The RISH ML 1400 is a multifunction power meter that can monitor and measure electrical parameters. It has an accuracy class of 0.5 and can be used for Class 1 or Class 0.5s applications.
The RISH ML 1400 is a multifunction power meter that can monitor and measure electrical parameters. It has an accuracy class of 0.5 and can be used for Class 1 or Class 0.5s applications.
The RISH ML 1400 is a multifunction power meter
that can monitor and measure electrical parameters.
It has an accuracy class of 0.5 and can be used
for Class 1 or Class 0.5s applications.
Multiple circuit monitoring
Plug and play current transformer
Health monitoring of three phase load
Residual current monitoring and tripping
Prepaid tariff based tripping
Quick, easy, and error free current connections
Measures real time electrical parameters
Pulse output which can be used to drive an external
For more details please refer datasheet.
The RISH ML 1400 is a multifunction power meter
that can monitor and measure electrical parameters.
It has an accuracy class of 0.5 and can be used
for Class 1 or Class 0.5s applications.
Multiple circuit monitoring
Plug and play current transformer
Health monitoring of three phase load
Residual current monitoring and tripping
Prepaid tariff based tripping
Quick, easy, and error free current connections
Measures real time electrical parameters
Pulse output which can be used to drive an external
For more details please refer datasheet.
The Rish Flex 6005A is a 1-Phase power supply from Rishabh Instruments.
The N25 Series Designed for measurement of d.c.voltage or d.c. current,temperature through Pt100 resistance thermometers,J, K thermocouples, a.c. voltage and a.c. current.
Desk top panel meters (3.5 Digit LED/ LCD) suitable for measuring anyone of the following parameters DC Voltage : +199.9mV, +1.999V, +19.99V, +199.9V, +100V AC Voltage : 199.9mV, 1.999V, 19.99V, 199.9V, 750V DC Current : +199.9mA, +1.999mA, +19.99mA, +199
Indicators of N24 series are destined for measurement of DC voltage or DC current, temperature from PT100 sensors and J, K thermocouples, AC voltage and AC current.