Basic Parameters
Model Name: DX605050S Square Suction Cup Electromagnet
Dimensions: Length 60mm x Width 50mm x Thickness 60mm
Applicable Voltage: DC 3V ~ DC 220V
Traveling Suction: >800N
Workpiece Characteristics: The object to be suctioned must be medium/low carbon steel; the surface must be smooth, and the area must be larger than the suction pad.
Environment: Temperature -20~40°C; Humidity 5%RH-85%RH
Structure and Working Principle
Ⅰ Structure Composition
The DX605050S suction cup electromagnet is composed of basic components such as the coil, yoke wire, and so on.
The 605050 electromagnetic yoke and core form the magnetic field transmission section; the 605050 coil, wire, etc., form the magnetic field excitation section.
II. Operating Principle
The enameled wire is wound on a spool. When power is applied to the 605050 suction cup electromagnet, the magnetic field excitation generates magnetic force, magnetizing the transmission part of the field to create magnetic force on the suction surface, thereby lifting the workpiece. When the magnetic field excitation is disconnected, the transmission part cannot generate magnetic force, causing the workpiece to be released.
Operating Frequency
| Operating Frequency = (Power-On Time / (Power-On Time + Power-Off Time)) * 100 | 100 | 50% | 25% | 10% |
| Continuous Power Supply | Interval通电 | |||
| Power-on Time (seconds) | ∞ | 200 | 15 | 3 |
| Power W (20℃) | 20W | 40W | 80W | 200W |
| Note: Under different working voltages, with varying power factor, the power remains constant, but the resistance and current will change. Please note when selecting to calculate the required current, using the formula: Resistance = Voltage * Voltage / Power; Current = Power / Voltage. | ||||
Important Reminder: By default, our 605050 suction cup electromagnets are set to 100VDC continuous power supply. They can also be configured for intermittent power supply, depending on the customer's actual usage. If powered continuously, the strength is relatively lower; for intermittent power supply, the strength is higher but the temperature may rise.
Dimensions
