PANASONIC CONVERTER IN INDIA

We distribute Panasonic Converter in Chennai, Bangalore, Pune, Mumbai, Ahmedabad, Hyderabad and Delhi.

Explore Panasonic’s advanced converter solutions designed to enhance your industrial and consumer applications. Panasonic offers a wide range of converters, including DC/DC converters, AC-DC converters, and media converters, each engineered for high performance, reliability, and energy efficiency.

Applications of Panasonic Converter

Panasonic Converter are used in a variety of applications across multiple industries:

Water Management

 

    • Water pumps
    • Irrigation systems
    • Wastewater treatment plants

HVAC Systems

 

    • Chillers and air handlers
    • Fans and blowers
    • Compressors

 

Industrial Automation

 

    • Conveyor systems
    • CNC machines
    • Packaging equipment

 

Renewable Energy

 

    • Solar energy systems
    • Wind turbines
    • Energy storage applications

Key Features of Panasonic Converter

Durable and Compact Design

Designed for durability, Panasonic converters boast a robust construction that withstands harsh operating conditions while maintaining a compact form factor for easy integration.

 

Advanced Control

Featuring cutting-edge control systems, Panasonic converters provide precise speed, torque, and voltage regulation, ensuring smooth and reliable performance in dynamic environments.

 

Smart Connectivity

Many Panasonic converters include IoT-enabled features, allowing real-time monitoring, predictive maintenance, and seamless integration with automation systems.

 

Environmentally Friendly

With a focus on sustainability, Panasonic converters contribute to reducing energy waste and supporting eco-friendly operations.

 

High Efficiency

Panasonic converters are engineered to reduce energy consumption while maximizing output, helping businesses lower operational costs and minimize their carbon footprint.

 

PANASONIC CONVERTER – AW-IF400 Protocol Converter

The Panasonic AW-IF400 Protocol Converter is designed to extend the control distance between high-performance pan-tilt heads and controllers, making it an essential component for remote camera systems. This converter allows for seamless communication and control over distances up to 1,000 meters.

Features

Maximum control distance: 1,500 m

AC Adaptor AW-PS550 is required

By using protocol converter AW-IF400, control distance between AW-PH400 & AW-RP400 can be extended up to 1 000 m

Outdoor pan-tilt head (AW-PH650) can be controlled by high performance controller (AW-RP400) by using this protocol converter (AW-IF400)

High performance pan-tilt head (AW-PH400) can be controlled by controllers (AW-RP555, AW-RP655) by using this protocol converter (AW-IF400)

Specifications

Dimensions (W x H x D) 145 mm x 30 mm x 85 mm (5-11/16 inches x 1-3/16 inches x 3-3/8 inches) [excluding protrusions]

Weight Approx. 0.4 kg (Approx. 0.88 lb)

Power Consumption 1.5 W

Power Supply DC10.8 V to DC16 V

PANASONIC CONVERTER – KS1 Signal Converter

The Panasonic KS1 Signal Converter is designed to facilitate seamless communication between different network protocols. This converter allows for easy monitoring and control of RS232C and RS485 data over Ethernet, making it an ideal solution for industrial automation and remote monitoring systems.

Yaskawa ac drive - A1000

Applications of PANASONIC CONVERTER – KS1 Signal Converter

Building Management Systems

Remote Monitoring

Industrial Automation

Features

Allowed momentary power off time – 10 ms

Current consumption – 100 mA or less

Rush current – 12 A or less

Operating voltage range – 90 to 110%V of rated voltage (21.6 to 26.4 V DC)

Rated voltage – 24 V DC

Dimensions – 25 X 60 X 90

Vibration resistance – 10 to 55 Hz, 1 cycle/min.: double amplitude of 0.75 mm, 1 hour on 3 axes

Ambient humidity – 30 to 85% RH (at 20°C, non-condensing)

Ambient temperature – 0 to 55°C

Terminal screw – M2

Fuse – Built-in type

Weight – Approx. 80 g

PANASONIC CONVERTER – BY-HPE11KT Coaxial LAN Converter

 

The Panasonic BY-HPE11KT Coaxial LAN Converter is designed to facilitate long-distance, high-speed digital data transmission over existing coaxial cabling. This converter is equipped with Power over Ethernet (PoE) functionality, allowing it to supply power to Panasonic network cameras and eliminating the need for additional power outlets1.

The switch-disconnector is largely used as the main switch in low voltage switchgears for distribution of power, starting and stopping motors and isolating loads during maintenance. They are also enclosed in metal or plastic boxes as safety switches to ensure that accidental start of machines is prevented.

Applications of PANASONIC CONVERTER – BY-HPE11KT Coaxial LAN Converter

Telecommunications

Electric Vehicles

Consumer Electronics

Industrial Automation

Specifications

Low ESR: Low equivalent series resistance (ESR) for reduced power supply line noise

Compliance: RoHS Directive compliant

Interfaces: Various interfaces such as LIN, CAN, and LIN Autosar, ASIL-C, ISO2626-9 conform

Protection Class: IP20 to IP6K9K depending on the model

Weight: Lightweight, typically around 500g depending on the model

Output Current: Up to 10A depending on the model

Output Voltage: Various models available, ranging from 3.3V to 24V

Input Voltage Range: Typically 9V to 36V

Yaskawa ac drive - F7

FAQ

How can I choose the right Panasonic Converter for my needs?

To select the right converter, consider:

  • Input and output voltage requirements
  • Power output (wattage)
  • Efficiency and thermal performance
  • Size and design constraints
  • Application-specific requirements

 

How do Panasonic Converters support renewable energy applications?

Panasonic converters play a vital role in renewable energy by:

  • Converting and regulating power from solar panels or wind turbines.
  • Integrating with battery storage systems.
  • Ensuring stable power output for grid or off-grid applications.

Do Panasonic Converters have built-in safety features?

Yes, Panasonic converters include advanced safety mechanisms such as:

  • Over-voltage protection (OVP)
  • Over-current protection (OCP)
  • Over-temperature protection (OTP)
  • Short-circuit protection
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