E4809-770-140-C Okuma
Wake Industrial LLC is not an authorized distributor of this product.
E4809-770-140-C CNC board is built for advanced industrial applications, operating within a 200-240V range and a frequency of 50/60Hz. It features a 15A current rating for stable power delivery. Designed for versatility, it includes analog and digital I/O ports, making it adaptable to various motion control systems.
Internal Product Review
The E4809-770-140-C is a high-efficiency CNC board built for precision and reliability in motion control applications. Its multi-axis support and versatile communication interfaces make it an excellent choice for complex automation systems.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The Okuma E4809-770-140-C is a CNC board that can support high performance to meet numerous industrial demands. It has a voltage rating of 200-240V AC and an amperage of 15A, thus suitable for connecting and operating complex CNC equipment. It operates at 50/60Hz frequency. It is compatible with most power supply networks throughout the world. The board has an efficiency of 96% to ensure that it draws maximum power with low heat production. It also has a wide temperature range of -20 degrees C to 50 degrees C so that it can work under different climate conditions.
One unique feature of the E4809-770-140-C is its I/O ports, which enables users to use both analog and digital inputs and outputs. These I/O ports enable the board to interface with different sensors, actuators, and other parts of the CNC system. Analog inputs/outputs are used for signals that are continuously varying, for instance, speed or position signals from sensors, while digital inputs/outputs are used for switching on/off signals like in switches or alarms. This makes the board flexible, which allows it to be used in automation systems involving many devices.
Another important feature is the motion control system of the board, which also provides multi-axis support. Motion control is an important feature for controlling CNC systems as it is responsible for the movement of most parts of the system. The key feature of the complex structure is the ability to support multiple axes, meaning that the board can manage the machinery that requires movements in various directions. This feature is useful for high-precision operations, for instance, when milling or controlling a robotic arm where precision and coordination of the axes are critical.