
Pressure Calibration Equipment
03
Corporate Headquarters
2900 Saturn St #B
Brea, CA 92821, USA
Salt Lake City Office
1364 West State Rd. Suite 101
Pleasant Grove, UT 84062, USA
Phone: 714-998-6899 Email: sales@additel.com
Rev # 20250825
Model
Specification
ADT773-LLP ADT773-D
Max Pressure Range
[1]
400 inH2O (14.5 psi
,
1 bar) 2,500 inH2O (100 psi
,
7 bar)
Min Pressure Range -380 inH2O (-13.5 psi, -0.95 bar)
Precison
[2]
0.004%FS or 0.007%FS selectable
0.02%FS for DP2,DP5
0.01%FS for DP10
0.004%FS or 0.007%FS selectable
Accuracy
[3]
0.01%FS or 0.02%FS selectable
0.05%FS for DP2, DP5
0.02%FS for DP10
0.01%FS or 0.02%FS selectable
Control Stability
[4]
<
0.003%FS
Control Response Time
[5]
<
10 Seconds
Pressure Type Low Differential Pressure
Internchangeable Pressure Module Bays 2
Max Pressure Control Range of Internal Module (-400~400) inH2O / (-1~1) bar (-2,500~2,500) inH2O / (-7~7) bar
Min Pressure Control Range of Internal Module (-1~1) inH2O / (-2.5~2.5) mbar (-60~60) inH2O / (-150 ~150) mbar
Range Switching Mode Fixed or Auto
Supply Source Built-in air pump
Control Mode Fast, standard or custom
Maximum Overshoot
<
1%FS
Maximum Load Volume 500 mL
Contamination Prevention System (CPS) Optional
Pressure Port 6 mm Festo 1/4 BSP M
Port Filter
[6]
Support
Pressure Specifications
[1] The minimum negative pressure limit is given based on the atmospheric pressure value of 1 bar
.
[2] Precision: the error components includes linearity, hysteresis, repeatability, resolution, and temperature compensation
.
[3] Accuracy: the error components includ linearity, hysteresis, repeatability, resolution, reference standard measurement uncertainty, annual drift,
temperature compensation, K=2.
[4] The control stability is 0.003%FS or 0.05Pa, which is greater.
[5] The air pressure is tested under the condition of external load volume 50 mL, 20% step, and the time to reach 0.005% FS stability.
[6] All pressure ports are installed with 40~100μm lters.
Compound Pressure Module for ADT773 Series
Model
Compound Gauge Pressure
Media Precision
[3][4]
Accuracy
[2][5]
Burst
Pressure
Suggested Controller
Compatibility
1st range 2nd range
ADT151-XX-CP100
(-15~100) psi
(-1~7) bar
(-15~50) psi
(-1~3.5) bar
G,L
0.004
(0.007)
0.01
(0.02)
2x ADT773-D
ADT151-XX-CP50
(-15~50) psi
(-1~3.5) bar
(-15~30) psi
(-1~2) bar
G,L
0.004
(0.007)
0.01
(0.02)
2x ADT773-D
ADT151-XX-CP35
(-15~35) psi
(-1~2.5) bar
(-15~15) psi
(-1~1) bar
G,L
0.004
(0.007)
0.01
(0.02)
2x ADT773-D
ADT151-XX-CP30
(-15~30) psi
(-1~2) bar
(-15~15) psi
(-1~1) bar
G,L
0.004
(0.007)
0.01
(0.02)
2x ADT773-D
ADT151-XX-CP15
(-15~15) psi
(-1~1) bar
(-10~10) psi
(-0.7~0.7) bar
G
0.004
(0.007)
0.01
(0.02)
2x
ADT773-LLP
ADT773-D
ADT151-XX-CP10
(-10~10) psi
(-0.7~0.7) bar
(-5~5) psi
(-0.35~0.35) bar
G
0.004
(0.007)
0.01
(0.02)
2x
ADT773-LLP
ADT773-D
ADT151-XX-CP5
(-5~5) psi
(-0.35~0.35) bar
(-2~2) psi
(-0.16~0.16) bar
G
0.004
(0.007)
0.01
(0.02)
2x
ADT773-LLP
ADT773-D
Internal Module Specification
The following tables provide information regarding our ADT151 modular pressure sensors that are designed to easily mount in the front bays of the ADT773
Pressure controllers. Our differential pressure (DP) module accuracy specications include linearity, hysteresis, repeatability, temperature compensation
resolution, reference standard measurement uncertainty, annual drift and K=2, precision specications include linearity, hysteresis, repeatability, resolution,
and temperature compensation. The DP style gauges can be zeroed by the controller from time to time to mitigate the effect of zero drift. The specications
are valid from -10°C~50°C. We recommend that these pressure models be calibration annually.
[1] Absolute pressure is achieved through the synthesis of the basic gauge pressure module and the optional atmospheric pressure module.
[2] The accuracy of the negative pressure part is equal to the accuracy of the positive pressure part, such as the maximum error of -15 psi is equal to the
maximum allowable error of 15 psi.
[3] FS refers to the positive range, and the accuracy of the negative pressure part is equal to that of the positive pressure part.
[4] Precision: the error components include linearity, hysteresis, repeatability, resolution, and temperature compensation.
[5] Accuracy: the error components include linearity, hysteresis, repeatability, resolution, reference standard measurement uncertainty, annual drift,
temperature compensation, K=2.