The Lyson 2-11 1P MTA appears to be a specific model of pump, possibly from Lyson or a similar manufacturer. However, detailed information about this exact model is not readily available in the provided sources.
General Information on Lyson Pumps:
Lyson is known for producing a variety of pumps tailored for different applications,
MTA Series Pumps:
The "MTA" designation might refer to a series of ANSI mag-drive pumps, such as the Magnatex MTA Series. These pumps are known for their sealless design, which eliminates leakage risks, and are suitable for handling aggressive chemicals and high-purity applications. They feature a PFA-lined construction and are designed to meet ANSI B73.3 standards.
The term "HP PUMP LYSON 2-11 1P MTA" appears to combine elements from different pump models and manufacturers. Let's break it down:
🔹 HP PUMP
This likely refers to a high-pressure pump, commonly used in applications requiring elevated water pressure, such as fire protection systems, irrigation, and industrial processes.
🔹 2-11
This designation is commonly associated with CNP's CDL series of high-pressure pumps. For example, the CNP CDL 2-11 is a vertical multistage centrifugal pump with a 1.1 kW (1.5 HP) motor, designed for single-phase 230V AC supply. It offers a flow range of 1000 to 3500 liters per hour and a head range of 44 to 98 meters.
🔹 1P
This typically denotes a single-phase power supply, indicating that the pump operates on a standard single-phase electrical connection.
🔹 MTA
This could refer to a specific model series or feature, but without additional context, it's challenging to provide a precise identification.
Conclusion
The term "HP PUMP LYSON 2-11 1P MTA" seems to conflate different pump models and manufacturers:
CNP CDL 2-11: A high-pressure pump model.
1P: Indicates single-phase power.
If you're seeking a high-pressure pump suitable for applications like fire protection or industrial processes, the CNP CDL 2-11 would be a relevant model. For beekeeping purposes, particularly honey extraction, a Lyson Honey Pump would be more appropriate.