Vibrator Controller SDVC-21S

Name: Vibrator Controller SDVC-21S
Brand: SAI TECH CONTROLS
Price: 2500.0 INR
Availability: InStock

Price 2500.0 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Vibrator Controller SDVC-21S Specification

Surface Finish
Coated metal

Product Type
Vibrator Controller

Usage & Applications
Industrial

Cable Type
Power Cable

Warranty
1 Year

Phase
Single Phase

Display Type
Nil

Material
MS

Frequency
50-60 Hertz (HZ)

Adjustment
Manual potentiometer dial for amplitude control

Frequency Range
50Hz/60Hz

Output Current Capacity
Up to 6A (RMS)

Application
Linear vibratory feeders, conveyors, and automation equipment

Input Voltage
230V AC 10%, 50/60Hz

Mounting Type
Wall or panel mountable

Output Voltage
0-230V adjustable AC output

Material
Powder-coated metal housing

Operating Temperature
0C to 50C

Control Type
Solid-state electronic (Thyristor or Triac control)

Protection
Overload and short-circuit protection

Indication
LED for power and output status

Vibrator Controller SDVC-21S Trade Information

Minimum Order Quantity
1 Unit

Delivery Time
5-10 Days

Main Domestic Market
All India

About Vibrator Controller SDVC-21S

Shop Now and secure this scarce Linear Vibrator Controller, an elite solution for precision control in industrial automation. Ace engineers trust its famed reliability and extraordinary control accuracy. Operating at 230V AC 10%, it delivers an adjustable output up to 230V with solid-state electronic circuitry (thyristor/triac). Handle up to 6A (RMS) across a wide temperature range with powder-coated durability. LED indicators ensure instant status visibility, while manual amplitude adjustment allows for superior customization. Its compact and robust design, plug-and-play connections, and versatile mounting make it the top choice for vibratory feeders or conveyors. Manufactured in India.

Versatile Applications for Diverse Industries

The Linear Vibrator Controller is ideal for more than standard vibratory feeders and conveyors. Its adaptability makes it suitable for packaging lines, part sorting systems, and material handling equipment. Whether applied on industrial production floors, assembly lines, or process automation settings, the controller offers robust performance across a variety of surfaces and environments, ensuring precise amplitude control and consistent operation wherever high-efficiency feeding or conveying is required.

Sample Policy, Certifications & Supply Information

Quick dispatch of sample units is available for evaluation and integration into your system. Shipped goods adhere to international safety standards, with controller units certified for industrial use. Reliable supply ability ensures prompt fulfillment of bulk and custom orders, minimizing freight delays. Clients benefit from efficient logistics, streamlined order processing, and continuous support, enabling rapid solution deployment within their operational frameworks.

FAQ's of Linear Vibrator Controller:

Q: How does the controller regulate the vibration amplitude of feeders or conveyors?

A: The controller uses a manual potentiometer dial to adjust the output voltage, enabling precise regulation of vibration amplitude for optimal feeding and conveying performance.

Q: What is the process for mounting and connecting the Linear Vibrator Controller?

A: The unit offers flexible mounting options, allowing for easy installation on walls or panels. Connections are straightforward with Faston terminal outputs and plug-in input, compatible with various types of vibrators.

Q: Where can this controller be used apart from vibratory feeders?

A: Beyond vibratory feeders, the Linear Vibrator Controller is suitable for conveyors, packaging systems, material sorting equipment, and other automation applications requiring vibration control.

Q: What benefits does its solid-state electronic control type provide?

A: Solid-state electronic control (thyristor or triac) ensures stable, accurate, and reliable operation, minimizing wear and extending the life of both the controller and connected vibratory equipment.

Q: When is overload or short-circuit protection activated?

A: Protection mechanisms automatically engage whenever abnormal electrical conditions such as overloads or short-circuits are detected, safeguarding the controller and connected devices.