BAUMULLER 3.0114E PCB CARD

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BAUMULLER 3.0114E PCB CARD Specification

Connector Type
Screw terminal, multi-pin edge connector

Output Type
Signal/Control

Operating Temperature
0C to +55C (typical)

Working Temperature
0C to +55C (typical)

Cooling Method
Passive/Air cooled

Power Supply
Supplied from host device

Features
Removable terminal blocks, multiple I/O, status LED indicators

Noise Level
<40dB (typical, passive device)

Application
Industrial automation, Baumuller drive control systems

Product Type
PCB Card

Material
High-quality PCB, electronic components

Storage Temperature
-20C to +70C (typical)

Weight
Approx. 120g

About BAUMULLER 3.0114E PCB CARD

Procure the first-string BAUMULLER 3.0114E PCB Card, engineered for wondrous compatibility with Baumuller drive controllers in industrial automation. This enlightened multi-layer green PCB features high insulation resistance, IEC/EN safety compliance, and a superior conformal coatingdefending against dust and moisture ingress. Designed for chassis or slot mount, it boasts removable terminal blocks, diverse I/O, and status LED indicators for seamless control. With robust construction, this device operates reliably across 0C to +55C and remains silent (<40dB), ensuring operational integrity at every sale or markdown event.

BAUMULLER 3.0114E PCB CARD: Usage, Applications, and Advantages

For optimal results, mount the BAUMULLER 3.0114E PCB Card securely in a chassis or slot mount, ensuring all connectors are precisely attached. Beyond Baumuller drive control systems, this card finds use in various industrial automation contexts, offering fast I/O and dependable performance. Competitive advantages include exceptional insulation, multiple connectivity options, passive cooling, and adherence to global safety standards, positioning it as a trusted choice for forward-thinking enterprises requiring enhanced system stability and integration.

BAUMULLER 3.0114E PCB CARD: Delivery, Markets, and Proposal Valuation

Order proposals for the BAUMULLER 3.0114E PCB Card are evaluated on outlay efficiency, with quick domestic delivery and streamlined export processes to global markets. The principal domestic market is industrial automation within key regions, while export reach extends throughout Europe, Asia, and beyond. The valuation of each unit reflects advanced manufacturing standards and reliable supply chains, ensuring timely dispatch and superior procurement outcomes for all client requirements.

FAQs of BAUMULLER 3.0114E PCB CARD:

Q: How do I install the BAUMULLER 3.0114E PCB Card within an automation system?

A: Mount the 3.0114E PCB Card into a chassis or slot, connect via screw terminals or multi-pin edge connectors, and verify all I/O and status LEDs. Ensure adherence to recommended temperature and environmental guidelines for optimal lifespan.

Q: What are the primary competitive advantages of this PCB card?

A: The BAUMULLER 3.0114E PCB Card offers high insulation resistance, IEC/EN compliance, conformal coating protection, efficient multipoint I/O, and reliable passive cooling, securing robust performance in industrial environments.

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

A: Typical domestic orders are dispatched promptly, usually within standard industrial turnaround times, while international orders are handled through established export channels for timely global delivery.

Q: Where can the BAUMULLER 3.0114E PCB Card be applied?

A: This PCB card is designed for Baumuller drive controllers and is widely suitable for general industrial automation settings requiring signal or control outputs.

Q: What is the process for procuring this PCB card?

A: Clients can request a sale or markdown quote, after which their proposal amount and outlay will be assessed, ensuring cost-effective and reliable procurement aligned with their project needs.

Q: What benefit does the conformal coating provide?

A: The conformal coating on the BAUMULLER 3.0114E PCB Card offers robust protection against dust and moisture, extending the cards operational reliability in demanding industrial environments.

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