T/C TYPE MIN (°F) MIN (°C) MAX (°F) MAX (°C) (°C) (°F) (°C)

NIST-J -292 -180 1400 760 ±0.3 212 100

NIST-K -292 -180 2372 1300 ±0.3 212 100

NIST-E -238 -150 1832 1000 ±0.3 194 90

NIST-R 32 0 932 500 ±1 842 450

932 500 2912 1600 ±0.7

NIST-S 32 0 932 500 ±1 896 480

932 500 2912 1600 ±0.7

NIST-T -328 -200 32 0 ±0.4 212 100

32 0 752 400 ±0.3

B.S.* 32 0 1472 800 ±0.3 284 140

1472 800 2372 1300 ±0.5

NIST-B 572 300 932 500 ±2.0 1202 650

932 500 2372 1800 ±1

RTD ±0.1 of Reading

100W Pt -328 -200 1562 850 ±0.1 Linear with 122 50

2, 3 or 4-wire Temperature

mV -15mV 85mV ±0.02% of 4mV

Reading ±5mV

Ohms 0 500W ±0.1% of Span 50W

• DIN Mount

Mounted Transmitter

The SC-4400 transmitter has been

designed to minimize purchase and

installation costs through its universal

inputs and compact size. Accepting

thermocouple, RTD, mV, voltage, and

resistance inputs, the SC-4400

becomes a universal transmitter which

reduces spare parts inventory and

training/familiarization costs. Its

compact design and light weight allows

it to be installed in the sensor head

thereby reducing installation costs, and

simplifying engineering and documen-tation.

The unit is configured via Hand Held

Configurator, or a PC. Both allow a

permanent storage of the program for

fast duplication/downloading, and

through a connection to a printer, a

hardcopy of the program configuration

can be generated. The use of the

configurators with built-in prompts

eliminates the need for field adjust-ments

or errors, and reduces configu-ration

time.

The use of encapsulated circuitry and a

patented cover plate ensures excellent

temperature stability and RFI rejection

plus a typical .1% accuracy. They also

enable the units to be installed in

hazardous locations without the need

for explosion-proof housings.

Its unique design requires only 10 Volts

for operation, thereby enabling it to

drive into a 700 ohm load with a 24

Volt supply. Input-output isolation is

standard.

Output Load Regulation:

Between minimum and maximum

supply voltage the output will change

by <0.005% per volt.

Output Ripple:

<0.05% of span rms

Response Time:

For a step change in input, the output

signal will rise to within 1% of its final

value in < 1.5 seconds.

Sensor Failure:

TC Sensors & mV inputs - Software

selectable Upscale or Downscale for

open circuit sensor.

RTD Sensor - Software selectable

Upscale or Downscale for open circuit

sensor, Downscale for short circuit

sensor.

Under Upscale/Downscale conditions

the output will rise to 22 mA ±5% or

below 3.8mA respectively.

Technical Specifications

Output Signal

4 to 20mA = Output will be linear with

temperature up to 21mA.

Output load limit increases 50 W per 1V

from Vs = 10V up to 36V DC.

Vs 10 20 24 30 36

R 0 500 700 1000 1300

Output Load