Product Description
1. Automatic Voltage Regulation: The built-in Digital Voltage Regulation function can eliminate feeding speed variation caused by mains voltage fluctuation.
2. Soft Startup: In order to avoid sudden shock to the work pieces, SDVC20-S Variable Voltage Vibratory Feeder Controller can gently increase output voltage from 0 to the pre-set value when startup.
3. Soft Startup Time Setting: Soft Startup Time can be set exactly in digital numbers.
4. Dual Control Signals Input: Dual control signals input of Work-pieces-Full and Work-piece-Empty could form the logical control relation of AND, OR, NOT, XOR, and all the others.
5. Output Voltage Preset Function: Up to four preset output voltage values can be chosen by external control signals.
6. Halt When Work-pieces Are Full: A NPN sensor can help to stall the controller when work-pieces are full and help to fulfill the functions of Soft Startup Time Setting, Startup Delay, Shutdown Delay, and Logical Relation Adjusting.
7. Intelligent Photoelectric Sensing: Our adaptive Intelligent Photoelectric Sensor can help to stall the controller when work-pieces are full or work-piece is empty and can help to fulfill the functions of Soft Startup Time Setting, Startup Delay, Shutdown Delay, and Logical Relation Adjusting.
8. Remote Speed Control: Output voltage of the controller can be controlled by an external potentiometer, a PLC, or a voltage control signal ranging form 1V to 5V.
9. Controlling Output: The Controlling Output signal outgoing from the transistor can coordinate a solenoid valve or other external devices with the controller.
10. Overheat Protection: SDVC20-S Variable Voltage Vibratory Feeder Controller will halt its output to protect itself when operating temperature is too high.
11. Current Overload Protection: SDVC20-S Variable Voltage Vibratory Feeder Controller will halt its output to ensure equipment operation safety when operating current exceeds its rated value.
Dimensions: 111*76*48.5(L*W*H, mm)
| Item | Value | Unit | Description | |
| MIN | MAX | |||
| Input Power Voltage | 85 | 260 | V | AC RMS Vaule |
| Output Power Voltage | 0 | 260 | V | Less than Input Power Voltage |
| Output Current | 0 | 5 | A | |
| Output Frequency | 50/100 | Hz | Mains Frequency is 50Hz | |
| 60/120 | Hz | Mains Frequency is 60Hz | ||
| Output Power | 0 | 1100 | VA | |
| Output Waveform | Tangent Sine | |||
| Voltage Adjusting Accuracy | 1 | V | ||
| Time Delay Range | 0 | 20 | s | |
| Time Delay Accuracy | 0.1 | s | ||
| Soft Startup Time | 0 | 10 | s | |
| Auxiliary Power Supply Voltage | 11 | 13 | V | 12V DC Controlling Power Supply |
| Auxiliary Power Supply Current | 0 | 200 | mA | 12V DC Controlling Power Supply |
| Standby Power Consumption | 1.5 | 3 | W | |
| Display Method | 4 | digit | LED Digital Tube | |
| Control Method | 1-5 | V | Remote Controlled Voltage | |
| Standard TTL Electric Level | Switching Signal | |||
| 4 Buttons plus LED | Touch Button Keyboard | |||
| Ambient Temperature | -10 | 45 | Non-condensing | |
| Working Environment Humidity | 10 | 85 | ||















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