MITSUBISHI Card MITSUBISHI RK491

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MITSUBISHI Card MITSUBISHI RK491 Specification

Insulation Material
Fiberglass Epoxy (FR4)

Shape
Rectangular

Surface Finish
Solder Masked

Overheating Protection
Built-in

Feature
High precision, reliable operation, durable soldering

Mounting Type
Plug-in/Slot Mount

IP Rating
IP20

Connector Type
Card Edge Connector

Efficiency
High (industrial grade)

Operating Temperature
0C to 55C

Humidity %
5% to 95%, Non-condensing

Product Type
Control Card

Application
Industrial Automation, PLC Systems

Protection Level
Standard Electronic Protection

Rated Voltage
24 V DC

Energy Consumption
Low

Output Type
Digital/Analog (as per usage)

Color
Green/Black

Dimension (L*W*H)
Approx. 85mm x 50mm x 12mm

Weight
45 g

Phase
Single Phase

Size
Standard

Input Voltage
24 V DC

Connection Type
Edge Connector

Material
PCB (Printed Circuit Board) and Electronic Components

About MITSUBISHI Card MITSUBISHI RK491

The new and celebrated MITSUBISHI Card MITSUBISHI RK491 stands as an elite, ephemeral solution engineered for sterling performance in industrial automation. Exclusively reserved for Mitsubishi PLC systems, this multi-function I/O card ensures ultra-fast response within microseconds and reliable operation through robust PCB and electronic components. Operating efficiently even in demanding environments, it features advanced ESD, overheating protection, and full RoHS compliance. With a life span exceeding 10,000 hours and a durable solder-masked finish, it commands high regard among discerning users seeking precision and resilience in automation.

Application Method and Usage Areas for MITSUBISHI RK491

The MITSUBISHI Card RK491 is readily used as a high-precision multi-function I/O module, seamlessly plug-in/slot mounted within Mitsubishi PLC systems. It delivers digital and analog outputs for intricate industrial automation applications. This sterling card finds prominent use in manufacturing, process control, and plant automation scenarios, offering reliable signal transitioning and dependable control to elevate both operational accuracy and efficiency in highly demanding industrial and factory environments.

FOB Port, Supply Ability, and Packaging for MITSUBISHI RK491

MITSUBISHI RK491 cards are typically dispatched from premier Indian export ports, ensuring prompt outlay to global destinations. With consistent supply ability to meet both large and small scale demands, each card is securely packaged in anti-static, robust material to safeguard the integrity during transit. Focused on quality, the packaging details are meticulously managed to uphold product condition for the export market and preserve the celebrated functionality valued by industry professionals worldwide.

FAQs of MITSUBISHI Card MITSUBISHI RK491:

Q: How do I install the MITSUBISHI RK491 card in my PLC system?

A: To install the MITSUBISHI RK491 card, align its edge connector with your Mitsubishi PLCs designated slot and plug it in securely, ensuring the card is properly seated for reliable operation.

Q: What benefits does the RK491 card offer in industrial automation?

A: The RK491 card provides high precision, rapid microsecond-level response, durable soldering, and robust electronic protection, enabling efficient and reliable signal processing essential for automated industrial environments.

Q: Where can the MITSUBISHI RK491 be most effectively applied?

A: This card excels in factory automation, process control, and other industrial settings where Mitsubishi PLC systems are utilized, delivering sterling performance in high-demand operational processes.

Q: What process is involved in maintaining the RK491 card?

A: Routine maintenance includes periodic inspection, cleaning of contacts, and checking for signs of wear or overheating, ensuring sustained high efficiency and operational longevity.

Q: When should the RK491 card be replaced in an automation system?

A: The card should be considered for replacement after exceeding its 10,000-hour life span or if any drop in performance or irregularity in signal output is observed during operations.

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