Follow the wiring diagram included in the Micelect LM3D Installation Manual to connect sensors, alarms, and indicators. 3. Programming and Calibration (LM3D Manual)
Every LM3D unit comes equipped with a core set of standard features:
Provides three relays (NA, C, NC) for Alarm 1 (Presence), Alarm 2 (Full Load), and Alarm 3 (Overload).
: Activates at 100% rated capacity, triggering an audible/visual in-cab indicator and locking the door control mechanism. Step-by-Step Installation Procedure
A: Yes. The LM3D can be combined with a USB-BOX to sum the total weight and monitor the individual tensions of each hoist rope. This is particularly useful when used with Micelect's HPS or WR sensors, making it a valuable tool for ensuring balanced rope tension.
: Works with any load weighing sensor manufactured by MICELECT .
There is no minimum distance from the sensor to the shackles, as long as the ropes are straight. 2.2 Electrical Connections (Diagram) Go to product viewer dialog for this item.
Close the central clamp as tightly as possible. Ensure no sensor is in contact with another rope or sensor.
The final pages of the Micelect LM3D manual contain critical legal information for regulated labs:
Periodically check the cable entry points to prevent moisture ingress. 📥 Manual Support & Software
The is an industry-standard elevator load-weighing controller designed to measure and manage cabin weight . Manufactured by Micelect , this universal device processes signals from various primary sensors (such as rope clamps, under-cab load cells, or beam sensors) and triggers specific relays to prevent elevator operation under unsafe conditions.
Email Micelect with your unit’s serial number. They will send a PDF of the diagram pages specifically for your revision (LM3D Rev. B vs. Rev. C have different port layouts).
The is a universal electronic control unit utilized across the global elevator industry. Engineered by Micelect S.L. in Madrid, Spain, the system delivers precise elevator cabin weight evaluation to safely prevent dangerous overload conditions.