BOCSH CIRCUIT 313484

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BOCSH CIRCUIT 313484 Specification

Noise Level
<30dB

Power Supply
AC Mains

Rated Current
1.5A

Cooling Method
Natural Convection

Output Type
Single

Working Temperature
-20°C to 70°C

Phase
Single Phase

Connector Type
Screw Terminal

Current Range
0.1A to 1.5A

Features
Short Circuit Protection, Compact Design

Rated Power
18W

Operating Temperature
-20°C to 70°C

Output Current
1.5A

Power Factor
>0.98

Application
Industrial Controls, Automation Systems

Product Type
Electronic Circuit Board

Output Power
18W

Output Frequency
50Hz

Input Voltage
220V AC

Voltage Protection
Overvoltage Protection

Efficiency
95%

Material
FR4 Epoxy PCB

Line Regulation
±0.5%

Storage Temperature
-40°C to 85°C

Weight
220g

Protection Rating
IP20

Safety Standard
IEC 61010

Response Time
<10ms

Mounting Type
Panel Mount

PCB Thickness
1.6mm

Humidity Range
10% to 95% RH (non-condensing)

Dimensions
120mm x 75mm x 28mm

BOCSH CIRCUIT 313484 About

The BOCSH CIRCUIT 313484 is a must-have component for industrial controls and automation systems. This celebrated panel mount device offers a lustrous finish and sterling reliability, engineered from FR4 epoxy PCB for lasting performance. Enjoy hot deals on this cutting-edge circuit, featuring IP20 protection rating, swift <10ms response time, and robust overvoltage protection. Its compact size (120mm x 75mm x 28mm), high 95% efficiency, and advanced safety standard (IEC 61010) make it the ultimate last chance investment for professionals seeking dependable results. Rated at 18W, this single-phase power supply ensures seamless operation and safety.

Extra Features and Use Versatility

BOCSH CIRCUIT 313484 stands out with features like short circuit protection, high efficiency, low noise (<30dB), and natural convection cooling. Designed for both general and specific industrial automation tasks, it integrates smoothly into control panels and systems requiring precise voltage regulation and safety. Its sterling performance and compact design make it ideal for manufacturers, automation engineers, and system installers seeking reliability and durability in demanding environments.

Delivery, Certification, and Domestic Availability

The outlay for BOCSH CIRCUIT 313484 ensures enduring value for industrial buyers. Each unit is dispatched promptly across major domestic markets in India by certified suppliers and trusted traders, ensuring reliable delivery timelines. Its celebrated IEC 61010 safety certification and strict adherence to industrial standards safeguard investment valuation and compliance, making it a preferred choice for businesses focused on safety, quality, and prompt fulfillment.

FAQs of BOCSH CIRCUIT 313484:

Q: How does the BOCSH CIRCUIT 313484 ensure equipment protection during operation?

A: The circuit provides overvoltage and short circuit protection, meeting IEC 61010 safety standards, to safeguard connected equipment in industrial applications.

Q: What is the main application of the BOCSH CIRCUIT 313484?

A: It is primarily used in industrial controls and automation systems, suitable for panel mounting and demanding environments requiring reliable, efficient power regulation.

Q: Where can the BOCSH CIRCUIT 313484 be delivered in India?

A: The product is dispatched to all major domestic markets in India through certified suppliers and traders, ensuring timely delivery and compliance.

Q: When should the BOCSH CIRCUIT 313484 be considered for installation?

A: It is best considered for installation during system upgrades or new automation projects when robust safety, efficient power supply, and compact design are required.

Q: What process should be followed for mounting the BOCSH CIRCUIT 313484?

A: Mount the circuit using panel mount screws, connect with screw terminals, and ensure PCB thickness is 1.6mm for optimal fit and electrical contact.

Q: How does using BOCSH CIRCUIT 313484 benefit industrial automation systems?

A: Users gain reliable power delivery with high efficiency, low noise, and rapid response, enhancing system longevity and operational precision in automation environments.

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