MURR ELEEKTRONIK MVK-MP A14[U] DIO4 [DIO4] COMPACT MODULE

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MURR ELEEKTRONIK MVK-MP A14[U] DIO4 [DIO4] COMPACT MODULE Specification

Humidity %
Up to 95% RH, non-condensing

Shape
Rectangular

Mounting Type
Direct Mount (Panel/Surface)

Operating Temperature
-20C to +60C

Power Factor
Not Applicable (DC device)

Feature
Diagnostic LEDs, rugged housing, fast wiring

Surface Finish
Matt / Industrial

Efficiency
High (optimized for low voltage drop)

Overheating Protection
Integrated thermal protection

IP Rating
IP67

Insulation Material
High-grade plastic

Connector Type
M12 male/female

Product Type
Fieldbus I/O Compact Module

Application
Industrial Automation, Decentralized I/O applications

Protection Level
Short Circuit and Overload Protection

Frequency (MHz)
DC Operating (No Frequency)

Rated Voltage
24V DC

Energy Consumption
1.7 W max

Output Type
Digital I/O (4x DI, 4x DO)

Color
Gray / Black

Dimension (L*W*H)
168 mm x 60 mm x 30 mm

Weight
260 g

Size
Compact

Input Voltage
24V DC

Phase
Single Phase

No Of Poles
4

Connection Type
M12 Connectors

Material
Plastic / Metal

About MURR ELEEKTRONIK MVK-MP A14[U] DIO4 [DIO4] COMPACT MODULE

Capitalise on the potent capabilities of the MURR ELEEKTRONIK MVK-MP A14[U] DIO4 [DIO4] COMPACT MODULE, the Best choice for decentralized I/O solutions in industrial automation. With 4 majestic digital inputs and 4 robust digital outputs using a PROFINET IO interface, this module assures fast (<1 ms) switching and high efficiency. Featuring channel-specific diagnostics, LED indicators, and rugged protection (IP67, vibration/shock resistance), it secures reliable operation. Grab Yours today to benefit from advanced polarity protection, compact dimensions, and optimized energy consumption!

Unrivaled Features and Industrial Advantages

Find extra value in this modules diagnostic LEDs, rugged housing, and easy wired M12 connectors. Its short-circuit and overload protection paired with high-grade plastic-metal construction grant longevity and durability. Majestically suited for tough surfaces and direct-panel mounting, its IP67 rating withstands adverse environments, making it indispensable for automated, decentralized I/O applications. Competitive advantages include high switching speeds and superior resilience to shocks and vibrations.

Supply Ability and Commercial Terms

Secure shipping ensures prompt delivery from leading suppliers and traders. List price and proposal amount can be tailored to fit your procurement strategy, supporting flexible payment terms including advance payment and bank transfer. FOB port options are available for streamlined international logistics. With consistent supply ability, customers can plan for large-scale installations without delays or uncertainty.

FAQs of MURR ELEEKTRONIK MVK-MP A14[U] DIO4 [DIO4] COMPACT MODULE:

Q: How do the diagnostic features of the MVK-MP A14[U] DIO4 [DIO4] Compact Module enhance reliability?

A: Channel-specific diagnostics and integrated LED indicators allow users to quickly identify issues, ensuring rapid maintenance, minimal downtime, and optimal operation in industrial environments.

Q: What is the recommended application surface for installing this module?

A: The module is designed for direct mounting on panels or industrial surfaces, thanks to its compact rectangular shape and robust, IP67 housing, making installation versatile and secure.

Q: When is it most beneficial to use the MVK-MP A14[U] DIO4 [DIO4] module?

A: It is especially beneficial for decentralized automation processes requiring fast digital I/O response, reliable communication, and high resistance to environmental stress such as vibration, shock, dust, and moisture.

Q: Where can this module operate without risk of malfunction?

A: It can efficiently operate in environments with temperatures ranging from -20C to +60C and up to 95% relative humidity without condensation, ensuring stability in challenging industrial settings.

Q: What process ensures secure shipping for this product?

A: Secure shipping is handled through trusted suppliers using robust packaging and logistics protocols, guaranteeing the module arrives undamaged and ready for implementation.

Q: How does the modules design optimize energy efficiency during operation?

A: The modules high-grade insulation materials and optimized circuit design minimize voltage drop and energy consumption, delivering effective performance while maintaining maximum safety for all applications.

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