VACON PC00613 A CM100599 INVERTER POWER DRIVE BOARD

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VACON PC00613 A CM100599 INVERTER POWER DRIVE BOARD Specification

Protection Class
Component Level

Cabinet Material
Not applicable / Bare PCB

Components
Power transistors, gate drivers, capacitors, connectors

Cooling System
Requires external (forced air/heat sink)

Control System
PWM Power Module

Rated Operation Voltage
600V DC

Connectivity Type
Pin/Socket Connectors

Way
Single-sided

Protection Level
Uncoated / Open Board (no IP rating)

Operating Voltage
540-600V DC

Thickness
~1.6 mm

Cover Material
None / Not Applicable

Current Rating
100A (max)

Features
High reliability, original OEM, quick replacement in VACON inverter repair

Panel Type
PCB Panel

Base Material
FR4 Glass Epoxy

Rated Current
100A

Rated Insulation Voltage
>2500V AC

Product Type
Inverter Power Drive Board

Material
FR4 Epoxy Glass PCB

Surface Finish
HASL (Hot Air Solder Leveling)

Standard
VACON OEM Standard

Surface Color
Green Solder Mask

Rated Voltage
600V DC

Frequency (MHz)
Up to 50 MHz signal support

Maximum Output Current
100A max

Dimension (L*W*H)
Approx. 310 mm x 135 mm x 28 mm

Application
VACON Inverter drives (AC Motor Drives)

IP Rating
None (Open Board)

About VACON PC00613 A CM100599 INVERTER POWER DRIVE BOARD

Grab the exceptional VACON PC00613-A / CM100599 Inverter Power Drive Board, engineered for praiseworthy performance in VACON CX and NXP series. This inestimable OEM module functions as the main power stage for industrial automation and motor control, providing robust reliability with its FR4 Epoxy Glass PCB and high-rated capacity of 600V DC, 100A max. Designed for seamless integration, it features a 2-layer, mixed mount configuration and supports up to 50 MHz signals. Pick yours today for quick replacement and premium efficiency in AC drive repairs.

Premium Solution for Industrial Power Management

The VACON PC00613-A CM100599 Inverter Power Drive Board is suitable for use in VACON CX and select NXP series drives. Featuring exceptional power transistors, gate drivers, and capacitors, its reliability is inestimable. Ideal for industrial automation and motor control, this board delivers top-tier efficiency in AC drive repairs and maintenance. Its compatibility across a diverse voltage range makes it versatile for multiple automation environments, ensuring optimal performance and precision every time.

Reliable Supply, Certifications, and Sample Policy

Handover of the VACON PC00613-A CM100599 is prompt, assisted by premium logistics partners. With adherence to VACON OEM Standards, certification assures inestimable safety and reliability. Sample policy on request enables savings on expenditure before bulk orders, granting peace of mind. Whether you require original or reconditioned modules, supply flexibility ensures fast access for urgent repairs or long-term inventory planning, reducing downtime and cost for critical industrial operations.

FAQs of VACON PC00613 A CM100599 INVERTER POWER DRIVE BOARD:

Q: How is the VACON PC00613-A CM100599 board used in industrial automation?

A: The drive board is primarily utilized as a main power stage in motor inverter systems, enabling precise motor control and support for AC drive repairs within industrial automation settings.

Q: What are the main features that make this inverter power drive exceptional?

A: Its high reliability, OEM certification, robust FR4 epoxy glass construction, support for up to 100A and 600V DC, and compatibility with VACON CX/NXP drives are standout features, ensuring consistent and praiseworthy operation.

Q: When should I consider replacing my inverter drive board with this model?

A: Replacement is recommended when experiencing power stage failures, decreased power efficiency, or during scheduled maintenance of VACON CX or NXP drives, ensuring uninterrupted operation.

Q: Where can this drive board be installed?

A: It is designed to be installed in VACON CX and select NXP series inverter drives, suitable for industrial control cabinets and AC motor drive setups.

Q: What is the process for handling and cooling the board during operation?

A: Proper installation includes connecting to pin/socket connectors, ensuring the board is housed in a ventilated area, and utilizing external forced air or heat sinks for effective cooling.

Q: How does using an OEM-certified power drive board benefit my automation system?

A: OEM certification ensures compatibility, safety, and prolonged operational life, minimizing downtime and maximizing performance in critical industrial systems.

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