Reversible Mixer Weighing Controller

Name: Reversible Mixer Weighing Controller
Brand: V. R. Enterprise
Price: 10800 INR
Availability: InStock

Price 10800 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Reversible Mixer Weighing Controller Specification

Connection
Field wiring terminal strip

Accuracy
High precision load cell

Function
Mixer weighing and control

Size
Panel mounted

Model Number
3 bin feedar + water

Voltage
230 V AC

Mounting
Wall or panel

Status Indication
LED based

Usage
Mixer machine

Automation
Automatic grade

Control Relay
Heavy duty

Power Supply
230 V AC

Frequency
50 Hz

Cabinet
Powder coated

Keyboard
Membrane type

Output
Relay output

Display
Digital

Reversible Mixer Weighing Controller Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
500 Pieces Per Month

Delivery Time
7 Days

About Reversible Mixer Weighing Controller

Unlock the full potential of your mixing operations with the Reversible Mixer Weighing Controller, model 3-bin feeder + water. This lofty device boasts digital display and high-precision load cell accuracy, ensuring valuable results in every batch. Designed for versatility, it offers automatic functioning and a grand powder-coated cabinet for durability. Explore seamless control through its membrane keyboard and LED-based status indicators. Ready for field wiring or panel mounting, this controller caters to demanding industrial needs across India, delivering consistent, reliable performance as a manufacturer, service provider, supplier, and trader.

Versatile Application & Sophisticated Features

The Reversible Mixer Weighing Controller is tailored for mixer machine applications, ensuring accuracy and reliability. With digital display, advanced automation, and high-precision load cell, it delivers consistent weighing and control. Its heavy-duty relay and membrane-type keyboard enhance durability for industrial use. Suitable for manufacturing units and construction sites, this controller adapts to either wall or panel mounting, facilitating easy integration and use for professionals seeking robust, valuable machinery solutions.

Certifications, Samples, and Transparent Quotation Process

Committed to quality assurance, the Reversible Mixer Weighing Controller comes with authentic certifications endorsing its robust standards. Samples are available for clients aiming to evaluate performance before commitment. For budgeting, we provide a comprehensive quotation or asking price upon request, ensuring transparency in estimate calculations. Flexible payment terms are offered, making it convenient and efficient for partners to secure this high-value product for their businesses across India.

FAQ's of Reversible Mixer Weighing Controller:

Q: How does the Reversible Mixer Weighing Controller enhance mixer machine operations?

A: The controller automates weighing and control for mixer machines, delivering high accuracy with its precision load cell, optimizing batching, and minimizing manual errors.

Q: What features distinguish this controller from conventional weighing systems?

A: It offers digital display, heavy-duty control relay, LED status indication, and a robust powder-coated cabinet-features that deliver both durability and operational clarity.

Q: When is it most suitable to use this controller in industrial applications?

A: This controller is ideal for batching, mixing, and feeding operations in manufacturing or construction environments requiring reliable, automated weighing solutions.

Q: Where can the Reversible Mixer Weighing Controller be mounted?

A: It supports both wall and panel mounting, allowing flexible installation in various industrial setups and control rooms.

Q: What is the process to request a quotation or sample for this controller?

A: Interested clients can contact the supplier directly with their requirements to receive a detailed asking price, estimate, or to request a functional sample for evaluation.

Q: What are the main benefits of using this controller in mixer machines?

A: Key benefits include heightened batching accuracy, reduced human intervention, improved process efficiency, and robust performance even in demanding industrial environments.

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