Home Okuma E0241 MSM Boards E0241-653-098

E0241-653-098

Name: E0241-653-098
Brand: Okuma
Price: 359 USD
Availability: InStock
Rating: 4.3 (9 reviews)

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The E0241-653-098 is an OEM original MSM board designed with strict quality assurance for reliability. Manufactured by Okuma as part of the E0241 MSM Boards series, it supports OSP3000, OSP5000, and OSP320 systems. The board features open-architecture CNC control for accuracy.

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Description
Specs
FAQ

Product Description

Okuma E0241-653-098 CNC board is made to handle different control tasks in commercial settings. The board comes with a lot of different connectors and parts that make communication, power, and data processing possible. The board is very important for managing working settings, controlling data input and output, and connecting to other systems.

The E0241-653-098 board is made with DB25 connectors, which allow for parallel communication. The CNC board and other systems can share information with these blue connectors. There are smaller white plugs near the bottom of the board that are used as pin headers to connect power or signals. The board's black integrated circuits (ICs) manage many tasks, like processing and connection protocols. The processing of signals and control of data are done by these ICs. The orange and black-marked resistors regulate the current and ensure the connections are secure; they also prevent damage to the parts and ensure the machine operates safely. The round blue parts represent capacitors, which filter the power signals and maintain stable performance. The power parts, marked with "TDK" on the board, assist in controlling the power supply. Jumpers or headers marked with "J1," "J2," etc., allow users to configure specific modes or settings that enhance performance.

The E0241-653-098 CNC board is for speed and versatility. The board can be configured to meet operational needs with numerous choices. Power source control and stability rely on the "TDK" component. Choose input values with the board's jumpers. The board's focus on signal processing, communication standards, and regulation makes it compatible with industrial automation systems. It allows fast data movement, precision handling, and seamless operation. Its shape makes it easy to set up and keep, making it recommended for users.

E0241-653-098 Technical Specifications

Compatible Series:	OSP3000, OSP320, OSP5000
Configurable Jumpers:	Customizable operational settings
DB25 Connectors:	Parallel communication interface
White Connectors:	Power/signal pin headers
Installation Method:	Replacement module mount on control board
Operating Environment:	Industrial CNC use; see manual for temp/humidity
Quality Standard:	OEM original, strict QA
System Integration:	Plug-and-play with Okuma control systems

Frequently Asked Questions about E0241-653-098

Q: Why does E0241-653-098 use DB25 connectors?

A: DB25 connectors allow parallel communication and reliable data transmission. They ensure smooth integration with other systems in industrial setups.

Q: How does E0241-653-098 manage power supply?

A: The product uses a "TDK" power component to regulate power. This ensures stable voltage levels for smooth operation.

Q: Does E0241-653-098 have configurable jumper options?

A: Yes, the board features jumpers for user-configurable settings. These allow the customization of operational modes or input settings.

Q: Why are capacitors used in E0241-653-098?

A: Capacitors filter power signals to ensure stable voltage. This prevents noise and enhances signal integrity for consistent performance.

Q: Do resistors on E0241-653-098 protect circuits?

A: Yes, resistors regulate the current to prevent overload. They protect sensitive components from damage by controlling the electrical flow.

Internal Product Review

‘‘The E0241-653-098 board from Okuma offers robust performance with its DB25 connectors for reliable data transmission. It includes resistors for current regulation and capacitors for signal filtering. The jumpers provide customizable configuration options for tailored use. Its efficient power management enhances operational stability.’’