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UNIVERSAL TEMPERATURE TRANSMITTER SERIES: UST330

UNIVERSAL TEMPERATURE TRANSMITTER SERIES: UST330
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UNIVERSAL TEMPERATURE TRANSMITTER SERIES: UST330 - 1

Rail-mounted Universal Signal Transmitter > T/C, RTD, mV, V, CURRENT & SLIDE-WIRE INPUTS > RS-485, CURRENT AND RELAY OUTPUTS > GALVANIC ISOLATION: POWER SUPPLY/INPUT/OUTPUT > CONFIGURATION BY PLUG-IN MODULE OR BY A COMPUTER > SECOND RS-485 FOR NETWORKING (OPTION) > AUXILIARY POWER SUPPLY (OPTION) > RELAY OUTPUT (OPTION) > FIELD RANGE SELECTABLE

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UNIVERSAL TEMPERATURE TRANSMITTER SERIES: UST330 - 2

> PROCESS VARIABLE INTEGRATION > SQUARE ROOT CALCULATION > PROCESS VARIABLE CORRECTION >- ADJUSTABLE PROCESS VARIABLE FILTERING >- ADJUSTABLE OUTPUT IN MANUAL MODE >- EMISSION FACTOR IN INFRARED PYROMETRY MINIMUM, MAXIMUM, AVERAGE AND STANDARD DEVIATION The UST330 Rail-mounted Universal Signal Transmitter provides accurate and reproducible conversion of any commonly used thermocouple sensors, Pt-100 RTDs, current, voltage, slide-wire transducer or mV signals to isolated industry standard 4-20 mA produces a digital signal via its MODBUS / JBUS-RTU communication. This is an excellent solution...

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UNIVERSAL TEMPERATURE TRANSMITTER SERIES: UST330 - 3

Current Input Input Impedance Millivolt Input Input Impedance Volt Input Input Impedance Current Output Maximum Load Temperature Drift Digital Comm. Data Rate Main Comm. Cablel pair Optional Cable 1 pair or 2 pairs Master or slave MODBUS optional communication Relay Output Power Supply Power Consumption Electrical Safety Operating Condit'n Front Panel ORDER CODE CONNECTION BLOCKS OUTPUT OPTION 1 Aux. Power Supply + 1 Relay CONFIGURATION MODULE

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UNIVERSAL TEMPERATURE TRANSMITTER SERIES: UST330 - 4

NETWORKING MODBUS CONCENTRATOR PRINCIPLE The concentrator is a UST330 transmitter equipped with two digital RS485 outputs. It can manage up to 15 slaves in a cycle, and store the acquired data in a table. The supervisor will then be able to read this table in one or two frames(dependent on the number of the slaves and the transmitted registers to the concentrator). This will result in considerably lower time for receiving the data from the slaves by the supervisor. Furthermore, the supervisor can still hold its direct access (writing or reading a value) on the slaves located below the...

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