All products (new, refurbished, and repairs) are covered by the Industrial Automation Company's 2 Year Warranty. Manufacturer's Warranty does not apply.
Description
*** $200 Core Credit
- SERVO DRIVE
- SERVO AMP
- ALPHA SERIES SERVO AMPLIFIER MODULE 20X3/SVM 3-20/20/20 PWM INTERFACE
- ALPHA SERVO DRIVE TYPE SVM3-20/20/20
- 3 AXIS
- CNC
All products (new, refurbished, and repairs) are covered by the Industrial Automation Company's 2 Year Warranty. Manufacturer's Warranty does not apply.
TECHNICAL SPECIFICATIONS
FANUC A06B-6080-H304
FANUC has developed this innovative 3-axis alpha servo amplifier module A06B-6080-H304 that can take on many tasks. With exceptional accuracy, reliability, and performance, the alpha servo amplifier module is a powerhouse designed to conquer industrial applications. This high-performance module delivers maximum efficiency for automation and motion control systems.
Technical Description of A06B-6080-H304:
This powerful servo amplifier module A06B-6080-H304 offers incredible flexibility to suit numerous industrial applications. It can operate with input voltages ranging from 283-325 V, and its maximum output voltage reaches up to 230 V, making it perfectly matched for a wide range of high-performance motors.
The A06B-6080-H304 servo amplifier module boasts advanced control technology for excellent responsiveness and stability, enabling it to deliver fast and accurate servo control in even the most demanding conditions.
This model A06B-6080-H304 offers impressive 5.9 Amps of current output in all three axes, making it the perfect choice for experienced and novice users seeking a reliable solution to their application requirements. The accompanying software capabilities of the module empower users to tailor powerful results, while its user-friendly interface and easy setup ensure intuitive operation.
This module stands out for its smart diagnostic capabilities, with built-in sensors that detect any discrepancies in system functioning. Its superior accuracy helps to identify and address issues quickly €“ leading to the maximization of operational efficiency and minimizing downtime while keeping safety at a maximum level.
With an impressive 3.7 kW power rating, this model A06B-6080-H304 offers various input/output options, including analog, digital, and pulse inputs, seamlessly integrating with multiple industrial control systems.
This A06B-6080-H304 module offers impressive precision and control while occupying minimal space. Its compact size allows easy integration into existing systems, making it the ideal choice for a wide range of applications that demand smooth servo motion - such as robotics and CNC machines.
Standard Ambient Conditions:
To ensure peak performance, the operating model A06B-6080-H304 should be managed within a temperature range of 0 - 55°C. Exceeding this limit can create excess stress and lead to overheating, thus requiring power output adjustments.
To ensure optimal performance and longevity of the model, store it in a temperature-controlled indoor environment. The temperature should range between -20 °C to +60 °C with no direct sunlight exposure, which can lead to deterioration over time.
To protect the A06B-6080-H304 module's performance and longevity, ensuring its environment remains clean and dry is imperative. Exposure to moisture or contaminants can adversely affect the device, leading to decreased efficiency.
Standard Wiring Precautions:
To prevent system damage and overheating, it is essential to use a wire gauge that accurately suits the current and voltage requirements of your electrical setup. Please do so to avoid disastrous results. Before starting the amplifier module, shut down the power supply. It will help ensure safety and protect your system from possible harm.
Inspect any wires for snaggy signs such as tears or breaks before hand-shaking with a connection. A checkup is critical to prevent short circuits and other hazardous electrical issues.
The A06B-6080-H304 module's wire size is vital to its safety. Using the correct voltage/current rating for wires in each installation is paramount to avoid overloading and severe consequences, such as fire risk.
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