Swagelok S User manual

MS-CRD-PTI-S
Rev 5 12-10-WEL
Industrial Pressure Transducers
User’s Manual
S Model
www.swagelok.com
■ Safety Definitions...................... 1
■ Safety Instructions..................... 1
■ Mechanical Installation ................. 1
■Service and Maintenance ............... 2
■Electrical Installation .................. 2
■Wiring Diagrams ...................... 3
■ Troubleshooting Guide ................. 4
Contents
S Model
Introduction
Swagelok industrial pressure transducers allow for
electronic monitoring of system pressures in a
variety of industrial applications. The products
feature an accuracy of 0.5 % Limit point calibration
(0.25 % Best fit straight line), and temperature
compensation to ensure accuracy and long term
stability when exposed to temperature variations. The
transducers are zero and span adjustable, and are
available in a wide variety of pressure and electrical
connections, pressure ratings, pressure units, and
signal outputs to fulfill many application requirements.
The Swagelok®S model transducer is
ideal for general use in a wide variety
of industrial applications such as
machine control, process control,
laboratory and test equipment,
hydraulics, and pneumatics.
50 N·m (36 ft·lb) max.
Mechanical Installation
For proper and safe operation, Swagelok
S model transducers must be installed,
operated, and serviced according to NEC,
applicable local regulations, and these
instructions. Otherwise, serious personal
injuries, damage or both can occur.
Except for adjusting the length of the
wires, the electrical connection provided
on the transducer must be used as
originally supplied and not bypassed. Only
qualified persons should work on these
instruments.
Do not exceed the overpressure rating.
Before servicing any installed pressure
transducer you must
● depressurize system
●purge the transducer
Residual material may be left in the
transducer and system.
Safety Instructions
Safe Product Use
Follow any enclosed instructions and refer to the
product catalog for detailed product information. When
using a transducer, the total system design must be
considered to ensure safe, trouble-free performance.
Function, material compatibility, adequate ratings,
proper installation, operation, and maintenance
are the responsibilities of the system designer and
user. Improper selection or misuse of the product
may result in serious personal injury or property
damage.
Potential danger to life or of serious
injuries.
Potential danger to life or of serious injuries
due to catapulting parts.
Potential danger of burns due to hot
surfaces.
Notice, important information.
The product complies with the applicable
European directives.
The product was tested and certified by
CSA International. It complies with the
applicable Canadian standards on safety.
Certificate-No.: 1567213
Warning
Warning
Caution
Warning
Warning
Warning
Warning
Warning
Safety Definitions

2MS-CRD-PTI-S
Rev 5 12-10-WEL
Service and Maintenance Electrical Installation
• Attach wiring to the appropriate terminals as shown,
(Fig. C) in diagrams on page 3. Wiring information is
also printed on the instrument label.
• Any DC power supply that meets the voltage
requirements of the transducer can be used. Be
certain that the voltage supply is higher than the
minimum required voltage as determined by the
maximum load equations.
1. Disconnect the electrical connector by removing
the fastening screw. See Fig. A
2. Adjust the zero point (Z) with the transducer in the
pressureless state. See Fig. B.
3. Adjust the span (S) while using a pressure
standard with adequate accuracy. See Fig. B.
4. Check the output signal to the transducer
adjustment. Repeat steps 1 through 3 as
necessar y.
5. Reassemble transducer as shown in Fig. A.
Maximum Load Equations
Milliampere output signal, 2 wire
Output 4 to 20 mA
Supply V dc = 10 to 30 V
Max. Load RL= (V dc – 10) / 0.02
Terminals See drawings
Voltage output signal, 3 wire
Output 0 to 5 V
Supply V dc = 10 to 30 V
Min. Load RL> 5 kΩ
Terminals See drawings
Voltage output signal, 3 wire
Output 0 to 10 V
Supply V dc = 14 to 30 V
Min. Load RL> 10 kΩ
Terminals See drawings
S= span
adjustment
Z= zero point
adjustment
Fastening
screw
Electrical
connector
Housing
nut
Electrical
terminals
O-ring
Process
connector
Fig. A
Fig. B
Sealing
gasket
Do not attempt to clear the pressure port
with a screwdriver or other sharp objects
as this may damage the sensing element
of the transducer.
Fig. C
Zero and Span Adjustment
Do not twist or remove housing nut
without first removing the fastening screw
and electrical connector. Damage to the
connector wiring may result if not followed.
The surfaces of the pressure transducer
may get hot during operation.
Do not exceed the max. permissible power
supply DC 30 V.
The shield / ground connection must be
wired to ground to protect the instrument
from electromagnetic disturbances.
Warning
Caution

3
MS-CRD-PTI-S
Rev 5 12-10-WEL
Wiring Diagrams
2-Wire Systems
3-Wire Systems
Legend Power Supply Load
V dc+ Plus power supply
0 V dc Minus power supply
(common, ground)
(+)
(–)
(+)
(–)
S+ Plus output signal
S– Minus output signal
(common, ground)
1
4
2
3
AB
EC
(+)
(+)
(-)
(-)
(+)
(+)
(-)
(-)
(+)
(+)
(-)
(-) F
D
3
(+)
(+)
(-)
(-) 1
2
AD
BC
(+)
(+)
(-)
(-)
DIN EN 175301-803 L-plug
V dc+
0 V dc/S–
V dc+
0 V dc/S–
S+
V dc+ V dc+
0 V dc/S–
S+
S+
0 V dc/S–
S+
Direct wire,
flying lead
M 12 1, 4 pin
Circular connector
Bendix, 6-pin, MIL plug
brown
white
green
Bendix, 4-pin, MIL plug
0 V dc/S–
V dc+
S+
grey (shield)
1
4
2
3
FB
EC
(+)
(+)
(-)
(-)
(+)
(+)
(-)
(-)
(+)
(+)
(-)
(-) A
D
(+)
(+)
(-)
(-)
3
1
2
AD
BC
(+)
(+)
(-)
(-)
V dc+/S+
0 V dc/S–
DIN EN 175301-803 L-plug
0 V dc/S–
V dc+/S+
Bendix, 6-pin, MIL plug
Direct wire,
flying lead
V dc+/S+ V dc+/S+
M 12 1, 4 pin
Circular connector
brown
green
Bendix, 4-pin, MIL plug
0 V dc/S–
V dc+/S+
grey (shield)
0 V dc/S– 0 V dc/S–

Troubleshooting Guide
Do not mix or interchange parts with those
of other manufacturers.
For product technical data, including materials of
construction, see the Swagelok Industrial Pressure
Transducers catalog, MS-02-225.
Translations are available on www.swagelok.com
Swagelok—TM Swagelok Company
© 2004 — 2010 Swagelok Company
MS-CRD-PTI-S, R5
December 2010
Before servicing any installed pressure transducer, you must
●depressurize the system
●purge the transducer
Residual material may be left in the transducer and system.
■If the transducer becomes damaged or unsafe for operation, remove it from service
and mark to prevent it from being used accidentally.
■Have repairs performed by the manufacturer only.
Do not insert any pointed or hard objects into the pressure port for cleaning.
Storage and Disposal
Purge all media from the pressure transducer before storage or disposal of the transducer.
Mount the protection cap when storing a ush diaphragm pressure transducer to prevent damage.
Dispose of transducer components and packaging materials in accordance with the respective waste
treatment and disposal regulations of the region or country to which the transducer is supplied.
➀ Adjusting the controller or display device can usually compensate for small changes in the output signal. Test the system for proper operation
after adjustments are made. An excessive change in the output signal indicates possible transducer damage. This may cause the output to be
non-linear, requiring transducer replacement.
Problem Possible Causes Remedy
Output signal unchanged
after change in pressure Mechanical overload through overpressure Replace transducer➀
Signal span too small Mechanical overload through overpressure Re-calibrate transducer
Diaphragm is damaged, e.g. through impact Replace transducer➀
Signal span dropping off /
too small
Abrasive / aggressive media; corrosion of
diaphragm / pressure connector; transmission
fluid missing.
Replace transducer➀
Signal span erratic
Electromagnetic interference source in the
vicinity, e.g. inverter drive
Shield the transducer; shield the cables; remove
the interference source
Working temperature too high / too low Ensure permissible temperatures (see Operating
Instructions)
Signal span incorrect Working temperature too high / too low Ensure permissible temperatures (see Operating
Instructions)
Abnormal zero point signal
Medium or ambient temperature too high /
too low
Control the internal temperature of the transducer
within the permissible range; observe the allowable
temperture error (see Operating Instructions)
Abnormal mounting position Correct the zero point through the potentiometer
Overload limits exceeded
Ensure permissible overload limits are observed
(see Operating Instructions); correct the zero point
through the potentiometer
No output signal Cable break Check connections and cable
Authorized Representative in Europe:
Swagelok A.G.—Manufacturing Tech Center /
Distribution Center
P.O. Box 552
CH-8853 Lachen, Switzerland
Swagelok Company
29500 Solon Road
Solon Ohio 44139 U. S. A.
Warning
Warning
Warning