Electric Actuator (Economical) FQ

FQ Series is economical electric actuator. 

Quarter-turn : 100 – 30000Nm

Linear Travel : 1 – 120KN

I. F/FQ economical series

 

 Standard Configuration Technical Parameters
Basic Parameters AC Motor
Product Series F/FQ Series
Power Supply 230/400/660VAC
±10% 50/60Hz
Torque / Thrust Part-turn: 40,000-300,000Nm
Speed Range ×
Torque Range ×
Torque Detection Detecting changes in motor operating current
Torque Detection Accuracy ±5%
LCD/OLCD 4 lines display,  English and Chinese switching
Position Sensor Absolute encoder
Input / Output Analog quantity: 4-20mA / 4-20mA;
Switching quantity: dry contact;
Wireless remote control ( 1-10Km )
Control Accuracy ±0.8 %
Receive Command Response Rime 100ms
Motor Commutation AC contactor
Motor Commutation Time Interval Stop ( need stop )
Motor Overshoot Large overshoot
Motor Load Rate working state S2 100% 15min
working state S4 100% 600c/h
Ambient Temperature -25-70℃ or -60-60℃
Environment Humidity        95%RH
Protection Level IP67
Explosion-proof Grade Ex dⅡ B T4/5
Communication Protocol ModBUS-RTU       ProfiBUS-dP      HART
Set Alarm 5-way relay alarm output
Seismic Performance Manufacturer test standard: at 600Hz 3 axis direction 10g state, it continuous successfully worked 180 days.
Split Installation Split Control Box: The local display, operating panel, controller, etc., are placed at a location ≤40m away.
Actuator Body: The motor, position sensor, etc., are fixed in the host body cavity in a special way.
Split installationdistance≤40m
Solar Power   Solar power supply in the field without power supply

II. Application

Suitable for severe working conditions with ultra-high torque requirements and maintenance-free environments.

III. Features

  1. At the allowable range of torque and speed conditions, it can replace electric-hydraulic or pneumatic-hydraulic actuators;
  2. Offering economic practicality.
  3. Requiring minimal maintenance.

IV. Purchase Guide

When choosing the actuators, customers should select suitable models based on information such as valve torque, working conditions, and valve size. It is recommended that when choosing an electric actuator model, 60% – 80% of the rated output torque of the actuator should be used as the working torque of the valve. If the application scenario is very important or the environment is complex, customers should provide design drawings and detailed parameters as much as possible for the company’s experts to review and recommend matching products.