Malema™ flow switches are used to determine if the flow rate is above or below a certain flow rate. This value (the set point) can be fixed or adjustable. When the set point is reached, the response can be the actuation of an electric circuit. When the flow switch is actuated, it will stay in that condition until the flow rate moves back from the set point by some amount.
Malema offers the adjustable and fixed set point flow switches in piston and paddle style working principle. They are available in a variety of flow ranges, sizes and materials. The salient feature of buying a Malema™ flow switch is that it comes with a custom calibration option to precisely suit your application.
The inline and by-pass style configurations, standard and custom fittings options offered make Malema™ flow switches a versatile flow measurement solution for various applications for gases and liquids. In addition, they are also available in explosion proof designs to install in hazardous locations.
Malema's customer support and application engineers are well trained and are ready to offer you the guidance when requested to select the right product to suit the application.
The M-100X Series is an extremely sensitive explosion-proof flow switch. It has been engineered to monitor vital sample flow parameters for instrumentation in process control.
The M-50 Series low flow, flow switches monitor increasing and decreasing flow. They utilize a single moving part which responds to fluid (liquid or gas) flowing within a system. These switches are suitable for a wide range of applications in industrial, biomedical, and OEM products. The flow monitors operate only when fluid is positively established.
The M-200 Series flow switches are engineered and field tested for sensing increasing and decreasing flow rates of gases or liquids. Pressure variation effects are minimal. This series features such versatility, economy, and accuracy that they can be used in virtually any application requiring fool-proof inexpensive flow detection.
The operating principle is based on a magnetic piston which responds only to the motion of fluids within the line, not to static or system pressures. In the presence of fluid flow, controlled movement of the piston actuates an external hermetically sealed reed switch. This switch can be used to actuate audible or visual alarms, as well as relays, or other controls.
The operating principle is based on a free floating magnetic piston which responds only to the motion of fluids within the line, not to static or system pressures. In the presence of fluid flow, controlled movement of the piston actuates an external hermetically sealed reed switch. This switch can be used to actuate audible or visual alarms, as well as relays, or other controls. The piston's movement can be seen through the PFA body.
Fixed setting PTFE flow switch with in-line flow
Adjustable flow switch with right-angle flow.
The M-200X Series flow switches are engineered and field tested for sensing increasing and decreasing flow rates of gases or liquids. Pressure variation effects are minimal. This series features such versatility, economy, and accuracy that they can be used in virtually any application requiring fool-proof inexpensive flow detection.
Explosion proof, adjustable flow switch with right-angle flow.
All stainless, fixed setting flow with in-line flow switch.
The M-80 Series flow switches are engineered and field tested for sensing increasing and decreasing flow rates of gases or liquids. Pressure variation effects are minimal. This series features such versatility, economy, and accuracy that they can be used in virtually any application requiring fool-proof inexpensive flow detection.
Fixed setting PTFE flow switch with in-line flow.
The M-50T Series low flow, flow switches monitor increasing and decreasing flow. They utilize a single moving part which responds to fluid (liquid or gas) flowing within a system. These switches are suitable for a wide range of applications in industrial, biomedical, and OEM products. The flow monitors operate only when fluid is positively established.
