Internal embedded drip irrigation pipe production line

• The production line adopts PCC integrated control system to synchronously control the entire line. SIMENS digital integrated Ethernet distributed PCC control technology. The system can be remotely controlled through terminal devices such as computers and mobile phones, such as timed power on, fault diagnosis, formula download, and the built-in system's operation manual can be viewed at any time;

• Adopting an automatic dual station coiling machine, independently controlled by Siemens programmable PLC, with instruction settings entering; Imported motor drive, adjustable cable pitch; It has the function of automatically cutting off pipes and switching reels during work, without affecting the continuous high-speed production of pipes; Equipped with tension control device, precise synchronous control with pipe production;

• The automatic screening and conveying device for drip heads adopts intelligent measurement and control technology - nanosecond level laser recognition device, reverse drip head automatic removal device, two-level safety automatic measurement and control device, with drip head breakage and error alarm system;

• The vacuum sizing box and cooling water tank are made of brushed stainless steel, and the high-performance PLC system automatically and accurately controls the water temperature, keeping the water temperature inside the box relatively constant and more suitable for high-speed and stable production of products. At the same time, it is equipped with a broken pipe and bubble detection alarm system;

• We have upgraded the commonly used mechanical inspection drilling device in the industry to a non-contact laser inspection drilling method, equipped with high-definition visual imaging monitoring, which can simultaneously detect the width of the product, completely eliminating the phenomena of high noise, fast wear, low accuracy, and slow response in mechanical inspection. This not only greatly improves production speed, but also enables precise drilling without stopping to adjust when the droplet head spacing changes, eliminating abnormal phenomena such as droplet head missed inspection, inaccurate drilling, and blind hole caused by changes in production speed and droplet head spacing.