E4809-032-409-B
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
-
In-Stock, Ships 3-5 Days
The E4809-032-409-B CNC board, model OSP 3000 PC 1671-B, serves as a control interface panel board, featuring industrial-grade design for high-reliability operation. Part of the E4809 CNC Boards series by Okuma, it is engineered for seamless integration with machine control modules and I/O devices.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Okuma is a globally recognized manufacturer of CNC (Computer Numerical Control) machines known for their precision, durability, and technological innovation in the machining industry. With a reputation for delivering high-quality industrial solutions, this company’s products are widely used in manufacturing, automotive, and aerospace industries.
The E4809-032-409-B Machine Panel is an essential component of OSP 3000 CNC systems. It serves as a vital interface between the operator and the machine. It is designed to facilitate smooth and efficient machine control. This allows operators to input commands, monitor machine status and adjust parameters as needed. This panel is a rectangular green PCB designed for slot or panel mounting within a CNC control system. This panel is built with high efficiency TTL and CMOS logic components that ensures reliable data processing. It houses multiple Hitachi HD74LS series logic ICs including HD74LS157P, HD74LS173P and HD74LS240P which facilitate multiplexing, buffering and latching operations. Additionally, the TC4011BP CMOS NAND gate IC enhances signal processing capabilities. By providing real time feedback, this panel enables users to make quick adjustments. This optimizes performance and minimizes downtime. It enhances machine usability by offering an intuitive interface that simplifies operation.
To maintain stable voltage levels and signal integrity, this E4809-032-409-B machine panel integrates ceramic capacitors, resistors and ferrite beads that minimizes electrical noise and interference. Edge connectors and screw terminal interfaces (CN1, CN2, CN3, CN4) provide secure connections to external components. Designed for industrial environments, the E4809-032-409-B machine panel boasts a sturdy and durable construction to ensure long term reliability under continuous usage. It features a well organized layout with strategically placed connectors. This panel includes multiple input and output connections that ensures compatibility with various components within the machine system.
Frequently Asked Questions about E4809-032-409-B:
Q: What makes the Okuma E4809-032-409-B Machine Panel reliable for continuous industrial use?
A: The Okuma E4809-032-409-B Machine Panel features durable construction for long-term use. It includes ceramic capacitors and ferrite beads to reduce electrical noise and ensure stable signal integrity.
Q: How does the Okuma E4809-032-409-B Machine Panel improve machine control?
A: The E4809-032-409-B Machine Panel provides real-time feedback for quick adjustments. It integrates multiple I/O connections and high-efficiency TTL/CMOS logic components to optimize performance.
Q: What role do the Hitachi logic ICs play in the Okuma E4809-032-409-B Machine Panel?
A: The panel houses Hitachi HD74LS157P, HD74LS173P, and HD74LS240P ICs. These components facilitate multiplexing, buffering, and latching operations, ensuring efficient data processing.
Q: How does the Okuma E4809-032-409-B Machine Panel reduce electrical interference?
A: The machine panel integrates ceramic capacitors and resistors to maintain stable voltage levels. These components, along with ferrite beads, effectively minimize electrical noise and interference.
Q: How does the Okuma E4809-032-409-B Machine Panel support various external components?
A: The panel features edge connectors and screw terminal interfaces (CN1, CN2, CN3, CN4). These connectors provide secure and reliable connections for external components within the CNC system.
