China-K-Gt-R-Series-Pneumatic-Vibrator

We have the following types:
K series: Pneumatic ball vibrator
GT series: Pneumatic turbine vibrator
R series: Pneumatic roller vibrator
SK series: Impact air hammer

Feature:
Maximum temperature 140Â° C _280Â° F
Noise level range 75 to 100 Dba
These compact pneumatic vibrators are simple in design and yet capable of deliverieng very high centrifugal forces.
The body is machined from an extruded aluminium section, inside of which a precision steel roller rotates, it is retained by two special high impact plastic end plates. For easy mounting, the body has four holes, two horizontal and two vertical.
Air is introduced through one of two inlet ports drilled at right angles to each other in the body. These inlet ports are tapped with a standard pipe thread and a pipe plug is provided for sealing the one not used. The air is exhausted through the special high impact plastic end plates whose design incorporates an air silencer.
Application:

Series R high frequency pneumatic roller vibrators provide a new approach in the movement of fine materials. Being pneumatically powered, the frequency can be controlled by the regulation of air pressure.
Examples of their uses inculde:
- Emptying hoppers
- Agitation of small particles
- Moving of fine powders
- Compaction of plastic and concrete in moulds

Model	Frequency			CentrifugalÂ force*						AirÂ consumptionÂ /Â Minute
	V. P. M. Â xÂ 1000			CentrifugalÂ force*						AirÂ consumptionÂ /Â Minute
	2	4	6	2	29	4	58	6	87	2	29	4	58	6	87
	Bar	Bar	Bar	Bar	PSI	Bar	PSI	Bar	PSI	Bar	PSI	Bar	PSI	Bar	PSI
	29	58	87	N	LBS	N	LBS	N	LBS	Ltr.	CF	Ltr.	CF	Ltr.	CF
	PSI	PSI	PSI	Â	Â	Â	Â	Â	Â	Â	Â	Â	Â	Â	Â
R-50	25	35	36	1.07	240	2.92	657	4.22	950	100	3.5	145	5.1	195	6.9
R-65	19	21	26	2.73	614	4.83	1.089	6.12	1.377	200	7	300	10.6	400	14.1
R-80	15.5	18.5	19	3	675	6.09	1.37	7.45	1.676	290	10.2	430	15.2	570	20.1
R-100	11	14	16	3.75	844	6.75	1.519	8.9	2.003	370	13	550	19.4	730	25.8
R-120	10	11.5	12.5	8	1.8	10	2.25	12.5	2.812	500	17.6	730	25.8	970	34.2

Model	FrequencyÂ			CentrifugalÂ force						AirÂ consumptionÂ L/Â Minute
	V. P. M. Â xÂ 1000			CentrifugalÂ force						AirÂ consumptionÂ L/Â Minute
	2Â Bar	4Â Bar	6Â Bar	2Â Bar	29Â PSI	4Â Bar	58Â PSI	6Â Bar	87Â PSI	2Â Bar	29Â PSI	4Â Bar	58Â PSI	6Â Bar	87Â PSI
	29Â PSI	58Â PSI	87Â PSI	N	LBS	N	LBS	N	LBS	Ltr.	CF	Ltr.	CF	Ltr.	CF
GT-8	36	42	46	990	223	2060	464	2910	655	46	1.6	80	2.8	112	3.9
GT-10	27.5	35	37.5	840	189	1390	313	2400	540	46	1.6	80	2.8	112	3.9
GT13	26	30	33	1400	315	2440	549	3730	839	120	4.2	200	7	290	10.2
GT-16	17	21.5	24	1220	275	2090	470	3160	711	120	4.2	200	7	290	10.2
GT20	17	20	23	2170	488	4040	909	5520	1242	185	6.5	325	11.4	455	15.9
GT-25	12	15.5	17	2120	477	3510	790	5070	1140	185	6.5	325	11.4	455	15.9
GT30	13	14	16	3380	760	5430	1222	7540	1696	330	11.5	530	18.5	745	26
GT-36	8	10	13	3290	740	5360	1206	7190	1618	330	11.5	530	18.5	745	26
GT40	7.7	8.8	9.5	4300	968	7300	1642	9800	2205	425	15	700	24.6	970	34.2
GT-48	6	7.5	9.7	4900	1102	7700	1732	10500	2363	425	15	700	24.6	970	34.2
*Â DataÂ obtainedÂ withÂ aÂ KistlerÂ 3axisÂ dynamometerÂ onÂ aÂ heavyÂ laboratoryÂ testÂ blockÂ andÂ displayedÂ byÂ KistlerÂ controlÂ

Model	FrequencyÂ			CentrifugalÂ force*						AirÂ consumptionÂ /Â Minute
	V. P. M. Â xÂ 1000			CentrifugalÂ force*						AirÂ consumptionÂ /Â Minute
	2Â Bar	4Â Bar	6Â Bar	2Â Bar	29Â PSI	4Â Bar	58Â PSI	6Â Bar	87Â PSI	2Â Bar	29Â PSI	4Â Bar	58Â PSI	6Â Bar	87Â PSI
	29Â PSI	58Â PSI	87Â PSI	N	LBS	N	LBS	N	LBS	Ltr.	CF	Ltr.	CF	Ltr.	CF
K-8	25.5	31	35	130	29	260	58	360	81	83	2.9	145	5.1	195	6.9
K-10	22.5	28	34	250	26	470	106	710	160	92	3.2	150	5.3	200	7.1
K-13	15	18.5	22.5	320	72	550	124	870	196	94	3.3	158	5.6	225	7.9
K-16	13	17	19.5	450	101	800	180	1.1	248	122	4.3	200	7.1	280	9.9
K-20	10.5	14.5	16.5	720	162	1.22	275	1.72	387	130	4.6	230	8.1	340	12
K-25	9.2	12.2	14	930	209	1.57	353	2.05	461	160	5.6	290	10.2	425	15
K-30	7.8	9.7	12.5	1.51	340	2.47	556	3.21	722	215	7.6	375	13.2	570	20
K-36	7.3	9	10	2.06	464	3.15	709	4.05	911	260	9.2	475	16.8	675	24
*Â DataÂ obtainedÂ withÂ aÂ KistlerÂ 3axisÂ dynamometerÂ onÂ aÂ heavyÂ laboratoryÂ testÂ blockÂ andÂ displayedÂ byÂ KistlerÂ controlÂ monitorÂ (COMO). FrequencyÂ andÂ forceÂ willÂ decreaseÂ onÂ aÂ lessÂ rigidÂ mount. Â SpecificationsÂ subjectÂ to changeÂ withoutÂ noticeÂ orÂ obligation.
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Stop valve is usually used for or connecting the medium flow and is not recommended for throttling.

The maximum permissible leakage of the Stop Valve with non-metal elastic seals is zero, and that of the stop valve with meal seals is 0.1xDNmm3/s. Therefore, acceptable stop valves with metal seals possibly have slight leakage. Hence, in the applications where there must not be any leakage,especially at the pipeline ends,stop valves with soft seals should be used,and shutoff valves with metal seals should not be used.

Nominal Pressure of Brass Stop Valve is 1.6MPa. Medium temperature for metal seal is -20â„ƒ~150â„ƒ, and medium temperature for non-metal elastic seal is -20â„ƒ~120â„ƒ. When the stop valve is used for saturated steam, the pressure of the saturated steam should be â‰¤0.6MPa.

Stop Valve

Stop Valve,Brass Stop Valve,Stop Cock Valve,Forged Brass Stop Valve

Ningbo Jiekelong Precision Manufacturing Co., Ltd. , http://www.jklvalve.com