Foreach TechnologyForeach Technology
Home
Products
Applications
About Us
Contact & Partnership
简体中文EnglishEspañolFrançais한국어Русский
Home
Products
Pump SeriesValve SeriesTubing SeriesFitting SeriesProbe SeriesSmart Control Series
Applications
IVD DiagnosticsLife SciencesLaboratory AutomationAnalytical InstrumentsEnvironmental MonitoringSynthetic Biology
Resources
DatasheetsFluid Resistance CalculatorFitting ReplacementInstallation GuidesMaterial CompatibilityTechnical ArticlesCompany News
About Us
About ForeachR&D and ManufacturingQuality System and QualificationsMilestonesForeach Culture
Contact & Partnership
Contact UsBecome a Distributor
  • Pump Series
  • Valve Series
  • Probe Series
  • Fitting Series
  • Tubing Series
  • Control Series
  • IVD
  • Life Science
  • Lab Automation
  • Analytical Instruments
  • Environmental Monitoring
  • Synthetic Biology
  • Datasheets
  • Fluid Resistance Calculator
  • Fitting Replacement
  • Installation Guides
  • Material Compatibility
  • Technical Articles
  • Company News
  • About Foreach
  • R&D & Manufacturing
  • Quality & Compliance
  • History
  • Foreach Culture
  • Inquiry Form
  • Contact Information

Shenzhen Foreach Technology Co., Ltd.

Address: 13th Floor, 2nd Building, Yufengda Industrial Park, 1008th Guang Qiao Boulevard, Guangming District, Shenzhen 518132 CHINAView Map

Email: sales@foreachtek.com

Tel: +86 755 8655 3831

LinkedInYouTubeFacebookInstagramX

© 2026 Shenzhen Foreach Technology Co., Ltd. All rights reserved.

Privacy Policy·

Home/Product Center/Miniature Diaphragm Pumps/DPL30H.
DPL30H High-Pressure Miniature Liquid Diaphragm Pump Series

DPL30H High-Pressure Miniature Liquid Diaphragm Pump Series

The Foreach DPL30H series is a high-pressure miniature liquid diaphragm pump family with 300 mL/min no-load flow, 600 kPa rated pressure, and 3 mH₂O self-priming lift. It is available as the brushed DPL30H-DS and brushless DPL30H-BS for liquid transfer, washing, line priming, and circulation in compact instruments. Motor life, wiring, and product resources vary by configuration; refer to the corresponding configuration page for exact specifications.

Typical Applications:

Liquid transfer, wash-fluid delivery, line priming, liquid circulation, and instrument fluidics

Model:This product is custom-made
Product typehigh-pressure miniature liquid diaphragm pump series
ConfigurationsDPL30H-DS brushed / DPL30H-BS brushless
Rated voltageDC 12 V ±10% / DC 24 V ±10%
No-load flow300 mL/min
Rated pressure600 kPa
Self-priming lift3 mH₂O
Working mediumPurified water; other liquids require compatibility evaluation and testing under actual conditions
Wetted materialsPPS pump head; EPDM / PTFE diaphragm; EPDM / FFKM valves
Specified service lifeBrushed 3,000 h / brushless 10,000 h (rated voltage, continuous operation)

2D Drawing Not Available Yet

To request a 2D drawing for this product, please click “Add Drawing” above.

Datasheet not yet available

The datasheet for this product has not been uploaded yet.

Frequently Asked Questions

The DPL30H series includes the brushed DPL30H-DS and brushless DPL30H-BS. They share the same flow and pressure class, while motor life, wiring, and product resources differ.

Specified service life is 3,000 h for the brushed configuration and 10,000 h for the brushless configuration at rated voltage under continuous operation. Final selection should also consider duty cycle, start-stop frequency, control requirements, system resistance, and fluid compatibility.

DPL30H Series Configurations

Choose a configuration page to review its exact motor life, wiring, drawings, and product resources.

DPL30H-DS

600 kPa Brushed DC High-Pressure Miniature Liquid Diaphragm Pump, 3,000 h Service Life, 12 V / 24 V

View DPL30H-DS configuration→

DPL30H-BS

600 kPa Brushless DC High-Pressure Miniature Liquid Diaphragm Pump, 10,000 h Service Life, 12 V / 24 V

View DPL30H-BS configuration→

Related Videos

Related Technical Articles

Foreach miniature diaphragm pumps for OEM integration: operating points, instrument validation and production introduction

Whether the miniature diaphragm pump can work stably in OEM instruments depends on the joint matching of fluid path tasks, inlet and outlet conditions, material combinations, control methods and overall machine structure. Taking Foreach DPL30, DPL60, DPL30H and DPGL800 as examples, this article starts from the flow and pressure budget, gas-liquid status, wetted materials and electrical interfaces to explain how to establish candidate solutions, carry out reproducible prototype verification, and convert the verification results into technical requirements for production supply.

2026-09-11View Details

Selecting a Self-Priming Miniature Liquid Diaphragm Pump: Lift, Priming Time and Dry or Wet Starts

Select a self-priming miniature liquid diaphragm pump by checking suction lift, time to first liquid, dry and wet starting conditions, and stable delivery. Use DPL30, DPL60 and DPL30H specifications to define an instrument-level test.

2026-09-07View Details

Reducing Flow Pulsation in Miniature Diaphragm Pumps: Measurement and Practical Measures

Diagnose miniature diaphragm pump flow pulsation by separating real fluctuations from measurement errors. Compare damping, tubing and speed-control measures using matched operating conditions and endpoint measurements.

2026-09-07View Details

Miniature Diaphragm Pump Noise: Causes, Vibration Isolation and Noise Reduction

Investigate miniature diaphragm pump noise at a matched operating point. Check the motor, pump head, supports, tubing and enclosure, then validate noise-reduction measures against flow, temperature rise and reliability.

2026-09-07View Details

Miniature Diaphragm Pump Backflow After Stopping: Check Valves and Anti-Siphon Design

Diagnose reverse flow after a miniature diaphragm pump stops, distinguish it from forward siphoning and residual dripping, and evaluate check-valve behavior, valve sequencing and static sealing in the complete circuit.

2026-09-07View Details

Which Materials Are Available for Miniature Diaphragm Pumps? Selection Considerations

Compare pump-head, diaphragm and valve materials, then check fluid composition, concentration, temperature, exposure time and cleaning conditions before selecting a configuration.

2026-09-07View Details

What Are Cleaning, Wash and Rinse Pumps in IVD Systems, and Why Are Miniature Diaphragm Pumps Used?

Cleaning pump, wash pump and rinse pump usually name different duties within an IVD cleaning sequence, not three fixed pump mechanisms. Selection starts with wash volume, cycle rate, line resistance, wetted materials, and whether the duty is liquid supply or waste aspiration.

2026-09-03View Details

Why Does Actual Flow Change So Much When the Tubing Size Changes on the Same Miniature Diaphragm Pump?

Even when the pump is unchanged, installed flow can change because of tubing inner diameter, length, bends, and the minimum bore of fittings. When flow falls after a tubing change, the effective response is neither to blame the pump first nor to enlarge every tube indiscriminately. Measure inlet pressure, outlet pressure, and accumulated flow together to determine where the added restriction actually occurs.

2026-08-24View Details

Which Has a Greater Effect on a Miniature Diaphragm Pump: Suction-Line or Discharge-Line Resistance?

Pressure loss on either the suction or discharge side increases the differential pressure carried by a miniature diaphragm pump, but there is no universal rule that one side is always more important. The suction side more readily affects initial priming, chamber filling, sensitivity to air leakage, outgassing, and cavitation. The discharge side more often appears as increased backpressure, reduced flow, and deadheading. Diagnose the system by observing inlet absolute pressure, outlet pressure, and flow on the same time axis.

2026-08-21View Details

What Is the Difference Between Rated Working Pressure, Maximum Output Pressure, Proof Pressure, and Burst Pressure for a Miniature Diaphragm Pump?

A pressure value has engineering meaning only when it is paired with a term definition, test fluid, inlet condition, corresponding flow rate, duration, and acceptance criteria. Rated working pressure can define an operating boundary; maximum output pressure, proof-test pressure, and burst pressure cannot be treated directly as continuous operating points.

2026-08-18View Details

Is 100 kPa Enough? How to Determine Whether a Fluid Path Needs a 600 kPa High-Pressure Miniature Diaphragm Pump

100 kPa and 600 kPa are not simply a standard version and an upgraded version. First complete a pressure budget for the entire fluid path at the target flow, then read the candidate pump curve. A higher pressure rating has value only when the application truly has high backpressure.

2026-08-15View Details

How Do You Build a Pressure Budget for a High-Backpressure Fluid Path? A Foreach 600 kPa Miniature Diaphragm Pump Selection Example

For a high-backpressure fluid path, do not tell a supplier only that you need 6 bar. Break down steady-state pressure losses at the target flow, establish normal steady-state, worst steady-state, pressure-margin, and transient-protection boundaries separately, and then compare them with the candidate pump's controlled curve.

2026-08-12View Details

How to Select a High-Pressure Diaphragm Pump: DPL30H 300 mL/min and 600 kPa Guide

Filters, narrow rigid tubing, valves, mixing chambers and long lines all create pressure drop. As backpressure rises, a pump's delivered flow falls, so no-load flow alone is not a valid selection criterion. DPL30H is designed for liquid paths that need greater pressure margin: 300 mL/min no-load flow and 600 kPa rated pressure.

2026-07-19View Details

How to Read a Diaphragm Pump Flow-Pressure Curve—and Predict Installed Flow

A catalogue value such as 300 or 600 mL/min is not a fixed flow rate inside an instrument. The useful engineering question is: at the actual inlet pressure, outlet backpressure, fluid, tubing and supply voltage, where will the pump and the fluidic circuit settle?

2026-07-28View Details

2-Wire vs 5-Wire Brushless Diaphragm Pumps: What Is the Difference and Which Should You Choose?

When selecting a miniature diaphragm pump, two lead configurations may be offered for the same type of DC brushless motor: 2-wire and 5-wire. The main difference is not the pump's basic delivery principle, but how much control and operating-status information the equipment requires from the motor.

2026-07-22View Details

Need help selecting a diaphragm pump?

Share the fluid, flow rate, pressure, self-priming requirements, wetted materials, port type, and installation space. The Foreach engineering team can help confirm a suitable diaphragm pump configuration.

Contact an Engineer