MAX CONTROL SYSTEMS

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MAX CONTROL SYSTEMS Specification

Connectivity Type
Wired

Way
3 Way/4 Way

Cabinet Material
MS Powder Coated

Control System
Automatic / Manual

Current Rating
630A

Operating Voltage
415V AC

Cover Material
Powder Coated Steel

Components
MCB, MCCB, Contactor, Relays

Protection Class
Class I

Rated Operation Voltage
415 VAC

Thickness
1.6 mm

Protection Level
IP54

Rated Insulation Voltage
690 V

Cooling System
Air Vented

Features
Robust Construction, Easy Maintenance

Base Material
Mild Steel Sheet

Panel Type
Control Panel

Rated Current
630A

Product Type
Electrical Control Panel

Material
Mild Steel

Surface Finish
Powder Coated

Standard
IEC 61439

Surface Color
Grey

Rated Voltage
415 V

Frequency (MHz)
50 Hz

Maximum Output Current
630A

Dimension (L*W*H)
900 x 600 x 250 mm

Application
Industrial Automation

IP Rating
Ip54

Display Type
Digital

About MAX CONTROL SYSTEMS

Personalise your industrial automation with MAX CONTROL SYSTEMSa gilt-edged control panel solution expertly crafted for reliability. Capitalise on its peerless engineering, featuring robust floor or wall mounting, a dust- and vermin-proof enclosure, and masterful use of mild and electrolytic copper. Grab this masterpiece, compliant with IEC 61439, offering 3 Phase input, digital display, LED indicators, and advanced protection. Its 1.6 mm mild steel shell, powder-coated finish, and air-vented system ensure durability, easy maintenance, and optimum performance up to 630A, making it a standout in automation control.

Material Excellence & Versatile Applications

MAX CONTROL SYSTEMS is built with premium mild steel, finished in an industrial-strength powder coat, ensuring resilience against harsh environments. Gilt-edged electrolytic copper bus bars provide superb electrical conductivity. Suitable for a vast spectrum of industrial automation, the system performs peerlessly on varied application surfaceswhether factories, plants, or commercial control roomsoffering a robust and reliable solution where durability and performance cannot be compromised.

Sample Access, Market Reach & Packaging Logistics

Sample units of MAX CONTROL SYSTEMS are available for hands-on evaluation, helping clients capitalise on wise expenditure decisions. With a wide domestic market presence, your orders are shipped promptly via secure logistics channels. Each panel is meticulously packaged to prevent transit damage, ensuring your control masterpiece arrives in pristine condition. Smooth, reliable shipment supports your operations with minimal downtime and full confidence in delivery.

FAQs of MAX CONTROL SYSTEMS:

Q: How does MAX CONTROL SYSTEMS ensure protection against dust and vermin?

A: MAX CONTROL SYSTEMS is engineered with an IP54-rated enclosure, designed to be both dust proof and vermin proof. This robust build maintains performance and safeguards internal components in challenging environments.

Q: What are the mounting options available for this control panel?

A: MAX CONTROL SYSTEMS can be easily personalised with either a floor mount or wall mount setup, supporting various installation requirements in industrial spaces.

Q: Where can I use MAX CONTROL SYSTEMS for optimal performance?

A: These control panels excel in industrial automation environmentsfactories, plants, and large commercial settingsanywhere robust control and peerless connectivity are critical.

Q: What is the process for getting a sample of MAX CONTROL SYSTEMS?

A: Clients can request sample units for evaluation; our team will coordinate logistics and ship the product safely, with packaging designed to resist in-transit damage.

Q: What are the major benefits of its electrolytic copper bus bar material?

A: Electrolytic copper used in the bus bars provides excellent electrical conductivity, reduced energy loss, and enhances performance, ensuring a gilt-edged standard in operational reliability.

Q: How do the digital display and LED indicator lamps aid usage?

A: The digital display and LED-type indicator lamps deliver clear, real-time status notifications and control feedback, streamlining both manual and automatic system operation.

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