134H2362 Danfoss
Wake Industrial LLC is not an authorized distributor of this product.
MPN: VLT2803PS2B20SBR1DBF12A00C1
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The Danfoss 134H2362 is a single-phase low voltage drive from the VLT 2800 Low Voltage Drives series, designed specifically for process applications. It comes with a bookstyle enclosure, built-in display, and features IP20 protection rating. The drive supports Profibus DP 12 MBaud fieldbus communication and operates at 200-240V AC mains voltage.
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Product Description:
The 134H2362 is an AC drive manufactured by Danfoss and assigned to the VLT 2800 Low Voltage Drives series. Within automated plants, it modulates the frequency and voltage supplied to induction motors, giving process operators a compact means of matching pump, fan, or conveyor speed to real-time demand. By integrating the drive instead of using throttle valves or mechanical gear changes, the system reduces energy use and component wear in continuous-duty industrial lines.
This model is wired to a mains supply of 200–240 V AC and is designed for single-phase input, so it can be installed on standard low-voltage utility circuits without a step-down transformer. The control board and terminals sit behind finger-safe louvers that carry an IP20 protection rating, making the drive suitable for mounting inside a switch cabinet with controlled airflow. Conducted emissions are attenuated by an integral RFI network that meets EN 55011 Class A1, helping the drive share enclosures with sensitive instrumentation. For distributed automation, a factory-installed communications card supports PROFIBUS DP at 12 MBaud, allowing setpoints and diagnostic data to move over a single shielded twisted pair instead of hardwired analog connections.
The housing has a book-style footprint, so multiple drives can be installed edge to edge to conserve panel width in modular systems. Local setup is handled through a built-in display (SLCP) that presents parameter numbers, real-time values, and fault codes without requiring extra accessories. The power section has a standard configuration with a brake, enabling dynamic deceleration of small-inertia loads when the application stops. All printed circuit assemblies have a protective coating that helps resist airborne moisture and chemical vapors. The compact arrangement also keeps the display and control terminals accessible from the front of the cabinet, while the integrated communication interface reduces the amount of point-to-point control wiring required throughout the installation.