Termék részletei

IQM multi-turn modulating electric actuator

IQM multi-turn modulating electric actuator

Cikkszám:

IQM3ROTEH

Rövid leírás:


The modulating version of the IQ 3-phase electric actuator has a solid state reversing starter in place of the electro mechanical contactors. It features fast-response remote control circuits for rapid control. To optimise positional control, the solid state starter also adds an electronic motor ‘brake' feature.


The IQM is suitable for up to 1,200 starts per hour (S4 / Class C). Direct seating torque output range from 10 to 544 Nm (7 to 400 lbf.ft). With second stage gearboxes, output seating torque up to 3,600 Nm (2,655 lbf.ft) and part-turn up to 77,000 Nm (56,790 lbf.ft). 


Most important features:


IQM-s are suitable for modulating control duty up to 1200 starts per hour

IQM series have a self-breaking facility as standard , if the actuator and valve performance prove to be excessive for accurate control then brake can be enabled.

By Mechanical brake, motor heating increase and number of starts might shall be reduced in order to avoid thermostat strip.


Most important features:


New intuitive user friendly interface

Dual stacked enhanced LCD screen for status feedback, diagnostic and alarm symbols, data download from datalogger

Toughened glass screen plus optional environmental shield

Setting Tool for secured Bluetooth connection

Solid state relay for high accurate remote feedback and modulating duty

(multi-turn actuators only)

Reduced inner wiring and connection points

Torque Sensor by simplified design (mult-turn variants)

Simplified absolute position encoder by robust design and by reliable high accuracy

New cartridge style (can be separated) for multi-turn variants

Different drive coupling sizes can be taken

Real-time status feedback

3 phase/ 1 phase and 24 VDC direct current power supply

Advanced, multilingual display for status and setup

Detailed data logging

Configuration and communication by Bluetooth signal

InSight2 PC software for Performance analysis

Comprehensive control and flexibility