DRC3P48B400R2 -
Contactor, Three-Phase, 480VAC, 7.6A 120VAC Control, NO Aux., RN 2L, DRC Series
- 制造商產品編號:
- DRC3P48B400R2
- 倉庫庫存編號:
- 70335317
由于產品數據庫龐大,部分產品信息可能未能及時更新,下單前請與銷售人員確認好實時在庫數量,謝謝合作!
DRC3P48B400R2產品概述
Solicon DRC3 Series are Solid State Contactors intended for frequently switching on and off three-phase loads up to 5 HP, 480 VAC, 7.6 Amps. They are available in both contactor versions DRC3P and reversing contactor versions DRC3R.
The Solicon Contactor DRC3P is available in either instantaneous turn-on (for Motor Control) or zero voltage turn-on (for Resistive Loads). It is available in either 2 or 3 controlled leg versions. The 2 legs control version is particularly suitable for motor control circuits where the neutral conductor is not utilized.
The Solicon Reversing Contactor DRC3R includes an interlock control that allows only off, forward and reverse operation in a safe mode while providing high space saving; it switches instantaneously upon application of the control voltage unless an instantaneous change of direction is commanded, then it will delay the direction change by 100 msec in order to prevent simultaneous forward and reverse operations.
All the models of Solicon DRC3 Series combine the benefits and advantages of a solid state contactor with the functionality and simplicity of use of an electromechanical contactor thanks to the proprietary thermal management technology (Patented) and complete electrical insulation (no grounding required); the embedded auxiliary contacts, normally open and/or normally closed are intended to be used at 18-280Vac. Three different control voltages are available in order to cover most the applications. All models include overvoltage protection.
Features:
7.6 Amp Motor Controller Rated Solid State Contactor
Load Voltage Range Up to 530 VAC
Fits Standard 35 mm DIN-Rail
LED Input Status Indicator
AC or DC Control
Zero-Crossing (Resistive Loads) or Instantaneous Turn-on (Inductive Loads) Output
C-UL-US Listed, IEC Rated, CE and RoHS Compliant, Horsepower Rated
Built-in Overvoltage Protection
Ultra-Efficient Thermal Management Design (Patented)