PCB CARD 32B7735 REV D

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PCB CARD 32B7735 REV D Specification

Connectivity Type
Edge connector / Terminal

Components
Surface mount and through-hole

Base Material
Fiberglass (FR4)

Features
High reliability, compact design, multi-layered, easy integration

Rated Current
2A

Rated Operation Voltage
250V

Control System
Manual/Electronic interfacing

Current Rating
2A

Cabinet Material
Not enclosed

Cooling System
Passive, air-cooled

Operating Voltage
250V AC/DC

Protection Level
Basic insulation

Way
Multi-layer

Protection Class
Class I

Cover Material
Solder mask (Green)

Rated Insulation Voltage
500V

Panel Type
Rigid

Thickness
1.6mm

Product Type
PCB Card

Material
FR4 Epoxy

Surface Finish
HASL (Hot Air Solder Leveling)

Standard
IPC-A-600

Surface Color
Green

Rated Voltage
250V

Frequency (MHz)
50-60

Maximum Output Current
2A

Dimension (L*W*H)
120mm x 75mm x 1.6mm

Application
Industrial Electronics, Automation Systems

IP Rating
IP00 (Non-enclosed)

PCB CARD 32B7735 REV D Trade Information

Payment Terms
Telegraphic Transfer (T/T), Cash in Advance (CID), Cash Advance (CA)

Supply Ability

Delivery Time
1 Week

Main Export Market(s)
Western Europe, Australia, North America, Eastern Europe, Middle East, Africa, South America, Asia, Central America

Main Domestic Market
All India

About PCB CARD 32B7735 REV D

Unlock next-level reliability and performance with the resplendent PCB CARD 32B7735 REV D. Engineered with first-string FR4 epoxy for robust durability, it boasts 4 multi-layers with a valiant 35m copper thickness, precise 0.3mm holes, and 0.2mm track spacing. The LPI solder mask and HASL finish ensure resilience and top connectivity. This RoHS-compliant PCB is 100% electrically tested, rated for 2A at 250V, and excels in automation and industrial electronics. Add to Cart and purchase genuine Indian quality for seamless integration today.

Versatile Applications & Usage Type

The PCB CARD 32B7735 REV D excels in both industrial electronics and automation systems, offering broad compatibility for surface mount as well as through-hole components. Ideal for use where compact, multi-layered, and reliable circuitry is required, this product suits both manual and electronic interfacing. Its exemplary engineering makes it an excellent choice for OEMs, systems integrators, and industrial project developers, ensuring robust and reliable performance in demanding professional environments.

Timely Delivery & Trusted Supply Network

Benefit from remarkable supply ability and efficient, secure shipping options for the PCB CARD 32B7735 REV D. With a streamlined handover process, orders are fulfilled within a prompt delivery schedule tailored to your needs, keeping your projects on track. Enjoy competitive rates and trusted export to major markets, including Asia and Europe. Whether ordering in bulk or in smaller quantities, experience seamless order management and reliable delivery to your specified location every time.

FAQs of PCB CARD 32B7735 REV D:

Q: How is the PCB CARD 32B7735 REV D typically used in industrial settings?

A: This PCB is primarily used in industrial electronics and automation systems, providing a reliable platform for both manual and electronic interfacing, supporting surface mount and through-hole components.

Q: What is the process for ordering and receiving this PCB card?

A: Simply add the PCB CARD 32B7735 REV D to your cart and complete the purchasing process. Orders are managed efficiently with secure shipping and prompt handover as per your delivery requirements.

Q: When should I consider using this multi-layer PCB for my projects?

A: Opt for this multi-layer PCB when your project demands high reliability, compact design, and seamless integration, especially in professional automation or industrial control applications.

Q: Where is the PCB CARD 32B7735 REV D manufactured?

A: This PCB is proudly manufactured in India, adhering to strict IPC-A-600 standards and RoHS compliance.

Q: What are the main benefits of the PCB CARD 32B7735 REV Ds design features?

A: Key benefits include high reliability due to robust FR4 materials, multi-layer construction for complex circuits, compact form for limited spaces, and comprehensive electrical testing to ensure consistent performance.

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