Description
Schneider Electric LA7D03F TeSys D Remote Tripping Device (110V)
Upgrade your motor protection system with the Schneider Electric LA7D03F. Specifically, this remote electrical tripping device allows you to stop or reset your TeSys LRD thermal overload relays from a distance. Because it uses a 110V control circuit, it integrates perfectly into your industrial control panels to improve operator safety.
Key Features
- Safe Remote Reset: This device enables remote electrical tripping and resetting of your overload relays. Consequently, you can clear faults from a central control desk without opening live cabinet doors.
- Industrial Voltage Support: The unit operates on a standard 110V AC/DC control circuit. Therefore, it fits seamlessly into most existing industrial automation and motor control setups.
- Broad Compatibility: Furthermore, the LA7D03F works with a wide range of TeSys LRD and Deca relays. Specifically, it fits models LRD33, LRD43, LR2D, and LR3D15 to LR3D43.
- Simple Clip-On Fitting: You can install this accessory in seconds. Because it features a quick-mount design, it clips directly onto the side of your existing thermal overload relay without complex tools.
- Reliable Performance: It handles an inrush power of up to 100 VA. As a result, it provides a long service life and dependable switching in demanding factory environments.
Simple Technical Specs
- Brand: Schneider Electric (TeSys Deca Range)
- Part Number: LA7D03F
- Function: Remote Electrical Tripping and Reset
- Control Voltage: 110V AC (50/60 Hz) or 110V DC
- Weight: 0.09 kg
- Inrush Power: 100 VA
Why Choose the LA7D03F?
Electricians and maintenance teams choose the LA7D03F to boost operational safety. Specifically, it allows staff to manage motor faults from a distance, which keeps them away from high-voltage enclosures. Most importantly, using this genuine Schneider accessory ensures your installation remains compliant with global safety standards like RoHS and REACh.
Order the Schneider LA7D03F today to create a safer and more efficient motor control environment.
