| Beta ® Electromagnetic metering pumps can meet all the requirements for regulation and control functions in modern water treatment and chemical metering. Compared to before, its characteristic is the function of reducing and increasing pulse stepping. This makes it easier to accept adjustments from external signal sensors. Simplify the adjustment and measurement according to practical requirements. Due to the application of new technologies, energy consumption can be reduced by approximately 50%. The Beta metering pump can be easily readjusted during operation. |
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| Advantages: |
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Pulse control step increases and decreases, achieving better results for existing signal sensors |
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Excellent adaptation effect |
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Match the corresponding hydraulic end for each chemical medium |
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Widely applicable |
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The drive has almost no wear and tear |
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Excellent stable operational performance |
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compare |
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Excellent cost-effectiveness |
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high efficiency |
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Energy saving rate of 50%Adjustable, integrated pulse step increase and decrease |
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Optional: Relay module, quick modification |
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feature |
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Measurement range: 0.74-32 l/h, 25-2 bar |
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Continuous adjustment of stroke length within the range of 0-100% (more...) |
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Optimal adjustment range: 30-100%) |
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Pump head materials: polypropylene, organic glass, polyvinylidene fluoride, polytetrafluoroethylene, and stainless steel |
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Polypropylene and organic glass pump heads with self exhaust function |
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HV pump head metering high viscosity medium |
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Power supply: 100-230V |
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Power: BT4b type is 7.2W-15.2W, BT5b type is 19.2W |
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The stroke frequency is adjusted from 10-100% in 10% steps |
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Passive external control contact pulse control |
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Two level liquid level switch connection |
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| 3 sets of LED display for operation, warning, and malfunction |
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Medium viscosity: ≤ 200 mPa. s (standard pump head); ≤ 500 mPa. s (with valve spring); ≤ 50 mPa. s (self exhaust) |
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Protection level: IP65 |
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Insulation level: F |
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Application area: Measurement of chemicals and agents |
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| Drinking water and swimming pool water treatment |
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chemical industry
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process
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Cooling water circulation
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performance parameters
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Beta model
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pressure
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traffic
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Stroke flow rate |
Stroke frequency |
connection size |
suction lift |
bar |
l/h |
| ml/stroke |
10 |
0.74 |
0.07 |
180 |
strokes/min. |
mm |
| mWC |
16 |
1.10 |
0.10 |
180 |
BT4b1000*** |
6×4 |
| 6.0** |
16 |
2.20 |
0.20 |
180 |
BT4b1601*** |
6×4 |
| 6.0** |
16 |
3.60 |
0.35 |
180 |
BT4b1602*** |
6×4 |
| 6.0** |
7 |
7.10 |
0.66 |
180 |
BT4b1604*** |
6×4 |
| 6.0** |
4 |
12.30 |
1.14 |
180 |
BT4b0708*** |
8×5 |
| 6.0** |
2 |
19.00 |
1.76 |
180 |
BT4b0413 |
8×5 |
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| 3.0** |
25 |
2.90 |
0.27 |
180 |
BT4b0220 |
12×9 |
| 2.0** |
10 |
6.80 |
0.63 |
180 |
BT5b2504 |
8×4*** |
| 6.0** |
7 |
11.00 |
1.02 |
180 |
BT5b1008 |
8×5 |
| 6.0** |
4 |
17.10 |
1.58 |
180 |
BT5b0713 |
8×5 |
| 4.0** |
2 |
32.00 |
2.96 |
180 |
BT5b0420 |
12×9 |
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| 3.0** |
| BT5b0232 |
16 |
0.59 |
0.06 |
180 |
12×9 |
2.0** |
| Beta series metering pump with automatic exhaust system |
16 |
1.40 |
0.13 |
180 |
BT4b1601 |
6×4 |
| 1.8** |
16 |
2.70 |
0.25 |
180 |
BT4b1602 |
6×4 |
| 2.1** |
7 |
6.60 |
0.61 |
180 |
BT4b1604 |
6×4 |
| 2.7** |
4 |
10.80 |
1.00 |
180 |
BT4b0708 |
8×5 |
| 2.0** |
2 |
16.20 |
1.50 |
180 |
BT4b0413 |
8×5 |
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| 2.0** |
10 |
6.30 |
0.58 |
180 |
BT4b0220 |
12×9 |
| 2.0** |
7 |
10.50 |
0.97 |
180 |
BT5b1008 |
8×5 |
| 3.0** |
4 |
15.60 |
1.44 |
180 |
BT5b0713 |
8×5 |
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| 2.5** |
| * |
BT5b042012×92.5** |
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Beta ® When measuring high viscosity media, the measuring capacity of the metering pump will decrease by 10-20% and it will not be able to automatically introduce liquid. The G3/4-DN connector comes with a d16-DN10 nozzle assembly. |
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The values in the performance parameter table are the achievable values of the metering pump at room temperature with water as the medium. The interface size at the pump head exhaust valve is |
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6×4 |
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Suction stroke refers to the suction capacity parameter when the pump head and suction pipeline are empty, or when the suction pipeline contains air when the self discharge pump head is in use. |
The reduced models in 4 bar, 7 bar, and 10 bar can be applied in some special fields. For example, used in swimming pool systems. Detailed data can be provided upon request. |
When the inner diameter is 6mm, it is applied to stainless steel types. |
Material of overcurrent components |
| pump head |
Suction and discharge valve body |
sealing element |
Valve ball |
PPE |
| polypropylene |
polypropylene |
Ethylene Propylene Rubber |
ceramics |
PPB |
| polypropylene |
polypropylene |
fluororubber |
ceramics |
NPE |
| organic glass |
polyvinyl chloride |
Ethylene Propylene Rubber |
ceramics |
NPB |
| organic glass |
polyvinyl chloride |
fluororubber |
ceramics |
PVT |
| Polyvinylidene fluoride |
Polyvinylidene fluoride |
Polytetrafluoroethylene |
ceramics |
TTT |
| Graphite polytetrafluoroethylene |
Graphite polytetrafluoroethylene |
Polytetrafluoroethylene |
ceramics |
SST |
| Stainless steel 1.4404 |
Stainless steel 1.4404 |
Polytetrafluoroethylene |
ceramics |
PPT |
| polypropylene |
Polyvinylidene fluoride |
Polytetrafluoroethylene |
ceramics |
NPT |
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| organic glass |
