• Yellow 2 Axis Linear Lcd Lathe Machine Dro For Machine Tools
  • Yellow 2 Axis Linear Lcd Lathe Machine Dro For Machine Tools
  • Yellow 2 Axis Linear Lcd Lathe Machine Dro For Machine Tools
  • Yellow 2 Axis Linear Lcd Lathe Machine Dro For Machine Tools
  • Yellow 2 Axis Linear Lcd Lathe Machine Dro For Machine Tools
  • Yellow 2 Axis Linear Lcd Lathe Machine Dro For Machine Tools
  • Yellow 2 Axis Linear Lcd Lathe Machine Dro For Machine Tools
  • Yellow 2 Axis Linear Lcd Lathe Machine Dro For Machine Tools

Yellow 2 Axis Linear Lcd Lathe Machine Dro For Machine Tools

Name: 2 Axis Dro Keyword: Digital Position Readout
Color: Yellow Material: Aluminum
Display: 0.1µm, 0.5µm, 1µm, 5µm Usage: Milling, Lathe, Grinding, Boring, Wire Cut
Power Supply: 110V / 220V Output Signal: TTL
  • Yellow 2 Axis Linear Lcd Lathe Machine Dro For Machine Tools
  • Yellow 2 Axis Linear Lcd Lathe Machine Dro For Machine Tools
  • Yellow 2 Axis Linear Lcd Lathe Machine Dro For Machine Tools
  • Yellow 2 Axis Linear Lcd Lathe Machine Dro For Machine Tools
Description
  The core design principle of ES-14 is to offer the most noise-resistant readout system available. Meticulous PCB and component arrangement adhere rigorously to all established guidelines to maximize noise immunity and EMC performance.
  A linear power supply is utilized to optimize noise immunity against electrical interference. 

Yellow 2 Axis Linear Lcd Lathe Machine Dro For Machine Tools 0 

DRO
* Displaying as 8 digits with green LED.
* Aluminum casing,industrial quality.
* High integration makes the performance be stable.
* Light touch button service life more than 100000 times.
 

 

New type Switching power unit

 Switching power supplies offer several advantages over traditional linear power supplies, making them a popular choice for various applications. Here are some of the key benefits:

1. Efficiency: Switching power supplies are generally more efficient than linear power supplies because they only use as much power as needed. They work by switching on and off rapidly to control the amount of power delivered, minimizing energy waste as heat. This high efficiency also means that less energy is used, which can reduce operational costs.

2. Size and Weight: Due to their high efficiency and the nature of their design, switching power supplies are typically smaller and lighter than linear power supplies. This is particularly advantageous in applications where space and weight are critical factors, such as in mobile and aerospace technologies.

3. Cost-effectiveness: Although the initial cost might be higher than linear power supplies, the overall cost-effectiveness of switching power supplies is better when considering their efficiency and the reduced energy costs over time.

4. Flexibility: Switching power supplies can be designed to operate efficiently over a wide range of input voltages and to provide various output voltages, making them versatile for use in multiple applications and across different power systems.

5. Reduced Heat Dissipation: Because they are more efficient and waste less power as heat, switching power supplies contribute to less thermal stress on devices, enhancing reliability and longevity.

6. Faster Response Time: Switching power supplies can respond more quickly to changes in load and input voltage, providing stable output despite fluctuations.

These attributes make switching power supplies suitable for a wide variety of electronic devices, including computers, telecommunications equipment, and industrial machinery, where efficiency, size, and weight are of great importance.
 

EMC Testing equipment


Testing for Electromagnetic Compatibility (EMC) is crucial for ensuring that electronic devices operate effectively without causing or suffering from electromagnetic interference (EMI). 

Yellow 2 Axis Linear Lcd Lathe Machine Dro For Machine Tools 2

In summary, EMC testing is essential for ensuring that electronic devices can coexist within their intended operational environments without causing or being susceptible to disruptive electromagnetic interference, thus maintaining functionality and safety.

Technical Specification 


 

Model number  ES-14
Axis number  2 Axis
Axis Display resolution  0.1μm, 0.5μm, 1μm, 5μm
Signal Output  TTL
Voltage  AC110 V - 220 V / 50Hz - 60Hz
Gross Weight (kg)  3.5

Input frequency

 2 MB Hz
Keyboard  Light touch buttons
Operating temperature  0℃ - 45℃
Storage temperature  -40℃ - 55℃
Relative humidity  ≤ 95%
Inputs  3 optical linear scale
EMC Standard

 IEC61000-4-2 / GB / T 17799-2

 IEC61000-4-4 / GB / T 17799-4

 IEC61000-4-5 / GB / T 17799-5

  


Basic parameter is included as below:

  •  Centering (1/2)
  •  Metric / inches Display (mm / Inch)
  •  Absolute / incremental (ABS / INC)
  •  Power off Memory (30 subdatum)
  •  199 subdatum
  •  Reference Memory (REF)
  •  Build in Calculator
  •  Pitch Circle Diameter (PCD)
  •  Line Hole Positioning (LHOLE)
  •  Simple “R” Function
  •  Linear Error Compensation
  •  Non Linear Error Compensation
  •  Axis Speed Display
  •  Radius / Diameter (Lathe function)
  •  Z axis Summation(Lathe function)

 

Connector interface 


 

PIN 1 2 3 4 5 6 7 8 9
TTL Signal --- 0V --- GND --- A 5V B R
Cable --- Orange --- Ground --- Yellow      

 

Yellow 2 Axis Linear Lcd Lathe Machine Dro For Machine Tools 3

FAQ


1. Who we are?

Easson has been involved in the design and production of precision measuring instruments for over two decades, specializing in CNC Video Measurement Systems, Optical Profile Projectors, Digital Readout Systems (DRO), and Linear Encoder Glass Scales. 

2. How can we guarantee quality?

We are implementing the Total Quality Management (TQM) system to our factory in China more than 20 years. Strict control of production processes and quality records and labour trainning, also products aging test etc.. All this to ensure the quality assurance always be implemented throughout all the production processes. 

3. Did you accept OEM customized service?
A: Yes, we can provide not only typical products but also the products customized to customer's request based on the order quantity.

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