Solid State Sequential Controller

Name: Solid State Sequential Controller
Brand: MANIKS
Price: 15000 INR
Availability: InStock

Price 15000 INR/ Piece

Get a Price/Quote

MOQ : 2 Pieces

Solid State Sequential Controller Specification

Frequency
50Hz

Mounting Type
Panel

Usage & Applications
Dust Collector System

Current
2 A

Product Type
Solid State Sequential Controller

Operating Temperature
00C to 500C

Application
Used To Control The Operation Of Pilot Valves In Dust Collector Equipment

Supply Voltage
230V AC

Number of Channels
16

Panel Cut-out Required
Yes

Input Type
Digital

Manual Override
Available

PCB Material
FR Grade

Control Type
Sequential

Relay Output
Provided

Power Consumption
Low

LED Indicators
Integrated

Solid State Sequential Controller Trade Information

Minimum Order Quantity
2 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Solid State Sequential Controller

Seize this Limited Time Bargain on our peerless Solid State Sequential Controller, crafted for valuable savings and dependable operation. Featuring 16 channels, low power consumption, and a robust FR Grade PCB, it ensures efficient control in dust collector equipment. Benefit from astounding practicality with relay outputs, digital input, integrated LED indicators, and manual override. Compatible with panel mounting and operating efficiently between 0C and 50C, this controller is ideal for demanding plant environments. Secure yours for superior performance and cost-effective plant management in India!

Plant Usage and Targeted Application

The Solid State Sequential Controller is engineered for use in dust collector systems, providing sequential control for pilot valves. Its design suits a wide range of industrial facilities, especially those requiring reliable valve operation management. Specifically tailored for dust collection plant applications, this controller enhances system performance, reduces manual intervention, and ensures meticulous operational sequencing-making it an ideal choice for industrial users seeking seamless process control and dependable results.

Export, Shipping and Pricing Information

Our Solid State Sequential Controller ships via main FOB ports in India and is available for global export, prioritizing Asian, African, and Middle Eastern markets. Each unit is shipped promptly, typically within business-standard delivery timeframes, ensuring minimal wait after confirming your order. With a competitive list price, buyers enjoy valuable product expenditure savings without sacrificing quality. Invest in a peerless solution for industrial dust control-shipped reliably and ready to enhance your facility's operational efficiency.

FAQ's of Solid State Sequential Controller:

Q: How does the Solid State Sequential Controller enhance dust collector system performance?

A: This controller synchronizes the operation of pilot valves, ensuring efficient dust removal and optimized air quality in industrial plants. Its sequential logic boosts system reliability and reduces maintenance requirements.

Q: What are the main benefits of the panel-mounted design for this controller?

A: Panel mounting enables easy integration into existing control systems, ensures secure installation, and provides convenient access for monitoring and manual overrides, all within a protected enclosure.

Q: Where can the Solid State Sequential Controller be used most effectively?

A: It is ideally used in dust collector equipment across manufacturing, processing, and industrial plants where consistent, automated valve operation is critical to system performance and air quality control.

Q: What type of input and output does the controller support?

A: The controller is equipped with digital inputs and relay outputs, allowing seamless interfacing with a range of sensors and actuators commonly found in dust control systems.

Q: When should the manual override function be used?

A: Manual override is valuable during maintenance, troubleshooting, or unexpected equipment failures, offering users direct control over the pilot valve sequence without interrupting the automated process.