Two-wire Temperature Transmitters

2 wire Temperature Transmitter

Since two-wire transmitters whose power source is current signals from the transmitters do not require power source wiring, they have been adopted to differential pressure transmitters initially with a diffusion of 4 - 20 mA standardized signals, and currently, they are adopted to most measuring systems. Although the diffusion of temperature transmitters is delayed in Japan, transmitters are mounted or connected to most temperature sensors in Europe and the United States.

Small Diameter Fluororesin Coated Thermocouple Mold Type Product Image

The IPAQ C330/330X and C530/530X are two-wire temperature transmitters that can be mounted in the terminal box of a temperature sensor.
The IPAQ C530/530X can be configured by general purpose HART^®7 communicator for the setting of temperature sensor types etc.
Settings can be done by dedicated software (ConSoft) via Bluetooth or NFC technology.
This software allows the user to choose from many types of RTDs and thermocouples and to set any span.
Designed very small, can be mounted in a general purpose EL type terminal box.
In addition, intrinsic safe models are also available, so they can be used in various industrial fields such as petrochemicals.
Instrisic Safe Certification For Europe & Worldwide ; Ex ia IIC T6 … T4 Ga Intrinsic Safe Certfiication For US : Class I, Div 1, Groups A, B, C, D ; T6 … T4 & Class I, Zone 0, AEx ia IIC T6 … T4 Ga

Heater with Thermocouple (Metal Sheath Type) Image

Features

１．Can be housed in our small EL type terminal boxes.
２．One transmitter supports all ranges : easy process design and less spares.
３．Easy configuration by dedicated software (ConSoft) via Bluetooth or NFC technology.
４．Supplied with CE Marking ; Electro Magnetic Compatibility (EMC)
５．Temperature sensor types and other settings can be congifured by general purpose HART^®7 communicator. (IPAQ C530/530X only)
６．Wide range of temperatures covered ; Cryogenic (-269℃) to High Temperature (1000℃). (IPAQ C330/330X only)