Summary of I.POWER SOLUTIONS OFFERS FULLY ADJUSTABLE AUSTRALIAN FREQUENCY CURRENT CONVERTER
The i.Power Solutions Frequency Current Converter transforms Namur sensor frequencies into 0/4-20mA signals for hazardous areas. It features adjustable settings, .1% accuracy via an inbuilt microprocessor, and fault indicators for open or short circuits. The unit operates with or without an IS zener barrier and includes eight front-panel displays for status monitoring and current calibration.
Parts used in the i.Power Solutions Frequency Current Converter:
- Namur proximity sensor
- 2 channel I.S zener barrier
- i.Power Solutions Frequency Current Converter unit
- Inbuilt microprocessor
- Eight front panel indicators
(PRWEB) June 25, 2003
The i.Power Solutions Frequency Current Converter operates by converting an input frequency from a Namur proximity sensor located in the hazardous area into a 0/4-20mA current signal. The Namur proximity sensor is connected via a 2 channel I.S zener barrier. However, the unit can operate with or without the IS barrier
The unit boasts fully adjustable settings (that are independent of the module), fault indicators on open and short circuits, and an inbuilt microprocessor ensuring accuracy to .1% as some of its most significant features.
Unlike other comparable products, the component has eight front panel indicators including displays for Normal, Frequency Setting Error, Short Circuit, Open Circuit and 4 20mA fault loop. The 4mA and 20mA currents can be set using the front panel settings (4mA Adj and 20mA Adj respectively).
The user friendly has the following features:
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- How does the unit convert signals?
It converts an input frequency from a Namur proximity sensor into a 0/4-20mA current signal. - Can the unit operate without an IS barrier?
Yes, the unit can operate with or without the IS barrier. - What is the accuracy of the converter?
The inbuilt microprocessor ensures accuracy to .1%. - What fault indicators are available on the front panel?
There are eight indicators including Normal, Frequency Setting Error, Short Circuit, Open Circuit, and 4–20mA fault loop. - How are the 4mA and 20mA currents adjusted?
They can be set using the front panel settings labeled 4mA Adj and 20mA Adj respectively. - Does the module require specific external settings?
No, the fully adjustable settings are independent of the module.
