Factory Supply Electric Diverting Gate Valve for Grain Plant

• Media: Powder and Granular
• Temperature: High Temperature
• Type: Tri-through
• Material: Stainless Steel
• Connection Form: Flange
• Pressure: Ordinary Pressure
• Model NO.: JY-300
• Actuator: Pneumatic
• Seal Surface: Wedge Gate Valve
• Thread Position of Valve Rod: Outside Gate Valve
• Usage: Flow Control
• Standard: DIN
• Application: Industrial Usage
• Capacity: 3-60m3/H
• Power: 0.37-1.5kw
• Drive Unit: Sew / Chinese Brand
• Flange Size: 200-800mm
• Transport Package: Wooden Case
• Specification: small
• Trademark: JY
• Origin: China
• HS Code: 8481804090
• Production Capacity: 3000sets/Year

Product Description

 Factory Supply Electric Diverting Gate Valve For Grain Plant

Description:
DSF-A (B) electro-hydraulic three-way distributor can be used for material commutation and diversion flow. And allow the commutation when there is flow through. DSF-C (D, E) type electro-hydraulic three-energy distributor can be used for material flow diversion and flow, and there is gate kinetic energy. At the same time control the role of material cut off or simultaneous circulation.
Working principle:
The electro-hydraulic push rod is used to drive the shaft mechanism of the three-energy distributor to control the flap turnover and achieve the effect of material commutation.
This product can directly connect the upper flange to the funnel of the head of the belt conveyor or the other equipment interface. It is generally used under conditions where the bulk density is 2.8 t/m or less and the wear ability is high and the working environment is harsh. Considering its large size and heavy weight (thicker wear-resistant lining), the upper flange cannot bear its own weight, and it must be supported according to actual conditions.

 

 

A	B	C	H	H1	L	L1	L2	Operating Temperature	Ash Discharge m3/h
200*200	254*254	290*290	750	375	445	180	260	150ºC	3
300*300	368*368	412*412	900	450	606	230	320		6
320*320	378*378	432*432	920	460	636	240	330		8
400*400	418*418	512*512	1100	550	756	370	370	150ºC	16
500*500	572*572	616*616	1300	650	878	420	420		24
630*630	702*702	746*746	1600	800	943	485	485		35

 

A	B	C	A1	B1	C1	H	L	N-φ	Discharge capacity  (M3/n)	Open frequency (t/m)	Temperature	Reducer model	Motor power	Weight
φ300	φ260	φ200	290	250	200	680	1540	8-φ13	12	17	≤350ºC	XWD3-59	0.55-6	124
φ 320	φ280	φ220	310	270	220	680	1690	8-φ13	14	17	≤350ºC	XWD3-59	0.55-6	162
φ340	φ300	φ240	330	290	240	680	1710	8-φ13	17	17	≤350ºC	XWD3-59	0.75-6	216
φ360	φ320	φ260	350	310	260	860	1840	8-φ13	19	17	≤350ºC	XWD3-59	0.75-6	288
φ380	φ340	φ280	380	330	280	860	2010	8-φ18	20	12	≤350ºC	XWD3-71	0.75-6	423
φ400	φ360	φ300	400	350	300	860	2030	8-φ18	23	12	≤350ºC	XWD3-71	1.1-6	552
φ420	φ380	φ 320	420	370	320	1000	2280	8-φ18	25	12	≤350ºC	XWD3-71	1.1-6	773
φ440	φ400	φ340	440	390	340	1000	2310	8-φ18	28	12	≤350ºC	XWD3-71	1.1-6	1037
φ500	φ460	φ400	510	510	400	1100	2370	8-φ18	35	12	≤350ºC	XWD4-71	1.5-6	1260
φ610	φ560	φ480	600	550	480	1200	2470	16-φ18	50	12	≤350ºC	XWD4-71	1.5-6	1420
φ 660	φ610	φ500	660	610	500	1200	2480	16-φ18	52	8	≤350ºC	XWED53-121	1.1-6	1638
φ 670	φ620	φ540	670	620	540	1200	2620	16-φ18	55	8	≤350ºC	XWED53-121	1.1-6	1894
φ740	φ680	φ 600	730	680	600	1200	2620	16-φ18	60	8	≤350ºC	XWED64-121	1.5-6	2458