MITSUBISHI Card RK121C-V24-2020

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MITSUBISHI Card RK121C-V24-2020 Specification

Feature
High Reliability, Microprocessor Based

Overheating Protection
Built-in

Insulation Material
Epoxy Resin

Surface Finish
Solder Masked PCB

Humidity %
1090% (Non-Condensing)

Connector Type
Edge, Pin Header

Mounting Type
Slot/Panel Mount

Shape
Rectangular

Operating Temperature
0C to 60C

Efficiency
>90%

Product Type
Controller Card

Application
Industrial Automation, CNC, EDM Machines

Protection Level
Standard

Frequency (MHz)
24 MHz

Rated Voltage
24V DC

Energy Consumption
Low

Output Type
Digital Output

Color
Green (PCB), Multicolor Components

Dimension (L*W*H)
120mm x 70mm x 18mm

Weight
Approx. 50g

Size
Standard Module

Input Voltage
24V DC

Material
High-grade PCB, Resin

Connection Type
Edge Connector, Pin Header

Storage Temperature
-20C to 70C

Compliance
RoHS, CE

Safety Standard
IEC 61010-1

Life Expectancy
>5 Years

Signal Type
TTL Compatible

Model Number
RK121C-V24-2020

PCB Layer
Multi-layer

ESD Protection
Yes

Current Rating
Max 1A per channel

Response Time
<1ms

About MITSUBISHI Card RK121C-V24-2020

Experience superior performance with the sought-after MITSUBISHI Card RK121C-V24-2020, a highly reliable module designed for invincible efficiency in industrial automation, CNC, and EDM applications. Made from high-grade PCB and epoxy resin, this rectangular card boasts a reduced energy consumption and affordable operation. Featuring RoHS and CE compliance, exceptional ESD protection, and a robust life expectancy of over five years, it establishes itself as a special solution for demanding environments. With its multi-layer PCB, TTL compatible signals, and current rating of up to 1A, this module is your gateway to safe and efficient operation.

Outstanding Features and Usage Directions

The MITSUBISHI Card RK121C-V24-2020 brings advanced features such as microprocessor-based control, rapid response time of under 1 ms, high reliability, and built-in overheating protection. Its surface is expertly solder-masked, ensuring durability. Designed for effortless slot or panel mounting, this superior card integrates easily via edge connectors and pin headers, offering invincible performance in industrial machines. For optimal use, maintain the operating temperature between 0C and 60C and ensure proper edge connection in CNC or EDM setups.

Certifications, Logistics, and Sample Availability

Certified to RoHS and CE standards with high safety compliance (IEC 61010-1), the card guarantees safety and reliability. Samples are available for evaluation upon request. Goods transport via leading transport services through major FOB ports in India provides quick delivery options. For precise delivery estimates or specific logistics queries, consult your supplier. Comprehensive transport support ensures your sought-after RK121C-V24-2020 module arrives securely and promptly at your facility.

FAQs of MITSUBISHI Card RK121C-V24-2020:

Q: How does the MITSUBISHI Card RK121C-V24-2020 enhance the performance of industrial machines?

A: The card significantly improves reliability and signal response for CNC and EDM machines, ensuring accurate, efficient digital output with advanced microprocessor control and built-in protection.

Q: What safety and quality standards does the card comply with?

A: It meets RoHS, CE, and IEC 61010-1 safety standards, guaranteeing environmental friendliness and safe operation throughout its superior life expectancy.

Q: Where can I source the MITSUBISHI Card RK121C-V24-2020 in India?

A: You can purchase it from authorized suppliers and traders in India, who offer ready stock along with sample evaluation options and comprehensive transport services.

Q: What is the procedure to install the RK121C-V24-2020 card in industrial machinery?

A: The card features slot/panel mounting, with edge and pin header connectors for a secure fit. Installation should be performed within the specified operating temperature and humidity ranges for optimal longevity.

Q: When is it recommended to use this card in CNC systems?

A: The card is ideal for applications requiring invincible efficiency, low energy consumption, and high reliability, particularly for machines demanding precise digital signal management.

Q: How does the card benefit operations with its built-in protection features?

A: With ESD and overheating protection, the card safeguards systems from electrical surges and temperature fluctuations, minimizing downtime and maintenance costs.

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