The Default Setting Restoration Operation of SDVS30 series Intelligent Optical Feeding Parts Sorting Controller

Introduction

The SDVS30 series controller designed for sorting the feeding parts in Automatic vibrating feeding system. Sometimes, you maybe not sure which of the parameters has changed so that the controller can't work following your expectation, and you could use the Default Settings Restoration function to set all the parameters to the default value.

The operation of the Default Settings Restoration function as shown in the video:

Note

1. The above operation only takes the parameter group A as an example.
2. Each parameter group of A, B, C, D has its own reset function that "Default Setting Restoration".
3. The reset operation of parameter group B is similar to the parameter group A , and press the Set Button and Up Button for 2 seconds to enter the parameter group A setting interface and press the Switch Button to enter the parameter group B interface.
4. The reset operation of parameter group C, D are similar to the parameter group A, B.
5. Email : mz@cuhnj.com
6. Tel : 86-25-84730416
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Our new product SDVS30 series controllers sort feeding parts by optical feature of parts

Introduction

In automatic vibrating feeding system, you will encounter the situation that feeding workpiece has the same shape so that the feeding device can not sort it by shape. If the workpiece has different optical features itself, the SDVS30 series controller can sort the feeding parts based on its surface reflective property. The controller is so intelligent that you only need set it with simply operation steps. The following takes the sorting material as an example to introduce the operation steps of the controller.

The scene of sorting feeding parts with SDVS30 as follows:

Description of controller

The SDVS30 control panel as follows:

Figure 1: control panel of controller

The SDVS30 upper panel as follows:

Figure 2: upper panel of controller

The SDVS30 below panel as follows:

Figure 3: below panel of controller

Installation

You only need provide the compressed air which pressure not exceeds 5 Bar for the controller, and the air input tube installation as follows:

 Figure 4: installation of air input tube

The output air tube for blowing the parts, and its installation as follows:

 Figure 5: installation of air output tube

The installation of optical fiber sensor as follows:

Figure 6: installation of optical fiber sensor

Our SDVC series controller can power to the SDVS30 controller, and the wiring method as follows:

Figure 7:  wiring method of power supply for SDVS30

Sorting feeding parts video

This video include all the above operation steps of setting controller for sorting feeding parts and the effect of sorting feeding parts.

Note

1. The SDVS30 series controllers include two types controller : one (Type: SDVS301) has single optical fiber sensor and another (Type: SDVS30) has dual optical fiber sensor .
2. This controller can solve much problem in feeding system, please pay attention to the follow-up articles.
3. If you have any questions, please contact us or Leave message below. 
4. Email : mz@cuhnj.com
5. Tel : 86-25-84730416
6. Fax: 86-25-84730426

The "Preset Speed" help you using two digital signal to switch feeder speed that you could preset

INTRODUCTION

In the process of the auto-manufacturing, engineer need to switch between different speeds according to different materials. For convenience and easy adjustment, presetting the feeder speeds which will be remembered by the controller,  when the materials is changed, use two digital signal to Switch the corresponding speed that remembered.
I will show you how to use the "Preset Speed" function that switching the feeder speeds using two digital signal.

 READY

You need to prepare a vibratory feeder controller (Product Type: SDVC20S), 15 Pin Plug, two self-locked switch and some wires, As follows:

Figure 1: Vibratory feeder controller (Product Type: SDVC20S)

Figure 2: 15 Pin Plug 

Figure 3: two switches

THE METHOD OF WIRING

The schematic and physical diagram of wiring to the controller are as follows：

Figure 4: Schematic diagram of switch wiring

Figure 5: Physical diagram of switch wiring

The video 1 show you how to wire the switch to controller:

Video 1: wring the switch to the controller

PRESET SPEED

The "Preset speed" can switch between four speeds and the speed is decided by the combined state of two digital signals. when switch A or switch B signal is valid, The speed A or B indicator will be Correspondingly light up, as follows table 1:

Speed	The state of Speed A Indicator and Speed B Indicator	Default Output Voltage "H"
Speed 1	Speed A  Indicator:  Dark Speed B  Indicator:  Dark	150
Speed 2	Speed A  Indicator:  Dark Speed B  Indicator:  Light	160
Speed 3	Speed A  Indicator:  Light Speed B  Indicator:  Dark	170
Speed 4	Speed A  Indicator:  Light Speed B  Indicator:  Light	180

Note: you could find the output voltage "H" LED symbol on the panel of the controller.

The video 2 show you in details how to adjust the presetting speed, as follows:

Video 2: feeder speed adjustment

Note: The adjusting speed will be remembered by the controller automatically. 

The video 3 show you in details how to switch between four speeds which have preset in the video 2, as follows :

Video 3: switching between four preset speeds

NOTE

1. The type of switch A and switch B can be NPN sensor, self-lock switch, Relay or other NPN signal.
2. The type of controller including the "Preset Speed" function are SDVC20-L, SDVC22-S, SDVC21-S, SDVC34 Series, SDVC41-M.
3. If the preset speeds over four speeds, you could use the "Remote speed" function, please click here :The "Remote speed " help you to solve the trouble that manually adjusting the feeder speed
4. Each of our products have this "Preset Speed" function.
5. If you want to learn more about our products, please follow  CUH Twitter.
6. When using the controller, if you have any questions, please contact us or Leave a message below. 
7. Email : mz@cuhnj.com
8. Tel : 86-25-84730416
9. Fax: 86-25-84730426

    

The "Remote Speed " help you to solve the trouble that manually adjusting the feeder speed

  INTRODUCTION

      For safety and beauty, the vibratory feeder controller as an important part of the vibratory feeding system is usually installed in the control cabinet，and sometimes you need to open the door of control cabinet frequently to adjust the output voltage of the controller. For convenience, The Remote Speed of our controller can help you to adjust the output voltage remotely.
      There are three methods to achieve "Remote Speed" : Linear Potentiometer, 1~5 V analog voltage signal and 4~20 mA analog current signal.

READY

      You need to prepare a vibratory feeder controller (Product Type: SDVC20S)，PLC , a Linear Potentiometer, 15 Pin Plug and some wires, As follows:

Figure 1: Vibratory feeder controller (Product Type: SDVC20S)

Figure 2: PLC

Figure 3: Linear Potentiometer 

Figure 4: 15 Pin Plug 

Using Potentiometer To Achieve Remote Speed Control

• The schematic and physical diagram of wiring potentiometer to the controller are as follows：

                   

Figure 5: Schematic diagram of potentiometer wiring

Figure 6: Physical diagram of potentiometer wiring

• The video 1 will teach you in detail how to adjust the Linear Potentiometer achieving the function .

Video 1:  The method of adjusting Linear Potentiometer to control the feeder speed

Using 1~5 V Signal To Achieve Remote Speed Control

• The schematic and physical diagram of wiring the 1~5 V signal to the controller are as follows：

Figure 7: Schematic diagram of 1-5 V PLC wiring

Figure 8: Physical diagram of 1-5 V PLC wiring

• The video 2 will teach you in detail how to use the 1~5 V Signal to control   feeder speed remotely.

Video 2:  The method of 1-5 V Signal controlling the feeder speed

Using 4~20 mA Signal To Achieve Remote Speed Control

• The schematic and physical diagram of wiring 4~20 mA signal to the controller are as follows：

Figure 9: Schematic diagram of 4~20 mA  PLC wiring

Figure 10: Physical diagram of 4~20 mA  PLC wiring

• The video 3 will teach you in detail how to use the 4~20 mA Signal to control  feeder speed remotely.

Video 3:  The method of 4~20 mA Signal controlling the feeder speed

NOTE

1. When the Remote speed is valid, the "Remote ctrl" indicator on the panel of the controller lights up.
2. If you find the feeder speed increased with Anticlockwise rotating the potentiometer, when using the potentiometer to adjust the feeder speed, you could exchange the location of the +5 V wire and the GND wire, so that the feeder speed increase with clockwise rotating the potentiometer.
3. When the Voltage signal above 0.5 V in using the 1-5 V Signal to control feeder speed, the Remote Speed is valid.
4. When the Current signal above 2 mA in using the 4-20 mA Signal to control feeder speed, the Remote Speed is valid.
5. When using the controller, if you have any questions, please contact us or Leave a message below. 
6. Each of our products have this "Remote Speed" function.
7. If you want to learn more about our products, please follow  CUH Twitter.
8. Email : mz@cuhnj.com
9. Tel : 86-25-84730416
10. Fax: 86-25-84730426