A. Blowing The installment of a large-sized filter at the end of inlet is recommended.
1. The total sections of outlets should be half more than the outlet section of the blower.
2. If use as an air pump under water, the water level should between 80% of the maximum which show on the catalogue.
3. At least one meter long iron tube should be applied to the blower when it used as deliver air under pressurization, due to the exhaust temperature will be 10°C higher than the normal atmospheric temperature by the compression of air.
B. 吸風-出口可裝消音器。
1 .吸入口之總截面積應大于氣環式真空泵入口截面積之1/2。
2.如用于全閉吸著時或管路特長需長時間工作請先咨詢本公司營業部。
B. Suction- A silencer is able to install in the outlet.
1. The total sections of inlets should be half more than the inlet section of the blower.
2. For the enclosed fan type or long use , please choose the enhanced type。
[安裝]
(1)安裝場所一周圍溫度與濕度,應符合以下條件:
•三相-10 ~ 40C 單相-5 ~ 40P
•選擇通風良好,塵埃及濕氣少之場所。開放型馬達防塵及防潮較弱,尤其須注意。
•設于露天者,請使用雨罩。
INSTALLATIONS
(1) Install places— The environment should follow the conditions below
•The ambient temperature for three-phase blower is40°C ~ 40°C, and for single-phase blower is-5°C~ 40°C.
•Good ventilation with less dustand humidity. Kindly pay extra attention to ODP(Open Drip Proof) motor for its weak at dust-proof and damp-proof. •If the blower is used outside, please set up the canopy.
A 養殖池 [1 m,空氣約有290g氧1 m'空氣進入水中約有5g溶氧]
' 1.1 rr^ 約需0.036m3/min 空氣
2.池深x安全系數=氣環式真空泵連續使用上限吐出壓力
例:池10m長X30m寬X1.5m深
a. 所需空氣量約為 10X30X0.036=10.8m7min
b. 所需氣環式真空泵連續使用上限之吐出壓力約為1.5X1.3=1.95M水壓=1950mmH2O
Applications
A. Fishery ponds: One cubic meter of air about 290grams oxygen, One cubic meter of air dissolve inthe water with 5 grams oxygen soluble in water 1.0.036 m3/min air needed per square meter (m2)
2. dep th X safety factor = pressure of th e upper limit when blower used Continuously
E.g. Pond 10m(long) X30m (wide) X 1.5m (deep)
a. airneeded :10X30X0.036=10.8m3/min
b. the pressure of upper limit produced by the blower used ccontinuously: 1.5X 1.3=1.95M =1950mmH2O
id da任嫩 爛丄—1.1 m?約需要0.2m7min空氣
B .電度清.巧水禮 —2.槽深X液體比重x安全系數=氣環式真空泵機連續使用上限之吐出壓力
B. Plating tank> Sewage tank
1. 0.2 m3/min air needed Per square meter (m2)
2. depth of tankX liquid specific gravity X safety factor
=pressure of the upper limit when blower used continously
C風刀 1族X寬+3.14X2X安全系數=支管直徑
2/KX寬X風刀數+ 3.14X2X安全系數=氣環式真空泵出口內徑
3.被吹物離風刀距離+ 10=風刀寬度
C.Air-knife
1. ylongXwide4-3.14X2Xsafety factor=branch diameter
2. V longXwideXthe number of air knife<3.14X2Xsafety factor=outled diameter blower
3. distance between object and air knife-M0=the width of air knife
D.風刀、輸送、噴燃燒
瓦斯/空氣=1/24 100,000cal(卡)熱能約需空氣2m〃min(立方米/分)
1 .所需風速約50m/s(米渺)~100m/s(米渺)以上
2.靜壓請參考選型表
D. Air knife > Conveying、Spray combustion Gas/air=l/24, 100 calories heat need air about 2 m3/min 1 .wind speed need above between 50m/s~100m/s 2.on static pressure please refer to selection diagrams
I— 1.吸風口總面積X50%~80%=氣環式真空泵入口面積
E.吸著, 吸風機入口面積X30/s~50m/s=風量(視漏氣多少而定)
一2.靜壓約300mmAq~3000mmAq(視被吸物厚度而定)
E. Suck
a) the total area of suck tuyere X 50%?80%=the inlet area ofblower
the inlet area of suck tuyere X 3 0m/s~50m/s= air volume(depending on the leak to circumstances )
b) static pressure about 300mmAq~30000mmAq (depending on the thickness of the sucked objects)
F. 串聯之應用一壓力增加(但禁止不同功率串聯)
1 .壓力=(A機+B機)X90% 2.風量=入機
F. Series connection— pressure increase (But prohibit different horsepower series)
1 .pressure=(machine A+machine B) )X 90% 2. air volume= machine A
G. 并聯之應用一風量增加
1.風量=A^n.+B機 2.壓力=A機或B機
G. Parallel connection
1. Air volume= machine A+machine B 2. pressure= machine A or machine B
H. 氣環式真空泵出口由於壓力與空氣摩擦生熱,所以出口應先接用長1M以上鐵管
H. Blower and air friction, produce heat due to pressure, so the outlet should be connected with iron pipe long more than 1 meters before. 京1.以上僅供設計上之參考,如有出入以實際所需為準。2.進一步資料,請參閱型錄及氣環式真空泵使用說明書。3.參考數據:安全系數5.2~1.5
1 .Above are for design reference only. If there is discrepancy subject to actual situation.
2. For more information, please see type documents and blower instructions. Thanks!
3. Reference points:the safety factor is about one point two to one point five.
bhb型---其壓力與電流成正比,靜壓愈高則電流愈高,為了減少故障及節省電力,請盡可能加大進出風口之截面積,或使用風量調節閥。