The ZYE10530Z is a miniature pushpull DC traction frame electromagnet designed for compact actuation in spaceconstrained installations. It operates on DC power and is available for DC12V or DC24V applications, providing flexible compatibility with common power supplies. Key benefits Spacesaving form factor suitable for tight spaces in automation, fixtures, and control panels. Pushpull bidirectional actuation enables versatile motion in a compact device, supporting both attraction and potential reversible actuation within the system. Dual voltage compatibility (DC 12V and DC 24V) simplifies integration with existing DC power sources. Traction frame construction facilitates straightforward mounting and stable installation in mechanical assemblies. Lightweight and compact design suited for miniature actuation tasks in electronics, robotics, and automation projects. Key attributes Model: ZYE10530Z Type: miniature pushpull DC traction frame electromagnet Voltage: DC 12V / DC 24V Form factor: miniature, tractionframe configuration Function: actuation device for automated or mechanical systems Compatible contexts: suitable for use in spacelimited applications requiring compact magnetic actuation Material: not specified in the listing Performance data: hold force, response time, and coil resistance are not provided in the listing Applications and use cases Micropositioning and holdrelease tasks in automated assembly lines where space is at a . Small locking or latching mechanisms in enclosures, vending machines, or accesscontrol fixtures requiring compact actuation. PCB fixture holddowns, lightweight clamping in prototyping rigs, and other robotics or automation projects that benefit from a compact pushpull electromagnet. This product delivers a compact, dualvoltage electromagnet option for engineers and technicians seeking reliable, spaceefficient actuation within a miniature footprint. It aligns with the model ZYE10530Z specifications and the stated DC voltage options, offering straightforward integration in suitable DCpowered systems.