Parker Serviceman Plus User manual

Parker Serviceman Plus
Portable Hand-Held Measuring Instrument

2V1.0/02/12
Vorwort
Foreword
Revisions
Version Date Change
1.0 01/2012 First edition
Contact addresses
Parker Hannin
Manufacturing Germany GmbH & Co. KG
Fluid Connectors Group Europe
Tube Fittings Division Europe
P.O. Box 12 02 06, 33652 Bielefeld, Germany
Am Metallwerk 9, 33659 Bielefeld, Germany
Tel.: [phone]
Fax [phone]
E-mail: [e-mail]
http://www.parker.com

3V1.0/02/12
Contents
Contents
Foreword ................................................................ 2
Revisions..........................................................................2
Contact addresses ...........................................................2
1. Safety notes / product selection ....................4
1.1 Approved and intended use..................................4
1.2 Skilled personnel ..................................................4
1.3 Accuracy of the technical documentation .............4
1.4 High-pressure applications ..................................4
1.5 Service and repair.................................................5
1.6 Notes on disposal .................................................5
2. Hardware version / scope of delivery / up-
dates..............................................................6
2.1 Updates – updating the instrument's rmware......6
3. Connecting the sensors .................................8
3.1 SCM-155-0-02 with Parker analogue inputs.........8
3.2 SCM-155-2-05 with Parker CAN sensors .............9
3.3 Using the SCMA-VADC-600 current-voltage
converter.............................................................11
3.4 Using the SCMA-FCU-600 frequency converter. 11
4. Instrument settings..................................... 11
4.1 RESET – reset the MIN and MAX values ...........11
4.2 DISP – display the current readings, MIN, MAX
values, sensor limit value or temperature. .........12
4.3 SORT – reorder the channels in the display.......12
4.4 SORT RESET – reset to the factory default
sorting .................................................................13
4.5 CALC – insert the calculating channel................13
4.6 SET – basic instrument settings .........................14
4.7 START / STOP – saving the measurements.......15
4.8 Saving measurements in internal memory .........16
4.9 Online measurements using the PC software ....16
4.10 ZERO – calibrate for offset error.........................17
5. Error messages ........................................... 19
6. Maintenance, cleaning and repair ............... 20
6.1 Notes on maintenance and calibration ...............20
6.2 Repair .................................................................20
7. Accessories ................................................. 21
7.1 Accessories and spare parts for both versions...21
7.2 Analogue sensors (with automatic sensor
detection) and connecting cable .........................21
7.3 CAN-bus sensors (with automatic sensor ID)
and connecting cable..........................................22
8. Technical data.............................................. 23

4V1.0/02/12
Safety notes / product selection
1. Safety notes / product selection
1.1 Approved and intended use
This portable hand-held measuring instrument is used for measur-
ing, monitoring and saving measured values. It is useful for servic-
ing, maintenance and machine optimization. This instrument may
only be used in conjunction with sensors and accessories from
Parker's SensoControl accessories line.
Any other use is not permitted. Such use could lead to accidents
or damage to the instrument and will result in the expiration of all
warranty and indemnity claims against the manufacturer.
WARNING
Serious malfunctions leading to personal injury or dam-
age to property can result when this product is used in
applications that do not comply with the given specica-
tions or if you disregard the operating instructions and
warnings.
This instrument must not be used in hazardous areas
where there is a risk of explosions!
1.2 Skilled personnel
These operating instructions have been written for skilled person-
nel who are familiar with the valid regulations and standards rel-
evant to the application area.
1.3 Accuracy of the technical documentation
These operating instructions were created with the utmost care and
attention. However, we offer no guarantee that the data, graphics and
drawings are correct or complete. This document is subject to altera-
tion without notice.
1.4 High-pressure applications
Selection
DANGER
When selecting sensors, ensure that their overload pres-
sure will not be exceeded. It is possible for the sensor to
be damaged when the overload pressure is exceeded
(depending on the duration, frequency and level of the
pressure spike).
The "diesel effect" caused by entrapped air can result in
pressure spikes that far exceed the maximum pressure.
The nominal pressure of the sensors should be higher
than the nominal pressure of the system to be measured.
Installation
CAUTION
Please follow the instructions and observe the correct
tightening torques for ttings and adapters.
Connector thread:
1/2" BSPP (with ED seal) = 90 Nm
1/4" BSPP (with ED seal) = 30 Nm
M10x1 (with O-ring seal) = 15 Nm

5V1.0/02/12
Safety notes / product selection
1.5 Service and repair
Please contact your sales branch for assistance with repairing or
calibrating the measuring instruments.
1.6 Notes on disposal
Recycling in compliance with WEEE
After purchasing our product, you have the opportunity to return
the instrument to the sales branch at the end of its life cycle.
The EU Directive 2002/96 EC (WEEE) regulates the return
and recycling of old electrical and electronic devices. As of
13/8/2005, manufacturers of electrical and electronics
equipment in the B-2-B (business-to-business) category
are obliged to take back and recycle electrical devices free of
charge that have been sold after this date. After that date, electri-
cal devices must not be disposed of through the "normal" waste
disposal channels. Electrical equipment must be disposed of and
recycled separately. All devices that fall under this directive must
feature this logo.
Can we be of assistance?
We offer you the option of returning your old device to us at no
extra charge. We will then professionally recycle and dispose of
your device in accordance with the applicable laws.
What do you have to do?
Once your device has reached the end of its lifespan, simply return
it by parcel service (in the box) to your sales branch. We will then
take care of the recycling and disposal. You will incur no costs or
suffer any inconvenience.
Any questions?
Please contact us if you have any additional questions.
Battery disposal
The disposal of batteries is subject to the Battery Directive 2006/66/
EC in the EU, the BattG battery law of 25.6.2009 in Germany, and
the relevant national legislation internationally.
Do not dispose of batteries in normal household rubbish.

6V1.0/02/12
Hardware version / scope of delivery / updates
2. Hardware version / scope of delivery / updates
The basic conguration of your measuring instrument includes the
following:
• "SCM-155-0-02": Connections for two Parker analogue sen-
sors
or
• "SCM-155-2-05": Connection for a CAN bus network for a
maximum of three Parker CAN bus sensors:
• USB power supply (5V 1A), including regional adapters
• USB cable
• USB ash drive
• SensoWin software (included in delivery)
• Printed instructions, electronic operating manual (on the en-
closed disk)
The "Accessories" Chapter includes more information about the
available accessories that are not included in delivery.
2.1 Updates–updatingtheinstrument'srmware
The user can keep the measuring instrument up to date by updat-
ing the instrument's rmware. The update process is described in
this section.
The current rmware version of the instrument is shown during
boot up.
Files with a *.FIMG extension are used for the update. These
les are copied to the measuring instrument. The USB ash drive
should be used to transfer the les.
1 Copy the le with the extension *. FIMG (without sub-folders)
directly from the PC to the USB ash drive. Then plug the ash
drive into the instrument while it is switched off.
2 Disconnect all sensors that may be connected to your measur-
ing instrument.
3 Turn the instrument on and wait until the message "NO SEN-
SOR" is displayed and the Save icon appears in the top bar.
4 Briey press the ON/OFF key.
5 Wait for the following to appear on the display: FIRMWARE
UPDATE -> OK
6 OK will initiate the update: FIRMWARE UPDATE. Press Esc to
switch off the instrument without updating.
Register by sending your product information to SMP.Info@
Parker.com; you will then be automatically informed of any
future rmware updates.

7V1.0/02/12
Hardware version / scope of delivery / updates
Charging the battery
CAUTION
This instrument can be charged using the USB port on your PC. However a PC delivers less power and it will take much
longer for the battery to charge.
If sensors are connected to the instrument, the current consumption of the sensors may be greater than the charging current, in which
case the battery will continue to discharge. Thus we recommend using the power supply or car charger (available separately) for
charging quickly and when using for continual measurement processes.
Changing the battery
Contact your sales representative for more information if you need to switch batteries.
Charging time from power supply:
CAN version: about 7 hours
Analogue version: about 3.5 hours
Charging time on the PC: > 7 hours

8V1.0/02/12
Connecting the sensors
3. Connecting the sensors
3.1 SCM-155-0-02 with Parker analogue inputs
Analogue cable
SCK-102-XX-02
Analogue cable
SCK-102-XX-02

9V1.0/02/12
Connecting the sensors
3.2 SCM-155-2-05 with Parker CAN sensors
CAN cable
SCK-401-XX-4F-4M
CAN resistor
SCK-401-R
CAN Y-junction
SCK-401-0.3-Y
The SORT menu option can be used to change the order of display (see page 12).
The sorting order can be reset using the Reset SORT option (see page 13). The sensors are then sorted in the order that they are
connected.
The CAN sensors are assigned to channels
in the order that they are connected. This
sorting order is maintained even while the
instrument is turned off.
Make sure that the CAN bus is terminated on
the last sensor using a SCK-401-R terminat-
ing resistor.

10 V1.0/02/12
Connecting the sensors
3.2.1 The SpeedCon connection
CAUTION
Be sure that the plastic caps are covering any unused
ports. There is no guarantee that the instrument will
be properly protected against dust and splashed water
when the inputs or outputs are uncovered. IP54 or IP67
protection is ensured only when all plastic caps are on,
or when the CAN network is in use, or when using the
CAN network or analogue sensors.
A sensor that is connected while a measurement is being
recorded is not taken into consideration. (i.e., a new chan-
nel is not displayed and the measurements from this chan-
nel are not saved).
The measurement process is continued even if a sensor
is removed during the measuring. Data recorded until the
sensor's removed is saved.

11V1.0/02/12
Instrument settings
3.3 Using the SCMA-VADC-600 current-voltage converter
The current/voltage converter can only be used with the analogue
version of the SCM-155-0-02 measuring instrument. Once con-
nected, the display will show the % value. The scale and the meas-
urement size can be changed using the SensoWin software.
3.4 Using the SCMA-FCU-600 frequency converter
The SCMA-FCU-600 frequency converter can be used with both
versions of the instrument. The frequency converter is congured
using the SensoWin software (please refer to the converter's op-
erating manual).
The CAN version of the instrument can detect the setting ranges
of the frequency converter and display them directly.
The analogue version has a sensor detection feature for the
setting ranges 0 to 15, 60, 150, 300, 600, 750 l/min and 0 to
10000 1/min. These are displayed directly on the instrument. All
other ranges are initially shown as a % value, but can be cong-
ured via the SensoWin software.
4. Instrument settings
Some of the buttons are assigned two functions. You can
execute the second function (which is printed in grey) by
pressing the button for three seconds.
4.1 RESET – reset the MIN and MAX values
RESET
ZERO
Resets the minimum and maximum values for all
channels.

12 V1.0/02/12
Instrument settings
4.2 DISP – display the current readings, MIN, MAX values, sensor limit value or temperature.
DISP
SET
DISP
SET
DISP
SET
DISP
SET
4.3 SORT – reorder the channels in the display
SORT
CALC
OK
START
STOP
OK
START
STOP

13V1.0/02/12
Instrument settings
4.4 SORT RESET – reset to the factory default sorting
Unplug all sensors
SORT
CALC
OK
4.5 CALC – insert the calculating channel
Difference 1-2
SORT
CALC
START
STOP
START
STOP
Hydraulic power (1*2 -> p*Q/600)
SORT
CALC
START
STOP
OK
Differential value, addition and power (multiplication) are available as calculating formulas. After the formula has been selected,
the measurement variables are checked for plausibility. The error message INERR is displayed if the measurement variables
are not plausible.
3s
3s

14 V1.0/02/12
Instrument settings
4.6 SET – basic instrument settings
OK
START
STOP
START
STOP
OK
DISP
SET
3s
The instrument's basic settings can also be changed us-
ing the PC software.
You can also set the interval for the instrument's auto-
shut-off function, the background illumination and the
scaling of external sensors using the software.
Pressure: bar, mbar, psi, kPa, MPa
Temperature: °C, °F
Flow: L/min, G/min
Rotary speed: RPM, 1/min
Power: kW, HP
Oil quality: ISO, NAS
Contrast: 0 to 100%
Languages: German, English, French, Italian,
Spanish
Date format: DD.MM.YYYY, MM.DD.YYYY
Date
Time

15V1.0/02/12
Instrument settings
4.7 START / STOP – saving the measurements
This instrument can only save one measurement set in internal memory. The measurement set is overwritten when a new meas-
urement starts.
Use a USB ash drive in order to save multiple measurement sets.
If a USB ash drive is inserted before the instrumented is turned on, then the measurement saved internally will be transferred
to the ash drive.
The display then reads:
CAUTION
Only insert or remove the ash drive while the instrument is turned off.

16 V1.0/02/12
Instrument settings
4.8 Saving measurements in internal memory
START
STOP
4.8.1 SavingmeasurementsontheUSBashdrive
START
STOP
The le name is incremented for each sequential measurement. The les are stored with date and time.
4.9 Online measurements using the PC software
The measured data can be transmitted directly through the USB interface to the PC software, where they can be displayed and saved.
More information can be found within the software's Help menu.
The display then reads:

17V1.0/02/12
Instrument settings
4.10 ZERO – calibrate for offset error
4.10.1 ZERO – input offset
ZERO – Input Offset resets the zero point for the connected sensors.
The zero point calibration is carried out for safety reasons only when the calibrating values are less than 5% of full scale value of
the sensors. Otherwise, the display shows OFL.
The offset is saved until the instrument is turned off.
CAUTION
The zero point calibration of pressure sensors should only be carried out in a de-pressurized state.
RESET
ZERO
OK OK
3 s

18 V1.0/02/12
Instrument settings
4.10.2ZERO–Δoffset
ZERO – Δ offset sets the differential value for a differential pressure measurement to zero.
Carry out the differential pressure calibration at the operating pressure; the calibration is only valid for this pressure. Connect
both sensors to the same port (using a T-adapter). The calibration sets the tolerance of the sensors in relation to one another to
zero. The calibration is carried out for safety reasons only when the calibrating values are less than 5% of full scale value of the
sensors. Otherwise, the display shows OFL.
The offset is saved until the instrument is turned off.
RESET
ZERO
START
STOP
OK OK
OK
4.11 Instrument reset
Turn the instrument off.
RESET
ZERO
OK
The instrument will be reset to factory settings.
3s
Hold

19V1.0/02/12
Error messages
5. Error messages
Display Description Solution
ERROR 1 Internal device error Conrm by clicking <OK>. If this occurs frequently,
please return the unit for repair.
ERROR 2 Memory error Conrm by clicking <OK>. If this occurs frequently,
please return the unit for repair.
USB ERROR Error when saving to the USB ash drive USB ash drive is full, defective or not compatible.
Please use only USB ash drives that conform to the
Technical Specications (see page 23).
USB FULL ERROR The USB ash drive is full Delete les on the USB ash drive or use a new one
FIRMWARE
ERROR
The rmware update has failed. This occurs when
the transfer of a new rmware from the USB ash
drive failed.
Conrm by clicking <OK>. If this occurs frequently,
please return the unit for repair.
CAN ERROR CAN initialization failed. Unknown CAN sensor, or
more than three CAN sensors connected
Please make sure you are only using Parker CAN
sensors and connecting no more than three sensors.

20 V1.0/02/12
Maintenance, cleaning and repair
6. Maintenance, cleaning and repair
CAUTION
Be sure to turn off the instrument and disconnect the
power supply before you start cleaning it.
CAUTION
Never use aggressive cleaning agents, solvents, petro-
leum ether or similar chemicals. These chemicals can
damage the housing or display on the instrument.
Clean the instrument's housing with a soft moist cloth. Mild house-
hold cleaners may be used for hard-to-remove dirt and debris.
6.1 Notes on maintenance and calibration
This measuring instrument requires no special maintenance. How-
ever, it is necessary to calibrate the instrument regularly. A yearly
calibration procedure is required if you use the instrument often.
Please contact your sales representative for more information.
6.2 Repair
Contact your sales representative if your instrument needs re-
pairs. Have the following information ready:
• The name of your company or organization
• The name of your department
• Your contact person
• Your telephone and fax number
• Your e-mail address
• The article number of the faulty instrument (and serial number,
if available).
• A detailed description of the problem