PST Series 3 Way Push-in Pneumatic Hose Fittings Male Run Tee

PST Series 3 Way Push-in Pneumatic Hose Fittings Male Run Tee

Brando offers plastic push in fittings , which is also called pneumatic fittings for it usually being used in pneumatic systems. It is made from Acetal copolymer, with a stainless steel collect design that ensures high quality clamping with various types of tube such as nylon tubes, polyethylene tubes and polyurethane tubes. It can be easily connected or disconnected by one touch and is used for a wide variety of models to meet all demands. And its oval sleeve also makes it possible to apply and remove the tube easily in confined space. Meanwhile, over 50 different models in imperial; metric sizes and hybrid are also available.

FEATURES:
1. Designed for Polyurethane or Nylon tubing.
2. Quick and reliable connections.
3. Reusable: multiple connections / disconnections.
4. Convenient elliptical / round sleeve configuration.
5. Metallic body made of non-corrosive Nickel-plated Brass.
6. Pre-coated threads are ready to use without additional sealing.
7. Outside (and Inside where applicable) hexagonal wrench tightening.
8. Available over 60 different models in imperial, metric sizes and hybrid.

Dimension & Order Code of Pneumatic Hose Fittings:

Straight Male Fitting:

Picture	Dimension	Part No.	R	D	L1	L	S	Inner Hex
		PC4	M5X0.8	4	6	22	10	3
			M6X1	4	6	22	10	3
			R1/8"	4	8	21	12	3
			R1/4"	4	9	18	13	3
			R3/8"	4	10	20	17	3
			R1/2"	4	11	22	21	3
		PC6	M5X0.8	6	6	23	12	4
			M6X1	6	6	23	12	4
			R1/8"	6	8	22	12	4
			R1/4"	6	9	22	13	4
			R3/8"	6	10	21	17	4
			R1/2"	6	11	23	21	4
		PC8	R1/8"	8	8	27	14	4
			R1/4"	8	9	24	14	6
			R3/8"	8	10	22	17	6
			R1/2"	8	11	23	21	6
		PC10	R1/8"	10	8	29	27	4
			R1/4"	10	9	30	17	6
			R3/8"	10	10	28	17	8
			R1/2"	10	11	24	21	8
		PC12	R1/8"	12	8	31	19	4
			R1/2"	12	9	32	19	6
			R3/8"	12	10	29	19	10
			R1/2"	12	11	31	21	10

Elbow Push Male Fitting:

Picture	Dimension	Part No.	R	D	D1	L1	L	L'	S
		PL4	M5X0.8	4	11	6	19	25	10
			M6X1	4	11	6	19	25	10
			R1/8"	4	11	8	19	27	12
			R1/4"	4	11	9	19	28	13
			R3/8"	4	11	10	19	30	17
			R1/2"	4	11	11	19	31	21
		PL6	M5X0.8	6	13	6	20	26	12
			M6X1	6	13	6	20	26	12
			R1/8"	6	13	8	20	28	12
			R1/4"	6	13	9	20	29	13
			R3/8"	6	13	10	20	31	17
			R1/2"	6	13	11	20	32	21
		PL8	R1/8"	8	14	8	23	31	14
			R1/4"	8	14	9	23	32	14
			R3/8"	8	14	10	23	33	17
			R1/2"	8	14	11	23	35	21
		PL10	R1/8"	10	18	8	27	35	27
			R1/4"	10	18	9	27	36	17
			R3/8"	10	18	10	27	37	17
			R1/2"	10	18	11	27	39	21
		PL12	R1/8"	12	21	8	30	37	19
			R1/2"	12	21	9	30	38	19
			R3/8"	12	21	10	30	39	19
			R1/2"	12	21	11	30	41	21

Branch Tee Male Fitting:

Picture	Dimension	Part No.	R	D	D1	L1	L	L'	S
		PT4	M5X0.8	4	11	6	19	25	10
			M6X1	4	11	6	19	25	10
			R1/8"	4	11	8	19	27	12
			R1/4"	4	11	9	19	28	13
			R3/8"	4	11	10	19	30	17
			R1/2"	4	11	11	19	31	21
		PT6	M5X0.8	6	13	6	20	26	12
			M6X1	6	13	6	20	26	12
			R1/8"	6	13	8	20	28	12
			R1/4"	6	13	9	20	29	13
			R3/8"	6	13	10	20	31	17
			R1/2"	6	13	11	20	32	21
		PT8	R1/8"	8	14	8	23	31	14
			R1/4"	8	14	9	23	32	14
			R3/8"	8	14	10	23	33	17
			R1/2"	8	14	11	23	35	21
		PT10	R1/8"	10	18	8	27	35	27
			R1/4"	10	18	9	27	36	17
			R3/8"	10	18	10	27	37	17
			R1/2"	10	18	11	27	39	21
		PT12	R1/8"	12	21	8	30	37	19
			R1/2"	12	21	9	30	38	19
			R3/8"	12	21	10	30	39	19
			R1/2"	12	21	11	30	41	21

List of All Plastic Pneumatic Hose Fittings:

Choosing the Right Fittings for Your Pneumatic System:

Fittings help control the force and directional flow of compressed gas or air used in pneumatic systems. One of the first considerations in choosing a connector is the type of vessel that you will be connecting to such as the flexibility of the hose or tube, as well as the inner diameter (ID) and outer diameter (OD) of the vessel to ensure an adequate seal and secure connection. Fitting material choice for your pneumatic connector is also important, including gas compatibility or resistance to heat or corrosion.

Other considerations in choosing the right pneumatic system connector include:
1. Type of connection and the function it performs
2. Operational pressure of the pneumatic system
3. Operating temperature range
4. P.S.I. requirements for your application
5. Amount of vibration produced by the pneumatic system
6. Thread type of the receiving fitting

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