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SDVC31 , CUH, Variable Frequency Digital Controller for Vibratory Feeder

SDVC31 , CUH, Variable Frequency Digital Controller for Vibratory Feeder

SKU: SDVC31-CUH-VARIABLE-FREQUENCY-DIGITAL-CONTROLLER-FOR-VIBRATORY-FEEDER

Regular price $73.00
Regular price Sale price $73.00
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Product Information

Item Details
Product Model Series SDVC31-S(1.5A), SDVC31-M(3.0A), SDVC31-L(4.5A), SDVC31-XL(6A), SDVC31-U(10A)
Manufacturer CUH 
Type Variable Frequency Digital Controller for Vibratory Feeder

Weight

(without accessory)

SDVC31-S(1.5A): 560g
SDVC31-M(3.0A): 860g 
SDVC31-L(4.5A): 1240g 
SDVC31-XL(6A): 1720g 
SDVC31-U(10A): 2670g 

Package Dimensions

(L×W×H)

SDVC31-S(1.5A): 190×53.6×94.5 mm 
SDVC31-M(3.0A): 190×100.8×94.5 mm 
SDVC31-L(4.5A): 190×124×94.5 mm 
SDVC31-XL(6A): 190×147.8×94.5 mm 
SDVC31-U(10A): 190×242×94.5 mm 

Key Specifications

Category Parameter SDVC31-S(1.5A) SDVC31-M(3.0A) SDVC31-L(4.5A) SDVC31-XL(6A) SDVC31-U(10A) Unit Description
Input Parameters Input Voltage 85–260 V (AC RMS) Input voltage range
Output Voltage Parameters Adjustable Output Voltage 0–260 V ≤ 150% of input voltage
Voltage Adjustment Accuracy 1 V Voltage adjustment precision
Voltage Regulation Accuracy 0–10% % ΔVout/ΔVin
Response Time of Regulation 0.0025–0.025 s Voltage regulation response time
Output Current & Power Adjustable Output Current 0–1.5 0–3 0–4.5 0–6 0–10 A Output current range
Output Power 0–330 VA 0–660 VA 0–990 VA 0–1320 VA 0–2200 VA VA Output power range
Frequency Parameters Output Frequency 40–400 Hz Adjustable frequency range
Frequency Adjustment Accuracy 0.1 Hz Frequency adjustment precision
Time-related Soft Start Time 0–10 (0.5 default) s Soft start time range (default: 0.5s)
On/Off Delay Time 0–20 (0.2 default) s On/off delay time range (default: 0.2s)
Delay Time Accuracy 0.1 s On/off delay time precision
Protection Overheat Protection Temp 58–66 60–65 °C Trigger temperature for overheat protection
Other Parameters DC Control Output Voltage 22–26 V DC control output voltage
DC Control Output Current 0–200 mA DC control output current
Analog Control Signal 1–5 V Remote speed control voltage
Digital Control Signal 24 V Digital switching signal
Adjustment Method 6-button - Keypad adjustment method
Standby Power Consumption 3 W Standby power consumption
Display Method LED Digital Tubes - Display type
Ambient Temperature 0–40 °C Operating temperature (no condensation)
Ambient Humidity 10–60% % Relative humidity range

Functional Capabilities

  • Frequency Adjustment: Manually adjust output frequency to match the resonant frequency of vibratory feeders, enabling smooth, quiet, and energy-efficient material feeding.
  • Automatic High-Precision Voltage Regulation: Internal digital circuitry eliminates feed speed variations caused by mains voltage fluctuations.
  • Time-Adjustable Soft Start: Gradually increases output voltage from 0 to the preset value during startup to avoid mechanical shock, with digitally configurable soft start time.
  • Multi-Mode Control: Supports ON/OFF control via 1 NPN switch sensor, PLC, or CUH Intelligent Photoelectric Sensor; remote speed adjustment via external potentiometer, PLC, or 1–5V DC signal.
  • DC Control Output: Provides low-voltage DC power to drive solenoids or external devices in conjunction with controller ON/OFF states.
  • Keypad Lock: Prevents misoperation by locking all buttons via a 2-second long-press on the ON/OFF button.
  • Comprehensive Protection: Includes digital overheat protection, overcurrent protection, restorable short-circuit protection, and presettable max output voltage to safeguard the load.

Technical Features

  • Digital Control Architecture: Enables precise regulation of frequency, voltage, and time parameters for consistent performance.
  • High-Precision Regulation: Achieves tight voltage and frequency control with minimal error margins, ensuring stable operation.
  • Soft Start Technology: Reduces mechanical stress on feeders during startup, extending equipment lifespan.
  • Robust Protection Mechanisms: Instantaneous responses to overheat, overcurrent, and short-circuit events to prevent damage to the controller and load.

Application Areas

Vibratory Feeder Systems: Ideal for industrial production lines requiring stable and efficient material feeding, such as in manufacturing, packaging, and automation industries.

Disclaimer

This product brief is generated by AI based on information from the website.  For accurate and complete technical specifications, please refer to the official documentation from CUH. The content here is for general reference only and may not include all model-specific details or updates.

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