芯科技，芯创新；执行器，IC40SA3AR10，88303597

作耐腐蚀性较好的强度较高的部件Cr17Ni13Mo2N在牌号Cr17Ni14Mo2中加入N，具有以上牌号同样性能，用途与Cr17Ni12Mo2N相同，但耐晶间腐蚀性更好Cr18Ni12Mo2Cu2耐腐蚀性、耐点腐蚀性比Cr17Ni12Mo2好，用于耐硫酸材料Cr18Ni14Mo2Cu2为Cr18Ni12Mo2Cu的越低碳钢，比Cr18Ni12Mo2Cu2的耐晶间腐蚀性好Cr19Ni13Mo3耐点腐蚀性比Cr17Ni2Mo2好，作染色设备材料等Cr19Ni13Mo3为CrlgNi13Mo3的越低碳钢，比Cr19Ni13Mo3耐晶间腐蚀性好1Cr18Ni12Mo3Ti用于抵抗硫酸，磷酸、甲酸，乙酸的设备，有良好的耐晶间腐蚀性Cr18Ni12Mo3Ti用于抵抗硫酸，磷酸、甲酸，乙酸的设备，有良好的耐晶间腐蚀性Cr18Ni16Mo5吸取含氯离子溶液的热交换器，乙酸的设备，磷酸设备，漂白装置等，在Cr17Ni14Mo2和Cr17Ni13Mo3为能适用的环境中使用1Cr18Ni9Ti作焊芯、抗磁仪表、器械、耐酸容器及设备衬里输送管道等设备和零件Cr18Ni1Ti添加Ti提高耐晶间腐蚀性，不推荐作装饰部件Cr18Ni11Nb含Nb提高耐晶间腐蚀性奥氏体型Cr18Ni9Cu3在牌号Cr19Ni9中加入Cu，提高冷加工性的钢种。
ALLEN BRADLEY触摸屏 2711NL5
ALLEN BRADLEY触摸屏 2711NL6
ALLEN BRADLEY触摸屏 2711NL7
ALLEN BRADLEY触摸屏 2711NL9
ALLEN BRADLEY触摸屏 2711NM13
ALLEN BRADLEY触摸屏 2711NM15
ALLEN BRADLEY触摸屏 2711NM2
ALLEN BRADLEY触摸屏 2711NM232
ALLEN BRADLEY触摸屏 2711NR5K
ALLEN BRADLEY触摸屏 2711NR7T
ALLEN BRADLEY触摸屏 2711NV7K
ALLEN BRADLEY触摸屏 2711NV7T
ALLEN BRADLEY触摸屏 2711PB10C22A9P
ALLEN BRADLEY触摸屏 2711PB10C22A9PB
ALLEN BRADLEY触摸屏 2711PB10C22D9P
ALLEN BRADLEY触摸屏 2711PB10C22D9PB
ALLEN BRADLEY触摸屏 2711PB10C4A8
ALLEN BRADLEY触摸屏 2711PB10C4A9
ALLEN BRADLEY触摸屏 2711PB10C4D8
ALLEN BRADLEY触摸屏 2711PB10C4D9
ALLEN BRADLEY触摸屏 2711PB12C4A8
ALLEN BRADLEY触摸屏 2711PB12C4A9
ALLEN BRADLEY触摸屏 2711PB12C4D8
ALLEN BRADLEY触摸屏 2711PB12C4D9
ALLEN BRADLEY触摸屏 2711PB15C22A9P
ALLEN BRADLEY触摸屏 2711PB15C22A9PB
ALLEN BRADLEY触摸屏 2711PB15C22D9P
ALLEN BRADLEY触摸屏 2711PB15C22D9PB
ALLEN BRADLEY触摸屏 2711PB15C4A8
ALLEN BRADLEY触摸屏 2711PB15C4A9
ALLEN BRADLEY触摸屏 2711PB15C4D8
ALLEN BRADLEY触摸屏 2711PB15C4D9
ALLEN BRADLEY触摸屏 2711PB4C20A8
ALLEN BRADLEY触摸屏 2711PB4C20D8
BALLUFF INDUCTIVE SENSOR RPTA 1803-PU-03 *NEW IN BAG*
BALLUFF PROXIMITY SENSOR BES516-3017 BES5163017 E4-C-PU 10-30 V DC 150mA
BALLUFF PROXIMITY SENSOR BES516-3017 BES5163017 E4-C-PU 10-30 V DC 150mA
Balluff Photoelectric Emitter BLS 65K-1-G50-1
Balluff BTL5-M-2814-1S Transducer BTL5M28141S
alluff BTL5-M-2814-1S Transducer BTL5M28141S
Balluff BCSM18KM3-PSC80G-S04G Cap Active 24Vdc Proximity Switch BCSM18KM3 - USED
Balluff BCSM18KM3-PSC80G-S04G Cap Active 24Vdc Proximity Switch BCSM18KM3 - USED
BALLUFF INDUKTIVSENSOR BES 516-370-G-ES-Y-S49 OVP
BALLUFF BES 516-324-G-E4-C-PU-03, INDUCTIVE SENSOR, SENSING RANGE: 2MM, #233488
1 NIB BALLUFF BLS-18K-XX-1J-B1-L2 BLS18KXX1JB1L2 PROXIMITY SWITCH
BALLUFF P/n BES M12EG1-PSC60Z-S04G-S11
Balluff BES 5-6-3008-G-E4-C-PU-05 1.5mm N.O. Inductive Proximity Sensor
BALLUFF BESM12MD1-NSC60B-S04G PROXIMITY SENSOR *NEW IN FACTORY BAG*
BALLUFF BOS 18M-WO-7RB-BO-L PHOTOELECTRIC SENSOR 20-50VAC 45-65HZ
BALLUFF M12 2MM PROXIMITY SENSOR, RXT-1202-PU1 *NEW*
BALLUFF M12 2MM PROXIMITY SENSOR, RXT-1202-PU1 *NEW*
BALLUFF BES 516-324-G-E4-C-S49-00,2 INDUCTIVE SENSOR 10-30VDC 200MA, NEW #165298
BALLUFF 779685, BNS 542-B02-D12-72-10-FD-L2, Positionsschalter - NEU
BALLUFF BES 516 343-G-E5-C-S49 BES00TY *NEW* PROXIMITY SWITCH 10-30V DC
Balluff BES-516-209-S21-E Sensors

R900414568   4 WEH 10 D2X/6AG110NZ5L
R900358832   4 WEH 10 D2X/6AG12NETD/5
R900368745   4 WEH 10 D2X/6AG12NETD/V/5
R900358435   4 WEH 10 D2X/6AG12NETZ4
R900388912   4 WEH 10 D2X/6AG12NETZ4/5
R900354240   4 WEH 10 D2X/6AG12NETZ4/B08
R900413035   4 WEH 10 D2X/6AG12NZ4
R900352457   4 WEH 10 D2X/6AG196NETZ5/B08
R900416922   4 WEH 10 D2X/6AG220NTSZ5L
R900409160   4 WEH 10 D2X/6AG220NZ5L
R900499329   4 WEH 10 D2X/6AG24ETSZ4
R900499805   4 WEH 10 D2X/6AG24ETZ4
R900379586   4 WEH 10 D2X/6AG24ETZ4 SO 388
R900391304   4 WEH 10 D2X/6AG24ETZ5L
R900340294   4 WEH 10 D2X/6AG24EZ4
R900341743   4 WEH 10 D2X/6AG24N9ES2Z4 SO 388
R900483957   4 WEH 10 D2X/6AG24N9ETK4
R900492630   4 WEH 10 D2X/6AG24N9ETK4/B08 
R900357750   4 WEH 10 D2X/6AG24N9ETK4/T06
R900407723   4 WEH 10 D2X/6AG24N9ETS2K4
R900407724   4 WEH 10 D2X/6AG24N9ETS2K4 SO 388
R900361801   4 WEH 10 D2X/6AG24N9ETS2Z4
R900345018   4 WEH 10 D2X/6AG24N9ETZ4
R900387332   4 WEH 10 D2X/6AG24N9ETZ4/11
R900385199   4 WEH 10 D2X/6AG24N9ETZ4/B08
R900337664   4 WEH 10 D2X/6AG24N9ETZ5L
可以看出，二段磨矿时间增加时，铁的品位和回收率都呈上升趋势，但磷品位在磨矿时间为2min时有较大的降低，应是嵌布粒度较细的脉石矿物在此时可以充分与铁矿物解离，并且不会发生团聚。故确定第二段磨矿时间为2min，粒度为－16μm粒级占1％，－8.93μm粒级占9％。煤用量试验固定其他条件不变，考察了焙烧过程中煤用量的影响随着煤用量的增加，铁的品位和回收率均增加，磷的品位降低，此过程中煤可以同原矿充分反应，将原矿中的Fe2O3还原，但当煤用量超过4%时，煤在反应中过量，虽然对铁的回收率仍有一定的提高，但会影响到脱磷剂脱磷的效果，同时铁的品位略有降低。

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