OKUMA Opus Svp Board Timing Total E4809-770-018-B/E4809-770-011 5000 Board/timing Board.

( Brand: Okuma ), ( Manufacturer Part Number: E4809-770-018-B/E4809-770-011 ), ( Part Type: Timing Board ), ( Mounting Style: Chassis Mount ), ( Pcb Type: Single-sided Pcb ), ( Country Of Origin: Japan )

Review OKUMA E4809-770-018-b/e4809-770-011 Opus 5000 Svp Board/timing Board. Two Boards Total

The **Okuma E4809-770-018 (Opus 5000 SVP) Timing Board** and its paired **E4809-770-011 Control Board** represent the precision-engineered heart of Okuma s advanced **Opus 5000 SVP** series of CNC machining centers, designed to deliver unparalleled performance, reliability, and flexibility in high-speed, high-precision manufacturing environments. These boards form the critical interface between the machine s servo drives, spindle systems, and control software, ensuring seamless synchronization of motion, spindle speed, and toolpath execution with sub-micron accuracy. The **E4809-770-018 Timing Board**, in particular, is a high-performance, multi-axis timing and synchronization module engineered to handle the complex demands of simultaneous multi-axis interpolation, adaptive feed control, and dynamic spindle modulation. Built with Okuma s proprietary **SVP (Super High-Speed Positioning)** technology, this board leverages ultra-fast signal processing and low-latency communication protocols to minimize motion errors, reduce ringing, and enhance surface finish critical for applications in aerospace, mold and die manufacturing, and medical device production. Its robust design incorporates high-speed **FPGA (Field-Programmable Gate Array)** logic for real-time trajectory correction, allowing the machine to execute complex toolpaths with minimal overshoot or undershoot, even at rapid feed rates exceeding 100 meters per minute. Complementing the timing board, the **E4809-770-011 Control Board** serves as the central command hub, integrating the machine s servo motors, spindle, and auxiliary functions while managing communication with Okuma s **FANUC 0i-Mate-TC/0i-Mate-MT** or **FANUC 31i-B/31i-BS** CNC controls via high-speed Ethernet or proprietary Okuma interfaces. This board is equipped with advanced diagnostic and self-monitoring capabilities, providing real-time feedback on system health, motor currents, and thermal conditions to preemptively address potential issues before they escalate into downtime. Together, these boards enable the Opus 5000 SVP to achieve **sub-micron repeatability** and **nanometer-level positioning accuracy**, making it ideal for ultra-precise operations such as micro-machining, 5-axis simultaneous machining, and high-volume production of intricate geometries. The modular and upgradeable architecture of these components ensures compatibility with Okuma s evolving control software, allowing operators to benefit from continuous advancements in motion control algorithms, adaptive machining strategies, and AI-driven process optimization. Whether deployed in a high-throughput production line or a custom shop floor setup, the **E4809-770-018 Timing Board** and **E4809-770-011 Control Board** combination exemplifies Okuma s commitment to delivering a CNC system that is not only powerful but also future-proof, capable of meeting the rigorous demands of modern manufacturing with efficiency and precision.

### **Pros and Cons of buying a Okuma E4809-770-018 (Opus 5000 SVP Board) and E4809-770-011 (Timing Board) Together**

#### **Pros**

1. **Compatibility and Functionality**

- These boards are designed specifically for the **Okuma E4809 CNC lathe**, ensuring seamless integration with the machine s control system.

- The **Opus 5000 SVP (Servo Vector Pulse) board** is a high-performance servo drive system that enhances precision, speed, and acceleration control, making it ideal for advanced machining applications.

- The **timing board (E4809-770-011)** synchronizes spindle and axis movements, improving overall machine responsiveness and reducing errors in complex operations.

2. **Performance and Efficiency**

- The **Opus 5000 SVP board** supports high-speed machining, reducing cycle times and improving productivity.

- Modern servo drives reduce energy consumption compared to older hydraulic or mechanical systems, lowering operational costs over time.

- The timing board ensures better synchronization between the spindle and axes, reducing vibrations and improving surface finish quality.

3. **Compatibility with Modern Software**

- These boards work well with **Okuma s CNC control systems**, including the **FANUC 0i-Mate or 0i-Mate-TC**, allowing for advanced programming, toolpath optimization, and real-time monitoring.

- They support **G-code and CNC programming enhancements**, enabling more complex machining strategies.

4. **Longevity and Reliability**

- Okuma is a reputable manufacturer known for durable and well-supported machinery. These boards are built to last with proper maintenance.

- Replacement parts and technical support are widely available, reducing downtime in case of failures.

5. **Resale and Upgrade Value**

- Upgrading to a modern servo and timing system can increase the resale value of the lathe if you decide to sell it in the future.

- The Opus 5000 SVP board is a step up from older servo systems, making the machine more attractive to buyers looking for high-performance CNC lathes.

---

#### **Cons**

1. **High Initial Cost**

- Purchasing both the **Opus 5000 SVP board and timing board** as a set can be expensive, especially if the machine is already functional with older components.

- The cost may not be justified if the existing system is still reliable and meets production needs.

2. **Compatibility Issues with Older Systems**

- If the lathe s **control cabinet or wiring** is outdated, additional modifications may be required, increasing installation complexity and cost.

- Some older Okuma models may need firmware or software updates to fully support the new boards, which could require professional intervention.

3. **Learning Curve for Operators**

- The **Opus 5000 SVP board** introduces advanced servo control features that may require training for operators familiar with traditional stepper or older servo systems.

- Proper tuning of servo parameters (e.g., acceleration, deceleration, PID settings) may be necessary to optimize performance, which could temporarily disrupt workflow.

4. **Potential Downtime During Installation**

- Replacing or upgrading these boards requires **machine downtime**, which can be costly for production-heavy shops.

- If installation is not done correctly, it could lead to **malfunctions or errors**, further delaying operations.

5. **Maintenance and Technical Support Requirements**

- While Okuma provides good support, some specialized issues (e.g., servo tuning, wiring diagnostics) may require **certified technicians**, increasing maintenance costs.

- If the shop lacks in-house expertise, they may need to rely on external service providers, adding to expenses.

6. **Overkill for Low-Volume or Simple Applications**

- If the lathe is primarily used for **basic turning operations** with low precision requirements, the **Opus 5000 SVP board s advanced features may not be fully utilized**, making the upgrade unnecessary.

---

### **Conclusion**

Buying the **Okuma E4809-770-018 (Opus 5000 SVP board) and E4809-770-011 (timing board)** together is a **significant upgrade** for the E4809 CNC lathe, offering **improved speed, precision, and efficiency**. However, whether this investment is justified depends on several factors:

- **If your shop requires high-speed, high-precision machining** (e.g., aerospace, medical, or complex custom parts production), these boards will **enhance productivity and part quality**, making the cost worthwhile.

- **If the lathe is already performing adequately** for your current workload and budget constraints are tight, the upgrade may not be necessary.

- **If the machine s existing control system is outdated**, additional modifications could make the upgrade more complex and expensive than anticipated.

### **Recommendation**

- Your shop frequently handles **high-precision, high-volume, or complex machining jobs**.

- You have **budget flexibility** and can justify the cost based on **increased output, reduced cycle times, and improved part quality**.

- You are **willing to invest in operator training** to fully utilize the new system s capabilities.

- The lathe s **control cabinet and wiring** are compatible, or you have the resources to upgrade them alongside the boards.

- The lathe is **sufficient for current needs** and the upgrade would be a **premature expense**.

- Your shop lacks **technical expertise** to properly install, tune, and maintain the new system.

- The **total cost of upgrade vs. long-term benefits** does not align with your financial goals.

- You are considering **alternative solutions**, such as **retrofitting only the timing board** or upgrading to a newer Okuma model with built-in modern servo systems.

For **high-performance CNC machining applications**, this upgrade is **highly recommended**. For **basic or low-volume operations**, the cost may not be justified. Always **consult with an Okuma-certified technician** before proceeding to ensure compatibility and minimize risks.

Details:

Good boards; removed from fully functional machine.

part #: e4809-770-018-b prices

• $78.98-$312.29

specifications pcbemdev:

• brand: Okuma
• mpn: E4809-770-018-b/e4809-770-011
• part type: Timing Board
• mounting style: Chassis Mount
• pcb type: Single-sided Pcb
• country of origin: Japan

seller pcbemdev:

• # reviews: 3254
• city: Highwood, Illinois
• rating: 100.0%

shipping pcbemdev:

• transit: 4-10 Days
• cost: $0.00
• class: Standard
• carrier: USPS
• type: Calculated
• service: USPS Ground Advantage

general pcbemdev:

• Electronic Components Semiconductors > Circuit Boards Prototyping > Printed Circuit Boards PCBs
• condition: Used

returns pcbemdev:

• method: Money back
• time: 30 Days
• paid by: Buyer
• policy: Returns Accepted

offer pcbemdev:

• sold: 0
• quantity: 1
• started: April 25, 2026
• options: Ship-to-home
• availability: In Stock

payments pcbemdev:

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• other

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