Electric Anti-Lock Three-Way Gate Valve

• Customization: Available
• Certification: CE, ISO, CE, ISO, ISO 9001:2000, SGS
• Customized: Customized
• Model NO.: SFCT-800(60)
• Fuel: Gas Coal Electric, Electric
• Range of Applications: Industrial, Industrial
• Type: Cusomized, Eaf
• Place Style: Vertical
• Usage: Steel Molding
• Standard: GB
• Manufacturing Process: Casting
• Material: Alloy Steel
• Transport Package: Carton
• Specification: As per drawing
• Trademark: X-ING
• Origin: China
• HS Code: 8
• Production Capacity: 500sets/Month

Product Description

Electric anti-lock ship-type three-way gate

Product introduction:
The blanking anti-lock shunt three way tube is used for conveying coal in power plant. it was designed and
produced by our engineering technicians who are engineering in electric power for many years. It solves
problems cause by using the older model plate type  three-way coal chute,  like stuck easily, Inflexible rotate
and deformation, even impact power plant's the normal production.

Operating principle and function:
Fuel coal enter into the anti-lock chute through the head and coal drop pipe by conveyor belt. The ship-type
Coal guide chute have the same function as three-way tube plate. Although the ship-type coal guide chute have
the complex structure, the high requirements of technique and technology, difficult manufacturing, high
investment factor and so on, its advantage structure, anti-lock and anti-blocking performance are superior to
original one piece simple plate.

The ship-type coal guide chute make coals flow passing easily and Anti-blocking performance is better.

The ship type coal guide chute work with cage deflector cooperatively make the three-way pipe have good anti-
lock performance, under the gearing operation and push-pull effect, the ship-type coal guide chute can rotate
clockwise or anticlockwise inside three-way pipe, change the direction of the ship-type coal guide chute,
achieve the fall material diversion effect sequentially.

Main technical datas:

B×B	a	Dimension														Linear actuator model
		C	H	D	L	β	n	φ	N/N1	S/S1	b	H1	H2	A	A1
450×450	60°	306	650	120	612	24°	12	14	3	170	30	469	247	270	105	DTI-10040
	50°	329	600	130	574	27°						413	234
600×600	60	404	840	140	808	24°	12	14	3	220	30	639	405	303	105	DTI-30050
	50°	398	710	155	678	27°						40	314			DTI-50050
700×700	60°	453	950	165	906	24°	16	14	4	190	30	724	360	303	105	DTI-30050
	50°	434	800	180	757	27°						563	356			DTI-50050
800×800	60°	473	1000	180	947	24°	16	14	4	215	30	760	405	303	105	DTI-50050
	50°	459	850	195	800	27°						588	401			DTI-70050
900×900	60°	548	1150	200	1097	24°	16	18	4	242	35	889	405	303	105	DTI-50050
	50°	524	970	220	916	27°						683	401			DTI-70050
1000×1000	60°	592	1250	225	1184	24°	20	18	5	214	35	965	405	303	105	DTI-50050
	50°	567	1055	245	989	27°						773	401			DTI-70050
1200×1200	60°	727	1500	240	1440	24°	24	18	6	213	39	1440	500	745	250	DTII-630100
1750×2600	60°	480	1000	165	950	24°	30	18	5/10	164/267	40		411		250	DTII-2500160

Structure drawing:

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