Used GE HEALTHCARE LIFE SCIENCES / AMERSHAM P-960 #9113235 for sale

ID: 9113235
AKTA Sample Pump Single-channel Flow rate up 50 ml/min in steps of 0.1 ml/min Pressure: up to 2.0 Mpa.
GE HEALTHCARE LIFE SCIENCES / AMERSHAM P-960 Peristaltic Pump is a reliable and highly configurable pump designed for use in laboratory and industrial settings. It is an ideal choice for applications involving low-flow rates, both in continuous and cyclic operation. AMERSHAM P-960 operates using a peristaltic mechanism, where the flow of a liquid is controlled by the contraction and relaxation of a tube placed inside an enclosed chamber. It supports a range of tubing adaptors to fit a variety of flexible tubing materials, providing wide compatibility for different liquid media. In addition, parallel processing allows connection of multiple channels to run independently or produce a synchronised output, making it suitable for multiple-point injection or fractional sampling of liquids. GE HEALTHCARE LIFE SCIENCES P-960 is driven by a brushless DC motor, which provides a variable range of speed from 0.3 to 400 rpm, with the speed being adjustable in both forward and reverse directions. The pump can also be programmed to a set flow rate and programmed to a repeating pulse interval, as well as providing a multi-speed control function for timed runs. For applications requiring high precision control, P-960 can be used with a pressure transducer and transducer-controlled flow rate amplifier. This provides precise pressure control and does not require the use of an external controller. The user interface of the pump is simple and easy to use. The pump has a large, backlit LCD and is equipped with buttons for easy programming of settings. It also features a battery-free memory to retain user settings. Overall, GE HEALTHCARE LIFE SCIENCES / AMERSHAM P-960 Peristaltic Pump is an incredibly reliable and versatile pump with industry-leading performance in both continuous and cyclic operations. Its comprehensive software and features allow users to precisely control flow rates in a range of applications.
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