Single piston pump
The compact M1 Class HPLC Pump features a single-headed, positive displacement laboratory piston pumps that provide high-performance and precision at an affordable price. It outperforms gear, diaphragm, and peristaltic pumps, offering better performance at the same cost as less efficient alternatives.
Applications include:
- Precise chemical metering,
- Dispensing,
- Specific HPLC separations.
Standard fluid path materials, such as Stainless Steel and PEEK, ensure durability and reliability.
Available in 10 mL/min, 40 mL/min, and 100 mL/min versions, with pressures reaching up to 2,000 psi, this laboratory piston pump is ideal for a wide range of typical laboratory fluid transfer applications.
Additional features
The M1 Class also features an interactive keypad control, a Pulse Dampener, and en Outlet Filter. It includes RS-232 Serial and Micro USB 2.0 ports for full PC control and status monitoring, as well as hardware for mounting on a laboratory stand.
With its compact design, the M1 Class has the smallest footprint for a high-pressure pump, making it easy to integrate into any laboratory or industrial setting. It offers an efficient solution for compact fluid transfer.
Specifications of the single piston pump:
Flow Rate Range and Max. Pressure Ratings* | 0.0-10.000 mL/min (2,000 psi)
0.0-40.000 mL/min (500 psi) 0.0-100.0 mL/min (250 psi) |
Flow Precision | 0.1% RSD |
Flow Accuracy | Within 2.0% of set flow rate, 0.20 mL/min and above; 80:20 Water/IPA @ 1,000 psi (10 mL)
Within 5.0% of set flow rate, 0.80 mL/min and above; 80:20 Water/IPA @ 100 psi (40 mL) Within 5.0% of set flow rate, 2.0 mL/min and above; 80:20 Water/IPA @ 100 psi (100 mL) |
Wetted Materials | (See Options on Datasheet), Synthetic Ruby, Sapphire, UHMWPE, PTFE |
Dimensions | 5.5″ H x 3″ W x 10.5″ D
(14 x 7.6 x 26.7 cm) |
Weight | 3.5 lbs. (1.6 kg) |
Power | External Power Supply;
To Supply: 100-240 Vac, 50-60 Hz, 1A; Supply to Pump: 24Vdc, center positive, 2.1 mm post, 1.7 AMP |
Control | RS-232, Micro USB, Run/Stop |
*Flow Rate is dependent on solvent selection and operating pressure. |
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