KUBOTA ENGINES B1700D
KUBOTA ENGINES B1700E
KUBOTA ENGINES B1700HSD
KUBOTA ENGINES B1700HSE
KUBOTA ENGINES B21
KUBOTA ENGINES B2100D
KUBOTA ENGINES B2100E
KUBOTA ENGINES B2100HSD
KUBOTA ENGINES B2100HSE
KUBOTA ENGINES B2400D
KUBOTA ENGINES B2400E
KUBOTA ENGINES B2400HSD
KUBOTA ENGINES B2400HSE
KUBOTA ENGINES BX2200
KUBOTA ENGINES BX2200D
KUBOTA ENGINES BX22D
KUBOTA ENGINES F2260
KUBOTA ENGINES F2560
KUBOTA ENGINES F2560E
KUBOTA ENGINES F3060
KUBOTA ENGINES D1005
KUBOTA ENGINES D1105
KUBOTA ENGINES D905
KUBOTA ENGINES V1205
KUBOTA ENGINES V1305
KUBOTA ENGINES V1505
KUBOTA ENGINES V1505T
KUBOTA 05 SERIES
KUBOTA LIGHTING TOWERS
KUBOTA MARINE ENGINES
KUBOTA SMALL GENERATORS
KUBTOA: 1745460010 17454-60010 17594-6001-4 17594-60014
WOODWARD: 1503ES-12A5UC5S 1503ES12A5UC5S SA-4569-T SA4569T
ITEM DESCRIPTION: FUEL SHUT-OFF SOLENOID
UNIT TYPE: KUBOTA, SYNCRO START, YANMAR
VOLTAGE: 12
MOUNTING EARS MEASURE 2.05 IN
PULL CURRENT: 30 AMP
HOLD CURRENT: 0.7 AMP
PULL RATING: NEWTONS AT 25.4 mm
HOLD RATING: 85 NEWTONS
RETURN SPRING: 17 NEWTONS
Type selection attention edit
Selection basis
The selection of solenoid valve should first follow the four principles of safety, reliability, applicability, and economy in order, and then according to the six aspects of on-site working conditions (i.e. pipeline parameters, fluid parameters, pressure parameters, electrical parameters, action methods, Special requirements for selection).
Selection basis:
1. Select the solenoid valve according to the pipeline parameters: diameter specification (namely DN), interface mode
1) Determine the diameter (DN) size according to the pipe inner diameter size or flow requirements on site;
2) Interface mode, generally >DN50 should choose flange interface, ≤DN50 can be freely selected according to user needs.
2. Choose the solenoid valve according to the fluid parameters: material, temperature group
1) Corrosive fluid: Corrosion-resistant solenoid valve and all stainless steel should be selected; Edible ultra-clean fluid: Food-grade stainless steel solenoid valve should be selected;
2) High temperature fluid: choose solenoid valves made of high temperature resistant electrical materials and sealing materials, and choose piston structure types;
3) Fluid state: large to gaseous, liquid or mixed state, especially when the diameter is larger than DN25, it must be distinguished;
4) Fluid viscosity: usually below 50cSt, it can be arbitrarily selected. If it exceeds this value, a high-viscosity solenoid valve should be used.
3. Choose solenoid valve according to pressure parameters: principle and structure variety
1) Nominal pressure: This parameter has the same meaning as other general valves, and it is determined according to the nominal pressure of the pipeline;
2) Working pressure: If the working pressure is low, the principle of direct acting or step wise direct acting must be used; when the minimum working pressure difference is above 0.04Mpa, direct acting, stepwise direct acting, and pilot operated are all available.
4. Electrical selection: It is more convenient to choose AC220V and DC24 for voltage specifications.
5. Choose according to the length of continuous working time: normally closed, normally open, or continuously energized
1) When the solenoid valve needs to be opened for a long time, and the duration is longer than the closing time, the normally open type should be selected;
2) If the opening time is short or the opening and closing time is not long, choose the normally closed type;
3) However, for some working conditions used for safety protection, such as furnace and kiln flame monitoring, the normally open type cannot be selected, and the long-term power-on type should be selected.
6. Select auxiliary functions according to environmental requirements: explosion-proof, non-return, manual, waterproof, mist, water shower, diving.