The injection mechanism involves a syringe that is powered by an electric motor. This syringe is connected to a thin needle with specific dimensions, which allows for precise and controlled delivery of the injected substance.
Components of the Injection Mechanism
Here is a breakdown of the key components:
- Syringe: The primary component holding the substance to be injected.
- Electro Motor: The power source that drives the syringe, enabling controlled injection.
- Needle: The thin conduit through which the substance is injected.
- The needle has an inner diameter of 0.8 mm and an outer diameter of 1.0 mm.
- Mounting: The needle is mounted at the centreline of the pipe.
How the Injection Mechanism Works
- The electric motor activates, pushing the syringe plunger.
- This action forces the substance within the syringe through the thin needle.
- The needle, positioned at the centreline, delivers the substance into the targeted area.
Practical Insights
- The use of an electro motor ensures a consistent and controlled rate of injection.
- The precise dimensions of the needle (0.8 mm inner diameter, 1.0 mm outer diameter) are crucial for accurate delivery and minimizing disruption.
- Mounting the needle at the centreline facilitates uniform distribution.
