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Details on maximum operating pressure and vacuum limits for the device.
Specifies sound pressure levels and optimal operating temperature/humidity.
Instructions for safe lifting, weight limits, and minimum clearance requirements.
Details on motor protection switches, service factor, rated current, and wiring diagrams.
Information on Softstart, PTC, and Bi-metal protection options for motor starting.
Guidance on connecting pressure lines and understanding flow direction for operation.
Essential safety warnings and personal protective equipment for maintenance tasks.
Recommended intervals for cleaning and replacing air filters (F1, F2, F3, D2, D3).
Procedures for motor fan cleaning, lubrication intervals, and bearing maintenance.
Torque values for different screw types (A, B, C) and pump cover installation.
Company contact details, website links, and online shop information.
Details on maximum operating pressure and vacuum limits for the device.
Specifies sound pressure levels and optimal operating temperature/humidity.
Instructions for safe lifting, weight limits, and minimum clearance requirements.
Details on motor protection switches, service factor, rated current, and wiring diagrams.
Information on Softstart, PTC, and Bi-metal protection options for motor starting.
Guidance on connecting pressure lines and understanding flow direction for operation.
Essential safety warnings and personal protective equipment for maintenance tasks.
Recommended intervals for cleaning and replacing air filters (F1, F2, F3, D2, D3).
Procedures for motor fan cleaning, lubrication intervals, and bearing maintenance.
Torque values for different screw types (A, B, C) and pump cover installation.
Company contact details, website links, and online shop information.
This document serves as a comprehensive manual for the Becker KDT 3.140, a device designed for various industrial applications, primarily functioning as a compressor or vacuum pump. The manual provides detailed instructions for operation, maintenance, and safety, catering to a global audience with translations in numerous languages.
The Becker KDT 3.140 is a versatile machine capable of operating as both a compressor and a vacuum pump, depending on the specific application requirements. Its core function involves manipulating air pressure to either create a vacuum or compress air for various industrial processes. The device is designed for continuous operation, indicated by its robust construction and detailed maintenance schedule. The internal mechanism, while not explicitly detailed in terms of its exact components, is shown to involve air intake, internal processing, and air expulsion, suggesting a rotary vane or similar positive displacement pump design, common for Becker products. The device is engineered to handle specific pressure and vacuum ranges, ensuring efficient performance within its operational parameters. It is powered by a three-phase motor, which can be configured for different frequencies (50Hz or 60Hz) and voltages, making it adaptable to various electrical infrastructures worldwide. The inclusion of motor protection features, such as PTC or bi-metal sensors, highlights its design for safe and reliable operation, preventing damage from overheating or electrical overloads. The optional soft start feature further enhances its operational longevity by reducing mechanical stress during startup.
The KDT 3.140 is designed for straightforward integration into industrial systems. Its connections for air intake and output are clearly marked, facilitating correct installation. The manual emphasizes the importance of proper ventilation around the device, indicating that it generates heat during operation and requires adequate airflow to maintain optimal temperatures. The device's weight, ranging from 136-140 kg (300-309 lbs), suggests it is a stationary unit, requiring proper lifting equipment for installation or relocation, as depicted by the "MIN 2m" lifting height requirement. The operational environment is specified with temperature and humidity ranges, ensuring the device performs reliably under suitable conditions. The noise levels are provided, indicating that hearing protection may be necessary in close proximity during operation. The manual also highlights the importance of maintaining specific clearances around the device for both air circulation and accessibility for maintenance. The electrical connections are detailed, including the need for a motor protection switch and proper wiring for three-phase power. The device's control interface, though not explicitly shown in detail, implies basic ON/OFF functionality with potential for integration into more complex control systems, given the mention of motor protection and soft start options. The inclusion of various tools in the manual, such as screwdrivers and wrenches, suggests that basic assembly and adjustments might be required during installation or routine checks.
Maintenance is a critical aspect of ensuring the longevity and optimal performance of the KDT 3.140, with the manual providing a detailed schedule and procedures. Key maintenance intervals are specified for various components, including air filters and internal lubrication.
Overall, the Becker KDT 3.140 is presented as a robust and maintainable industrial device, with clear instructions and detailed procedures to ensure its safe and efficient operation over an extended period.
General| Type | Piston |
|---|---|
| Stages | 1 |
| Weight | 26 lbs |
| Max Pressure | 8 bar |
| Voltage | 230 V |
