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Vibrator Controllers CUH SDVC31-L: 4.5A SDVC31-XL:6.0A

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Vibrator Controllers CUH SDVC31-L: 4.5A SDVC31-XL:6.0A

Name: Vibrator Controllers CUH SDVC31-L: 4.5A SDVC31-XL:6.0A
Brand: SAI TECH CONTROLS
Price: 16500.0 INR
Availability: InStock

Price 16500.0 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Vibrator Controllers CUH SDVC31-L: 4.5A SDVC31-XL:6.0A Specification

Product Type
Vibrator Controller

Warranty
1 year

Usage & Applications
Industrial

Rated Voltage
110-220 Volt (V)

Cable Type
Power Cable

Phase
Single Phase

Display Type
Nil

Frequency
50-60 Hertz (HZ)

Operating Temperature
-10C to +50C

Adjustment
Digital control with knob and buttons

Application
Electromagnetic vibratory feeder drive control

Soft Start
Yes, programmable

Case Material
Flame-retardant ABS plastic

Display
LED numeric for amplitude status

Control Method
Phase angle control

Mounting Type
DIN rail or panel mount

Output Voltage
Maximum output voltage same as supply voltage

Output Current
SDVC31-L: 4.5A, SDVC31-XL:6.0A

Overload Protection
Yes, electronic and fuse

Weight
Approx. 450g

Input Voltage
AC 110V/220V 15% 50/60Hz

Vibrator Controllers CUH SDVC31-L: 4.5A SDVC31-XL:6.0A Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
5-10 Days

Main Domestic Market
All India

About Vibrator Controllers CUH SDVC31-L: 4.5A SDVC31-XL:6.0A

Product details

Type	SDVC31-L 4.5A SDVC31-XL6.0A
Current	1.5 A
Country of Origin	Made in India
Brand	Sai Tech Controls
Voltage	240 V

FEATURES :
Automatic Voltage Regulation: Eliminate feed speed variation caused by mains voltage fluctuation.
Soft Startup: in order to avoid sudden shock to the feed material end vibratory feeder. the controller can gently increase output voltage from 0 to the preset value when startup.
Preset Speeds : 4 preset feed speeds can be stored and output by external short-circuit signal.
Remote ON/OFF Control: Each stde of the conttoller has 2 groups of ON/OFF control pins. Switch sensor or PLC can be connected to them to turn on/off the controller.
Photoelectric ON/OFF Control: The CUH Intelligent Photoelectric Sensor can be connected to tum on/off the controller.
Remote Speed Control: Output Voltage of the controller can be adjusted remotely by an external polentiometer, a PLC. or a 1-5V DC signal.
DC Control Output: The controller can output low voltage DC power associated with logical relation setting of the ON/OFF Control to drive a solenoid.

an electrical relay or other external devices.
Overheat Protection: if internal temperature of the controller gets too high. the conttoller will stop its output to protect itself.
Over current Protection: If output current exceeds its rated value by misoperation.the controller will stop its output to protect the controller and vibratory feeder.
Short -Circuit Protection: If output of the controller is short-circuited, the fuse inside the controller will be blown to protect the controller and vibratory feeder from further damage.

Precision Digital Control

CUH SDVC31 series controllers provide intuitive amplitude adjustment using a combination of digital buttons and a rotary knob. The device's LED numeric display lets users monitor and fine-tune the vibratory feeder's performance with high accuracy, ensuring optimal feeding rates and stable operation in various industrial settings.

Robust Protection and Build

Built with flame-retardant ABS plastic, these controllers are engineered for both durability and safety. They incorporate electronic and fuse overload protection mechanisms, as well as programmable soft start functionality-helping extend equipment lifespan and prevent damage, even during demanding operational cycles.

Flexible Installation and Application

With support for both DIN rail and panel mounting, the SDVC31 series is easy to integrate into new or existing control systems. Its compact size and screw terminal connections simplify setup. Designed primarily for electromagnetic vibratory feeder drives, they offer automatic regulation optimizing performance in industrial automation processes.

FAQ's of Vibrator Controllers CUH SDVC31-L: 4.5A SDVC31-XL:6.0A:

Q: How do I adjust the amplitude on the SDVC31-L and SDVC31-XL controllers?

A: Amplitude adjustment is performed digitally using the knob and buttons located on the controller's front panel. The current settings are displayed in real time on the LED numeric display, allowing for precise calibration to suit your feeder's requirements.

Q: What protections are built into these vibrator controllers?

A: Both models feature electronic overload and fuse protection. They also include programmable soft start functionality, which helps avoid sudden surges that could damage the feeder or controller components.

Q: When is it appropriate to use the SDVC31-L versus the SDVC31-XL model?

A: Choose the SDVC31-L if your application's output current requirement is up to 4.5A. Opt for the SDVC31-XL for applications demanding up to 6.0A output current. Both units share the same input voltage range and physical size, making selection based on current capacity straightforward.

Q: Where can I mount the SDVC31 series controllers?

A: The controllers are designed for versatile mounting, supporting both DIN rail and panel installation. This flexibility allows easy integration in different industrial control cabinet setups.

Q: What are the main benefits of using these controllers in vibratory feeder systems?

A: These controllers ensure stable and accurate feeder operation through phase angle control and digital adjustment. The programmable soft start, overload protection, and voltage stability features contribute to greater equipment longevity and consistent feeding performance.

Q: How do I connect the power supply and feeder to the controller?

A: Both AC input and output connections are made via screw terminal blocks. The maximum output voltage matches the supply voltage, ensuring compatibility with standard feeder systems.

Q: What is the operating temperature range for these controllers?

A: The SDVC31-L and SDVC31-XL are designed to operate reliably in ambient temperatures from -10C to +50C, making them suitable for a variety of industrial environments.

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