Greenhouse skeleton steel pipe bender

Shenyang Jiahe agricultural greenhouse pipe bender

Application of greenhouse pipe bender: it can produce plastic greenhouse skeleton without pillars, and its products have the following characteristics:

(1), multi-functional: it can be used for seedling greenhouse, vegetable planting in winter, sun protection and rain protection in summer, rice seedling raising, winter feeding and livestock and poultry protection, planting of flowers, fruit trees and Chinese herbal medicines, construction of yurts, milk stations and resorts, as well as cold shed, mushroom shed, breeding shed, construction shed and carport.

(2) It can produce round, rectangular, oval, special-shaped, plastic-coated, solid and hollow greenhouse skeleton products, and the length, radian, height, span and thickness can be adjusted at will.

Basic performance description of greenhouse pipe bender

1: The system adopts PLC touch screen, servo motor and frequency converter as the main components of the control system, which has the characteristics of safety, reliability, convenient and intuitive operation, low failure rate, easy learning and easy maintenance. It is the first choice of modern industrial automation technology.

2 Working Settings: When starting the machine, first turn the manual/automatic switch to the manual position, and then click the manual test key on the screen to enter the manual test state. At this time, press the four keys of servo forward, servo backward, transmission backward, transmission forward and transmission backward on the screen by hand. When pressing the key, pay attention to whether the mechanical action is correct, whether the proximity switch works effectively, and whether the components of the electrical system are normal.

3. After the manual test is completed, return to the main page and set the work screen according to the actual situation.

Fault analysis of greenhouse pipe bender

1: Incorrect table number: loose encoder connection, unreliable fixation, worn and broken wires, and poor contact of contact terminals.

2. Incorrect origin position: deviation, movement and line segment of proximity switch.

3. Bad servo restriction, proximity switch position deviation, movement and line segment

4 Bad restrictions: deviation, movement and line segment of proximity switch.

When the travel distance is not 0 in line 5, the servo suddenly returns to the original point: photoelectric detection fault, which should be that photoelectric did not detect the pipe.

6. The bent pipe is inconsistent with the set data, whether the mechanical clearance is too large due to wear, and whether the encoder wiring is correct.

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