The BD-05TF1500WBD is a micro diaphragm gas-liquid pump designed for OEM gas-liquid transfer systems, delivering 1500 mL/min total water flow, 3.5 L/min × 2 gas flow, and a dual-head diaphragm structure for higher-capacity fluid handling applications.
| Voltage | 12 V / 24 V DC |
|---|---|
| Max Flow | 750 mL/min × 2 (water), 3.5 L/min × 2 (gas) |
| Max Vacuum | –50 kPa |
| Max Pressure | 2.5 bar × 2 (water), 80 kPa (gas) |
| Motor | DC Brushless Motor |
| Max Power | 15 W |
| Weight | 280 g |
The BD-05TF1500WBD is a dual-head small liquid pump designed for OEM systems that require higher total flow within a compact structure. Built with a diaphragm pumping mechanism and a brushless DC motor, it is suitable for analytical equipment, automated liquid handling systems, and gas-liquid transfer platforms.
With 750 mL/min × 2 water flow and 3.5 L/min × 2 gas flow, this model is suitable when one pump needs to support two parallel transfer paths or higher overall circulation capacity. From an OEM selection perspective, it helps reduce component count while keeping liquid and gas transfer functions within one integrated pump design.
The specifications below are organized to help you evaluate whether BD-05TF1500WBD fits your system requirements.
Focus on total flow, pressure, suction height, power demand, tubing size, and installation space before sample evaluation.
| Basic Information | |
|---|---|
| Model | BD-05TF1500WBD |
| Type | Double Head Liquid Pump |
| Structure | Dual-Head Diaphragm Pump |
| Voltage Range | 12 V / 24 V |
| Liquid Performance | |
| Free Water Flow | 750 mL/min × 2 (0.198 gpm × 2) |
| Max Water Pressure | 2.5 bar × 2 (36.3 psi × 2 / 2500 mbar / 0.25 MPa) |
| Water Pressure Head | >15 m |
| Water Suction Head | 6 m |
| Gas Performance | |
| Free Gas Flow | 3.5 L/min × 2 (0.124 cfm × 2) |
| Max Gas Pressure | 80 kPa (11.6 psi / 800 mbar) |
| Max Gas Vacuum | -50 kPa (-14.8 in.Hg / -500 mbar / -375 mmHg) |
| Electrical & Motor Data | |
| Motor Type | DC Brushless Motor |
| Max Power | 15 W |
| Noise | 55 dB |
| Lifetime | 10000 h |
| Mechanical Data | |
| Dimensions | 108 × 29.8 × 89.6 mm (4.25 × 1.17 × 3.53 in) |
| Weight | 280 g |
| Recommended Tubing Size | ID6 mm / OD8 mm |
| Operating Conditions | |
| Ambient Temperature | 5°C to 40°C |
| Fluid Temperature | 5°C to 60°C |
Water Flow Measurement:
Water flow is measured using a high-precision miniature electromagnetic flowmeter (electromagnetic induction volumetric flowmeter).
The test setup includes approximately 1 m inlet and outlet tubing to simulate practical installation conditions.
Noise Measurement:
Noise is measured at a distance of 1 m from the pump during normal operation under standard working conditions.
Lifetime Testing:
Lifetime is evaluated under continuous 24-hour no-load operation, with both inlet and outlet open to atmosphere (ambient pressure conditions).
For most OEM applications, the standard material configuration provides a practical balance of compatibility, sealing performance, and service life.
| Component | Material / Feature |
|---|---|
| Pump Head | PA66 |
| Diaphragm | EPDM |
| Valve | EPDM |
| Wetted Materials | PA + EPDM + EPDM |
If the standard configuration does not fully match your medium or service life target, additional material options are available for evaluation. Optional configurations such as PTFE diaphragms and FFKM valves can be considered for more demanding chemical compatibility needs.
When the standard version does not fully match your system requirements, key components can be adjusted for better compatibility.
| Item | Customization Options |
|---|---|
| Voltage | 12 V / 24 V options; project-based adjustment available |
| Materials | PA66, EPDM, PTFE, or FFKM options |
| Wiring | Custom cable length and wire definition |
| Connector | Open leads, plug connectors, or OEM interface |
| Branding | Private label or customer-specific marking |
| Mounting | Bottom mounting structure or custom bracket support |
Integrated solutions such as connectors, tubing, and mounting structures can be pre-configured with the pump to match your system layout.
This helps reduce assembly work and makes dual-head pump integration more efficient during OEM development.
If your application requires higher total transfer capacity or two fluid paths, the following examples can help you evaluate whether this model is a suitable fit.
For OEM liquid handling projects, the right pump must match not only flow and pressure requirements, but also the working medium, installation space, operating conditions, and production targets. BODENFLO supports customers from pump selection and prototype testing to volume production.
Real application feedback helps potential buyers understand how BD-05TF1500WBD performs in double-head liquid transfer and higher-flow OEM systems.
Germany | Analytical Instrument Designer
Application: Reagent and waste liquid handling system
Feedback: The double-head structure helped us manage two liquid paths while reducing the number of separate pump assemblies.
Finland | Printing System Developer
Application: Ink circulation and cleaning fluid system
Feedback: The higher total flow capacity made it suitable for circulation and maintenance fluid movement in one platform.
South Korea | Fluid System Engineer
Application: Cleaning liquid transfer module
Feedback: The pump provided a practical balance of flow capacity, compact structure, and gas-liquid compatibility.
Proper installation helps maintain flow consistency, protect the pump chamber, and reduce integration issues in OEM liquid handling systems.
Inlet Filtration
Install a ≤30 μm filter at the pump inlet to prevent particles from entering the pump chamber and affecting diaphragm or valve operation.
Bottom Mounting
Wiring Definition
Tubing Installation
Material Compatibility
The standard wetted material configuration is PA + EPDM + EPDM. For chemically aggressive liquids or gases, verify media compatibility before testing and consider optional PTFE diaphragm or FFKM valve configurations.
Operating Environment
[BD-05TF1500WBD Micro Diaphragm Gas-Liquid Pump Datasheet (PDF)]
Actual flow can decrease due to tubing resistance, inlet restriction, filter pressure loss, suction height, or system back pressure. Check both flow paths, filter condition, and tubing layout when evaluating pump performance.
A double-head pump integrates two pumping chambers into one compact assembly, reducing the number of motors, wiring, mounting points, and components required. This can simplify system design while providing higher total flow capacity.
Uneven priming is usually related to air leakage, different suction conditions, excessive suction height, or restriction in one inlet path. Check both channels separately to ensure similar inlet conditions and proper sealing.
BODENFLO provides a 1-year warranty for micro pump products. Damage caused by improper installation, incorrect operation, or use outside the specified operating conditions is not covered.
Yes. BODENFLO offers several single-head diaphragm liquid pumps with different flow and pressure ranges for OEM fluid handling systems:
The suitable model can be selected according to required flow, pressure, liquid medium, installation space, and operating conditions.
If you are developing analytical instruments, digital printing systems, or compact OEM liquid handling equipment, BODENFLO provides double-head diaphragm pump solutions designed to support higher flow requirements and system-level integration.
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