: Hardy control-link Ethernet Network
    • Materials Required
    • Setting Node Addresses for HI 3000 Series Instruments from the Browser
      • FIG. 98: filler/dispenser home page/ selecting configuration
      • FIG. 99: configuration page/selecting hardy control-link
      • FIG. 100: configuration - hardy control- link page
      • FIG. 101: configuration - hardy control- link/instrument selection pull down list
      • FIG. 102: Configuration page with instruments not assigned a node address
      • FIG. 103: selected instrument with IP address in ip address field
      • FIG. 104: hi-3010 (IP Address 192.168.110.68) assigned to node 0
      • FIG. 105: selected instrument with IP address in ip address field
      • FIG. 106: hi-3010 (IP Address 192.168.110.24) assigned to node 1
      • FIG. 107: instruments assigned to node 0 through node 7
      • FIG. 108: saving the configuration
      • FIG. 109: transferring the node configuration from node 0 to node 1
  • Using the Ping Tool
  • Devicenet Network Setup
    • RSNetWorx Setup for HI 3000 Series Instruments
      • FIG. 110: selecting EDS wizard
      • FIG. 111: eds wizard dialog box
      • FIG. 112: selecting “register an eds file”
      • FIG. 113: selecting the hardy eds file
      • FIG. 114: selecting the hardy eds file
      • FIG. 115: eds file installation test results dialog box
      • FIG. 116: change graphic image dialog box
      • FIG. 117: Final Task summary dialog box
      • FIG. 118: Hardware/vendor/hardy instruments inc. installed
      • FIG. 119: graph/hardy filler icon
  • Slave Mode Setup
    • FIG. 120: Module tab/selecting Slave mode
    • FIG. 121: slave mode dialog box
    • FIG. 122: input page/selecting automap
    • FIG. 123: input page/inputs mapped
    • FIG. 124: Output page/selecting automap
    • FIG. 125: output page/outputs mapped
  • Building a Scanlist in RSNetWorx
    • FIG. 126: graph of networked modules
    • FIG. 127: hardy filler properties list
    • FIG. 128: scanlist page/available devices
    • FIG. 129: scanlist page/scanlist
    • FIG. 130: input page/change parameters
  • ControlNet Network Setup
    • RSNetWorx Setup for HI 3000 Series Instruments with ControlNet Option Card
    • Schedule the Network Using RSNetWorx for ControlNet
    • Verify the Network Properties
    • Survey the Network for Connected Devices
    • Schedule the Network and Save the Configuration
    • Selecting the ControlNet Node Address from the Front Panel
      • FIG. 131: configuration menu/selecting setup
      • FIG. 132: CONFIGURATION MENU/SELECTING OPTIONS
      • FIG. 133: options/selecting remote i/o
      • FIG. 134: ControlNet i/0 menu/selecting the node address
    • Selecting the ControlNet Node Address from the Web Page
      • FIG. 135: electing configuration from the home page of the hi 3000 instrument
      • FIG. 136: configuration page/selecting options
      • FIG. 137: configuration - options/selecting view controlnet configuration option
      • FIG. 138: controlnet configuration page/ selecting the node address
  • PROFIBUS-DP Network Setup
    • FIG. 139: profibus logo
  • Initialization Process
    • Profibus-DP .GSD File
      • FIG. 140: simple profibus network with trunk and drop lines
    • Pre-Initialization Procedures
    • Initialization Procedures
      • FIG. 141: hardware catalog/selecting anybus-s pdp folder
      • FIG. 142: anybus-s pdp parameters dialog box
      • FIG. 143: selecting the Input and output size
      • FIG. 144: anybus-s pdp appears in the network
      • FIG. 145: downloading hi 3000 series configuration
      • FIG. 146: select destination module dialog box
      • FIG. 147: select station address dialog box
      • FIG. 148: downloading configuration prompt
      • FIG. 149: initialization complete
    • Selecting the Profibus Node Address from the Front Panel
      • FIG. 150: configuration menu/selecting setup
      • FIG. 151: CONFIGURATION MENU/SELECTING OPTIONS
      • FIG. 152: options/selecting profibus i/0
      • FIG. 153: profibus i/0 menu/selecting the node address
    • Selecting the Profibus Node Address from the Web Page
      • FIG. 154: selecting configuration from the home page of the hi 3000 instrument
      • FIG. 155: configuration page/selecting options
      • FIG. 156: configuration - options/selecting view pROFIBUS configuration option
      • FIG. 157: profibus configuration page/ selecting the node address
  • MODBUS - TCP/IP Over Ethernet
    • About MODBUS/TCP/IP Over Ethernet
      • FIG. 158: modbus communication diagram
    • Installing MODBUS
    • Enabling MODBUS in the HI 3000 Module
      • FIG. 159: machine monitor/selecting configuration
      • FIG. 160: configuration/selecting options
      • FIG. 161: configuration - options/selecting MODBUS
      • FIG. 162: modbus - options page
      • FIG. 163: modbus - options/enabled]
    • Installing Hardy Modbus-Link
      • FIG. 164: hardy modbus-link display
      • FIG. 165: hardy modbus-link/selecting connect
      • FIG. 166: tcp/ip connection display
      • FIG. 167: tcp/ip connection display/ selecting tcp/ip
      • FIG. 168: tcp/ip connection display/ entering the ip address
      • FIG. 169: mapping display/clicking on destination - scratchpad: HFO4 (Hardy Float Out - word 4)
      • FIG. 170: mapping display/selecting destination - scratchpad: HFO4
      • FIG. 171: mapping display/selecting source - MFI0 (Modbus float IN - word 0)
      • FIG. 172: mapping display/mapping the source to the destination
      • FIG. 173: mapping display/HFO - float variables/entering a value for word 0
      • FIG. 174: hardy modbus-link display/ selecting display/float inverse
• HI3000bk-P2.pdf
  • FIG. 175: hardy modbus-link display/555.0000 appears
  • FIG. 176: hardy modbus-link display/ selecting button 23 - read/write multiple registers
  • FIG. 177: hardy modbus-link display/ writer multiple registers display
  • FIG. 178: hardy modbus-link/enter value display
  • FIG. 179: hardy modbus-link/enter value display/entering 999
  • FIG. 180: hardy modbus-link/write multiple registers/sending new value
  • FIG. 181: Response OK pop up
  • FIG. 182: mapping display with value “999.0000” received from the Hardy Modbus-link client
  • Using MODBUS with Excel®
  • OPC Network Setup
    • FIG. 183: OPC heterogeneous computing environment
    • OPC SERVER
      • FIG. 184: OPc client/server/items
    • Configuring Omniserver to Communicate with an HI 3000 Module
      • FIG. 185: omniserver configuration dialog box
      • FIG. 186: Omniserver configuration dialog box
      • FIG. 187: Winsock device configuration/ default parameters
      • FIG. 188: winsock configuration/entering hi 3000 setup parameters
      • FIG. 189: pinging hi 3000 module/connection indicated
      • FIG. 190: HI 3000 device icon with ip address
      • FIG. 191: protocols dialog box
      • FIG. 192: protocol definition/double or right click on protocol settings
      • FIG. 193: protocols definition dialog box/ creating protocol name and description
      • FIG. 194: protocol definition/binary formats page
      • FIG. 195: protocols definition
      • FIG. 196: protocol settings with new protocol definitions
      • FIG. 197: selecting topics icon
      • FIG. 198: topics page/selecting a new topic
      • FIG. 199: topic definition dialog box/ creating topic definition
      • FIG. 200: topic definition/variables page
      • FIG. 201: topic definition/hardyfloat icon
      • FIG. 202: protocol page/highlighting hardyopc_float
      • FIG. 203: protocol page/selecting new item
      • FIG. 204: item definition dialog box
      • FIG. 205: item definition
      • FIG. 206: item definition/entering fO00
      • FIG. 207: item definition
      • FIG. 208: protocol page/item list entered
      • FIG. 209: item definition/Send data trigger
      • FIG. 210: item definition/sequence number in
      • FIG. 211: item definition/sequence number out
      • FIG. 212: protocol page/selecting host message
      • FIG. 213: host message definition
      • FIG. 214: request page with no request message
      • FIG. 215: selecting www link
      • FIG. 216: hi 3000 support site
      • FIG. 217: Eps files/selecting opc float dpd file
      • FIG. 218: file download dialog box
      • FIG. 219: save as dialog box/selecting program files
      • FIG. 220: program files/selecting descartes omniserver
      • FIG. 221: omniserver folder saving dpd file
      • FIG. 222: host message
      • FIG. 223: chains and triggers page
      • FIG. 224: protocol definition/selecting unsolicited messages
      • FIG. 225: unsolicited message definition page
      • FIG. 226: unsolicited message definition/ name and description entered
      • FIG. 227: unsolicited message definition/ received page
      • FIG. 228: unsolicited message definition/ received message
    • Setting Up OPC Communication with a Client
    • About OPC Clients
      • FIG. 229: wonderware/selecting wwclient
      • FIG. 230: wonderware/close the log viewer
      • FIG. 231: wwclient/selecting create connection
      • FIG. 232: create connection dialog box
      • FIG. 233: create connection dialog box
      • FIG. 234: iot connection
      • FIG. 235: item dialog box
      • FIG. 236: wwclient/list of iot connections
      • FIG. 237: WWClient/list of items (FI00)
      • FIG. 238: wonderware/opening windowmaker
      • FIG. 239: windowmaker dialog box
      • FIG. 240: windowmaker/opening a new window
      • FIG. 241: window maker/creating a new window
      • FIG. 242: Machine Monitor window entering ###.####
      • FIG. 243: windowmaker/selecting animation links
      • FIG. 244: windowmaker/object type dialog box
      • FIG. 245: Windowmaker/access name dialog box
      • FIG. 246: windowmaker/add access name dialog box
      • FIG. 247: windowmaker/selecting tagname dictionary
      • FIG. 248: windowmaker/creating a tag name
      • FIG. 249: windowmaker/select tag dialog box/selecting ips
      • FIG. 250: newly created window
      • FIG. 251: windowmaker/selecting runtime
      • FIG. 252: windowmaker/runtime value
    • Setting up the Output to the OPC Server and the Client from the HI 3000 Module
    • Adding the HI 3000 Module to the Hardy Control- Link (TCP/IP) Network
      • FIG. 253: HI 3030 Main web page/selecting configuration
      • FIG. 254: Configuration page/selecting hardy control link
      • FIG. 255: hardy control-link page/ selecting listed hi 3000 module ip address
      • FIG. 256: hardy control-link page selecting node 5
      • FIG. 257: selected instrument’s ip address appears in the node 5 text field
      • FIG. 258: saving the node address assignment
      • FIG. 259: ok message box
      • FIG. 260: Node IP Address configured
    • Mapping Parameters to the HardyFloat Output Table
      • FIG. 261: configuration page/selecting mapping setup
      • FIG. 262: mapping setup page 1
      • FIG. 263: mapping setup page 1/selecting hardy control-link float out
      • FIG. 264: hardy control-link float out selected/word 0
      • FIG. 265: hardy control-link float out/ word 0 (EFO0) set as mapping destination
      • FIG. 266: mapping setup 2/source selection page
      • FIG. 267: mapping setup 2/selecting process data/gross weight
      • FIG. 268: process data/gross weight channel 1 (HF14)
      • FIG. 269: Gross Weight-channel 1 assigned to hardy control-link float out
      • FIG. 270: gross weight assigned to hardy control-link float out
      • FIG. 271: hardy control-link float out/ word 2
      • FIG. 272: hardy control-link float out/ word 2 selected as destination
      • FIG. 273: mapping page 2 selecting net weight
      • FIG. 274: process data/selecting net weight/channel 1
      • FIG. 275: current mappings/net weight/ channel 1 (HFI8) assigned to hardy Control-link float out (EFO2)
      • FIG. 276: Net weight assigned to hardy control-link float out
      • FIG. 277: hardy control-link float out/ word 4
      • FIG. 278: hardy control-link float out/ word 4 selected as destination
      • FIG. 279: mapping page 2 selecting gross weight
      • FIG. 280: process data/selecting Gross weight/channel 2
      • FIG. 281: current mappings/gross weight/ channel 2 (HFI8) assigned to hardy Control-link float out/word 4 (EFO4)
      • FIG. 282: gross weight assigned to hardy control-link float out
      • FIG. 283: hardy control-link float out/ word 6
      • FIG. 284: hardy control-link float out/ word 4 selected as destination
      • FIG. 285: mapping page 2 selecting net weight
      • FIG. 286: process data/selecting Net weight/channel 2
      • FIG. 287: current mappings/gross weight/ channel 2 (HFI9) assigned to hardy Control-link float out/word 4 (EFO4)
      • FIG. 288: gross weight assigned to hardy control-link float out
      • FIG. 289: selecting an expanded map
      • FIG. 290: expanded map dialog box
  • Configuring EtherNet/IP Using RSLogix5000®
    • FIG. 291: i/o configuration/adding a new module
    • FIG. 292: select module type
    • FIG. 293: module properties dialog box
    • FIG. 294: requested packed interval/ selecting 50.0 milliseconds
    • FIG. 295: ethernet-module hardy added to i/o configuration list
  • Mapping
  • E-Mail: Configuration and Operation
    • Overview
    • Understanding IP Addresses
    • Glossary of E-Mail Terms
      • Gateway
      • SMTP
      • DNS
      • POP
    • Configuring the E-Mail Server
      • FIG. 296: instrument home page/selecting configuration
      • FIG. 297: configuration web page/selecting E-mail
      • FIG. 298: e-mail configuration web page
      • Entering the Mail Server Name from the Front Panel
        • FIG. 299: Configuration Menu/selecting setup
        • FIG. 300: setup menu/selecting ethernet
        • FIG. 301: ethernet sub-menu
        • FIG. 302: ethernet menu/entering instrument ip address
        • FIG. 303: ethernet menu/entering dns ip address
      • Continuing E-Mail Configuration from the Web Page
        • FIG. 304: setting the standard 3-mail/mail server, user id, return mail address
      • Configuring Standard E-Mail
        • FIG. 305: setting the standard e-mail “mail to” addresses and selecting setpoints
      • Configuring Custom E-Mail
      • About Custom E-Mail
        • FIG. 306: custom e-mail web page
        • FIG. 307: e-mail template for E-mail #0
        • FIG. 308: parts of an e-mail address
      • About Tokens
        • FIG. 309: list of parameter descriptions and hexadecimal numbers
        • FIG. 310: Map dictionary
        • FIG. 311: expanded view of entered tokens
        • FIG. 312: configuration web page/ selecting mapping setup
        • FIG. 313: mapping setup1/sending custom e- mail
        • FIG. 314: mapping Setup 1/selecting send email
        • FIG. 315: entering email number
        • FIG. 316: send email #0 entered in the equation
        • FIG. 317: mapping setup 2 page
        • FIG. 318: selecting local inputs
        • FIG. 319: selecting local input #1
        • FIG. 320: equation entered (HO3.0=HI0.0)
        • FIG. 321: e-mail mapping complete
      • Testing E-Mail
        • FIG. 322: testing e-mail
    • Setting up Filters in E-mail Applications
  • security: setup
    • Overview
    • Security Levels
    • Setting up Passwords from the Front Panel
      • FIG. 323: CONFIGURATION MENU/SELECTING SECURITY
      • FIG. 324: SECURITY MENU/SETTING SECURITY MENU
      • FIG. 325: SET SECURITY MENU
      • FIG. 326: security levels assigned for each menu
    • Setting up Passwords from the Browser
      • FIG. 327: home page/selecting configuration
      • FIG. 328: configuration page/selecting security
      • FIG. 329: enter network password dialog box
      • FIG. 330: password authentication failed
      • FIG. 331: configuration/security page
      • FIG. 332: configuration - security page typing passwords
      • FIG. 333: configuration - security/ selecting security level for a menu
      • FIG. 334: configuration - security/ parameters set for security levels
    • Log On Procedures
      • Logging on from the Front Panel
        • FIG. 335: logging on/entering user name
        • FIG. 336: LOGGING ON/ENTERING PASSWORD
        • FIG. 337: logging on/status display - security level hi
      • Log On from the Browser
        • FIG. 338: log on/enter network user id and password
      • Log Off Procedures from the Front Panel
        • FIG. 339: removing user name
        • FIG. 340: enter a “0”
  • HI 3001: Master Display
    • Overview
    • Getting Started
      • FIG. 341: master display/front panel
    • Help
      • About Help
      • Front Panel Display
      • Button Functions
      • Start Button
      • Stop Button
      • Help Button
      • Station Button
      • Buttons Button
        • FIG. 342: hi 3030 button configuration
        • FIG. 343: HI 3010 button configuration
      • Setup/3/DEF Button
      • Test/9/WXYZ Button
    • Setting the IP Address
    • Installing the HI 3001
    • Selecting an Instrument on the Network
      • FIG. 344: master configuration display/ hardy 3030 weight controller at ip address 192.168.110.24
      • FIG. 345: summary display/HI 3030 weight controller
    • Software Downloads for HI 3000 Series
      • FIG. 346 Downloads Page
  • Glossary of terms
  • Accuracy
  • alarm
  • appurtenance
  • Baud rate
  • bi-directional
  • capacity
  • Check weighing
  • clear key
  • dead band
  • dead load
  • decimal point position
  • dispenser
  • display
  • engineering units
  • electrostatic discharge
  • E-Mail
  • enter key
  • eprom
  • error
  • even
  • excitation
  • filler
  • full-scale
  • graduation size
  • gross weight
  • IBC
  • Internet
  • Intranet
  • Kilograms
  • Levelling
  • led
  • load cell
  • menu
  • menu driven
  • microprocessor
  • midpoint linearity correction
  • motion
  • nema 4
  • nema 4x
  • Node
  • net weight
  • non-linearity
  • number of readings per average
  • odd
  • option
  • option slot
  • parity
  • pounds
  • POP
  • preact
  • previous key
  • prompts
  • Protocol
  • ram
  • rate of change (ROC)
  • repeatability
  • resolution
  • rom
  • rts
  • rxd
  • scale capacity
  • secure memory module (SMM)
  • set point
  • span
  • tag
  • tare
  • temperature coefficient
  • time base
  • Token
  • transmitter span
  • transmitter zero
  • ttl
  • txd
  • update rate
  • zero
  • zero calibration
  • zero tolerance
  • Index
    • Symbols
    • Numerics
    • A
    • B
    • C
    • D
    • E
    • F
    • G
    • H
    • I
    • J
    • K
    • L
    • M
    • N
    • O
    • P
    • Q
    • R
    • S
    • T
    • U
    • V
    • W