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E84AVSCE3712SX0 Variable Speed Drive (VSD)

The E84AVSCE3712SX0 functions as a precision variable speed drive, converting incoming AC power into adjustable-frequency output to control motor speed and torque with exceptional accuracy. Unlike basic drives, it integrates advanced sensorless vector control algorithms, allowing it to maintain stable performance even under varying load conditions—critical for applications like mixers or extruders where torque demands fluctuate.

Model Number E84AVSCE3712SX0
Type Variable Speed Drive (VSD)
Input Voltage 3-phase 380-480V AC
Output Power 12kW (16HP)
Operating Temp Range -10°C to 50°C (14°F to 122°F)
Mounting Style Panel mount
Dimensions 280mm x 190mm x 150mm (LxWxH)
Weight 3.8kg
Interface/Bus Ethernet/IP, Modbus RTU, PROFINET
Compliance IEC 61800-5-1, CE, UL 508C, RoHS
Supported Motor Types Induction motors, permanent magnet motors
Typical Efficiency 96.5% at full load

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Description

The E84AVSCE3712SX0 functions as a precision variable speed drive, converting incoming AC power into adjustable-frequency output to control motor speed and torque with exceptional accuracy. Unlike basic drives, it integrates advanced sensorless vector control algorithms, allowing it to maintain stable performance even under varying load conditions—critical for applications like mixers or extruders where torque demands fluctuate.

E84AVSCE3712SX0

E84AVSCE3712SX0

 

 

 

Positioned between the electrical supply and the motor, the E84AVSCE3712SX0 acts as a bridge to modern automation systems. It connects to PLCs, SCADA, and MES platforms via its built-in communication ports, enabling remote monitoring and control. What distinguishes the E84AVSCE3712SX0 is its adaptive energy-saving mode, which automatically adjusts voltage and frequency based on real-time load, eliminating the energy waste common in traditional drives. It also includes comprehensive protection features—overcurrent, overvoltage, and thermal overload safeguards—that prevent motor damage, reducing unplanned downtime in critical processes.

E84AVSCE3712SX0

E84AVSCE3712SX0

Technical specifications:
Model Number E84AVSCE3712SX0
Type Variable Speed Drive (VSD)
Input Voltage 3-phase 380-480V AC
Output Power 12kW (16HP)
Operating Temp Range -10°C to 50°C (14°F to 122°F)
Mounting Style Panel mount
Dimensions 280mm x 190mm x 150mm (LxWxH)
Weight 3.8kg
Interface/Bus Ethernet/IP, Modbus RTU, PROFINET
Compliance IEC 61800-5-1, CE, UL 508C, RoHS
Supported Motor Types Induction motors, permanent magnet motors
Typical Efficiency 96.5% at full load

 

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E84AVSCE3712SX0

E84AVSCE3712SX0

Main features and advantages:

The E84AVSCE3712SX0delivers tangible benefits that extend beyond energy savings. Its precise speed control minimizes mechanical stress on motors and connected equipment, extending bearing and gear life by up to 50% in high-cycle applications. This translates to lower maintenance costs and fewer replacements over the drive’s lifespan.
For system integrators, the E84AVSCE3712SX0 simplifies installation and configuration. Its intuitive touchscreen interface allows engineers to set up parameters without specialized software, while pre-programmed application macros for pumps, fans, and conveyors reduce setup time from hours to minutes. In operation, the drive’s data logging capabilities track energy usage, motor temperature, and fault history, providing insights that help optimize maintenance schedules and identify inefficiencies in the process.

 

E84AVSCE3712SX0

E84AVSCE3712SX0

 

Application areas:

The E84AVSCE3712SX0 excels in applications where motor performance directly impacts productivity and energy use. In food and beverage processing, it controls conveyor speeds to match filling machine cycles, reducing product spillage and improving throughput—its hygienic design option (with sealed enclosures) makes it suitable for washdown environments.
In HVAC systems for large industrial facilities, the E84AVSCE3712SX0 modulates fan and pump speeds based on temperature or pressure sensors, cutting energy use while maintaining comfortable conditions.
Water and wastewater treatment plants rely on it to adjust pump speeds based on tank levels, preventing overflow and reducing wear on pipeline components. Across these industries, the E84AVSCE3712SX0 delivers consistent performance, even in dusty or humid environments, thanks to its rugged IP54-rated enclosure.
E84AVSCE3712SX0

E84AVSCE3712SX0

 

Related products:

E84AVSCE3707SX0 – 7.5kW (10HP) model for smaller motors in light-duty applications
E84AVSCE3715SX0 – 15kW (20HP) higher-power variant for heavy-duty machinery
E84AVSCE3712SX1 – Explosion-proof version for hazardous areas (ATEX Zone 2)
E84AVSCE3712DX0 – Dual-motor control model for synchronized applications like twin conveyors
E84AVSCE3712MX0 – Advanced variant with integrated motion control for precision positioning
E84ACOM-002 – Communication adapter for connecting E84AVSCE3712SX0 to legacy Modbus networks
E84AFAN-003 – External cooling fan for high-temperature installations above 50°C

 

E84AVSCE3712SX0

E84AVSCE3712SX0

 

Installation and maintenance:

Before installing the E84AVSCE3712SX0, verify that the input voltage matches the drive’s rating (380-480V 3-phase) and that the supply circuit includes appropriate overcurrent protection. Ensure the mounting location allows for adequate airflow—maintain at least 100mm of clearance above and below to prevent heat buildup, which can degrade performance. Check motor compatibility: the drive works with standard induction motors but requires parameter adjustments for permanent magnet motors, details available in the installation guide.
For ongoing maintenance, the E84AVSCE3712SX0 simplifies monitoring through its status display, which shows operating parameters and fault codes. Monthly inspections should include checking terminal connections for tightness (vibration can loosen them over time) and cleaning air filters to maintain cooling efficiency. Annually, verify that thermal sensors are calibrated correctly, as drift can lead to false overheating alerts. The drive’s built-in diagnostic tool runs automatic health checks during startup, flagging issues like capacitor degradation before they cause failures.
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