We can ship via UPS, FedEx, and USPS. We can ship on customers' accounts as well. International delivery available via UPS and DHL. In stock items typically ship same day.
All products (new, refurbished, and repairs) are covered by the Industrial Automation Company's 2 Year Warranty. Manufacturer's Warranty does not apply.
Payment options
We accept all major credit cards. Arrangements can be made for Wire Transfers and PayPal payments.
Credit Terms
We understand that credit is a necessary part of business. We offer NET 30 terms to established companies.
Description
- A06B6093H151
- DISCONTINUED BY MANUFACTURER
- SERVO DRIVE
- SERVO AMP
- SERVO AMPLIFIER UNIT TYPE SVU1-12 BETA
- I/O LINK INTERFACE
- BETA SERVO UNIT TYPE SVU-12
- I/O LINK
- 240 VAC 3.2 AMP MAX
- 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-6093-H151
The FANUC A06B-6093-H151 is a powerful servo amplifier unit from the impressive beta series of AC servos. It boasts an SVU-12 drive model and has I/O link capabilities, making it one of the most versatile equipments in its product range.
Technical Details of FANUC A06B-6093-H151
The servo amplifier A06B-6093-H151 is intended to keep in line with FANUC's AC servo motors, including the αiF series and the βi series. These motors have high-resolution encoders that provide precise position feedback, allowing for precise movement and positioning.
The amplifier has a power output of 1.5 kW; its maximum input voltage is 400V AC. The amplifier A06B-6093-H151 operates on a DC voltage ranging from 170V to 325V, and it has a maximum output current of 7.5 A.
The amplifier dissipates 20W of heat and is suitable for applications where high precision is not necessary. It has a lightweight body of just 2 kilograms.
The amplifier has a rated output current of 3.2A and a nominal current limiting/peak value of 12A. This servo driver has a power supply rating of 0.9A and a maximum allowable regenerative energy of 13 J.
Standard Operating Conditions
Do not expose the electrical circuits of A06B-6093-H151 to corrosive and conducting mist. Install the amplifier in a cabinet that meets IP54 standards to ensure proper functioning. Choose a location for the A06B-6093-H151 that is free from excessive dust, oil mist, or corrosive gas.
To perform optimally, this servo driver requires special environmental conditions, including ambient temperatures ranging from 0 to +55 degrees Celsius, humidity levels of less than 95 percent (non-condensing), and vibration levels of less than 0.5G while operating. Failure to fulfill these requirements may cause the amplifier to malfunction.
This servo amplifier (A06B-6093-H151) can also optimally operate up to 1,000 meters above sea level. To ensure the amplifier's proper working, ensure it is away from electrical noises that can interfere with its operation.
Installation and Transportation
The temperature must be maintained between -20°C and 60°C to ensure amplifier safety while in transit. For the FANUC A06B-6093-H151 model's best performance and protection, the relative humidity (non-condensing) should not be higher than 95%.
To avoid vibration or shock, ensure the surface is flat, level, and robust. Install the amplifier in a well-ventilated area and avoid excessive dust, moisture, or corrosive gas. When transporting the amplifier, keep it upright to prevent damage to the internal components. Handle it carefully to ensure its safe arrival. Maintain an ambient temperature between -10°C to +55°C (14°F to 131°F) during storage and transportation to prevent damage to the FANUC A06B-6093-H151 device.
Safety Precautions
Securely install the servo driver A06B-6093-H151 before turning it ON. Wear appropriate clothing and avoid touching anything with your bare hands to avoid shocks. Avoid touching internal parts while the amplifier is on, and cover all moving parts. Take proper safety precautions when connecting moving equipment to the amplifier.
Avoid taking the plate off because doing so will make identifying the item or component difficult. To prevent noise and interference, ensure the wiring between the motor, power supply, and amplifier is correct and that all components are grounded.
 - choosing a selection results in a full page refresh
- press the space key then arrow keys to make a selection