The Radwag WX-016-0110, MWLH 30 Electromagnetic Compensation Weighing Module 30kg is a professional weighing module designed for high IP rate, exceptional weighing accuracy, and fast measurement speed. It features a brand new, compact design that allows for unlimited module adaptation capabilities, making it perfect for various weighing systems in industrial environments.
The module utilizes an electromagnetic digital converter, which ensures precise measurements. With a maximum capacity of 30kg and readability of 0.1g, it provides accurate and reliable results. The module's stainless steel housing is rated IP 65, offering excellent protection against dust and water splashes.
Installation is quick and easy. The module's base has four holes in its corners, allowing it to be securely fixed to a base using M8 screws. It also comes with an aluminium, painted plate with four threaded M6 holes, which are useful for attaching the weighing pan.
The Radwag WX-016-0110, MWLH 30 Electromagnetic Compensation Weighing Module offers several features to enhance usability. It boasts a reading unit of 0.01g, providing precise measurements in any situation. Additionally, it can easily adapt to the user's specific needs and requirements. The module is also compatible with HY terminals and offers various interfaces, including RS 232, RS 485, Ethernet, 2xIN and 2xOUT, and Profibus (optional).
In terms of specifications, the maximum capacity of the module is 30kg, with a minimum load of 5g. It has a preload range of 3kg, allowing for accurate measurements even with heavier loads. The module has a tare range of -30kg and offers a repeatability of 0.1g. It has a linearity of ±0.3g and a fast stabilization time of 2 seconds.
The Radwag WX-016-0110, MWLH 30 Electromagnetic Compensation Weighing Module operates at a wide range of temperatures, from +10 to +40 °C. It is powered by a 100 ÷ 240 V AC 50 / 60 Hz power supply. With its compact design and robust construction, it is a reliable and efficient weighing module for industrial applications.
To learn more about the Radwag WX-016-0110, MWLH 30 Electromagnetic Compensation Weighing Module, you can download the user manual and data sheet, available in PDF format from the provided links.
The module utilizes an electromagnetic digital converter, which ensures precise measurements. With a maximum capacity of 30kg and readability of 0.1g, it provides accurate and reliable results. The module's stainless steel housing is rated IP 65, offering excellent protection against dust and water splashes.
Installation is quick and easy. The module's base has four holes in its corners, allowing it to be securely fixed to a base using M8 screws. It also comes with an aluminium, painted plate with four threaded M6 holes, which are useful for attaching the weighing pan.
The Radwag WX-016-0110, MWLH 30 Electromagnetic Compensation Weighing Module offers several features to enhance usability. It boasts a reading unit of 0.01g, providing precise measurements in any situation. Additionally, it can easily adapt to the user's specific needs and requirements. The module is also compatible with HY terminals and offers various interfaces, including RS 232, RS 485, Ethernet, 2xIN and 2xOUT, and Profibus (optional).
In terms of specifications, the maximum capacity of the module is 30kg, with a minimum load of 5g. It has a preload range of 3kg, allowing for accurate measurements even with heavier loads. The module has a tare range of -30kg and offers a repeatability of 0.1g. It has a linearity of ±0.3g and a fast stabilization time of 2 seconds.
The Radwag WX-016-0110, MWLH 30 Electromagnetic Compensation Weighing Module operates at a wide range of temperatures, from +10 to +40 °C. It is powered by a 100 ÷ 240 V AC 50 / 60 Hz power supply. With its compact design and robust construction, it is a reliable and efficient weighing module for industrial applications.
To learn more about the Radwag WX-016-0110, MWLH 30 Electromagnetic Compensation Weighing Module, you can download the user manual and data sheet, available in PDF format from the provided links.