Solutions

Advantage of Currentier

Examples of Problem Solving for Control Equipment

Current Sensors

Currentiers generate less heat, have wide current sensing ranges, and have excellent high-speed response, insulation, accuracy, and resolution. Thanks to these features, not only can they detect currents with high accuracy, but they can also help solve various problems faced by control equipment.

This page consists of four sections: #1 System miniaturization, #2 Reduction of design man-hours, #3 Creation of safer systems, and #4 System efficiency improvement. Each section explains the value that Currentiers provide.

#01 System Downsizing

Currentier can contribute to system downsizing by three reasons:

Low Heat
Less Peripheral Parts and Smaller Package Size
Speeding up Carrier Frequency

#01

System Downsizing

Low heat generation

High isolation

High speed

#02 Reducing Design Man-hours

Currentier can contribute to reducing design man-hours by following five reasons:

Low Heat generation
Supporting a wide current measurement range
No need for isolated power supply on the primary side
Excellent temperature characteristics
No need to set up a new test environment

#02

Reducing Design
Man-hours

Low heat generation

Wide current detection range

High isolation

High resolution and high accuracy

#03 Creating a Safer System

Currentier contributes to "creating a safer system" by following three advantages:

Creepage/clearance distance of 8mm or more
Fast response and overcurrent detection function
Improved sealing and fan-less equipment due to low heat generation

#03

Creating a Safer System

High isolation

High speed

Low heat generation

#04 Improving System Efficiency and Providing More Precise Control

Currentier can contribute to improving system efficiency and providing more precise control by following three reasons:

Improving torque control performance
Low vibration motors
Improving system efficiency

#04

Improving System Efficiency

High resolution and high accuracy

High speed