D1 PTC3 / D1 PTV3

Operations

The Transducer converts the A.C. Input current or Voltage signal to a 4-20mA D.C. Output. The output is directly proportional to the input signal. 2 Wire Transducer obtain the power to operate from the 4-20mA output circuit to which they are connected, and therefore require no separate auxiliary supply. It is average sensing RMS calibrated current Transducer. 2 Wire Transducers have an advantage over conventional auxiliary powered transducer, because no separate auxiliary is required, savings in the cost of providing a separate auxiliary supply and wiring are made. The above Transducer can be used to measure current or voltage in energy management systems, switchboards, generator and telemetry controls. Isolation of 2 KV is provided between the input and output signal, allowing the output to be fed to conventional analogue meters, digital meters, PLC, and computer systems.

Supply Voltage

• Auxiliary Supply 7.5 - 36 V DC, 2 Wire Type (Mostly 24 V DC)

• Power ConsumptionLess than 1 VA

• SensorN.A.

Input Value

• I in0 – 1 A / 0 – 5 A AC for D1 PTC3
• V in0 – 150 V, 0 – 300 V, 0 – 500 V AC or any user range for D1 PTV3

• Resistance Type N.A.

• DC Output (Single / Dual) 4 - 20 mA DC

• No of Signal Output Single

• Response Time Less than 500 mSec.

• Input / Output Isolation 2 KV 50 Hz for 1 min.

• Temperature 0 – 55^°C.

• Humidity 95% RH Non-condensing

• Accuracy (+/-)0.5% of Span

• Enclosure D1

• Dimensions (L x W x D) (mm) 30 X 80 X 120

• Weight 100 gms.