Programmable Single output DC Isolator (RISH PI-101)
The purpose of the RISH PI-101 is to electrically isolate input, output and power supply.
Product Overview
The purpose of the RISH PI-101 is to electrically isolate input, output and power supply.
The purpose of the RISH PI-101 is to electrically
isolate input, output and power supply.
The isolator fulfills all requirements
and regulation concerning electromagnetic
compatibility EMC and safety.
User programmable using DIP Switches
Response time < 50 msec
Accuracy Class - 0.2
Auxiliary Supply - 60-300 V AC/DC
- 20-40 V AC /20-60 V DC
LED provided for status indication
For more details please refer datasheet.
Technical Specifications
The purpose of the RISH PI-101 is to electrically
isolate input, output and power supply.
The isolator fulfills all requirements
and regulation concerning electromagnetic
compatibility EMC and safety.
User programmable using DIP Switches
Response time < 50 msec
Accuracy Class - 0.2
Auxiliary Supply - 60-300 V AC/DC
- 20-40 V AC /20-60 V DC
LED provided for status indication
For more details please refer datasheet.
Talk To Our Technical Experts
Related Products
Power Transducer (Rish Con P)
The Rish CON - P transducer is used to measure and convert active, reactive, apparent power, Phase angle & Power Factor of a Single-phase or Three-phase AC system with balanced or unbalanced load into a proportional load independent DC current or v
Multi Transducer (Rish CON M-40/ M-04/ M-22)
The RISH CON - M transducer is used to measure and convert parameter of Three-phase 3W/4W AC power network with balanced or unbalanced system.
Programmable Universal Transmitter (Rish Ducer V604)
The universal transmitter RISH Ducer V 604 converts the input variable – a DC current or voltage, or a signal from a thermocouple, resistance thermometer, remote sensor or potentiometer – to a proportional analogue output signal.
Isolating Amplifier Unipolar/Bipolar (Rish ducer TV808)
The purpose of the isolating amplifier RISH Ducer TV 808 is to electrically insulate input and output signals, respectively to amplify and / or change the signal level or type (current or voltage) of the input signals