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    Beijing Haidian District Xisanqi Silicon Valley Pioneer 1-3-403
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XSJB temperature and pressure compensation flow integrator
XSJB temperature and pressure compensation flow integrator features: This instrument has the function of compensating for changes in fluid temperature
Product details
XSJB temperature and pressure compensation flow integrator

characteristic:
·This instrument has the function of compensating for changes in fluid temperature and pressure. When measuring flow rate, if the temperature and pressure of the measured fluid deviate from the design values, it will cause certain errors in the measurement results of volume flow rate and mass flow rate. This instrument has the function of compensating for the temperature and pressure of general gases, superheated steam, and saturated steam. The instrument has three inputs: flow rate, pressure, and temperature, which can eliminate the adverse effects of temperature and pressure changes on the flow measurement results
·The error is less than 0.2% F · S, and it has calibration and digital filtering functions, which can help reduce the errors of sensors and transmitters and effectively improve the measurement and control accuracy of the system
·Temperature, pressure, uncompensated instantaneous flow rate, and compensated instantaneous flow rate can be alerted with upper or lower limits through parameter selection. Independent setting of alarm sensitivity
·1-channel transmission output. Output temperature, pressure, uncompensated instantaneous flow or compensated instantaneous flow can be selected through parameters
·A fully transparent, high-speed, and efficient networked communication interface enables complete data transmission and control between computers and instruments. The unique control transfer function allows the computer to directly control the alarm output and transmission output of the instrument. The time to read measurement data is less than 10ms. Provide technical support for testing software, configuration software, and application software
·Equipped with a printing interface and printing unit with hardware clock, it can achieve manual, timed, and alarm printing functions. If an intelligent printing unit is selected, multiple instruments can share one printer
·The power outage recording function can record the total power outage time, number of power outages, and real-time time of the last 8 power outages and power ups, which can be accessed and viewed through the panel
Selection Table

content
Code and Description
XSJB/
Dual display, external transmitter power supply
Overall dimensions
A—
Horizontal 160 × 80 × 125 or vertical 80 × 160 × 125
B—
96×96×112
Panel form
H
horizontal format
S
vertical form
F
square
Number of alarm points
T□
T0: No alarm T1~T2: 1~2 point alarm
transmitter output
(Independent power supply, fully isolated.
10 bit D/A with an error of less than ± 0.5%, or 12 bit D/A with an error of less than ± 0.2%
)
A0
No output
A1
Current output (4~20) mA, (0~10) mA, or (0~20) mA
A2
Voltage output (0~5) V, (1~5) V
A3
Voltage output (0~10) V
A4
Other outputs
external power supply
B0
No external power supply
B1
External supply 24V DC, error less than ± 5%, 50mA
B2
Two sets of external power supplies, 24V DC and 12V DC
B3
other
communication interface
(Independent power supply, fully isolated, 2400~19.2K instrument address 0~99, response delay less than 500 μ s)
S0
No communication interface
S1
RS-232 interface
S2
RS-485 interface
S3
RS 422 interface
Printing function (with hardware clock)
P
P represents the printing interface, which can be omitted if not included
Power outage recording function
D
D means with power outage recording function, can be omitted without it
instrument power supply
V0
220V AC
V1
24V DC
V2
12V DC
Traffic input signal
L1
Current: (4~20) mA DC, (0~10) mA DC, or (0~20) mA DC
L2
Voltage: (0~5) V DC, (1~5) V DC
L3
pulse
Temperature input signal
W1
Current: (4~20) mA DC, (0~10) mA DC, or (0~20) mA DC
W2
Voltage: (0~5) V DC, (1~5) V DC
W3
Thermal resistance: pt100 (0.0 ℃~400.0 ℃)
W4
Hot couple: K, T, E, S (0.0 ℃~999.9 ℃)
Pressure input signal
Y1
Current: (4~20) mA DC, (0~10) mA DC, or (0~20) mA DC
Y2
Voltage: (0~5) V DC, (1~5) V DC

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