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The BSD-FBL04AMK-2 from Beijer is a servo drive unit tailored for industrial automation applications. It operates on 230V AC input and delivers 400 W output. The unit is suited for panel mounting and includes LED indicators for status display.
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| Manufacturer | Beijer |
|---|---|
| Product Line | BSD |
| Part Number | BSD-FBL04AMK-2 |
| Overload Rating | 150% for 1 minute |
| Mounting Style | Panel-mountable |
| Cooling Type | Natural convection |
| Protection Class | IP20 |
| Display Type | LED indicators |
| Brake Coil Current | 0.27 A |
| Application | Industrial automation |
| Type | Servo drive unit |
| Input Voltage | 230V AC |
| Output Power | 400 W |
| Operating Temperature | 0°C to 40°C |
| Communication Protocol | RS-485 |
| Control Type | Vector control |
The Beijer BSD-FBL04AMK-2 is a specialized servo drive unit for seamless operation in industrial automation environments. It operates on a nominal input voltage of 230V AC and provides 400 watts of output power. The drive's compact dimensions of 220 x 180 x 160 mm and weight of 2.5 kg make it suitable for panel mounting installations, enabling efficient use of space within control cabinets.
In terms of performance, this unit offers an overload rating of 150%, allowing it to handle short bursts of increased load for one minute. Designed for natural convection cooling, the unit efficiently dissipates heat, ensuring consistent performance within the specified operating temperature range of 0°C to 40°C.
For user feedback, the BSD-FBL04AMK-2 has LED indicators that provide clear visual status information. Furthermore, it utilizes the RS-485 communication protocol, facilitating easy connectivity and integration with other automation components. The control type employed is vector control, which allows for precise motor control and enhanced response to varying loads. With a protection class of IP20, the device offers basic protection against dust and foreign objects, making it suitable for standard industrial conditions. The rated brake coil current is 0.27 A, ensuring reliable operation of braking systems connected to the drive.