DYNISCO MODEL PT462E
|
|
The Classic
Flexible Stem Melt
|
|
Pressure Transducer
|
|
* New Extended Life Coating
|
|
Description
|
|
Model
PT462E has an 18" flexible stem between its rigid stem and
the
|
electronics housing to increase thermal isolation. It is the ideal
choice for
|
applications requiring good
repeatability, accuracy and economy, and is
|
widely accepted by OEMs throughout the world.
|
Features
Benefits
|
• Better than ±0.5% accuracy
|
• Reliable
pressure measurement
|
• 3.33 mV/V FSO
|
• Standard low level output
|
• Internal 80% shunt calibration
|
• Easy set - up
|
• All stainless steel wetted parts
|
• Corrosion resistant
|
• 0 - 500 to 0 - 30,000 psi
|
• Choice of pressure ranges
|
• Good stability and repeatability
|
• Reliable measurement
|
• Flexible stem
|
• Easy to install and ideal for
high
local temperatures
|
Specifications
|
Performance
Characteristics
|
Ranges
(psi): 0 - 500, 0 - 750,
|
Mounting
torque: 500 inch - lbs.
|
0 - 1,000, 0 - 1,500, 0 - 3,000,
|
maximum
|
0 - 5,000, 0 - 7,500, 0 - 10,000,
|
Maximum
pressure: 2 x full range
|
0 - 15,000, 0 - 20,000, 0 - 30,000
|
or 35,000 psi (whichever is less)
|
Accuracy:
±0.5% FSO
|
Material
in contact with pressure
|
Repeatability:
±0.2% FSO
|
media:
15 - 5 PH stainless steel,
|
|
DyMax™
coated
|
|
Weight:
1.5 lbs.
|
Electrical
Characteristics
|
Configuration:
Four active arm
|
Excitation:
10 Vdc recommended,
|
bonded Wheatstone bridge strain
|
12 Vdc maximum
|
gage
|
Internal
shunt calibration (R-Cal):
|
Bridge
resistance: Input:345 Ohms
|
80% FSO ±1.0%
|
minimum; Output:350 Ohms ±10
|
Insulation
resistance: 1,000
|
Full
scale output: 3.33 mV/V ±2%
|
megohms
at 50 Vdc
|
Zero
balance: ±10% full scale
|
|
Temperature
Characteristics
|
Transducer
diaphragm:
|
Electronics
housing:
|
Maximum diaphragm temperature:
|
Maximum temperature: 250°F(121°C)
|
750°F (400°C)
|
Zero shift due to temperature
|
Zero shift due to temperature change:
|
change: 0.05% full scale/°F
|
25 psi/100°F maximum
|
maximum (0.10% full scale/°C)
|
(45 psi/100°C)
|
Sensitivity shift due to temperature
|
|
change: 0.02% full scale/°F
|
|
maximum (0.04% full scale/°C)
|
|
|
|
|