ARGENTINA, AUSTRALIA, AUSTRIA, BELGIUM, BULGARIA, CANADA, CHILE, CHINA, COLOMBIA,
CZECH REPUBLIC, EGYPT, FRANCE, GERMANY, HUNGARY, INDIA, INDONESIA, ITALY, MALAYSIA,
MEXICO, NETHERLANDS, PERU, POLAND, REPUBLIC OF KOREA, ROMANIA, SINGAPORE, SPAIN,
SWITZERLAND, TAIWAN, THAILAND, TUNISIA, TURKEY, UNITED KINGDOM, USA, VIETNAM
01/04-25-2018
KOBOLD Instruments, Inc.
1801 Parkway View Drive
Pittsburgh, PA 15205
The economical PSD offers the ideal combination of two pressure
switches and a scalable transmitter output with a 45 degree
viewable, rotatable display. The parameters can be set directly
on the device. Within the settings, there are a comprehensive
set of options, making the PSD suitable for a wide range of
demanding applications. There is integral hysteresis, window,
and delay functionality included. OEM quantity pricing available
upon request.
Applications
• Machine Tools
• Hydraulics
• Process Technology
• Industrial Applications
• OEM Targeted Product
Technical Details
Measuring Principle: Thin Film
Measuring Range: 0...30 to 0... 7500 PSI,
Adjustable 50 ... 100 % FS
Output Signal: 4 ... 20 mA 0 ...10 VDC, Switchable mA or V
Switching Output: 2 PNP Transistors
Accuracy @ 77 °F typ.: ± 0.5 % FS typ.
Media Temperature: -13...185 °F
Ambient Temperature: -13...185 °F
Display Units: psi, bar, MPa, kPa, m WC,
mm WC
Electrical Data
Output/Supply Voltage: 4 ... 20 mA or 0-10 VDC /
24 (15 ... 30) V
DC
Switch-On Delay: typ. 200 ms
Inverse-polarity Protection,
Short-circuit Strength @ 77 °F During 5 min.: Integrated
Current Consumption: ≤ 30 mA
Environmental Conditions
Media Temperature: -13...185 °FAmbient Temperature: -13...185 °FProtection1): IP65
Humidity: Max. 95 % Relative
Vibration: 10 g (10 ... 2000 Hz)
Shock: 50 g / 3 ms
1)
See »Electrical Connection«
Analog Output
Output Signal: 4-20 mA or 0-10 V
DC
Accuracy: TEB2) @ -13...185 °F
[% FS typ.] ± 1.75
Accuracy @ 77 °F
[% FS typ.] ± 0.5
NLH2) @ 77 °F (BSL2))
[% FS typ.] ± 0.2
TC2) Zero Point and Span
[% FS/K typ.] ± 0.03
Long Term Stability 1 Year
[% FS typ.] ± 0.1
Current Limiting
Output Signal: 4-20 mA: 25 mA (Overload)
0 ... 10 VDC: < 40 mA (Short-circuit)
Damping (Rise Time): 0.01 ... 3.00 s / 10 ... 90 %
Closed (NC), Normally Open (NO)
Switching Current: ≤ 0.5 A Each Switching Output
Current Limiting: ≤ 2 A Each Switching Output
Switching Frequency: Max. 200 Hz
Delay Time: 0 ... 99.99 s
Switch Point SP1 (Hysteresis Mode)
Upper Switch Point FH1 (Window Mode)
Reset Point RP1 (Hysteresis Mode)
Lower Switch Point FL1 (Window Mode)
Switch Point SP2 (Hysteresis Mode)
Upper Switch Point FH2 (Window Mode)
Reset Point RP2 (Hysteresis Mode)
Lower Switch Point FL2 (Window Mode)
Switch Point Delay Time SP1 (Hysteresis Mode)
Switch Point Delay Time FH1 (Window Mode)
Switch Point Delay Time RP1 (Hysteresis Mode)
Switch Point Delay Time FL1 (Window Mode)
Switch Point Delay Time SP2 (Hysteresis Mode)
Switch Point Delay Time FH2 (Window Mode)
Switch Point Delay Time RP2 (Hysteresis Mode)
Switch Point Delay Time FL2 (Window Mode)
Functions Switching Output 1Hysteresis, N/O (Hno)
Functions Switching Output 2Hysteresis, N/O (Hno)
Pressure Unitspsipsi, bar, MPa, kPa, m WCuni
Measuring Range Adjustment100 % Nominal Pressure50 ... 100 % NominalP-EP
Damping (Analog Output)0.01 s0.01 ... 3.00 s (Time Constant)dAA
Display RotationNoNo, Yes (180°)disr
Display ModeCurrent Pressure Value
Display Update21, 2, 5, 20 HzduPd
75 % Measuring Range
25 % Measuring Range
75 % Measuring Range
25 % Measuring Range
00 ... 99.99 sdS1
00 ... 99.99 sdR1
00 ... 99.99 sdS2
00 ... 99.99 sdR2
Hysteresis NO (Hno), Hysteresis NC (Hnc),
Window NO (Fno), Window NC (Fnc)
Hysteresis NO (Hno), Hysteresis NC (Hnc)
Window NO (Fno), Window NC (Fnc)
Current, Highest, Lowest, Display Off
Decimal Places Selectable (Max. 3)
SP1 > RP1
FH1 > FL1
Hysteresis ≥ 1 % FS
RP1 < SP1
FL1 < FH1
Hysteresis ≥ 1 % FS
SP2 > RP2
FH2 > FL2
Hysteresis ≥ 1 % FS
RP2 < SP2
FL2 < FH2
Hysteresis ≥ 1 % FS
Pressure Value:
Current Value:
Short
Name
SP1
RP1
SP2
RP2
ou1
ou2
dis
4
www.koboldusa.com
No responsibility taken for errors;
subject to change without prior notice.
Page 5
Ø 37
t
P
ON
OFF
ON
OFF
Fno
Fnc
FL
FH
t
P
ON
Hno
OFF
ON
Hnc
OFF
rP
SP
t
P
ON
Hno
OFF
ON
Hnc
OFF
rP
SP
3
2
1
4
2
3
5
4
1
P
US+US –
I
SP1, SP2
RL
US –
Earth
3
2
1
4
1
Dimensions (mm)
PSD
93
Digital Pressure Sensor Model PSD
335° max. 2.5 Nm
M12x1
343° max. 5 Nm
45.5
PSD- ... N2 ...
1/4" NPT
Ø 32
SW27 / Ø 29.5
48
Electrical Connection
Protection / Electrical Connection
IP65
M12x1
2
5-pole
3
5
4
Pin Assignment
P
FH
FL
Us+ = 1
Us- = 3
Output = 2
SP1 = 4
SP2 = 5
Shield
P
Earth
Connection of loads to
switching output
P
SP
rP
Us +
U
P
U / I
Out
Pin Configuration
Functions Switching Output
Hysteresis Window Delay
Out analogue
SP1
SP2
Shield
s
P
SP
rP
US+
US –
I
SP1, SP2
RL
US –
ON
OFF
ON
OFF
No responsibility taken for errors;
subject to change without prior notice.
t
Hno
Hnc
5
t
Hno
Hnc
ON
OFF
ON
OFF
www.koboldusa.com
Fno
Fnc
t
ON
OFF
ON
OFF
dSdr
Page 6
Terminology References
Digital Pressure Sensor Model PSD
BSL: Best Straight Line
The reference line according to the BSL or the minimum
value adjustment is placed in such a way that the
maximum positive and negative deviations are as small
as possible.
Specifications: Accuracy NLH (BSL)
Long-term Stability and Long-term Drift
The change of accuracy due to aging under certain
reference conditions during a period of time, typically
one year.
Non-linearity
The largest deviation from the effective characteristic
line of an ideal reference line. The reference line can
be defined as a limit point adjustment, a BSL, or a BSL
through 0.
Specifications: Non-linearity, Hysteresis
BSL/0: Best Straight Line through Zero
As an additional requirement for the minimum value
adjustment, the BSL through zero (also BSL/0) must go
straight through zero or the origin.
Specifications: Accuracy NLH (BSL through Zero)
NLH: Non-linearity and Hysteresis
Largest deviation from the ideal characteristic line
(BSL, BSL/0 or limit point). In pressure measuring
instruments, the non-linearity and pressure hysteresis
are given together at a constant temperature.
TEB: Total Error Band
Total error (root from sum of the square of the
deviations) due to measurement deviations (accuracy)
and temperature influence (temperature coefficient
TC). The temperature influence is usually given in the
information across a range larger than that given in the
standard (-10...60 °C).
TC: Temperature Coefficient
Change of measured value for zero point and span as a
result of changes in temperature.
6
www.koboldusa.com
No responsibility taken for errors;
subject to change without prior notice.
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