BAUMULLER 3.9221 C PCB CARD

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BAUMULLER 3.9221 C PCB CARD Specification

Output Type
Signal Processing

Phase
Single

Features
High reliability, Compact design, Easy integration, PCB mounted components

Application
Industrial Automation Controller, BAUMULLER Drive Systems

Noise Level
Low

Working Temperature
0C to +50C

Power Supply
Powered via main controller

Cooling Method
Natural convection

Connector Type
Edge connector, multi-pin sockets

Operating Temperature
0C to +50C

Product Type
PCB Card

Voltage Protection
Integrated circuit protection

Material
Epoxy Resin FR4, Copper, Electronic Components

Storage Temperature
-20C to +70C

Weight
Approx. 120g

Compatibility
BAUMULLER Drive Control System

Service Life
Typically >10 years (depending on operational conditions)

PCB Thickness
1.6mm

Protection Class
IP20

Compliance
RoHS

Storage Humidity
5%-95% RH (non-condensing)

Model Number
3.9221 C

PCB Layers
Double-sided

Signal Type
Analog/Digital

Dimensions
150mm x 100mm x 25mm (Approx.)

Mounting Type
Plug-in

About BAUMULLER 3.9221 C PCB CARD

Shop Now for the Featured BAUMULLER 3.9221 C PCB CARDan immaculate solution, tailored for unbeatable performance in industrial automation. Its towering reliability stems from a robust design: double-sided 1.6mm FR4 epoxy resin PCB, integrated circuit protection, and seamless plug-in mounting. Redeem the benefits of RoHS compliance, low noise, IP20 protection, and a compact build. Compatible with BAUMULLER Drive Control Systems, it processes analog/digital signals with ease and ensures high efficiency in every application. Secure unmatched longevity and protect your investments today.

Versatile Application in Industrial Automation

The BAUMULLER 3.9221 C PCB CARD is engineered for impeccable performance across a spectrum of usage scenarios. It provides both specific and general use for signal processing within BAUMULLER drive control systems and industrial automation controllers. Ideal for deployment in manufacturing plants, automation cabinets, and process control setups, its compact and plug-in design assures seamless integration, supporting diverse operational requirements in demanding environments.

Main Domestic Market, Swift Delivery, and Sample Policy

Prominent in the main domestic market, the BAUMULLER 3.9221 C PCB CARD is delivered promptlydispatched right after confirmed orders, and typically delivered within a reliable timeframe for professional installations. With a transparent sample policy and competitive list price, businesses can readily evaluate product suitability before full-scale implementation, ensuring careful decision-making and value for their investments.

FAQs of BAUMULLER 3.9221 C PCB CARD:

Q: How does the BAUMULLER 3.9221 C PCB CARD enhance industrial automation systems?

A: Its advanced signal processing and easy compatibility with BAUMULLER Drive Control Systems enable optimized control, reliability, and efficient operations in various automation environments.

Q: What is the recommended process for mounting this PCB card?

A: Mounting is streamlined with its plug-in design. Users can effortlessly connect via edge connectors and multi-pin sockets, ensuring secure installation and integration into existing assemblies.

Q: When should the PCB card be replaced to maintain optimal performance?

A: The BAUMULLER 3.9221 C typically offers a service life exceeding 10 years under proper operational conditions, but periodic checks are advised to ensure consistent performance and safety.

Q: Where can this PCB card be used within industrial facilities?

A: This card fits seamlessly into drive control panels, automation cabinets, and process control units, supporting a range of industrial automation tasks and machinery.

Q: What benefits does integrated circuit protection provide?

A: Integrated circuit protection safeguards the system against voltage spikes and operational anomalies, extending component life and reducing maintenance needs.

Q: How does the compact design of the PCB card improve application?

A: Its compact build allows for easy integration in limited spaces, facilitating flexible assembly and reducing system footprint without sacrificing functionality.

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