Compact DC solenoid lock designed for low voltage linear actuation and secure pushpull control. Key benefits Operates on DC 3 V or DC 3.7 V power supplies for battery powered and low voltage systems. 2.5 mm stroke provides precise short travel for reliable latch and release action. Through frame type construction simplifies mounting and alignment in panels and housings. Pushpull operation delivers controlled linear force in both extend and retract directions for versatile use. Small, focused movement reduces wear on connected mechanisms and supports frequent actuation. Main specifications and function Type: Solenoid electromagnet, through frame electromagnetic lock Voltage: DC 3 V and DC 3.7 V compatible Stroke: 2.5 mm linear travel Operation: Pushpull linear actuation for locking and unlocking or pushing and pulling mechanical parts Compatibility and integration Suitable for low voltage control systems, battery powered devices, and 3 V to 3.7 V supply circuits. Through frame design fits into compact assemblies and makes it easier to secure the unit in enclosures or mounting brackets. Works with simple driving circuits or controllers that provide the specified DC voltage. Performance notes Short 2.5 mm stroke is ideal where precise, repeatable movement is required. Pushpull action supports both locking and releasing tasks without additional linkage. Designed for straightforward mechanical integration rather than full scale heavy duty locking. Typical applications Access control and cabinet locks for small enclosures, instrument cases, and display cabinets. Robotics and automation for short linear actuation, detents, and mechanical triggers. Vending, ticketing, or kiosk equipment where compact, low voltage latching is needed. What to consider before Confirm your control voltage matches DC 3 V or DC 3.7 V; operation outside these voltages may affect performance. Ensure the 2.5 mm stroke and the available force meet your application requirements for travel and holding action. Plan mounting and wiring to match the through frame form factor and to provide stable supply voltage during actuation. This solenoid electromagnet offers compact, reliable pushpull locking for small low voltage systems where precise shortstroke actuation is required.