NameDescriptionContent
        Hot Products

Products
  • BKY Series Penumatic Diaphragm  Pump
  • BKY Series Penumatic Diaphragm Pump

    BKY Series Penumatic Diaphragm  Pump

    • 0.00
      0.00
Product Description

BKY Series Penumatic Diaphragm  Pump


The BKY series diaphragm pumps combine the strengths of conveying machinery like self-priming pumps, submersible pumps, canned motor pumps, slurry pumps, and trash pumps. They feature:

BKY系列隔膜泵结合了自吸泵、潜水泵、屏蔽泵、泥浆泵和杂质泵等输送机械特点:


Long service life 寿命长

Low noise operation 噪音低

Minimal vibration 震动小

Stall-proof performance 不死机

Easy maintenance 易维修

Dry-run capability 允许空转

Self-priming start-up 自吸启动

Explosion-proof safety 安全防爆

Seal-less design 无密封设计

Low shear to materials 低物料剪切

Multiple material and size options 多材质多口径选择


Body Material : Aluminum alloy / Stainless steel / Nodular cast iron / PP

泵体材质 : 铝合金 / 不锈钢 / 铸铁 / 聚丙烯

Model NO.
型号

BKY10/15BKY20/25BKY32/40BKY50/65BKY80/100

Max.Working Pressure
最大工作压力

100psi

(0.7Mpa,7bar)

100psi

(0.7Mpa,7bar)

120psi

(0.84Mpa,8.4bar)

120psi

(0.84Mpa,8.4bar)

120psi

(0.84Mpa,8.4bar)

Fluid Inlet / Outlet
流体进出口尺寸

3/8 in. / 1/2 in.3/4 in. / 1 in.1¼ in. / 1½ in.2 in. / 2½ in.3 in. / 4 in.

Air Inlet 
空气进口尺寸

¼ Inch¼ Inch½ Inch½ Inch½ Inch

Max.SuctionHeight

(Dry suction or wet suction)

最大虹吸高度(干抽或湿抽)
113 ft.(4m)15 ft (4.5m)18 ft (5.48m)18 ft (5.48m)18 ft (5.48m)

Max. Permitted Grain
最大输送固体颗粒

0.06 In.(1.5m)3/32 In.(2.5m)⅛ In. (3.2m)3/16 In.(4.8m)1/4 In.(6.4m)

Every Reciprocating Flow
每往复流量

0.016 gal.(0.06L)0.04 gal.(0.15L)0.15 gal.(0.57L)0.5 gal.(1.9L)1.03 gal.(3.9L)

Max.Reciprocating Speed
最大往复速度

372 cpm400 cpm276 cpm200 cpm145 cpm

The inlet and outlet sizes of the pneumatic diaphragm pump shall be selected to match the diameter of the connected pipeline. The flow rate of the pump depends on the supplied air pressure. 

The actual flow rate can be estimated approximately by the following formula:Q≈Qn×(P÷0.6)×η

气动隔膜泵的进出口通径应与系统管路尺寸相匹配,避免因管径过小产生节流、阻力过大,导致实际流量下降、能耗增加。

泵的实际输出流量主要由进气压力决定,可采用以下经验公式近似计算:Q≈Qn×(P÷0.6)×η