What is the Positive Injector Systems?
Positive Injector Systems are lubrication systems that deliver precise amounts of oil or grease to specific friction points in machinery. The system typically operate at low or medium pressure, and can be adjusted to deliver different amounts of lubricant as needed. The injectors in these systems are alternately activated and deactivated at regular intervals, allowing oil or grease to discharge from them when the system reaches operative pressure.
Advantage Of The Positive Injector Systems:Precise Lubrication Delivery:
- These systems are highly precise in their lubricant delivery, which helps to ensure that machinery is getting the exact amount of lubrication it needs.
- Customizable Delivery: Some models of Positive Injector Systems are adjustable, which means that a single manifold can be used to deliver different amounts of oil or grease to different friction points.
Positive Injector Systems Lubrication Pump
A Positive Injector Systems Lubrication Pump is a type of pump that is used in lubrication systems to deliver oil or grease to various components and moving parts of machinery. It operates based on the principle of positive displacement, meaning that it precisely meters and delivers a fixed volume of lubricant with each stroke or revolution of the pump.
Reservoir:0.6L
Pressure:1.5Mpa-2Mpa
Discharge:6ml/stroke
Outlet:M8 or M10
For 500 points system
Pressure:2.5Mpa-5Mpa
Discharge:0.5L/min
Reservoir:10L-20L-30L
Timer:Equipped
Injector
Injectors are highly efficient positive displacement oil or grease dispensing valves specifically designed for lubrication circuits. They are compatible with single or multiply or high pressure injectors, allowing for seamless integration into existing lubrication systems.
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Discharge:0.06-0.5ml/cyc
Viscosity:20#-1500#
Max. Pressure:34kgs
Min. Pressure:14kgs
Seals:Viton
Thread:M8 -
Discharge:0.06-1.5ml/cyc
Oil Lubricant:#20~#1500
Grease Lubricant:Soft grease,NIGL000#-00#
Max.Pressure:45kgs
Min.Pressure:15kgs
Seals:Viton -
Min.Operate Pressure:128kgs
Max.Operate Pressure:240kgs
Relief Pressure:40kgs
Outlets:0.13-1.6mg
Material:Steel
Lubricants:Up to NIGL#2
Inlet:Npt3/8
Outlet:Npt1/8 -
Min. Pressure:80kgs
Max. Pressure:240kgs
Vent Pressure:14kgs
Lubricant:Up to NIGL#2
Discharge:0.016~0.131
Material:Steel
Inlet: Npt1/4
Outlet:6mm Hose -
DLX InjectorDischarge:0.1-0.5ml/cyc
Oil Lubricant:#20~#1500
Max.Pressure:45kgs
Min.Pressure:12kgs
Seals:NTR
Accessories
Tubes and adapters and brushes and etc.
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Material:Brass
Type:Straight or elbow
Thread:M6,Pt1/8,M10
Pipe:6mm,8mm,10mm
Isohitech Positive Injector
Isohitech Lubrication Positive Injector Systems can provide several advantages over other types of lubrication systems including improved efficiency, lower maintenance requirements, and more precise lubrication delivery. These advantages often make them a cost-effective and reliable solution for many types of machinery.
The main difference between Positive Injector Systems and Single Line Systems is the way they deliver lubricant to machinery.
Positive Injector Systems utilize individual injectors that are alternately activated and deactivated at regular intervals, which permits oil or fluid grease to discharge from them when the system reaches operative pressure. Positive Injector Systems typically operate at low or medium pressure and can be adjusted to deliver different amounts of lubricant as needed.
On the other hand, Single Line Systems use a single line to deliver lubricant to multiple friction points in the machinery. The main advantage of this system is that it is relatively simple, with each bearing or friction point connected to the main supply line via a restriction. Lubricant is delivered to each friction point via a metered orifice, which helps to ensure that the correct quantity is delivered.
The main difference between these two systems lies in the delivery method and complexity. While both systems can provide effective lubrication to machinery, Positive Injector Systems offer more precise lubrication delivery and customizable lubrication amounts, while Single Line Systems are typically easier to install and require less maintenance. The choice between the two systems ultimately depends on the specific needs and requirements of the machinery being lubricated.