Låsreglage

Låsreglage is a term used primarily in Swedish mechanical engineering and maintenance contexts to refer to a device or mechanism that adjusts the position or tension of a lock or locking element. The concept is applied in a variety of systems where precise control of a lock’s engagement is necessary, such as in hydraulic valves, automotive parking brake assemblies, or industrial conveyor systems.

The primary function of a låsreglage is to fine‑tune the force required to engage or disengage a lock, thereby ensuring consistent performance under varying load conditions. By altering the internal geometry or spring tension within the device, technicians can compensate for wear, temperature changes, and tolerances in the surrounding components. In practice, the adjustment is typically performed with a small wrench or specialized tool that turns a threaded adjustment screw, allowing incremental changes to be made in situ.

In automotive applications, låsreglage are often seen on parking brake systems where the adjustable lock must account for road height changes and door or track wear. In industrial settings, they may be mounted on hydraulic cylinders to balance the lock jaw against external forces, ensuring smooth operation during repetitive opening and closing cycles. The adjustment feature can also be beneficial in safety-critical systems, as it enables maintenance crews to rapidly verify that the lock remains correctly set after over‑loads or accidental damage.

While the term is most common in Sweden, analogous devices are known elsewhere as lock‑adjusting fittings, lock‑adjusters, or torque‑adjustable lock assemblies. Their design principles—slotted adjustment screws, calibrated torque settings, and durable stainless‑steel construction—are largely universal. Proper use of a låsreglage can extend component life, reduce maintenance costs, and enhance operational reliability across a wide spectrum of mechanical systems.