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General| Model | ACT350 POWERCELL |
|---|---|
| Category | Transmitter |
| Manufacturer | Mettler Toledo |
| Protection Class | IP65 |
| Output Signal | Digital |
| Communication Protocol | Modbus TCP |
| Communication Interface | Ethernet |
| Resolution | up to 1, 000, 000 divisions |
| Operating Temperature | -10 °C to +50°C |
| Storage Temperature | -20°C to +70°C |
| Relative Humidity | 0-95% non-condensing |
| Weight | Approx. 1.5 kg |
| Weight Capacity | Not applicable |
| Supply Voltage | 10-30 VDC |
Overview of services to ensure optimal performance and investment protection.
Compliance statement regarding FCC rules for radio interference.
Statement regarding compliance with RoHS directive and hazardous substances.
Important safety warnings for operating the ACT350 transmitter and its components.
Warning against using the ACT350 in hazardous areas due to non-intrinsic safety.
Guidelines for disposing of the device according to WEEE directive.
Introduction to the ACT350 as a versatile weighing transmitter for industrial process applications.
Instructions to verify package contents upon delivery.
Explanation of how to identify the ACT350 configuration using its model number.
Details on available PLC interface options (PROFIBUS DP, EtherNet/IP, PROFINET IO).
Visual representation of the transmitter's physical dimensions for DIN rail mounting.
Identification of controls and connectors on the front panel of the transmitter.
Details on the OLED display's capabilities and information displayed during weighing.
Explanation of the function of the UP, DOWN, LEFT, and ENTER keys for navigation and data entry.
Description of the meaning of SCL, PWR, NW, and DEV LEDs in normal and error conditions.
How to access the device menu using the ENTER key and navigate through its functions.
List and brief description of main menu functions like Information Recall, Resolution, Comparators, etc.
How to recall specific information fields like model number, serial number, and firmware version.
Explanation of the x10 function for expanding display resolution for diagnostic purposes.
Information on setting and using the five available comparators for limit monitoring.
Introduction to different calibration methods including Geo Code, linearity, zero, and span.
How to select the Geo Code for geographical adjustment of calibration.
How to configure linearity points (None, 3, 4, or 5 points) for calibration.
Step-by-step guide for setting the zero reference point of the scale.
Instructions for calibrating the scale's span using test weights, with or without linearity.
Explanation of the step adjustment method for calibrating the span of large vessels.
Method to calibrate the scale without test weights.
How to change the language and access setup parameters.
How to enable password protection for setup parameters.
How to reset all configured items except calibration data using DIP switches.
How to perform a master reset to restore factory default settings.
How to set or reset the zero reference point using the ENTER button.
Configuration of how the transmitter behaves regarding zero reference at power up.
How to use the tare function for net weight calculation and material tracking.
Configuration options for the signal filter (Limit Frequency, Weighing Mode, Environment).
How to access and interpret error messages displayed by the transmitter.
Instructions for mounting the transmitter on a DIN rail.
Overview of connectors and their functions on the ACT350 transmitter.
Details on the RS-232 serial port for service and PC connection.
Specification of digital inputs and outputs, including voltage, current, and functionality.
Diagrams illustrating sinking and sourcing wiring for digital inputs and outputs.
Instructions for connecting load cells, including ferrite installation.
Instructions for connecting the PROFIBUS DP interface, including ferrite installation.
Explanation of Media Redundancy Protocol and Device Level Ring topologies.
Summary of the functions of DIP switches 1 and 2 for operation and reset.
How to configure the transmitter for legal for trade certification using DIP switch 1.
Information on the external DC input voltage required for the transmitter.
Introduction to the SAI protocol for data exchange with automation systems.
Explanation of how cyclic data is structured into blocks (Measuring, Status).
How to access variables directly using acyclic messages.
Steps to troubleshoot common PLC communication problems with the ACT350.
Introduction to the PC-based Setup+ tool and Webserver for configuration.
Details on the capabilities of the Setup+ tool for configuration and maintenance.
Information on accessing the Setup+ user guide.
How to configure the transmitter using the web browser and PC setup.
Configuration of PC network settings for connecting to the transmitter.
Specific browser settings for accessing the webserver.
How to connect to the transmitter's webserver using its IP address.
How to modify IP address, subnet mask, and gateway via the webserver.
How to enable and manage password protection for configurations.
Steps for calibrating the scale at its original location using GEO codes.
Procedure for adjusting calibration using GEO codes when relocating the scale.
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