BOSCH PCB CARD ZE 300

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BOSCH PCB CARD ZE 300 Specification

Connector Type
PCB Edge Connector

Output Type
Signal / Control Output

Features
Precision electronic module for industrial applications

Operating Temperature
0C to 60C

Working Temperature
0C to 60C

Cooling Method
Natural air cooled

Power Supply
External DC source

Phase
Single Phase

Noise Level
Low noise operation

Power Factor
High (>0.9)

Application
Industrial Automation

Product Type
PCB Card

Output Frequency
50 Hz / 60 Hz compatible

Input Voltage
24V DC

Voltage Protection
Over-voltage and surge protection

Efficiency
High efficiency (typically >90%)

Material
High-grade PCB components

Line Regulation
Stable voltage regulation under varying loads

Storage Temperature
-20C to 70C

Weight
Approx. 180 g

About BOSCH PCB CARD ZE 300

Capitalise on the latest advancement in industrial automation with the BOSCH PCB CARD ZE 300, a must-have for reliable and efficient control. This opulent module is meticulously engineered with multilayer high-grade PCB components, ensuring magnificent durability and ravishing performance in demanding environments. Supported by BOSCH compatibility and panel or rack mount versatility, it boasts IP20 protection, upgradeable firmware, rapid response, and over-voltage safeguards for secure continuous operation. Designed for seamless integrationenjoy high efficiency, low noise, precision signal/control output, and high power factor, all in a compact 15 cm x 10 cm frame.

Commercial Applications & Usage of BOSCH PCB CARD ZE 300

BOSCH PCB CARD ZE 300 is ideal for industrial automation settings, providing robust performance in control panels and automated machinery. Application involves easy mountingeither on a panel or rackvia its edge connector, simplifying integration for engineers. Its main commercial uses include process automation, manufacturing lines, and industrial signal management. The card excels in continuous operational environments, ensuring precision control and consistent efficiency, making it perfect for traders, suppliers, and industrial integrators across India.

Order Processing, Delivery & Export of BOSCH PCB CARD ZE 300

Benefit from fast order processing and express shipping for the BOSCH PCB CARD ZE 300, ensuring minimal waiting times for your essential automation needs. With competitive sale prices and efficient fulfillment, orders are typically dispatched through major Indian FOB ports to international destinations. The main export markets include South Asia, Africa, Europe, and the Middle East. Capable dedicated teams handle every step to expedite your shipments safe and rapid delivery.

FAQs of BOSCH PCB CARD ZE 300:

Q: How can BOSCH PCB CARD ZE 300 enhance industrial automation systems?

A: BOSCH PCB CARD ZE 300 delivers magnificent efficiency, fast switching capabilities, and reliable performance for continuous automation operations, helping to streamline control processes and improve overall system productivity.

Q: What types of applications is the BOSCH PCB CARD ZE 300 suitable for?

A: It is best suited for use in industrial automation, process controls, manufacturing lines, and signal management where precision, durability, and stable voltage regulation are critical.

Q: Where can the BOSCH PCB CARD ZE 300 be installed?

A: This PCB card is designed for flexible installation on panels or rack mounts, making it adaptable to various industrial setups and control cabinets.

Q: When can customers expect delivery after ordering?

A: Orders are processed swiftly and benefit from express shipping, with typical dispatch timelines depending on destination and port availability, ensuring you receive your product promptly.

Q: What are the main benefits of using the BOSCH PCB CARD ZE 300?

A: Users experience opulent reliability, high energy efficiency (>90%), excellent noise reduction, robust voltage protection, and firmware upgradeability, all contributing to minimal downtime and long-term savings.

Q: How does the over-voltage and surge protection work?

A: The board incorporates advanced protection circuits that shield sensitive electronics from electrical spikes, safeguarding the module and connected systems against potential damage.

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