E4800-T10-001-A
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 Today
The Okuma E4800-T10-001-A SVC board offers screw terminals and ribbon interfaces. It features ±15 V DC regulation via 7815 and 7915 ICs. It is built on a multilayer PCB for stability.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The E4800-T10-001-A SVC Board provides reliable power regulation and control for servo or spindle motors. It ensures optimal signal and power routing. This board is ideal for use in high performance automation systems.
The Okuma E4800-T10-001-A SVC board integrates two voltage regulators: the 7815 for + 15 V DC and the 7915 for – 15 V DC. These regulators provide stable power to control and logic circuits. The board features electrolytic capacitors rated from 10 V to 25 V. These include 25 V 39 μF, 25 V 270 μF, 25 V 4.7 μF and 10 V 330 μF. Capacitors are used for filtering, ripple suppression and energy storage in DC lines. Three LEDs serve as status indicators. A red LED (OCS) indicates overcurrent or fault. An orange LED (OCM) monitors overcurrent conditions. A yellow LED (OP) shows operational or power on status. The E4809 series board includes multi pin headers and edge connectors for power and data signals. Screw terminals and ribbon cable interfaces are provided for I/O and power. Jumpers and switches are present for configuration or debugging during installation or service.
This Okuma E4800-T10-001-A SVC board is built on a robust multi layer PCB that enhances durability and performance. The board supports both control and power distribution functions. Edge connectors allow for quick integration with system components. Screw terminals secure input/output connections. The ribbon cable interfaces are designed for signal lines and inter board communication. The ± 15 V voltage regulation supports precise motor control and circuit stability. Configuration jumpers allow custom hardware settings during deployment. All components are securely mounted to withstand vibration and thermal stress. The layout of this board follows industrial PCB design standards.
Frequently Asked Questions about E4800-T10-001-A:
Q: How does the Okuma E4800-T10-001-A SVC board ensure motor stability in high-demand systems?
A: The Okuma E4800-T10-001-A board uses ±15 V DC regulation via 7815 and 7915 voltage regulators. This maintains steady current to logic and control circuits for consistent motor operation.
Q: Can the E4800-T10-001-A SVC board handle electrical noise during power delivery?
A: Yes, this model uses electrolytic capacitors rated between 10 V and 25 V. These provide ripple suppression and energy storage to stabilize DC lines.
Q: What indicators help monitor system faults on the Okuma E4800-T10-001-A SVC board?
A: This board integrates three onboard LEDs for live diagnostics. OCS red shows faults, OCM orange detects overcurrent and OP yellow indicates active power status.
Q: How does the E4800-T10-001-A SVC board maintain reliable system connections under stress?
A: It is built on a robust multi layer PCB that resists vibration and heat. All components are securely mounted for industrial-grade performance.
Q: What integration features support flexible deployment of the E4800-T10-001-A SVC board?
A: This board includes edge connectors, ribbon cable interfaces and screw terminals. It also features configuration jumpers for hardware-level customization during installation or testing.
