Series 20
Compact Smart 177in.lb Electric Actuator

Needs power to open and power to close, the actuator keeps its position at loss of external power.

Opportunities and applications are increasing constantly for wirelessly operated electric actuators as customers see the reduced installation cost as control wiring is eliminated. The standard production AVA Smart wireless actuator, which includes an option of a 1.5km wireless range, enables customers to take full advantage of this fast-growing market.

The AVA Actuator can come equipped with bus communication systems, allowing for computerized control of multiple actuators over a 2 wire system. The Series 20 Smart actuator is available with either Modbus protocol over RS485 or Canbus 2.

Standard ABS plastic housing, with epoxy coated aluminum option.

The AVA Actuator stores energy in an internal capacitor while being externally powered and discharges this energy on the loss of external power. This loss of power puts the AVA Actuator into a user-defined position. Torque is restricted to 133 in.lbs in this version.

The AVA actuator has low voltage 24V AC or DC and high voltage 95-265V AC options. Series 20 actuators are supplied pre-wired with a  multi-core cable.

The Series 20 Smart actuator is available with a 1 second working time. Torque is restricted to 15Nm in this version.

Using the external push buttons in combination with the OLED screen, users can pre-set on which day and at what times the Series 20 electric actuator opens, and closes. This eliminates the additional cost of installing timers in systems controlling AVA actuators.

The AVA Actuator takes full advantage of its magnetic position sensing technology, which drives the AVA Actuator to a position proportional to an input control signal. Control signals include 0-20mA, 4-20mA, 0-5V, 1-5V, 0-10V, or 2-10V.

The AVA Actuator can come with both modulating and failsafe functions. AVA Actuator will fail to a predefined position on loss of external power. Torque is restricted to 133 in.lbs in this version.