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General| Measurement Principle | Strain gauge load cells |
|---|---|
| Measuring Range | Dependent on the connected weighing device |
| Output Signal | Ethernet |
| Power Supply | 110-230 V AC |
| Protection Class | IP65 |
Defines the intended purpose and scope of the measuring system's use.
Identifies potential hazards associated with system operation and use.
Explains hazard warning symbols for potential injury or equipment damage.
Specifies qualification requirements for personnel involved in operation and maintenance.
Outlines precautions for altering system parameters to prevent damage or malfunction.
Details the use of passwords to safeguard parameters from unauthorized changes.
Describes the procedure for acknowledging system event messages after rectification.
Provides instructions and precautions for system maintenance and service activities.
Advises on protecting components from moisture and humidity during service.
States the company's liability regarding unauthorized modifications to the system.
Specifies the use of original spare parts to maintain warranty and system integrity.
Details the wiring and connection for load cells to the device.
Describes the connection and configuration for the speed sensor input.
Details the connection and configuration for digital input signals.
Explains the connection for the pulse output used for totalizing counters.
Describes the connection and function of the device's relay outputs.
Details the Ethernet network connection for communication.
Describes the available serial interfaces (RS232, RS485) for data transfer.
Explains the status indications provided by the device's LED indicators.
Lists detailed technical specifications including view, voltage, housing, and ranges.
Provides a list of system components, options, and spare parts with material numbers.
Describes how belt load and speed are measured and factored to determine feed rate.
Explains how the system suppresses totalizing around the zero point when the belt idles.
Outlines the high-precision measurement techniques and components used by the device.
Describes the initial steps and system behavior upon power-up.
Explains the device's display modes and normal operating status indicators.
Details how event messages are displayed, categorized, and acknowledged.
Guides users on navigating and utilizing the function distributor for various operations.
Explains how to safely view and access the device's modifiable parameters.
Introduces the three setup programs for initial and fine adjustment.
Details the procedure for setting up the belt circuit (LB) for impulse calculation.
Explains the taring program used to calculate the zero point error of the belt weigher.
Describes the program for controlling the measuring range via calibration weight.
Guides on how to set the date and time for the device's internal clock.
Provides an overview of parameters and their modification guidelines.
Explains the process of navigating and selecting parameters for modification.
Details how to enter or modify parameter values, including selectable and numerical types.
Describes how to restore factory default parameter settings.
Explains how to activate optional features like Ethernet/IP fieldbus coupling.
Comprehensive list and description of all available parameters grouped by block.
Introduces fieldbus protocols and data structure concepts.
Explains the preassigned data positions and structure for fieldbus communication.
Details commands, measured values, and status descriptions for fieldbus protocols.
Describes how to use the EasyServe tool for diagnosing fieldbus communication issues.
Steps for preparing hardware, setting addresses, and starting communication.
Describes features like cyclical data exchange, baud rate detection, and diagnostic tools.
Information on device log files (GSD) and master configuration.
Covers troubleshooting common issues like "Communication Host" (S9) errors.
Hardware specifics, bus termination, addresses, and LED indicators for the Profibus module.
Steps for preparing hardware, creating master sets, and setting parameters.
Describes connection certification, data exchange modes, and diagnostic tools.
Information on Electronic Data Sheets (EDS) and data transmission size.
Covers troubleshooting common issues like "Communication Host" (S9) errors.
Hardware specifics, bus termination, baud rates, and LED indicators for the DeviceNet module.
Steps for preparing hardware, setting addresses, and starting communication.
Describes data exchange, bus monitoring, and parameterization using EasyServe.
Lists and explains the function codes used in Modbus communication.
Details the methods used for ensuring data integrity during transmission.
Lists and explains error codes encountered during Modbus communication.
Explains how slave addresses are assigned and configured for Modbus.
Describes how process values are structured and accessed in Modbus data segments.
Provides examples of Modbus and Modbus/TCP telegrams for data exchange.
Configuration details for Modbus master settings and telegram length.
Covers troubleshooting common Modbus issues and error messages.
Explains how to view fieldbus data using the EasyServe tool.
Describes the RS485 2-wire/4-wire and RS232 interface configurations.
Defines key terms related to Ethernet protocols like Modbus/TCP and Ethernet/IP.
Covers basic TCP/IP configuration settings for Ethernet communication.
Explains Modbus/TCP server functionality, commissioning, and master settings.
Covers Ethernet/IP server functionality, data structure, and configuration.
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