Feature(may vary by option.)

●APPLICATION: Pneumatic air hose inline fitting widely used for engineering projects such as factories, automation equipment, auto repair, electronics and electrical engineering
●COMPATIBLE EQUIPMENT: Manifold splitter is mainly used for air pumps, cylinders, compressors, vacuum engines, etc, can meet your different using experience
●MATERIAL: Air hose manifold block splitter is made of pure aluminum material, resistant, rust prevention, not easy to deform, and more durable, working pressure is 0~0.9mpa(0~0.92kfg/cm²), adaptation temperature is 0~60℃
●FEATURES: In line type air hose splitter is convenient installation of the air distribution exhaust, no air leakage, good sealing, pressure resistance is 1.0mpa (10kgf/cm)
●EASY INSTALLATION: Quick connect air hose splitter adopts the simple structure, compact size, lighter weight, easy to install and unload, convenient and practical

[AL-8]




[AL-6]




[AL-7]




[AL-4]




[AL-5]




[AL-2]




[AL-3]





Description

Spec:
Item Type: Pneumatic Manifold Block Splitter
Material: Aluminum
Pressure Resistance: 1.0MPA (10kgf/cm)
Working Pressure: 0~0.9Mpa(0~0.92kfg/cm²)
Adaptation Temperature: 0~60℃
Model Total Length (Approx.) Way Number Holes Number Length x Width (Approx.) Thread Specifications Intersection Center Spacing(Approx.)
AL-2 65mm / 2.56in 2 Way 5 Holes 20x20mm / 0.80x0.80in G1/4(12mm) 30mm / 1.18in
AL-3 95mm / 3.74in 3 Way 6 Holes 20x20mm / 0.80x0.80in
AL-4 125mm / 4.92in 4 Way 7 Holes 20x20mm / 0.80x0.80in
AL-5 155mm / 6.10in 5 Way 8 Holes 20x20mm / 0.80x0.80in
AL-6 185mm / 7.28in 6 Way 9 Holes 20x20mm / 0.80x0.80in
AL-7 215mm / 8.46in 7 Way 10 Holes 20x20mm / 0.80x0.80in
AL-8 245mm / 9.65in 8 Way 11 Holes 20x20mm / 0.80x0.80in

Package List:
1 x Pneumatic Manifold Block Splitter

Notice:
1. Do not unplug and insert the gas pipe frequently during the use of the connector, which will affect the service life of the connector and gas pipe
2. The pipe inserted into the joint needs to be inserted to the bottom of the joint to avoid the possibility of air leakage