Do you have a question about the Shini SGB Series and is the answer not in the manual?
Explains the coding principle for SGB models with examples.
Details standard configuration and optional features of the SGB series.
Presents dimensional overview drawings for various SGB models.
Provides detailed specification tables for SGB models, including dimensions and weight.
Provides guidelines for safe operation and maintenance of the touch screen interface.
Explains the meaning and placement of various safety signs and warning labels on the machine.
Details procedures and conditions for safe transportation, storage, and operating environment.
Identifies potential hazards associated with the machine's operation and components.
Describes the safety devices installed on the machine and their functions.
Defines the intended use of the SGB Gravimetric Blender and materials not suitable for its operation.
Provides essential safety precautions for operators and maintenance staff to prevent injury and damage.
Clarifies Shini's liability limitations regarding product installation, operation, and maintenance.
Overview of the SGB series blender's capabilities and installation context.
Illustrates and explains the step-by-step operation of the gravimetric blending process.
Details available optional accessories for the SGB series.
Details the optional floor stand and material storage tank.
Describes the induction motor driven feeding device used in the SGB series.
Explains the function and location of the material level switch.
Provides general instructions for installing the SGB machine.
Guides the installation of the SGB machine onto an optional mobile floor stand.
Illustrates and describes mounting the SGB directly onto a molding machine.
Details the correct mounting procedure for the SGB weighing pan.
Details the requirements and procedure for connecting the machine's power supply.
Specifies the requirements for the compressed air supply.
Guides the installation of the feeding function, including optional vacuum generators.
Specifies the required installation space around the machine for proper operation and maintenance.
Details the step-by-step procedure for installing the feeding function components.
Guides the user through the initial steps of powering on and starting the SGB blender.
Presents a flowchart illustrating the navigation and interaction within the machine's user interface.
Explains the on-screen keyboard interface for parameter input and editing.
Details how to input and edit data using the on-screen keyboard.
Covers alternative input methods and selections using the on-screen keyboard.
Procedure for logging into and out of the system with different user levels.
Details the process for logging into the system with administrator privileges.
Explains how to log out of the administrator account and automatic log out.
Describes the initial screen displayed upon powering on the machine, including version information.
Explains the interface for selecting between feeding and weighing system operations.
Details the weighing monitoring interface, showing real-time batch status and parameters.
Describes how to view historical weighing data and batch records on the interface.
Interface for creating, editing, saving, and managing recipes for material mixing.
Explains how recipes are structured, including recipe records and elements.
Illustrates the main menu structure for accessing various system settings and functions.
Details the interface for configuring system parameters such as assembly mode and mixing settings.
Guides the user through the calibration process for the weighing system.
Describes the interface for managing user accounts, permissions, and passwords.
Explains the manual mode interface for checking individual mechanical unit operations.
Details the interface for setting and adjusting unit parameters, with warnings against unauthorized changes.
Covers the interface for viewing, confirming, and clearing alarm messages and fault information.
Explains how to control the automatic conveying and feeding process of materials.
Provides instructions for adjusting the material level switches and troubleshooting.
Details the functions of level switches on hoppers, mixing tank, and storage tank.
Details on defining component categories and their distribution principles.
Explains how to define component categories and the principles of their distribution within the hoppers.
Explains the different methods for calculating master-batch and additive quantities based on various ratios.
Details the process for compensating chromatic aberration in reclaimed materials.
Explains the function of the inspection switch for detecting blending motor blockages.
Describes the different modes of metering control available for the SGB blender.
Details the weighing metering mode, emphasizing accuracy through weighing cell control.
Explains the volumetric (time) metering mode as an emergency standby option.
Describes the mixing metering mode for increased throughput by reducing weighing cycles.
Troubleshooting common issues related to hopper material levels, shortage, and overweight conditions.
Troubleshooting problems associated with load cells, weighing pans, and sensor failures.
Addressing issues related to mixing motor faults and safety door or low pressure conditions.
Resolving errors concerning module failures, power issues, and deviation at zero point.
Troubleshooting problems with weighing sensor offline status, phase sequence, and wiring.
General guidelines for qualified personnel performing maintenance and repair work.
Details on maintaining the filter and pressure regulating valve.
Instructions for cleaning the storage hopper and scale pan.
Procedures for cleaning the mixing chamber and magnetic base.
Instructions for regular cleaning of the material shut-off plate.
Provides an overview of the maintenance schedule.
Daily maintenance checklist for critical machine components and systems.
Weekly maintenance checklist for electrical systems and air filters.
Monthly maintenance checklist for capacitor switches and blending shafts.