|
SIMULATORS
AND CALIBRATORS
|
PIE 510 RTD Simulator
RTD Source
Single Curve, 1° with selectable °C or °F

PRICE STARTING
AT $ 450.00
Resources
|
Manufacturer PIE
Quick
Specs
Simulate RTD Temperature Outputs
Calibrate directly in temperature for your RTD curve
Adjustable output for full temperature range
Several Manufacturers’ RTD Curves Available: Platinum, Copper
& Nickel
Accurate to ±0.25°C (±0.5°F) with up to 0.1° Resolution (Model
511)
Works with a wide variety of transmitters including popular
Rosemount and Honeywell Models
Compatible with devices using pulsed excitation currents
including PLCs, DCS, recorders, and all others
Easily adjust output by 0.1° (Model 511) or 1°F (Model 510)
Pressing down and turning EZ-Dial Knob will select a faster
dialing speed
User settable EZ-Check for 0% and 100% span adjustments
Store new EZ-Check values by pressing the EZ-Dial Knob
Uses a standard 9V Alkaline Battery
Superior battery life of 45 hours under typical continuous usage
Easy access to battery compartment
Lightweight, Rugged and Reliable
Small, tough and protected to 60V |
The Practical Instrument
Electronics Models 510 and 511 RTD Simulators simulate standard RTD
curves over the entire industrial temperature range. Choose between
seven standard RTD curves. The Model 510 can also be supplied with a
custom curve for your specific application such as Pt 200, 500, 1000
with up to 0.1° resolution. Contact the factory for details.
The Model 510/511 will simulate RTD resistances into all
types of instruments such as transmitters, recorders, controllers,
alarms, data acquisition, and computer systems. Rest easy knowing
these calibrators are 100% compatible with pulsed systems and
transmitters like the Rosemount 3144 Transmitter. The Model 510/511
is a superior replacement for decade boxes, so there is no need to
lug a decade box around or be prone to error by reading RTD tables
incorrectly. The Models 510 and 511 have better accuracy, functions
and compatibility than many higher priced RTD calibrators.
The EZ-Check function allows the user to store three output
temperatures for real convenience. This will save time for
repetitive calibrations by instantly recalling the three stored
temperature values. Three output settings can be stored, and all
settings are saved, even with the power off.
|
|