Heat Resistant Crane Scale

• Heat insulation design: The sensor is isolated from high-temperature heat sources using multiple layers of high-performance insulation materials, including ceramic fibers, aerogel, and special insulation boards.
• Heat dissipation design: Heat sinks and air cooling channels have been designed around the sensor to accelerate heat dissipation.
• High-temperature resistant sensor: Sensors made of special materials, specific alloys, and crafted with specialized techniques are capable of operating at higher temperatures.

• The heat resistant crane scale is placed in a safe area away from heat sources and is connected to the scale body through an extended high-temperature resistant cable.
• The junction box also needs to be insulated or placed in a low-temperature area.
• Adopt wide-temperature electronic components.

Add a heat-insulating hook or multiple layers of heat-insulating pads at the connection between the scale body and the lifting device to prevent heat from being directly conducted to the scale body through the metal sling.

• The scale body shell is made of stainless steel, which is corrosion-resistant and has a certain degree of heat resistance.
• The connecting cable utilizes high-temperature resistant special cables, with an insulating layer capable of maintaining its performance under high temperatures to prevent melting and short circuits.

For scenarios involving strong thermal radiation (such as near furnaces or steel ladles), the surface of the scale body is coated with a high-reflectivity coating and fitted with reflective insulation panels to reduce the absorption of radiant heat.

The internal circuit of the heat resistant crane scale performs temperature compensation to correct measurement errors caused by temperature changes, ensuring accuracy.