BOBST PCB CARD

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BOBST PCB CARD Specification

Cooling Method
Passive / air cooled

Power Supply
External DC power supply via connected equipment

Noise Level
Silent operation

Operating Temperature
0C to +60C

Output Type
Digital/Electronic Signal

Connector Type
Multi-pin male/female PCB connector

Features
Compact design, reliable performance, easy installation, OEM replacement

Application
BOBST print, die-cut, and converting machine automation systems

Working Temperature
0C to +60C

Product Type
PCB Card

Input Voltage
12V DC (typical, check equipment requirements)

Voltage Protection
Built-in on-board circuit protection

Efficiency
High (designed for industrial reliability)

Material
High-quality fiberglass PCB with electronic components

Storage Temperature
-20C to +70C

Weight
Approx. 50g

About BOBST PCB CARD

Redeem the value of first-rate industrial automation with the BOBST PCB CARD, designed exclusively for towering performance in select BOBST machinery. For a limited time, explore this crackerjack solutionfeaturing a multi-layer, plug-in design with both surface-mount and through-hole components. Its high-quality fiberglass construction ensures optimal signal output and soaring reliability. Equipped with built-in voltage protection and pre-installed firmware, it delivers silent, efficient operation across extreme temperatures. Stock ready now; experience the ease of installation and OEM-grade compatibility for uninterrupted automation. Check model compatibility before purchase.

Versatile Application and Effortless Installation

The BOBST PCB CARD offers unparalleled reliability for print, die-cut, and converting automation systems. Its plug-in, slot-type mounting and multi-pin PCB connectors ensure easy integration during machine maintenance. Designed for industrial environments, it excels with high efficiency and digital signal output. Explore streamlined usageinstall directly into compatible BOBST equipment for immediate, trouble-free performance. Ideal for technicians and operators seeking reliable OEM replacements to keep production lines running at peak capacity.

Prompt Delivery and Flexible Transport Services

Experience swift delivery of BOBST PCB CARDs, backing streamlined expenditure for urgent needs. With stock ready for dispatch, transport services are optimized from prominent Indian FOB ports, ensuring safe and prompt movement to your location. Sample policies are available for evaluation, helping businesses assess compatibility before bulk purchase. Efficient logistics provide flexible options, supporting critical operational timelines and overcoming supply hurdles. Trust seamless supply channels ensuring your equipment is always equipped and operational.

FAQs of BOBST PCB CARD:

Q: How can I verify if the BOBST PCB CARD is compatible with my machine model?

A: Check your machinerys documentation and contact our support team with your equipment model to confirm precise compatibility before ordering.

Q: What is the process for installing the BOBST PCB CARD into my system?

A: Installation requires slotting the card into the appropriate PCB connector slot and connecting the external DC power supply. Ensure all voltages and pin alignments match your equipments specifications.

Q: Where are the BOBST PCB CARDs shipped from and how long does delivery take?

A: Shipments originate from major Indian ports, with typical delivery timelines depending on your location and selected transport services. Most orders are processed promptly, thanks to stock readiness.

Q: What are the main application areas of this PCB card?

A: The BOBST PCB CARD is primarily used in print, die-cutting, and converting machine automation systems, streamlining industrial processes and production efficiency.

Q: When should I consider replacing my current PCB card with the BOBST PCB CARD?

A: Replace your PCB card if you notice inconsistent machine performance, signal dropouts, or if conducting scheduled maintenance to ensure continued reliability.

Q: What benefits do the built-in voltage protection and high-efficiency design provide?

A: Built-in voltage protection safeguards the circuitry from power surges, while the high-efficiency design maintains stable performance and longevity in demanding industrial settings.

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