PMM-BA-5612 Sanyo Denki
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The PMM-BA-5612 is a lightweight servo drive weighing just 45 grams with compact dimensions of 56 x 12 mm. Manufactured by Sanyo Denki as part of their PMM PentaSYN Servo Drives series, it features an aluminum alloy construction with an anodized finish. It operates between -40°C to 85°C and supports a maximum load of 500 N.
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Product Description:
The PMM-BA-5612 servo drive acts as a bridge between the controller and the motor by translating low-level control signals into the appropriate electrical power. It is created by Sanyo Denki and is widely used in various industries.
The PMM-BA-5612 servo drive works at input voltage levels of 100 to 115 VAC with an operating frequency of 50 or 60 Hz. The unit’s electrical configuration enables steady motor control across varying industrial automation tasks requiring rotational accuracy. Status indication is provided via a vertical LED bar on the front panel. The LEDs include POWER and MON in green for general operating state and fault indicators like P.E (position error), O.F (overload fault) and O.H (overheat) which are shown in red to allow quick diagnosis during operation. This visual alert system supports routine observation without requiring separate diagnostic tools. It is enclosed in a steel casing with ventilation slots on the top and side panels. A rear-mounted cooling fan manages internal heat dissipation during continuous duty. The housing includes fixed mounting holes suitable for control cabinet installation. Cable routing and terminal accessibility are positioned on the front side for field wiring ease.
The PMM-BA-5612 servo drive includes a structured front terminal block with clearly labeled connection points. Motor terminals marked U, V and W connect directly to the motor windings while other marked terminals such as ALM (alarm), RDY (ready) and MON (monitor) are used for status feedback and fault monitoring. Specific colored signal lines such as BLACK, RED and ORANGE are referenced in the lower connection zone by providing link points for signal and control pathways. Input terminal labels also indicate where encoder or sensor feedback is expected.
