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ZG100-10L
ZEGO

1.Control System
Equipped with a high-grade microcontroller-based control system, the equipment is furnished with dependable core control. This not only guarantees prolonged, seamless operation but also significantly reduces the likelihood of breakdowns.
2.Frame Structure
The frame is constructed via an integral casting method. This configuration boosts the equipment’s structural sturdiness, endowing it with greater rigidity and enhanced anti-vibration performance, thereby establishing a robust base for steady functionality.
3.Heating Technology
The device employs infrared lamp heating, featuring strong heat penetration. Simultaneously, the combined design of bottle preform rotation and orbital heating facilitates uniform heat distribution, ultimately delivering rapid, consistent, and reliable heating outcomes.
4.Adaptability & Temperature Control
The internal baffles of the heating tube allow flexible adjustments in both width and height, enabling the equipment to accommodate various types of bottle preforms. Furthermore, the integrated automatic exhaust function promptly regulates the internal atmosphere of the heating tube, ensuring consistent heating conditions at all times.
5.Safety Mechanism
Each mechanical movement is outfitted with a safety self-locking device. In the event of a production error, the system instantly triggers the protection protocol and automatically shifts to a safe operational mode to avert potential risks.
6.Drive & Environmental Friendliness
Cylinders serve as the driving elements, obviating the need for an extra oil pump. This design not only eradicates oil contamination at the source for clean operation but also effectively lowers the noise emitted by the equipment during runtime.
| ZG10L | ||
| Container | Clamping Force(KN) | 120 |
| Clamping Stroke(MM) | 280 | |
| Stretching Stroke(MM) | 450 | |
| Cavity | 1-2 | |
| Capacity(BPH) | 300-400 | |
| Max.Bottle Volume(LTR) | 11 | |
| Max.Neck Diameter(MM) | 140 | |
| Max.Bottle Diameter(MM) | 220 | |
| Max.Height(MM) | 430 | |
| Electric Sydstem | Total Power(KW) | 9 |
| Heating Power(KW) | 6 | |
| Machine Specification | Blower size(MM) | 1950×650×1750 |
| Blower weight(MM) | 700 | |
| Heater size(MM) | 2170×670×1600 | |
| Heater weight(MM) | 400 |
Stretching cylinder
*Quick action resonse,with faster starup and running speed
*High control caauracy,precise control of strrching stroke,speed,and star stop siming
*Stable and reliable operation,ensuring long term continuous stability and reduceing equipment maintenance costs.
Operating Valve
*Manages the activation and deactivation of high-pressure air tailored for bottle blowing machines.
*Allows for precise adjustment of air flow in the course of the blow molding process.
*Secures the accurate shaping of bottle preforms by controlling the supply of high-pressure air.
PLC
*The human-machine interface allows for straightforward operation and convenient monitoring of the system.
*It automatically records production data on a daily basis and enables real-time supervision of production-related information.
*It provides failure alerts and offers support for troubleshooting to resolve operational issues efficiently.
Housing Thickness
*Material: The machine’s outer shell is constructed from 1.5mm-thick stainless steel.
*Durability: The stainless steel shell of the machine is resistant to damage.
*Application: It stays intact both during the transportation process and when used by customers over the long
Temperature controller
*Enables precise temperature regulation for each layer of the lamp tube.
*Features a built-in display that shows real-time temperature readings.
Heater
*Heating Method: Infrared lamps are used to apply heat to bottle preforms.
*Equipment Configuration: The equipment is fitted with 28 heating lamps and 72 heating holders.
*Adaptability: Heating holders can be matched to the neck dimensions of preforms—different neck sizes call for specific holders.


