SINO SDS2-3MS Digital Readout System for Lathes and Milling Machines with a 3-Axis Numeric Display

SINO SDS2-3MS Digital Readout System for Lathes and Milling Machines with a 3-Axis Numeric Display
 
The SINO SDS2-3MS Digital Readout (DRO) System for Lathes and Milling Machines
 
The SINO SDS2-3MS DRO system is tailored for use with lathe and milling machines, providing precise measurement feedback through its SDS3MS numeric display. This system allows operators to accurately monitor and control machining processes with real-time data.
 
Features:
 
SDS3MS Display: The SDS2-3MS DRO system features the SDS3MS display, which provides a clear and user-friendly interface for monitoring machine measurements. With function buttons and a keypad, it ensures convenient operation during machining tasks.
Multiple Axes Support: Designed to accommodate multiple axes, the SDS2-3MS DRO system delivers precise measurement feedback and control across various machine movements. This functionality allows machinists to achieve accurate positioning and control on multiple axes simultaneously.
Compatibility with Lathe and Milling Machines: This DRO system is suitable for both lathe and milling machines, offering versatility for machinists working with different types of equipment. It integrates seamlessly into machine control systems, facilitating efficient operation across a range of machining applications.
High Precision: The digital readout system provides high accuracy in measurement readings, enabling precise control over machine movements. This capability is crucial for achieving tight tolerances and optimal machining results in diverse manufacturing tasks.
Incremental and Absolute Modes: The SDS2-3MS supports both incremental and absolute measurement modes, providing flexibility for various machining requirements. Operators can easily switch between modes as needed, ensuring adaptability to different machining scenarios.
 
Functionality:
 
The SDS2-3MS SINO Digital Readout (DRO) System for Lathe and Milling Machines allows for precise monitoring and control of machine movements during machining operations. By delivering real-time measurement feedback, operators can swiftly adjust and correct machining parameters to achieve the desired precision and quality in their workpieces. This system enhances operational efficiency and ensures consistent performance across a variety of machining tasks.
 
Usage:
The DRO system is extensively utilized in machining operations that demand precise measurement and control, including turning, milling, drilling, and boring. It finds applications across various industries, such as metalworking, woodworking, automotive, aerospace, and more.
Applicable Scenarios:
Lathe Operations: In lathe operations—which encompass facing, turning, tapering, threading, and grooving—the DRO system enables operators to monitor and control tool movements with high accuracy. This capability ensures that machining dimensions are precisely met, which is critical for manufacturing cylindrical or conical components used in numerous industries.
Milling Operations: For milling tasks, including contouring, slotting, drilling, and profiling, the DRO system is essential for tracking cutter movements. It allows operators to establish precise coordinates and accurately monitor tool positions throughout the milling process. This level of precision is vital for creating complex shapes and profiles in metals, plastics, and other materials used in manufacturing.
 
The SDS3MS DRO is a versatile digital readout system featuring a 3-coordinate numerical display, designed to seamlessly adapt to different machine tools by adjusting its parameters. This multipurpose gauge enables operators to switch functions effortlessly, making it suitable for a wide range of machining applications without requiring complex reconfiguration.
 
 
SINO SDS3MS digital readout parameters
 

1. Voltage Range: The DRO system operates within a voltage range of AC 85V to 250V and supports frequencies from 50Hz to 60Hz. This broad range ensures compatibility with various power systems globally.
2. Power Consumption: The system has a power consumption of 15 watts or 25 volt-amperes (VA), indicating the electrical load it places on the power source during operation.
3. Coordinate Number: The DRO supports coordinate display for one, two, or three axes. This flexibility allows it to be utilized with different types of machine tools requiring various axis configurations.
4. Display: It features a seven-segment display for showing numerical data. For systems with two or three axes, it can output information using eight-character alphanumeric displays, likely indicating axis positions or other relevant data.
5. Weight: The DRO system weighs approximately 2 kilograms (kg), a factor to consider for installation and transportation.
6. Input Signal: It accepts TTL (Transistor-Transistor Logic) and EIA-422 open collector output signals. These standard interfaces used in digital electronics and communications enhance the DRO's compatibility with programmable controllers and other equipment.
7. Input Signal Frequency: The DRO system can handle input signal frequencies exceeding 100 kHz. This high-frequency capability allows it to process rapid changes in position or other signals from machine tools operating at high speeds.
8. Resolution: The system offers selectable resolution options for connecting sensors or encoders, ranging from 10 micrometers (µm) down to 0.5 micrometers (µm). This fine resolution capability enables precise measurement and control of machining operations, which is crucial for achieving tight tolerances in manufacturing processes.

 
Basic Functions

• Conversion Between mm and Inches: The system allows for easy conversion between millimeters and inches, facilitating measurement in different units.
• Absolute and Relative Coordinate Transformations: It supports both absolute and relative coordinate transformations, enabling versatile positioning methods based on user preferences.
• Mid-Point Splitting Function: This function enables the division of distances into equal segments, ideal for precise machining tasks.
• Basic "R" Function for Radius Calculation: The DRO includes a basic "R" function for calculating radii, simplifying the process of machining rounded features.
• Smooth "R" Function for Precise Curves: A smooth "R" function is also available for creating accurate curves, enhancing the quality of machined profiles.
• Circle Circumference Division: The system can divide the circumference of a circle into equal parts, useful for tasks requiring evenly spaced holes or features.
• Storage of 200 Workpiece Zero Points: It offers the capability to store up to 200 zero points for various workpieces, improving efficiency and repeatability in machining operations.
• Hole Spacing Along Oblique Lines: The DRO allows for precise spacing of holes along angled lines, accommodating complex machining requirements.
• Mathematical Calculations Including Tool Diameter Compensation: It performs mathematical calculations such as tool diameter compensation, ensuring accurate machining results.
• Beveling Operations: The system supports beveling operations, enabling the creation of angled edges and features on workpieces.
• Automatic Reset to Zero Position: An automatic reset feature allows the system to return to the zero position quickly, streamlining the setup process for subsequent machining tasks.

 
Product image /photos:
 
 


The rack in the picture is optioned, not standard product.