When the servo circuit supplies current to the pendulum coils, interaction with the torquer magnetic field produces a restoring force. The lower and upper torquers together form the working structure around the pendulum and help maintain the designed internal spacing.
Mechanical dimensions, magnetic-circuit geometry, assembly height and the matching upper torquer should be verified before installation. Selection based only on external appearance is not recommended.
Contact Andelu to verify the required Lower Torquer configuration.
| Article | Description |
| Product Type | Lower torquer component |
| Sensor Type | Compatible accelerometer assembly |
| Installation Position | Lower side of the pendulum assembly |
| Primary Role | Forms part of the magnetic feedback and mechanical structure |
| Works With | Upper torquer, pendulum with coils and servo circuit |
| Typical Use | Meter-head assembly, maintenance and torquer replacement |
| Compatibility Check | Diameter, internal profile, assembly height, magnetic geometry and matching upper torquer |
| Supply Scope | Lower torquer only; complete accelerometer not included |
It forms the lower portion of the magnetic and mechanical structure around the pendulum and supports electromagnetic force feedback through interaction with the coil assembly.
No. It operates with the upper torquer, pendulum coils, magnetic components and servo circuit as part of the complete force-balance system.
No. Internal profile, assembly height, magnetic geometry and the matching upper torquer must also be considered.
No. It is one internal component of a compatible accelerometer.
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