Siemens 1FL6096-1AC61-2LA1

When purchasing Quality products from Quanzhou Xin Yuan Technology, we have tested that the coils are resistant to stamping. The temperature remains stable during the die-casting process. The pressurization of the old pump in the injection molding machine has a delay. By replacing with Siemens 1FL6096-1AC61-2LA1, the thrust is immediately fully provided. The high-speed pressure building is fast and there are no flashings.

Essential Attributes

The Siemens 1FL6096-1AC61-2LA1 is a typical compact servo motor, with its core feature being the high dynamic response characteristics of the 1FK7 series. This motor typically has a relatively high rated speed, and when paired with high-resolution incremental or absolute value encoders, it can achieve precise speed and position control. From a physical perspective, it adopts a forced air-cooling or natural cooling design, and has extremely high torque density, meaning that with a constant volume, it can provide more powerful burst force than ordinary asynchronous motors. Its stator windings use a special insulation grade (usually F grade or higher), which can withstand harsh voltage fluctuations and high-temperature environments in industrial settings, making it the fundamental physical basis for the execution end of the automated drive system.

Usage scenario

This model of motor is widely used in high-precision material handling and positioning scenarios. In automated soldering machines or electronic assembly lines, the Siemens 1FL6096-1AC61-2LA1 is responsible for driving the rapid movement of the X/Y axes. Its low rotor inertia characteristic ensures no delay for frequent start-stop actions. In packaging machinery, it is used to control the trailing shearing mechanism, ensuring the strict synchronization of the packaging film with the product speed. Additionally, on food and beverage filling lines, this motor, with its hygienic design (optional stainless steel casing or special coating), can withstand frequent high-pressure water rinsing and directly drives the filling valve or cap head, ensuring stable operation in humid environments.

Packaging process

For this precision industrial component, Siemens has extremely meticulous packaging measures for shock resistance and anti-static protection. Usually, a single electric motor is wrapped in a specially made anti-static EPE foam mold. This layer of foam is precisely molded according to the shape of the motor housing, and it can firmly grip the motor shaft to prevent radial collisions during transportation. The outer layer uses thick corrugated cardboard boxes, and the interior is filled with moisture-proof beads. For batch shipments, wooden boxes or non-sterilized pallets that comply with ISTA standards are usually used for palletizing to ensure that the encoder gratings and bearings inside the motor will not be damaged due to micro-vibrations during the bumpy ocean transportation. Every detail is aimed at ensuring a zero-fault state when the equipment is delivered.

Performance capability

In the execution phase of this model, it demonstrated efficient supply chain management capabilities. Leveraging the geographical advantage of Quanzhou as the core industrial spare parts distribution center, through a digital inventory management system, the inventory status of 1FL6096-1AC61-2LA1 can be updated in real time. After the customer places an order, the technical team will immediately conduct power-on tests to check the winding resistance, encoder signals, and insulation performance, ensuring that every motor sent out is a "ready-to-use" quality product. Whether it is an urgent order for domestic production lines or regular orders exported to Europe and the United States, through optimized logistics channels, combined with complete customs declaration documents and original factory quality guarantee certificates, rapid delivery can be achieved, resolving the urgent problem of production line shutdown and material shortage for customers.