
Differential Process Indicators
Price:
Get Latest Price
In Stock
Product Overview
Key Features
CPI 300D instruments are Dual Channel Differential Reading instruments. CPI 300D measure and display process parameters like level, Pressure, Temperature, Flow, Vibration, Humidity, Wind Speed and more.
These instruments accept a voltage or current input and convert them to the programmed process variable
Settings are saved in non-volatile memory and no battery backup is required. The user can program two independent display modes. Typical applications include Level and Volume display in the same instrument
These instruments also have the capability to switch on relay(s) based on user settings. These outputs can be used for process set points and alarms, and for controlling pumps. These instruments are panel mount
Optional features includes: RS485 / MODBUS network protocol, Upto 2 relays can be programmed using 4 setpoints and current output of 4-20mA.
Model no: CPI300D
Highlights:
Differential Measurement
High accuracy input stages
5 Digit LED display for long distance viewing
3 Indicating modes (Individual Channels a 2, Differential reading)
Upto 2 relay outputs
Sensor power supply
RS485 communication output (Optional)
Isolated retransmission output (Optional)
Benefits:
Differential level measurement for control applications
Alarm indication
Compact panel mount meter
Company Details
Focusing on a customer-centric approach, GSV MICROTECH has a pan-India presence and caters to a huge consumer base throughout the country. Buy Electronic Liquid Level Controllers & Indicators in bulk from GSV MICROTECH at Trade India quality-assured products.
Business Type
Exporter, Importer, Manufacturer, Supplier, Trading Company
Establishment
1993
Working Days
Monday To Sunday
GST NO
33AAFCG9575L2Z0
Related Products
Explore Related Categories
Seller Details
GST - 33AAFCG9575L2Z0
Chennai, Tamil Nadu
Ceo
Mr. A. Ganesh Raja
Address
3/531/A, Kundrathur Road, Mugalivakkam, Chennai, Tamil Nadu, 600125, India
process indicator in Chennai
Report incorrect details