8LVA22.R0030D200-0
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
The 8LVA22.R0030D200-0 is a motor manufactured by B & R Automation. It is part of the 8LVA Three Phase Synchronous Motors series, featuring a rated power of 2 watts and a resistance of 0.03 ohms with a tolerance of ±0.5%. The motor supports an operating temperature range of -55°C to +170°C and has a compact body size of 2512 (6.3x3.2mm).
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The 8LVA22.R0030D200-0 is a three phase synchronous motor that is built by B&R Automation which includes a standard ytec circular connectors for separate power and feedback lines due to which it offers reliable connectivity ideal for conventional industrial automation setups where hybrid cabling is not required.
The 8LVA22.R0030D200-0 motor can attain peak angular velocity about 6600 rpm which reflects its capacity to spin its shaft at high speed and instead of requiring separate cables for electrical power and signal feedback, it uses an htec style round connector to combine both into a single wire. It is intended to operate at a consistent load and speed for an unlimited duration as it is rated based on EN 60034-1 standard and at maximum load conditions it draws an electric current of 10.30 amperes. The servo drive that provides power to this motor functions at an 80 volts direct current and this motor can accelerate and decelerate rapidly as its shaft has a resistance of only 0.1400 kg·cm² against changes in rotational speed. It uses a resolver, an electromagnetic device instead of an optical encoder to track the position of rotor and it can safely operate in the operational temperature ranges from -15°C to +40°C which confirms that it is built to function in both chilled industrial setting and common room temperature.
This 8LVA22.R0030D200-0 motor is built to handle an absolute thermal tolerance up to 50°C and after a step change in thermal input its temperature takes 35 minutes to reach about 63% of its final value. When no braking system is attached, its weight is 1.05 kilograms and the highest rotational force it can deliver at its shaft is 10.30 newton meters which determines its ability to overcome frictional resistance or to rotate heavier objects.
Frequently Asked Questions about 8LVA22.R0030D200-0:
Q: Why does the 8LVA22.R0030D200-0 use a resolver instead of an optical encoder?
A: Resolvers are more robust in harsh environments and deliver reliable feedback even with electrical noise. This makes the 8LVA22.R0030D200-0 ideal for heavy-duty or outdoor applications.
Q: How does the low moment of inertia improve the motor’s performance?
A: A lower inertia allows faster changes in speed and position. This improves responsiveness and is crucial in dynamic positioning systems.
Q: What advantage does the 80 VDC supply bring to the 8LVA22.R0030D200-0 motor?
A: An 80 VDC bus allows efficient energy delivery with low thermal losses. It supports consistent performance during high-speed or high-load operations.
Q: Why is the 8LVA22.R0030D200-0 ideal for continuous duty operations?
A: Its S1 duty rating ensures it can run indefinitely without cooling intervals. This makes it reliable in processes requiring uninterrupted motion.
Q: What is the function of the thermal time constant in servo motors like 8LVA22.R0030D200-0?
A: It helps predict how quickly the motor heats up during prolonged use. This enables better thermal management and prevents unplanned downtimes.
