YASKAWA B1064 MODULE

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YASKAWA B1064 MODULE Specification

Output Type
Digital

Power Factor
0.98

Output Current
2.7A

Power Supply
DC

Current Range
2.0A 2.7A

Application
Industrial Automation, Motor Drive, Servo System

Connector Type
Screw Terminal

Operating Temperature
0C to +60C

Features
Short-circuit protection, Compact design, High reliability

Phase
Single Phase

Rated Power
64W

Cooling Method
Natural Convection

Working Temperature
0C to +60C

Rated Current
2.7A

Noise Level
<40dB

Product Type
YASKAWA B1064 MODULE

Output Power
64W

Output Frequency
50/60Hz

Input Voltage
24V DC

Voltage Protection
Over-voltage, Under-voltage

Efficiency
93%

Material
Industrial Grade PCB, Metal Enclosure

Line Regulation
1%

Storage Temperature
-40C to +85C

Weight
250g

About YASKAWA B1064 MODULE

Experience the magnificence of industrial automation with the YASKAWA B1064 MODULE, an uncommon yet sought-after component, designed for reliability and performance. Featuring a robust IP20 metal enclosure, microprocessor-controlled operation, and precision LED indicators, this affordable module offers supreme safety with over/under-voltage protection and a low-maintenance design. Panel mounting, 64W output, and digital connectivity make it ideal for motor drives and servo systems. Its compact form ensures easy installation. Dont miss outadd to cart now and personalise your project with this top-tier solution!

Unrivaled Versatility & Competitive Edge

The YASKAWA B1064 MODULE serves both general and specific automation needs, from motor drives to advanced servo systems. With its compact design and efficient microprocessor control, this device stands out with features like over-voltage protection and high reliability. The combination of rapid response time and robust metal enclosure provides unrivaled value, ensuring performance and durability in demanding environments. Its competitive advantages make it a primary choice for professionals seeking top-end automation solutions.

Prompt Delivery & Export Flexibility

We offer rapid processing and careful packaging, ensuring your YASKAWA B1064 MODULE arrives safely and on time. Delivery times vary by destination, but our streamlined logistics minimize unnecessary expenditure for clients. With an extensive export market reach, we serve industrial, commercial, and automation sectors worldwide. Flexible payment terms are available to accommodate customer requirements, making your purchase experience hassle-free. Secure your advanced automation module today and enjoy attractive offers tailored to your business needs.

FAQs of YASKAWA B1064 MODULE:

Q: How do I mount the YASKAWA B1064 MODULE in my control panel?

A: The YASKAWA B1064 MODULE is specifically designed for panel mounting. Simply use the provided mounting hardware and guidelines, ensuring secure attachment through the top or bottom cable entry points for easy integration into your existing setup.

Q: What are the main uses of the YASKAWA B1064 MODULE?

A: This module is ideal for industrial automation systems, motor drives, and servo systems. Its high efficiency, precise control, and robust protection make it suitable for a wide range of process and automation applications.

Q: When can I expect delivery after placing an order?

A: Delivery times depend on your location and shipping method. Typically, we process orders rapidly, and most clients receive their modules within the standard shipping period. You will receive tracking details once your order has shipped.

Q: What extra features does the YASKAWA B1064 MODULE offer compared to similar products?

A: It boasts advanced over-voltage and under-voltage protection, impressive efficiency (93%), a low-noise profile (<40dB), and a high isolation voltage (1500V AC). Its natural convection cooling and reliable build further enhance its appeal.

Q: Where is the YASKAWA B1064 MODULE commonly used?

A: The module sees extensive use in industrial, commercial, and automation markets, especially where high reliability and precise control of current and voltage are critical.

Q: What benefit does the microprocessor-controlled design provide?

A: The microprocessor-based control ensures faster response times, improved precision, and reliable operation, making this module a preferred selection for demanding automation tasks.

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