KEYENCE PLC

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KEYENCE PLC Specification

Application
Industrial automation, machine control, process management

Working Temperature
0C to 55C

Current Range
0.5A to 1.5A (module-dependent)

Phase
Single Phase

Connector Type
Screw terminal, removable connectors

Rated Current
1A

Power Supply
24V DC

Cooling Method
Natural air cooling (fanless)

Output Current
1A (depends on module)

Noise Level
<50 dB

Rated Power
24W

Features
High-speed processing, compact design, expandable I/O, easy integration

Power Factor
>0.9 (typical in DC supply)

Operating Temperature
0C to 55C

Output Type
Relay and transistor output options

Product Type
KEYENCE PLC (Programmable Logic Controller)

Output Power
24W (typical, varies by model)

Output Frequency
DC output, frequency non-applicable

Input Voltage
24V DC (standard)

Voltage Protection
Overvoltage and undervoltage protection included

Efficiency
Up to 90% (typical for DC power supply type)

Material
Industrial-grade plastic housing

Line Regulation
1% (depending on model)

Storage Temperature
-25C to 70C

Weight
480 g (approx., without expansion)

About KEYENCE PLC

Select the KEYENCE PLC for your opulent automation requirements and witness a lustrous transformation in efficiency. Engineered with both heroic performance and unwavering reliability, this compact control solution suits demanding plant environments. Purchase your model with RS232C/RS485 or Ethernet (model dependent), and experience swift response time (min. 0.1 ms), expandable I/O (1632 points), and comprehensive analog input/output options. Find additional reassurance in short-circuit and overload protection, easy DIN rail mounting, and intuitive LED status indicators. The KEYENCE PLC optimizes process management with robust efficiency, exceptional program memory, and structured programming flexibility.

KEYENCE PLC Advantage and Features for Plant Operations

KEYENCE PLC offers rapid processing, expandable I/O modules, and a compact design, ensuring integration is seamless within industrial automation or process management systems. Its opulent LED indicators and heroic short-circuit and overload protection guarantee dependable plant operation. Find flexible communication with RS232C/RS485 or Ethernet models, enhancing machine control. The PLCs natural air cooling, efficient power usage, and ladder logic or structured text programming make it adaptable for robust plant applications.

Export Markets, Handover and CertificationsKEYENCE PLC

The KEYENCE PLC is highly sought in international export markets, including Southeast Asia, Europe, and Middle Eastern regions. Order processing is efficient, with secure FOB port options and seamless handover upon arrival of your goods. KEYENCE PLCs are bundled with certifications that ensure compliance for industrial usage and export, instilling confidence and reliability from order initiation to product arrival at your facility.

FAQs of KEYENCE PLC:

Q: How does the KEYENCE PLC benefit industrial automation systems?

A: The KEYENCE PLC delivers high-speed processing, secure communication, and flexible I/O expansion, supporting complex automation tasks while ensuring reliability and efficiency throughout your plant operations.

Q: What programming languages are supported by the KEYENCE PLC?

A: KEYENCE PLC supports Ladder logic and Structured Text, using dedicated KEYENCE software to tailor process control and machine automation to your requirements.

Q: When is it necessary to expand the digital inputs or outputs of the PLC?

A: Expansion is recommended when your application requires more than the standard 16 to 32-point inputs or outputs, allowing you to scale operations seamlessly as your process management grows.

Q: Where can the KEYENCE PLC be mounted for optimal performance?

A: The PLC is designed for easy DIN rail mounting in control panels, ensuring secure placement and convenient integration in industrial environments.

Q: What safety functions are included in the KEYENCE PLC?

A: The PLC features heroic short-circuit and overload protection, voltage protection for both overvoltage and undervoltage, ensuring secure operation and safeguarding connected devices.