The TZ-8111 is a high-performance limit switch for precise, durable mechanical position detection in industrial applications, ideal for automation and material handling.
TZ-8111 Product Description
TZ-8111 is a high-performance limit switch designed for industrial applications, suitable for mechanical position detection occasions requiring high accuracy and reliability. Made of high-quality materials, this limit switch has excellent durability and corrosion resistance, and can work stably and long-term in harsh working environments. TZ-8111 supports a variety of contact configurations, including normally open (NO) and normally closed (NC) contacts, suitable for different electrical control needs. In addition, it also has an IP65 protection level, which can effectively prevent dust and water splashing, ensuring accurate position feedback under various working conditions. With its compact design and wide range of installation options, TZ-8111 can be easily integrated into various mechanical equipment, becoming one of the key components in automated production lines, lifting equipment and material handling systems.
TZ-8111 Product Features
1. High-precision detection: High-precision detection mechanism to ensure the accuracy of position feedback.
2. Strong durability:Using high-quality materials, durable and suitable for harsh environments.
3. Diversified contact configuration:Support NO and NC contacts to meet different electrical control needs.
4. Protection level IP65:Dustproof and waterproof, suitable for outdoor and humid environments.
5. Easy installation:Compact design, supports multiple installation methods, convenient and fast.
TZ-8111 Product Application
1. Positioning control on automated production lines:In an automated production line of an automobile manufacturer, TZ-8111 limit switches are widely used in the position control of robotic arms and conveyor belts. These limit switches are installed on the end effector of the robot arm to detect the position of the object to ensure that the parts can be accurately placed during the processing. In addition, TZ-8111 is also installed at the starting and ending points of the conveyor belt to control the in and out of materials to ensure a smooth production process. The high precision and durability of TZ-8111 ensure continuous operation on the production line, reduce downtime caused by mechanical failures, and improve production efficiency. Its IP65 protection level also enables these limit switches to resist dust and oil on the production line and maintain long-term stable working conditions.
2. Safety devices for lifting equipment:In lifting equipment at ports and construction sites, TZ-8111 limit switches are used as key safety devices to detect the position of the hook and the state of the load. By installing TZ-8111 on the hook, it is possible to monitor in real time whether the hook has reached the maximum lifting height and whether it has reached the lowest point during the descent, thereby preventing overload or collision accidents. In addition, TZ-8111 is also installed on the swivel arm of the crane to detect the rotation angle to ensure the safety of the equipment during operation. The high precision and reliability of these limit switches provide important safety guarantees for operators, reduce potential risks, and make lifting operations more efficient and safer.
3. Precise control of material handling system:In an automated material handling system in a logistics warehouse, TZ-8111 limit switches are used to control the start and stop of the pallet conveyor line. By installing TZ-8111 at key locations on the conveyor line, the position of the pallet can be accurately detected, thereby controlling the operation of the conveyor line and avoiding collisions between pallets. In addition, TZ-8111 is also installed on the lifting mechanism of the stacker to detect the height of the goods to ensure that the goods are accurately placed in the predetermined position. The high precision and stability of these limit switches ensure accuracy in the material handling process, thereby improving the warehouse's processing capacity and efficiency, reducing errors and delays, and maximizing the use of warehouse space resources.
