Válvula de mariposa tipo wafer serie F101

Válvulas de bolboreta da serie F101 deseñadas para cumprir coas normas MSS SP-67, BS5155 e API 609. Compatible con bridas GB, ANSI, DIN, BS, JIS. Dispoñible en tamaños de 1½" a 48". Dispoñible en tipo wafer, tipo de lug e corpo tipo wafer de sección en U.

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Available with handles (1½″ to 12″), manual gear operators (1½″ to 48″), and electric or pneumatic actuators (1½″ to 48″). With many body/trim combinations, there is a series F101 butterfly valve to meet your application.

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LISTA DE DIMENSIÓNS

Tamaño		A	B	C	D	E				F/M				H	J	I-K	L	T	S	W
mm	polgada	A	B	C	D	ANSI 125/150	PN10	PN16	10K	ANSI 125/150	PN10	PN16	10K	H	J	I-K	L	T	S	W
40	1½	70	145	32	12.7	98.4	110	110	105	16	18	18	19	65	50	4-7	33	27	9	10
50	2	76	162	32	12.7	120.7	125	125	120	19	18	18	19	65	50	4-7	42	32	9	10
65	2½	89	174	32	12.7	139.7	145	145	140	19	18	18	19	65	50	4-7	45	47	9	10
80	3	95	181	32	12.7	152.4	160	160	150	19	18	18	19	65	50	4-7	45	65	9	10
100	4	114	200	32	15.9	190.5	180	180	175	19	18	18	19	90	70	4-9.5	52	90	11	12
125	5	127	213	32	19.1	215.9	210	210	210	22	18	18	23	90	70	4-9.5	54	111	14	14
150	6	139	225	32	19.1	241.3	240	240	240	22	22	22	23	90	70	4-9.5	56	145	14	14
200	8	177	260	38	22.2	298.5	295	295	290	22	22	22	23	125	102	4-11.5	60	193	17	17
250	10	203	292	38	28.6	362	350	355	355	25	22	26	25	125	102	4-11.5	66	241	22	22
300	12	242	337	38	31.8	431.8	400	410	400	25	22	26	25	125	102	4-11.5	77	292	22	24
350	14	277	368	45	31.8	476.3	460	470	445	29	22	26	25	125	102	4-11.5	77	325	22	24
400	16	308	400	51	33.3	539.8	515	525	510	29	26	30	27	210	165	4-22	86	380	27	27
450	18	342	422	51	38.1	577.9	565	585	565	32	26	30	27	210	165	4-22	105	428	27	27
500	20	374	479	64	41.3	635	620	650	620	32	26	33	27	210	165	4-22	130	474	27	32
600	24	459	562	70	50.8	749.3	725	770	730	35	30	36	33	210	165	4-22	152	575	36	36
700	28	520	624	72	55	863.6	840	840	840	1¼″-7	30	36	33	300	254	8-18	165	674	—	—
750	30	545	650	72	55	914.4	900	900	900	1¼″-7	33	36	33	300	254	8-18	167	726	—	—
800	32	575	672	72	55	977.9	950	950	950	1½″-6	33	39	M30	300	254	8-18	190	771	—	—
900	36	635	768	77	75	1085.9	1050	1050	1050	1½″-6	M30	M36	M30	300	254	8-18	207	839	—	—
1000	40	685	823	85	85	1200.2	1160	1170	1160	1½″-6	M33	M39	M36	300	254	8-18	216	939	—	—
1050	42	765	860	85	85	1257.3	—	—	—	1½″-6	—	—	—	300	254	8-18	254	997	—	—
1100	44	765	860	85	85	1314.5	1270	1270	1270	1½″-6	M33	M39	M36	300	254	8-18	254	997	—	—
1200	48	839	940	150	92	1422.4	1380	1390	1380	1½″-6	M36	M45	M36	350	298	8-22	276	1125	—	—

Introducing our high-performance wafer type butterfly valve, designed to provide reliable and efficient control in various applications. This versatile valve is outfitted with a precision-engineered disc that ensures a tight seal and smooth operation, making it an ideal choice for regulating flow in pipelines across industries.

Crafted from premium quality materials, our wafer type butterfly valve is engineered to withstand heavy-duty usage and harsh environmental conditions. The valve features a wafer-style body with grooved edges that allow for easy installation between flanges, saving time and effort during setup. The compact and lightweight design also makes it a cost-effective solution, without compromising on durability and performance.

With a bi-directional shut-off capability, this butterfly valve is suitable for both on-off and throttling applications, offering versatile control for a wide range of fluid and gas media. The low torque operation and quick opening/closing mechanism further enhance the efficiency and responsiveness of the valve, ensuring smooth flow control with minimal power input.

Equipped with a high-strength disc and a resilient seat, our wafer type butterfly valve delivers dependable sealing performance, preventing leakages and ensuring long-term reliability. The valve is also available in a variety of materials, such as stainless steel, carbon steel, and PVC, to accommodate specific operational requirements and corrosive environments.

Our wafer type butterfly valve complies with international quality standards and undergoes rigorous testing to guarantee consistent and superior performance. Whether used in chemical processing plants, water treatment facilities, HVAC systems, or general industrial applications, this valve is a dependable solution for precise flow regulation.

In conclusion, our wafer type butterfly valve is a high-quality, versatile, and cost-effective control solution that meets the demands of modern industrial processes. Trust in its robust construction, efficient operation, and reliable sealing to optimize your flow control systems.

LISTA DE MATERIAIS

Elemento	Nome da peza	Materiais
1	Corpo	Fundición: ASTM A126CL. B , DIN1691 GG25, EN 1561 EN-GJL-200; GB12226 HT200; Fundición dúctil: ASTM A536 65-45-12, DIN 1693 GGG40, EN1563 EN-GJS-400-15, GB12227 QT450-10; Aceiro inoxidable: ASTM A351 CF8, CF8M; CF3, CF3M; Aceiro ao carbono: ASTM A216 WCB
2	Tallo	Zinc Plated Steel; Stainless Steel: ASTM A276 Type 316, Type 410, Type 420; ASTM A582 Type 416;
3	Pin cónico	Stainless Steel: ASTM A276 Type 304, Type 316; EN 1.4501;
4	Asento	NBR, EPDM, neopreno, PTFE, Viton;
5	Disco	Ductile Cast Iron (Nickel plated): ASTM A536 65-45-12, DIN 1693 GGG40, EN1563 EN-GJS-400-15, GB12227 QT450-10; Aceiro inoxidable: ASTM A351 CF8, CF8M; CF3, CF3M; EN 1.4408, 1.4469; 1,4501; AL-Bronce: ASTM B148 C95400;
6	O-Ring	NBR, EPDM, neopreno, vitón;
7	Casco	PTFE, nailon, bronce lubricado;
8	Chave	Aceiro carbono

Este comprador pode seleccionar material segundo a lista de materiais. O cliente pode marcar o material e a temperatura utilizados, a nosa empresa pode seleccionar no seu lugar. Cando o medio e a temperatura sexan especiais, consulte coa nosa empresa.

CLASIFICACIÓNS DE TEMPERATURA DO ASENTO

Material		NBR	Neopreno	EPDM	Hypalon	Viton	PTFE
Clasificacións de temperatura	℃	-20~100	-40~100	-40~120	-32~135	-12~230	-50~200
Clasificacións de temperatura	℉	-4~212	-40~212	-40~248	-25.6~275	10.4~446	-58~392

Os materiais do asento son capaces de soportar temperaturas máis baixas sen danos. Non obstante, o elastómero vólvese duro e os pares de torsión aumentan. Algúns medios de fluxo poden restrinxir aínda máis os límites de temperatura publicados ou reducir significativamente a vida útil do asento.

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