REFSCALE-S

Introducing REFSCALE-S, the electronic charging scale designed to simplify your refrigerant exchange process with its sleek and efficient design. 

With a remarkably low overall height of just 35 mm, the REFSCALE-S allows for easy positioning of the refrigerant cylinder on its platform. Its integrated carrying handle and lightweight construction of only 3.2 kg ensure hassle-free transportation. Equipped with an M10 thread, the REFSCALE-S enables the attachment of an optional valve (10612-REF) for refrigerant bottles. Its extremely precise resolution guarantees accurate filling, irrespective of the system‘s size.

All measurement data is reliably stored thanks to the innovative memory function and can be retrieved at any time. The integrated display allows easy reading of the measured values and ensures a clear overview of the refrigerant exchange. The back-light can be switched on or off to suit lighting conditions, and the display is protected from the cylinder by a guard rail.

Made from two robust aluminium plates and equipped with a high-quality rubber anti-slip mat, the scale provides a stable hold for the refrigerant cylinder. Power is supplied flexibly via batteries or a USB connection. Another highlight: the charging scale can compensate for differences in gravity, ensuring precise measurement results in any situation. Work more efficiently and connect the scale to the REFMATE and / or REFMESH. 

For even more convenience, it can be safely stored in the supplied sturdy plastic case, ready for use wherever you need it.

• Compact design, only 35 mm in height, for easy placement of refrigerant bottles
• Integrated display
• Weight capacity up to 110 kg
• High resolution of 2 g
• M10 thread for attaching valve 10612-REF (optional accessory) for refrigerant bottles
• Measures weight in kg, lb, and oz
• Connects wireless with REFMATE and/or REFMESH
• Flexible power supply via battery or USB Micro type B
• Programmable alarm
• Hold function
• Memory function
• Refrigerant tank capacity mode
• Can be calibrated in the field with reference weights
• Compensation for varying gravity