One Stalled Motor Can Stop the Whole Line

Yes. These devices add an independent monitoring layer alongside your existing controls rather than replacing them. The BLXTCS clamps onto a conductor to read motor current and pairs it with a temperature probe, the BLA420 accepts any standard 4-20 mA transmitter you already have, and the Modbus bridge reads registers from VFDs, meters, and PLCs over RS-485. Nothing changes in your control logic, so commissioning is non-intrusive.

The thermocouple and probe options cover the full industrial band typical of motor housings, bearings, gearboxes, and panel interiors. For most plant assets you can monitor from well below freezing up to roughly +125 C (+257 F) with standard probes, and high-temperature thermocouple probes extend further for hot process points. Because every spec is published in both C and F, you can confirm the exact rated range for your probe before you order.

Data is logged continuously, and alarm conditions are evaluated against your thresholds in real time. The moment a reading crosses a limit you set (such as a bearing over-temperature or a drop in line pressure on the BLTPRS), the cloud pushes a real-time alert by SMS, automated phone call, push notification, or email. You choose the channels and who is notified, so a night-shift fault reaches the on-call technician immediately.

The four hardware parts target the most common predictive-maintenance signals: motor and feeder current plus temperature (BLXTCS) to catch overload and overheating, fluid or pneumatic pressure (BLTPRS), any existing 4-20 mA process transmitter (BLA420), and serial data from drives, PLCs, and instruments via the Modbus bridge. Together they let you watch equipment health and process conditions without adding a new SCADA system.

No. Everything reports to a cloud dashboard you reach from any browser, so maintenance, operations, and management can view live readings and history from anywhere. You can share access with colleagues using role-based permissions, giving each person the right level of visibility while alerts still route to whoever is on call.