UNIVERSAL SMART TRANSMITTER SERIES: TY20900 pages

Universal Smart Transmitter TY-2090

TY-2090

Universal
Smart
Transmitter

• Transmitter and alarm monitor in only one instrument with up
to four SPDT and SPST relay alarm modules.
• Two universal standard inputs for RTD, thermocouples, 055mV, 4-20mA, 1-5Vdc and 0-10Vdc. Available specific
model for two frequency input signals up to 30kHz, from
300mVpp to 30Vpp.
• Up to two analog output modules of 4-20mA, 1-5Vdc and 010Vdc, isolated from inputs and power supply.
• Fitting up in DIN rails or surfaces.
• RS-232 or RS-422/485 communication.
• Power supply from 90 to 240Vac, 50/60Hz or dc levels.
• High accuracy. Linearization of RTD, thermocouple and also
square root extraction.
• Programmable by serial communication or through portable
programmer.

The design of TY-2090 Transmitters is characterized
by high reliability and precision, electrical noise and EMI
immunity, besides well elaborated technical manual.
These features make them ideal for industrial
applications in Instrumentation and Process Control.
They have an extruded aluminum case and use the
best origin components and parts, proven by rigorous
tests and specified according to the strictest worldwide
norms. They offer two standard universal inputs that
can be 4-20mA, 1-5Vdc, 0-10Vdc, 0-55mVdc,
thermocouples and RTD; also standard is the 24Vdc
power supply for two-wire transmitter. This way, they
operate as two free transmitters and also alarm
monitoring. Serial communication make it ideal for data
aquisition in digital systems. Two frequency inputs are
available, in specific instrument, for signals up to
30kHz, from 300mVpp to 30Vpp and 70Vdc max. DIN
19234 compliance for intrinsically safe NAMUR sensors.
Power supply is universal and can be connected
from 90 to 240Vac or dc levels when specified.
Flexibility and modularity concepts are clear due to the
variety of modules available meeting the widest
applications. Up to four alarm modules. One or two
analog output of 4-20mA, 1-5Vdc or 0-10Vdc. Serial
communication.

• Configuration stored in non-volatile memory.

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