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BTQL
BEITE
Specifications
Maximum Air Source
Working Pressure: 1.0Mpa
Maximum Lift: 80m
Maximum Design Pressure: 1.6Mpa
Maximum Operating Temperature: 198°C
Single Pump Discharge Capacity: Max 5000 (kg/h) - 0.8Mpa - 12m
Working Principle
The liquid enters the pump under the action of gravity through the inlet check valve, causing the float to rise. When the float goes up to its upper limit position, the air supply valve opens, steam or compressed air enters the pump body, and gradually builds up pressure in the pump until it reaches a state sufficient to overcome the back pressure, and the pressurized liquid opens the outlet check valve , start to discharge liquid. When the float goes down to its lower limit position, the air supply valve is closed, the steam or compressed air is cut off, and the exhaust valve is opened at the same time, the pressure in the pump decreases. The liquid now refills the pump chamber.
Structure
Condensate Recovery Pump + Water Tank + Valves + Electronic Detector + Metal Frame
Discharge Capacity
1. This diacharge diagram is drawn based on the height of the water inlet pressure head being 0.3m and the pipe diameter of the discharge port of the pump body being DN50.
2. Transverse Axis-Discharge Data, Longitudinal Axis-Dynamic Pressure Data, Red Curve-Total Effective Head
3. Dual pumps have twice the discharge capacity of single pumps, three pumps have three times discharge capacity of a single pump.
Selection Table
| Model-BTQL- | 5 | 10 | 15 | 20 |
| Flow Rate(m³/h) | 5 | 10 | 15 | 20 |
| Number of Pump | Single Pump | Double Pump | Three Pumps | Four Pumps |
Features
1. Complete combined pump design - the overall design is excellent, ensuring working performance and convenient on-site installation.
2. Use steam or compressed gas as power - it is convenient to connect pipelines on site, without power supply, and is suitable for dangerous and dirty and humidenvironments.
3. Floating ball mechanism - no cavitation and mechanical seal problems inherent in electric pumps, reducing maintenance costs and downtime.
4. Open water tank design - no need for a water tank on site, reducing costs.
5. Metal frame structure - easy to carry.
6. Can recover and remove condensed water and concentrate sewage in any operating environment.
7. It can be used in operating areas with high requirements for hazardous and explosion-proof grades.
8. Capable of operating high temperature liquids without cavitation, reducing maintenance costs, also suitable for industrial liquids (oil, sewage and hydrocarbons).
Application
Applied to long-distance transportation, low pressure or vacuum system, high back pressure condensate system, occasions with large pump liquid volume, occasions that do not require electricity, occasions with flammable, explosive and harmful media, humid and dirty environments, and open discharge Water storage tank, the best choice for condensed water in the sump.
Specifications
Maximum Air Source
Working Pressure: 1.0Mpa
Maximum Lift: 80m
Maximum Design Pressure: 1.6Mpa
Maximum Operating Temperature: 198°C
Single Pump Discharge Capacity: Max 5000 (kg/h) - 0.8Mpa - 12m
Working Principle
The liquid enters the pump under the action of gravity through the inlet check valve, causing the float to rise. When the float goes up to its upper limit position, the air supply valve opens, steam or compressed air enters the pump body, and gradually builds up pressure in the pump until it reaches a state sufficient to overcome the back pressure, and the pressurized liquid opens the outlet check valve , start to discharge liquid. When the float goes down to its lower limit position, the air supply valve is closed, the steam or compressed air is cut off, and the exhaust valve is opened at the same time, the pressure in the pump decreases. The liquid now refills the pump chamber.
Structure
Condensate Recovery Pump + Water Tank + Valves + Electronic Detector + Metal Frame
Discharge Capacity
1. This diacharge diagram is drawn based on the height of the water inlet pressure head being 0.3m and the pipe diameter of the discharge port of the pump body being DN50.
2. Transverse Axis-Discharge Data, Longitudinal Axis-Dynamic Pressure Data, Red Curve-Total Effective Head
3. Dual pumps have twice the discharge capacity of single pumps, three pumps have three times discharge capacity of a single pump.
Selection Table
| Model-BTQL- | 5 | 10 | 15 | 20 |
| Flow Rate(m³/h) | 5 | 10 | 15 | 20 |
| Number of Pump | Single Pump | Double Pump | Three Pumps | Four Pumps |
Features
1. Complete combined pump design - the overall design is excellent, ensuring working performance and convenient on-site installation.
2. Use steam or compressed gas as power - it is convenient to connect pipelines on site, without power supply, and is suitable for dangerous and dirty and humidenvironments.
3. Floating ball mechanism - no cavitation and mechanical seal problems inherent in electric pumps, reducing maintenance costs and downtime.
4. Open water tank design - no need for a water tank on site, reducing costs.
5. Metal frame structure - easy to carry.
6. Can recover and remove condensed water and concentrate sewage in any operating environment.
7. It can be used in operating areas with high requirements for hazardous and explosion-proof grades.
8. Capable of operating high temperature liquids without cavitation, reducing maintenance costs, also suitable for industrial liquids (oil, sewage and hydrocarbons).
Application
Applied to long-distance transportation, low pressure or vacuum system, high back pressure condensate system, occasions with large pump liquid volume, occasions that do not require electricity, occasions with flammable, explosive and harmful media, humid and dirty environments, and open discharge Water storage tank, the best choice for condensed water in the sump.
