Temperature transmitter - FRC | KENANA Automation

HART® temperature transmitters are used in process automation applications to measure, convert and transmit temperature signals from resistance thermometers or thermocouples to PLCs or other digital devices. The transmitter converts the temperature probe signal into a standard voltage or current signal. The transmitter also features a display showing the temperature reading. It also features a HART® communication interface, enabling the transmitter to be configured and calibrated using a HART® communicator.

Protection	NEMA 4X, IP66/IP67
Electrical connection	M3.5 screw terminal block
Building materials	Case: Aluminum alloy with multilayer epoxy polyurethane epoxy polyurethane or stainless steel 316 optional Case color: silver Cover color: blue (Munsell 6PB3.5/10.5) Mounting collar: 304 stainless steel (1"1/2 to 2" tube)
Insulation	Input versus output
User-configurable parameters	- Input sensor type - Number of wires (resistance thermometer) - Input scales - Zero and span adjustment - Output simulation - HART® communication mode (master-slave or burst mode) - HART® communication type (point-to-point or multidrop)
Cold junction compensation (thermocouple)	Integrated CJC sensor
Thermocouple rupture	Max. scale, min. scale or not used (default max. scale). default)
Damping	0 to 30 sec (default: 0 sec)
Connectivity	HART® protocol
Transmission speed	1200 bps
Distance	1.5 km
Power supply	12 to 42 Vdc ( without approvals) 12 to 28 Vdc ( with approvals)
Operating temperature	Electronics: -40 to +85 °C Display (max. visibility): -30 to +80 °C
Response time	≤ 1 sec (0 to 63%) with 0 sec damping and no HART® communication

Temperature transmitter - FRC

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