Moeller Module MOELLER EBE 240

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Moeller Module MOELLER EBE 240 Specification

Surface Finish
Matte

IP Rating
IP20

Insulation Material
Metal

Feature
Compact Design

Shape
Rectangular

Connector Type
Terminal Block

Power Factor
Standard

Overheating Protection
YES

Mounting Type
DIN Rail

Operating Temperature
-10C to 50C

Product Type
Module

Application
Industrial Automation

Protection Level
Basic Protection

Frequency (MHz)
50/60 Hz

Rated Voltage
240 V

Energy Consumption
Low Power

Output Type
Electrical Output

Color
Silver

Dimension (L*W*H)
Standard Module Dimensions

Weight
Standard Weight

Warranty
1 Year

Input Voltage
240 V

Size
Compact

Phase
Single Phase

Material
Metal

Connection Type
Wired

No Of Poles
Single

About Moeller Module MOELLER EBE 240

Discover the Moeller Module MOELLER EBE 240a rarefied asset in the realm of industrial automation. This module exemplifies paragon-level efficiency with its formidable, customizable features and sleek matte finish. It operates perfectly across standard voltage and frequency, ensuring low energy consumption. The compact, single-phase design fits seamlessly on DIN rail mounts, while its wired terminal block connection facilitates secure, reliable output. Offering best price advantages, a 1-year warranty, and exceptional overheating protection, the MOELLER EBE 240 stands as a rare and indispensable solution for discerning suppliers and traders across India.

Feature Highlights and Applications

The Moeller Module MOELLER EBE 240 is distinguished by its rare compact design and robust metal insulation, promising both durability and performance. Its application surface is suited for formidable industrial automation environments, delivering electrical output via a secure terminal block. The modules low power consumption enhances operational efficiency, making it a paragon amongst automation specialists. Frequently used by engineers and industry operators, its versatility and rarefied build support a wide range of industrial setups.

Sample Policy, Availability, and Payment Terms

We provide flexible sample policies for the Moeller Module MOELLER EBE 240, allowing prospective clients to review before bulk purchasing. Sample handover is facilitated promptly, and freight charges are itemized in the official quotation. Payment terms are streamlined to accommodate suppliers and traders, ensuring a smooth and secure transactional process. For detailed information or specific requirements, please request a comprehensive quotation to understand all aspects from freight to delivery timelines.

FAQs of Moeller Module MOELLER EBE 240:

Q: How does the Moeller Module MOELLER EBE 240 benefit industrial automation systems?

A: The MOELLER EBE 240 enhances efficiency and reliability in industrial automation, owing to its compact build, rare metal insulation, and formidable overheating protection. It is ideal for continuous, low-power operation.

Q: What is the process for requesting a sample of the MOELLER EBE 240?

A: Potential buyers can request a sample, which will be handed over after freight charges are confirmed in the formal quotation. This process helps clients assess the module before making a full purchase.

Q: When can I expect delivery after placing an order?

A: Delivery timelines for the MOELLER EBE 240 are based on order size and location within India. Expect prompt handover once payment terms are met, with specific timelines detailed in your custom quotation.

Q: Where is the MOELLER EBE 240 primarily used?

A: This module is principally used in the industrial automation sector, fitting perfectly into wired, single-phase setups requiring robust, energy-efficient electrical modules.

Q: What customizable features does the MOELLER EBE 240 offer?

A: The MOELLER EBE 240 can be integrated into diverse wiring and automation frameworks, thanks to its modular design and adaptable terminal block connections.

Q: How does the overheating protection feature work?

A: The built-in overheating protection monitors temperature and activates safeguards if thresholds are exceeded, preserving both the module and connected systems.

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