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General| Operating Temperature | -10°C to 40°C (14°F to 104°F) |
|---|---|
| Display | LCD |
| Power Supply | 100–240 VAC |
| Connectivity | Ethernet, RS232, USB |
| Enclosure | Stainless steel |
| Platform Size | Varies depending on the model |
| Capacity | Varies depending on the platform |
| Readability | Varies depending on the platform |
Warning regarding connecting to properly grounded outlets and not removing the ground prong.
Warning that not all versions are for hazardous areas; check the data plate.
Warning that system integration requires qualified personnel to review construction and operation.
Caution to remove power and wait 30 seconds before connecting/disconnecting internal electronic components.
Caution to observe precautions for handling electrostatic sensitive devices.
Information on the proper disposal of electrical and electronic equipment according to WEEE directive.
Guidance on understanding basic weighing concepts and terminal setup for successful operation.
Explanation of fundamental weighing principles like zero, tare, and net weight displayed by the IND560.
Description of the IND560's Vacuum Fluorescent Display (VFD) and front panel keyboard layout.
Information sources for terminal installation, programming, and advanced setup procedures.
Introduction to the IND560 terminal's user-friendly configuration and operational environment.
Details on the IND560's username/password security levels for setup access.
Explanation of the metrology switch's function and its impact on setup access and approvals.
Guidance on interpreting key names, commands, and display elements in the manual.
Description of graphic icons used for softkeys and their functions in different operational modes.
Explanation of how to navigate the IND560 using navigation keys, softkeys, alpha, and numeric keys.
Details on how to use softkeys for changing positions, enabling, or disabling functions.
Description of dedicated keys for Zero, Tare, and Print operations on the IND560.
Explanation of how to use alpha keys for entering alphabetic characters in setup parameters.
Instructions for using the 12-key numeric keypad to enter data and commands.
Description of the default weighing operation screen and its components.
Information on core IND560 functions like Zero, Tare, Unit Switching, Print, MinWeigh, and Target Comparison.
Explanation of the Zero function modes: Automatic Zero Maintenance, Power-Up Zero, and Pushbutton Zero.
Details on tare types (Pushbutton, Keyboard, Auto) and how they are used to determine net weight.
How to enter preset tare values manually, via serial, or from the Tare Table memory.
Information on the IND560's fare table with 25 records for storing and recalling tare weights.
Explanation of how net sign correction affects gross, tare, and net weight displays and data.
Configuration of automatic tare function based on threshold weights and motion checks.
Methods for clearing tare values manually or automatically after weighing operations.
How to switch between primary, secondary, and tertiary measurement units on the IND560.
Using the x10 softkey to increase display resolution by one additional digit.
Initiating demand prints, understanding print interlock, and automatic print features.
Ensuring appropriate weighing equipment by setting a minimum weighment value.
Accessing recalled information like weight, system details, metrology control, and transaction totals.
Comparing weight to a predetermined target for material transfer or over/under classification.
Using target comparison to control material flow in automated or manual feeding systems.
Methods for entering target comparison parameters, including direct editing or loading from the Target Table.
Configuring and using simple targets (comparators) for coincidence or range-based control.
How to assign and use comparators, including target value and range comparator types.
Ensuring consistent operation series using programmed steps, triggered manually or automatically.
Graphical visualization of weight using bar graphs for Material Transfer and zone graphics for Over/Under.
Using SmartTrac for visualizing material addition in Material Transfer applications.
Using SmartTrac to display weight classification (Under, OK, Over) in Over/Under applications.
Setting and understanding time and date formats for reporting and logging.
Generating, viewing, and printing reports from database tables like Tare and Target.
Performing a programmable calibration test sequence to verify terminal calibration with known test weights.
Retrieving transaction data from Alibi Memory to verify information.
Accessing and searching specific tables like Tare, Target, and Alibi memory.
Recommendation for service to be performed by qualified, trained personnel only.
Guidance on cleaning the terminal and recommended regular maintenance inspections.
Using the InSite configuration tool to flash new terminal software through serial or Ethernet ports.
Troubleshooting activities, including AC power tests and contacting service representatives.
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