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General Information
Analogue Stainless Steel Pressure Gauge SPG
The pressure gauges can be used as both stationary or portable devices. STAUFF addresses the very extensive width of possible system pressures and the strict requirements for precision with a variety of pressure gauge types with different measuring ranges.
Area of Application
▪ Mechanical pressure measurement
Features
▪ Suitable for hydraulic oil and gaseous media
compatible with copper based alloys
▪ Designed for permanent installations
▪ Pressure gauge according to EN 837-1
Options
▪ Protective rubber cap
▪ Additional scale readings including personilisation
▪ U-bolt and flange mounting kits are available separately
as spare parts
Technical Data
Size
▪ 63 mm and 100 mm
Materials
▪ Stainless Steel (1.4301) housing
▪ Acrylic sight glass
Pressure Ranges
▪ -1 ... 1000 bar / -14.5 ... 14503 PSI
Styles of Scales
▪ bar / PSI (bar outside/PSI inside - standard option)
▪ bar
▪ PSI
▪ PSI / bar (PSI outside/ bar inside)
▪ kPa / PSI (kPa outside/ PSI inside)
Process Connection
▪ for BSP (G1/4 und G1/2), NPT (1/4 NPT and 1/2 NPT),
SAE (7/16–20 UNF)
Accuracies
▪ SPG-063: 1.6 (± 1.6 % FS* as per EN 837-1)
▪ SPG-100: 1.0 (± 1.0 % FS* as per EN 837-1)
Permissible Temperatures
▪ Ambient: -20 °C ... +60 °C / -4 °F ... +140 °F
▪ Media: max. +60 °C / max. +140 °F
Protection Ratings
▪ IP 65: for all manometer SPG 100 and
SPG 063 > 25 bar / 362 PSI
▪ IP 54: for all manometer SPG 063
< 25 bar /362 PSI due to pressure
compensation opening
General Information
Pressure Gauge (Digital) SPG-DIGI
The SPG-DIGI Digital Pressure Gauges are intended to measure and display pressures in hydraulic systems, particularly for oils, lubricants and water. They can display the current measured values, as well as minimum and maximum values, with an accuracy of 0,5 % of full scale.
Area of Application
▪ To measure and display pressures
Features
▪ Bar graph display (drag indicator)
▪ Background lighting
▪ Zero correction
▪ Battery charge display
▪ With the CE mark
▪ Calibration certificate on request
Technical Data
Materials
▪ Housing made of die-cast Zinc with TPE rubber
protective covering
▪ Wetted parts: Stainless Steel 1.4404, NBR, ceramic
▪ Gaskets: NBR (Buna-N®), FPM (Viton®) or
EPDM upon request
Pressure Ranges
▪ -1 ... 600 bar / -14.5 ... 8702 PSI
Dimensions and Weight
▪ Diameter: 79 mm / 3.11 in
▪ Depth: 33 mm / 1.30 in
▪ Weight: 540 g / 1.19 Ibs
Display
▪ Text display 4 1/2-digit
▪ Size: 50 x 34 mm / 1.97 x 1.34 in
▪ Actual value display: 15 mm / .59 in
▪ MIN-/MAX or FS* display: 8 mm / .31 in
▪ Units: bar, PSI, MPa, kPa, mbar
▪ Peak pressure measurement with 10 ms sampling rate
▪ Lighted measured value display
Process Connections
▪ G1/4 or 7/16–20 UNF made of 1.4404 Stainless Steel
▪ Vibration: IEC 60068-2-6 / 10 ... 500 Hz / 5 g
▪ Shock: IEC 60068-2-27 / 11 ms / 25 g
▪ Load cycles (106): 100
Accuracy
▪ ±0,25 % FS* typ. / ±0,5 % FS* max.
▪ Resolution: 4096 steps
Permissible Temperatures
▪ Ambient: -10 °C ... +50 °C / +14 °F ... +122 °F
▪ Media: -20 °C ... +80 °C / -4 °F ... +176 °F
▪ Storage: -20 °C ... +60 °C / -4 °F ... +140 °F
▪ Relative humidity: < 85 %
▪ Battery life: max. 1500 hours
Protection Rating
▪ IP 67 protection rating: Dust tight and protected against
powerful water jets; even immersion (up to 1 m / 3.28 ft)
in water is possible under defined conditions of pressure
and time
General Information
Pressure Transmitter & Reader PT-RF
Pressure Transmitter and Reader of the PT-RF Series
The PT-RF series of pressure transmitters are an alternative solution for universal pressure measurements for fluid technology applications, which will provide benefits for system operators, maintenance personnel and repair technicians as well as for original equipment manufacturers.
The advantages resulting from the use of the new technology for system operators, maintenance personnel and repair technicians are clear:
Measurements can be carried very easily, without extensive training and within a few seconds at the press of a button and then documented in a reliable process.
Unscrewing and re-installing pressure gauges or other measuring and display devices – practically a temporary opening of the system – is not required. Potential hazards for people, machines and the environment, for example from emitted residual oil in the test hose or leaks at the measuring point, as well as ingress of dirt into the system (e.g. in dusty environments) can be effectively excluded.
Original equipment manufacturers will also benefit from this new technology: If the pressure transmitters are installed at their factory already, the innovative technology can provide a competitive edge over alternative suppliers and open up specific advantages for the users, increasing the value retention of their own devices in the long term.
If the pressure transmitters are installed directly in the system or pipeline for permanent use, they protrude only slightly more than conventional hydraulic test couplings and meet the highest demands with regard to space requirements and weight.
General Information
Pressure Transmitter & Reader PT-RF
Pressure Transmitter and Reader of the PT-RF Series
The PT-RF series of pressure transmitters are an alternative solution for universal pressure measurements for fluid technology applications, which will provide benefits for system operators, maintenance personnel and repair technicians as well as for original equipment manufacturers.
The advantages resulting from the use of the new technology for system operators, maintenance personnel and repair technicians are clear:
Measurements can be carried very easily, without extensive training and within a few seconds at the press of a button and then documented in a reliable process.
Unscrewing and re-installing pressure gauges or other measuring and display devices – practically a temporary opening of the system – is not required. Potential hazards for people, machines and the environment, for example from emitted residual oil in the test hose or leaks at the measuring point, as well as ingress of dirt into the system (e.g. in dusty environments) can be effectively excluded.
Original equipment manufacturers will also benefit from this new technology: If the pressure transmitters are installed at their factory already, the innovative technology can provide a competitive edge over alternative suppliers and open up specific advantages for the users, increasing the value retention of their own devices in the long term.
If the pressure transmitters are installed directly in the system or pipeline for permanent use, they protrude only slightly more than conventional hydraulic test couplings and meet the highest demands with regard to space requirements and weight.
General Information
Hydraulic Testers PPC-04-plus / PPC-04-plus-CAN
The PPC-04-plus and PPC-04-plus-CAN Hydraulic Testers have been developed for the growing demands in mobile and industrial hydraulic systems. They are perfectly suited for the precise determination of pressure, temperature, volume flow and rotational speed.
Versions
PPC-04-plus
▪ Analogue version
▪ Max. two analogue sensors can be connected at the same time
PPC-04-plus-CAN
▪ CAN version
▪ With CAN interface, max three digital sensors can be connected at the same time
▪ Max. CAN bus length: 50 m / 164 ft
Features
▪ Multi-line, backlit LCD display
▪ Integrated data memory for 15000 data records
▪ External storage by using a USB memory stick
▪ Calibration certificate on request
(only available for the analogue version)
▪ CE certified
Technical Data
Materials
▪ Housing made of ABS in a rubber protective
Dimensions and Weight
▪ WxDxH: 96 x 172 x 54 mm / 3.78 x 6.77 x 2.13 in
▪ Weight: ca. 540 g / 1.19 lbs
Measurements / Display
▪ Pressure: in bar, PSI, mbar, kPa, MPa
▪ Temperature: in °C and °F
▪ Volume flow: in l/min and US GPM
▪ Volume flow: in l/min and US GPM
▪ Rotational speed: in 1/min and RPM
▪ Display: FSTN-LCD, graphic, LED backlit
▪ Visible area: 62 x 62 mm / 2.44 x 2.44 in
▪ Resolution: 130 x 130 Pixel
Power Supply
▪ External: Micro USB socket, type B +5V DC,
max. 1000 mA
▪ Battery: Lithium Ion pack
3,7 V DC / 2250 mAh or
3,7 V DC / 4500 mAh CAN version
▪ Operating time with the rechargeable battery:
approx. 8 hours
Sensor Inputs
▪ Push-in connection: 5-pol., push-pull or 5-pol.,
M12x1, SPEEDCON, connector (CAN version)
▪ Automatic sensor recognition
▪ Sampling rate: 1 ms
▪ Accuracy: < ±0,2 % FS* ±1 Digit
Interfaces
▪ USB device: Online transmission between unit and
PC via PPC-Soft-plus (software)
Measured value transmission: ACT/MIN/MAX, min. 5 ms
USB standard: 2.0, fullspeed
Push-in connection: Micro USB socket, shielded, type A
▪ USB host: Connection for USB stick, max. 4 GB
USB standard: 2.0, fullspeed, max. 100 mA
Push-on connection: Micro USB socket, shielded, type B
Protection Rating
▪ IP 54 protection rating: Dust protected and protected
against splashing water
▪ (CAN version)
IP 64 protection rating: Dust tight and protected against
splashing water
Software
A PC set, consisting of a USB connection lead, length 1 m /
3.28 ft and the corresponding PC software, is included in the scope of delivery.
General Information
Hydraulic Testers PPC-04-plus / PPC-04-plus-CAN
The PPC-04-plus and PPC-04-plus-CAN Hydraulic Testers have been developed for the growing demands in mobile and industrial hydraulic systems. They are perfectly suited for the precise determination of pressure, temperature, volume flow and rotational speed.
Versions
PPC-04-plus
▪ Analogue version
▪ Max. two analogue sensors can be connected at the same time
PPC-04-plus-CAN
▪ CAN version
▪ With CAN interface, max three digital sensors can be connected at the same time
▪ Max. CAN bus length: 50 m / 164 ft
Features
▪ Multi-line, backlit LCD display
▪ Integrated data memory for 15000 data records
▪ External storage by using a USB memory stick
▪ Calibration certificate on request
(only available for the analogue version)
▪ CE certified
Technical Data
Materials
▪ Housing made of ABS in a rubber protective
Dimensions and Weight
▪ WxDxH: 96 x 172 x 54 mm / 3.78 x 6.77 x 2.13 in
▪ Weight: ca. 540 g / 1.19 lbs
Measurements / Display
▪ Pressure: in bar, PSI, mbar, kPa, MPa
▪ Temperature: in °C and °F
▪ Volume flow: in l/min and US GPM
▪ Volume flow: in l/min and US GPM
▪ Rotational speed: in 1/min and RPM
▪ Display: FSTN-LCD, graphic, LED backlit
▪ Visible area: 62 x 62 mm / 2.44 x 2.44 in
▪ Resolution: 130 x 130 Pixel
Power Supply
▪ External: Micro USB socket, type B +5V DC,
max. 1000 mA
▪ Battery: Lithium Ion pack
3,7 V DC / 2250 mAh or
3,7 V DC / 4500 mAh CAN version
▪ Operating time with the rechargeable battery:
approx. 8 hours
Sensor Inputs
▪ Push-in connection: 5-pol., push-pull or 5-pol.,
M12x1, SPEEDCON, connector (CAN version)
▪ Automatic sensor recognition
▪ Sampling rate: 1 ms
▪ Accuracy: < ±0,2 % FS* ±1 Digit
Interfaces
▪ USB device: Online transmission between unit and
PC via PPC-Soft-plus (software)
Measured value transmission: ACT/MIN/MAX, min. 5 ms
USB standard: 2.0, fullspeed
Push-in connection: Micro USB socket, shielded, type A
▪ USB host: Connection for USB stick, max. 4 GB
USB standard: 2.0, fullspeed, max. 100 mA
Push-on connection: Micro USB socket, shielded, type B
Protection Rating
▪ IP 54 protection rating: Dust protected and protected
against splashing water
▪ (CAN version)
IP 64 protection rating: Dust tight and protected against
splashing water
Software
A PC set, consisting of a USB connection lead, length 1 m /
3.28 ft and the corresponding PC software, is included in the scope of delivery.
General Information
Hydraulic Testers PPC-06-plus / PPC-08-plus
The PPC-06/08-plus Hydraulic Testers have been especially developed for the growing demands of system monitoring and troubleshooting in hydraulic and pneumatic systems.
Versions
PPC-06-plus
▪ With 3 sensor inputs
PPC-08-plus
▪ With 4 sensor inputs
Features
▪ Automatic sensor recognition
▪ Larger data memory for up to 1000000 measuring
value points and 240000 curve memory points
▪ Possible to record MIN-/MAX values over long periods
▪ Internal trigger function
▪ External trigger function
▪ Online data transmission
▪ Display lighting
▪ Programming by PC and notebook
▪ Integrated USB interface
▪ CE certified
▪ Calibration certificate on request
Technical Data
Materials
▪ Housing made of fibreglass-reinforced PA
Dimensions and Weight
▪ WxHxD: 106 x 235 x 53 mm / 4.17 x 9.25 x 2.09 in
▪ Weight: 530 g / 1.17 lbs
Measurements / Display
▪ Pressure: in bar, PSI, mbar, kPa, MPa
▪ Temperature: in °C and °F
▪ Volumen flow: in l/min and US GPM
▪ Rotational speed: in 1/min and RPM
▪ Digital LCD display: 128 x 64 Pixel
▪ Visible area: 72 x 40 mm / 2.84 x 1.58 in
▪ Automatic numeral height adjustment
Numeral height: 6 mm / .24 in with eight-line display
▪ Data output for connection to neotebook or PC
▪ 12-key membrane keyboard
▪ Electromagnetic compatibility (EMC):
Emitted interference: DIN EN 50081, Part 1
Interference immunity: DIN EN 50082, Part 2
▪ Auto power off (after 20 minutes)
▪ Battery charge display
Measured Data Memory
▪ Variable memory interval (1 ms ... 10 s) or
variable memory time (2 s ... 100 h)
▪ Manual and automatic triggering
Power Supply
▪ Power Supply 110/230 V AC (50/60 Hz)
▪ Rechargeable battery charging unit
▪ Internal nickel metal hydride (NiMh) battery
7,2 V / 700 mAh
▪ Operating time with the rechargeable battery:
approx. 8 hours
Sensor Inputs (5-Pin)
▪ Input signal: 0 ... 3 V DC (R = 470 kΩ)
▪ Frequency range: 0,5 Hz ... 30 kHz
▪ Automatic sensor detection
▪ Sampling rate: 1 ms
▪ Accuracy: < ±0,25 % FS*
Data Output
▪ Integrated USB port (USB 2.0)
▪ Online data transmission to a PC
Speed individually eligible (5 ms ... 60 s)
Protection Rating
▪ IP 54 protection rating: Dust protected and protected
against splashing water
Software
A PC set, consisting of a USB connection lead, length
1,5 m / 4.9 ft and the corresponding PC software, is
included in the scope of delivery.
General Information
Hydraulic Testers PPC-06-plus / PPC-08-plus
The PPC-06/08-plus Hydraulic Testers have been especially developed for the growing demands of system monitoring and troubleshooting in hydraulic and pneumatic systems.
Versions
PPC-06-plus
▪ With 3 sensor inputs
PPC-08-plus
▪ With 4 sensor inputs
Features
▪ Automatic sensor recognition
▪ Larger data memory for up to 1000000 measuring
value points and 240000 curve memory points
▪ Possible to record MIN-/MAX values over long periods
▪ Internal trigger function
▪ External trigger function
▪ Online data transmission
▪ Display lighting
▪ Programming by PC and notebook
▪ Integrated USB interface
▪ CE certified
▪ Calibration certificate on request
Technical Data
Materials
▪ Housing made of fibreglass-reinforced PA
Dimensions and Weight
▪ WxHxD: 106 x 235 x 53 mm / 4.17 x 9.25 x 2.09 in
▪ Weight: 530 g / 1.17 lbs
Measurements / Display
▪ Pressure: in bar, PSI, mbar, kPa, MPa
▪ Temperature: in °C and °F
▪ Volumen flow: in l/min and US GPM
▪ Rotational speed: in 1/min and RPM
▪ Digital LCD display: 128 x 64 Pixel
▪ Visible area: 72 x 40 mm / 2.84 x 1.58 in
▪ Automatic numeral height adjustment
Numeral height: 6 mm / .24 in with eight-line display
▪ Data output for connection to neotebook or PC
▪ 12-key membrane keyboard
▪ Electromagnetic compatibility (EMC):
Emitted interference: DIN EN 50081, Part 1
Interference immunity: DIN EN 50082, Part 2
▪ Auto power off (after 20 minutes)
▪ Battery charge display
Measured Data Memory
▪ Variable memory interval (1 ms ... 10 s) or
variable memory time (2 s ... 100 h)
▪ Manual and automatic triggering
Power Supply
▪ Power Supply 110/230 V AC (50/60 Hz)
▪ Rechargeable battery charging unit
▪ Internal nickel metal hydride (NiMh) battery
7,2 V / 700 mAh
▪ Operating time with the rechargeable battery:
approx. 8 hours
Sensor Inputs (5-Pin)
▪ Input signal: 0 ... 3 V DC (R = 470 kΩ)
▪ Frequency range: 0,5 Hz ... 30 kHz
▪ Automatic sensor detection
▪ Sampling rate: 1 ms
▪ Accuracy: < ±0,25 % FS*
Data Output
▪ Integrated USB port (USB 2.0)
▪ Online data transmission to a PC
Speed individually eligible (5 ms ... 60 s)
Protection Rating
▪ IP 54 protection rating: Dust protected and protected
against splashing water
Software
A PC set, consisting of a USB connection lead, length
1,5 m / 4.9 ft and the corresponding PC software, is
included in the scope of delivery.
General Information
Hydraulic Testers PPC-Pad
The PPC Pad is the highest-performance unit of the PPC series. This portable multi-function hand-held measuring instrument has been especially developed for the increasing fluid technology requirements. STAUFF‘s CAN bus sensors take advantage of the bus system‘s automatic sensor recognition to provide an easy-to-install Plug & Play solution. The measured values can be displayed in various presentation styles and make effective solutions-orientated analysis possible.
Features
▪ Portable multi-function hand-held measuring instrument
▪ Pressure, temperature, flow and speed can be measured,
monitored and analysed
▪ Measurement and display of over 50 channels
▪ Measured value display: numerical, bar graph, pointer,
curve graph
▪ Project templates can be saved and loaded
▪ Interfaces: CAN, LAN, USB
▪ Total memory with up to 1 billion measured values
▪ Measured data can be (automatically) recorded, saved and
analysed with the PPC-Soft-plus PC software and a LAN or
USB connection
▪ Max. CAN bus length: 100 m / 328 ft
▪ Calibration certificate on request
(only for PPC-Pad-102/-103)
Technical Data
Materials
▪ Housing: ABS/PC (Thermoplastic)
▪ Protective Sleeve: TPE (Thermoplastic Elastomer)
Dimensions and Weight
▪ WxHxD: 257 x 181 x 75 mm / 10.12 x 7.13 x 2.95 in
▪ Weight: 1550 g / 3.4 lbs (basic model)
Display
▪ FT-LCD colour graphic display
▪ Visible area: 115 x 86 mm/ 4.53 x 3.39 in
▪ Resolution: 640 x 480 Pixel
Functions
▪ Measurement: ACT/MIN/MAX values
▪ Measured value display: Numerical, bar graph,
pointer, curve graph
▪ Measuring functions: Start/stop, points, trigger
▪ Trigger: Slope, manual, level, window, time, logic
(interconnection of up to two events for the
measurement start and stop)
▪ Pre-trigger
▪ Remote operation via the Ethernet
▪ Acoustic notification at any incident
Measured Data Memory
▪ For storing measured values, project data and screenshots
▪ Memory capacity: ≤4 million measured values per
measurement
Total measured value memory >1 billion measued values
▪ Memory format: ACT/MIN/MAX
▪ Memory interval: 1 ms to 24 h
▪ Memory duration: 1 ms to 300 h (trigger measurement)
▪ Internal: 64 MB (approx. 32 million measured values)
▪ External SD memory: MicroSD memory card incl. in
standard shipment
Slot: MicroSD memory card
▪ External USB mass memory device: up to 40 GB
Inputs / Outputs
▪ CAN sensor inputs: 2 CAN bus networks each with
8 sensors and max. 16 channels (for STAUFF CAN bus
sensors)
Scanning rate: 1 ms = 1000 measured values/sec.
M12x1 push-in connector, 5-pin with SPEEDCON
▪ 1 digital trigger input: Scanning rate: 1 ms
Input impedance: 1 kΩ
Active high: >+7 … +24 V DC
Active low: <1 V DC isolated
▪ 1 digital trigger output: Scanning rate: 1 ms
Max.switching signal: +24 V DC/max. 20 mA isolated
▪ Push-in connector for digital input and output:
M8 x 1 / 4-pin, push-in connector
Power Supply
▪ Internal: Lithium Ion pack, +7.4 V DC / 4500 mAh
Battery charging circuit/operating time with 3 CAN
sensors: > 8 h
Protection Rating
▪ IP64: Dust tight and protected against splashing water
Technical Data (for PPC-Pad-102 and 103)
Input with Sensor Recognition
▪ 3 or 6 sensor inputs (up to 6 or 12 analogue measurement
channels) with sensor recognition (p/T/Q/n) for PPC
sensors
▪ Push-in connection: 5-pin, push-pull, combination
panel plug/socket
▪ Scanning rate: 1 ms = 1000 measured values/sec.
▪ For the combined Pressure/Temperature Sensor,
there is an additional temperature channel for each sensor
input
▪ Temperature scanning: 1 s
Inputs for Auxiliary Sensors
▪ 2 analogue sensor inputs: for measuring current and
voltage
Scanning rate: 1 ms = 1000 measured values/sec.
Voltage measuring range:
-10 … +10 V DC (freely configurable)
Current measuring range: 0/4…20 mA
Supply external sensors: +18 … +24 V DC/max. 100 mA
Push-in connection: M12x1, 5-pin socket
▪ FAST mode: Scanning rate: 0.1 ms = 10000
measured values/sec. only one auxiliary sensor input
is useable
Accuracy
▪ +0,02 % per °C
General Information
Temperature Sensor PPC-04/12-T
▪ Screw-in version, measures current temperatures directly in the pipeline
▪ Rod-type version (-TSH), especially designed to determine the media temperatures in tanks and containers
▪ 5-pin connection
▪ Input signal: 0 ...3 V DC
▪ Output signal: 7 ...12 V DC
CAN Temperature Sensor PPC-CAN-T
▪ CAN version
▪ Indication of the sensor status via LED
▪ 5-pin SPEEDCON connection plug
▪ CANopen protocol profile DS301, Typ 2.0A with manufacturer-specific additions
▪ LSS service DS305 v2.0
▪ Output signal: CAN bus
Technical Data
▪ Measurement medium: liquids (consult STAUFF
for use with aggressive media
▪ Calibration certificate on request
Materials
▪ Housing (T): Stainless Steel
▪ Gaskets (T): FPM (Viton®)
▪ Rod (TSH): Stainless Steel 1.4304
▪ Handle (TSH): Delrin
Weight
▪ T (M10x1): 70 g / .15 lbs
▪ T (G1/4): 55 g / .12 lbs
▪ TSH: 120 g / .26 lbs
Connection:
▪ a) STAUFF Test connection SGV-16S-G-C6F in the
pipeline (only M10x1)
▪ b) Screw-in thread (T): M10 x 1 or G1/4
▪ c) Screw-in thread (TSH): M10
Ambient Conditions (Screw-in Version)
▪ Media temperature: -40 °C ... +150 °C / -40 °F ... +257 °F
▪ Ambient temperature: -40 °C ... +85 °C / -40 °F ... +185 °F
▪ Storage temperature: -40 °C ... +85 °C / -40 °F ... +185 °F
Ambient Conditions (Rod-type Version)
▪ Media temperature: -25 °C ... +150 °C / -13 °F ... +257 °F
▪ Ambient temperature: -25 °C ... +70 °C / -13 °F ... +158 °F
▪ Storage temperature: -25 °C ... +80 °C / -13 °F ... +176 °F
Measuring Range
▪ Measuring Range (T): -40 °C ... +125 °C / -40 °F ... +302 °F
▪ Measuring Range (TSH): -25 °C ... +125 °C / -13 °F ... +257 °F
▪ Operating pressure (T): 630 bar / 9137 PSI
▪ Maximum pressure (T): 800 bar / 11603 PSI
▪ Burst pressure (T): 2150 bar / 31183 PSI
▪ Accuracy: ±1 % FS
▪ Accuracy (CAN): ±0,66 % FS
Accessories
▪ Temperature Sensor:
A PPC-04/12-CAB3 (3 m / 9.84 ft) Connection Cable is
needed to connect the sensor to the current Hydraulic
Testers.
A PPC-04/12-CAB5-EXT (5 m / 16.40 ft) Extension Cable
is also available as an option.
▪ PPC-04/12-T-M02 with SGV-16S-C6F
Temperature Sensor with STAUFF Test connection
SGV-16S-G-C6F in the pipeline
General Information
Pressure Sensor PPC-04/12-P
▪ Analogue version
▪ 5-pin connection
▪ Can be used with all analogue Hydraulic Testers of the PPC series
▪ Input voltage: 9 ... 36 V DC
▪ Output signal: 0 ... 3 V DC
CAN Pressure Sensor PPC-CAN-P
▪ CAN version
▪ Indication of the sensor status via LED
▪ 5-pin SPEEDCON connection plug
▪ CANopen protocol profile DS406 v3.2 with manufacturer-specific additions
▪ LSS service DS305 v2.0
Technical Data
▪ Sturdy Stainless Steel housing (1.4301)
▪ FPM (Viton®) gasket
▪ Weight: 85 g / .19 lbs
▪ Suitable for gases and liquids (in the case of aggressive
media, only after consultation)
▪ Accuracy (±0,25% FS* typ.)
▪ Automatic sensor recognition
▪ Process Connection G1/4 (without adaptor)
▪ Calibration certificate on request
Ambient Conditions
▪ Media temperature: -25 °C ... +105 °C /-13 °F ... +221 °F
▪ Ambient temperature: -25 °C ... +85 °C / -13 °F ... +185 °F
▪ Storage temperature: -25 °C ... +85 °C / -13 °F ... +185 °F
▪ Load cycles (106): 100
Electrical Data
▪ Response time: 1 ms
▪ Long-term stability: < 0,2 % FS* /a
▪ Vibration loading: acc. to IEC 60068-2-6 (20g)
▪ Shock loading: acc. to IEC 60068-2-27 (50g)
Connection Adaptors for PPC Sensors
In addition to the Pressure Sensors (analogue and CAN version), different adaptors and adaptor sets are available that not only connect to the STAUFF Test 20 (SDA20-G1/4-C6F), but also to the Test Couplings of the STAUFF Test 15/12/10 series (SAD20/15-P-C6F, SAD20/12-P-C6F, SAD20/10-P-C6F).
Accessories
▪ Pressure Sensor (analogue): A PPC-04/12-CAB3
(3 m / 9.84 ft) Connection Cable is needed to connect
the sensor to the current Hydraulic Testers.
A PPC-04/12-CAB5-EXT (5 m / 16.40 ft) Extension
Cable is also available as an option.
▪ CAN Pressure Sensor: Connecting the CAN sensor to
the CAN Hydraulic Tester a CAN Connection Cable and a
CAN Terminating Resistor is needed.
General Information
Pressure Sensor PPC-04/12-P
▪ Analogue version
▪ 5-pin connection
▪ Can be used with all analogue Hydraulic Testers of the PPC series
▪ Input voltage: 9 ... 36 V DC
▪ Output signal: 0 ... 3 V DC
CAN Pressure Sensor PPC-CAN-P
▪ CAN version
▪ Indication of the sensor status via LED
▪ 5-pin SPEEDCON connection plug
▪ CANopen protocol profile DS406 v3.2 with manufacturer-specific additions
▪ LSS service DS305 v2.0
Technical Data
▪ Sturdy Stainless Steel housing (1.4301)
▪ FPM (Viton®) gasket
▪ Weight: 85 g / .19 lbs
▪ Suitable for gases and liquids (in the case of aggressive
media, only after consultation)
▪ Accuracy (±0,25% FS* typ.)
▪ Automatic sensor recognition
▪ Process Connection G1/4 (without adaptor)
▪ Calibration certificate on request
Ambient Conditions
▪ Media temperature: -25 °C ... +105 °C /-13 °F ... +221 °F
▪ Ambient temperature: -25 °C ... +85 °C / -13 °F ... +185 °F
▪ Storage temperature: -25 °C ... +85 °C / -13 °F ... +185 °F
▪ Load cycles (106): 100
Electrical Data
▪ Response time: 1 ms
▪ Long-term stability: < 0,2 % FS* /a
▪ Vibration loading: acc. to IEC 60068-2-6 (20g)
▪ Shock loading: acc. to IEC 60068-2-27 (50g)
Connection Adaptors for PPC Sensors
In addition to the Pressure Sensors (analogue and CAN version), different adaptors and adaptor sets are available that not only connect to the STAUFF Test 20 (SDA20-G1/4-C6F), but also to the Test Couplings of the STAUFF Test 15/12/10 series (SAD20/15-P-C6F, SAD20/12-P-C6F, SAD20/10-P-C6F).
Accessories
▪ Pressure Sensor (analogue): A PPC-04/12-CAB3
(3 m / 9.84 ft) Connection Cable is needed to connect
the sensor to the current Hydraulic Testers.
A PPC-04/12-CAB5-EXT (5 m / 16.40 ft) Extension
Cable is also available as an option.
▪ CAN Pressure Sensor: Connecting the CAN sensor to
the CAN Hydraulic Tester a CAN Connection Cable and a
CAN Terminating Resistor is needed.
General Information
Pressure/ Temperature Sensor PPC-04/12-PT
▪ Analogue version
▪ 5-pin connection
▪ Can be used with all analogue Hydraulic Testers of the PPC series
▪ Input voltage: 7 ... 12 V DC
▪ Output signal: 0 ... 3 V DC
CAN Pressure / Temperature Sensor PPC-CAN-PT
▪ CAN version
▪ Indication of the sensor status via LED
▪ 5-pin SPEEDCON connection plug
▪ CANopen protocol profile DS406 v3.2 with manufacturer-specific additions
▪ LSS service DS305 v2.0
Technical Data
▪ Sturdy Stainless Steel housing (1.4301)
▪ FPM (Viton®) gasket
▪ Weight: 200 g / .44 lbs
▪ Suitable for gases and liquids (in the case of aggressive
media, only after consultation)
▪ Accuracy (±0,25% FS* typ.)
▪ Automatic sensor recognition
▪ Pressure connection G1/2 (without adaptor)
▪ Calibration certificate on request
Ambient Conditions
▪ Media temperature: -25 °C ... +105 °C /-13 °F ... +221 °F
▪ Ambient temperature: -25 °C ... +85 °C / -13 °F ... +185 °F
▪ Storage temperature: -25 °C ... +85 °C / -13 °F ... +185 °F
▪ Compensated range: 0 °C ... +85 °C / +32 °F ... +285 °F
▪ Load cycles (106): 100
Electrical Data
▪ Response time: 1 ms
▪ Vibration loading: acc. to IEC 60068-2-6 (20g)
▪ Shock loading: acc. to IEC 60068-2-27 (50g)
Connection Adaptors for PPC Sensors
In addition to the Pressure/ Temperature Sensors (analogue and CAN version), different adaptors and adaptor sets are available that not only connect to the STAUFF Test 20 (SDA20-G1/4-C6F), but also to the Test Couplings of the STAUFF Test 15/12/10 series (SAD20/15-P-C6F, SAD20/12-P-C6F, SAD20/10-P-C6F).
Accessories
▪ Pressure/ Temperature Sensor (analogue):
A PPC-04/12-CAB3 (3 m / 9.84 ft) Connection Cable is
needed to connect the sensor to the current Hydraulic
Testers.
A PPC-04/12-CAB5-EXT (5 m / 16.40 ft) Extension Cable
is also available as an option.
▪ CAN Pressure/ Temperature Sensor:
Connecting the CAN sensor to the CAN Hydraulic Tester
a CAN Connection Cable and a CAN Terminating Resistor
is needed.
General Information
Pressure/ Temperature Sensor PPC-04/12-PT
▪ Analogue version
▪ 5-pin connection
▪ Can be used with all analogue Hydraulic Testers of the PPC series
▪ Input voltage: 7 ... 12 V DC
▪ Output signal: 0 ... 3 V DC
CAN Pressure / Temperature Sensor PPC-CAN-PT
▪ CAN version
▪ Indication of the sensor status via LED
▪ 5-pin SPEEDCON connection plug
▪ CANopen protocol profile DS406 v3.2 with manufacturer-specific additions
▪ LSS service DS305 v2.0
Technical Data
▪ Sturdy Stainless Steel housing (1.4301)
▪ FPM (Viton®) gasket
▪ Weight: 200 g / .44 lbs
▪ Suitable for gases and liquids (in the case of aggressive
media, only after consultation)
▪ Accuracy (±0,25% FS* typ.)
▪ Automatic sensor recognition
▪ Pressure connection G1/2 (without adaptor)
▪ Calibration certificate on request
Ambient Conditions
▪ Media temperature: -25 °C ... +105 °C /-13 °F ... +221 °F
▪ Ambient temperature: -25 °C ... +85 °C / -13 °F ... +185 °F
▪ Storage temperature: -25 °C ... +85 °C / -13 °F ... +185 °F
▪ Compensated range: 0 °C ... +85 °C / +32 °F ... +285 °F
▪ Load cycles (106): 100
Electrical Data
▪ Response time: 1 ms
▪ Vibration loading: acc. to IEC 60068-2-6 (20g)
▪ Shock loading: acc. to IEC 60068-2-27 (50g)
Connection Adaptors for PPC Sensors
In addition to the Pressure/ Temperature Sensors (analogue and CAN version), different adaptors and adaptor sets are available that not only connect to the STAUFF Test 20 (SDA20-G1/4-C6F), but also to the Test Couplings of the STAUFF Test 15/12/10 series (SAD20/15-P-C6F, SAD20/12-P-C6F, SAD20/10-P-C6F).
Accessories
▪ Pressure/ Temperature Sensor (analogue):
A PPC-04/12-CAB3 (3 m / 9.84 ft) Connection Cable is
needed to connect the sensor to the current Hydraulic
Testers.
A PPC-04/12-CAB5-EXT (5 m / 16.40 ft) Extension Cable
is also available as an option.
▪ CAN Pressure/ Temperature Sensor:
Connecting the CAN sensor to the CAN Hydraulic Tester
a CAN Connection Cable and a CAN Terminating Resistor
is needed.
General Information
Flow Turbine PPC-04/12-SFM
▪ Analogue version
▪ 5-pin connection
▪ Can be used with all analogue Hydraulic Testers of the PPC series
CAN Flow Turbine PPC-CAN-SFM
▪ CAN version
▪ 5-pin SPEEDCON connection plug
Technical Data
▪ Housing: Aluminium (black anodised)
▪ Gaskets: FPM (Viton®)
▪ Accuracy (at 21 cSt): ±1 (% FS*) or
±1 (% of the displayed value)
▪ Pressure measurement connection: SMK20 (M16 x 2)
▪ Temperature measurement connection: M10 x 1
(standard screw plug)
▪ Calibration certificate on request
▪ UNF version on request
Ambient Conditions
▪ Media temperature: -20 °C ... +90 °C / -4 °F ... +194 °F
▪ Ambient temperature: -10 °C ... +50 °C / +14 °F ... +122 °F
▪ Storage temperature: -20 °C ... +80 °C / -4 °F ... +176 °F
▪ Permissible particle size: < 10 Micron for SFM-015
< 25 Micron for others
▪ Viscosity range: 10 ... 100 cSt
Electrical Data
▪ Response time: 50 ms
Accessories
▪ Flow Turbine (analogue):
A PPC-04/12-CAB3 (3 m / 9.84 ft) Connection Cable is
needed to connect the sensor to the current Hydraulic
Testers.
A PPC-04/12-CAB5-EXT (5 m / 16.40 ft) Extension Cable
is also available as an option.
▪ CAN Flow Turbine:
Connecting the CAN sensor to the CAN Hydraulic Tester
a CAN Connection Cable and a CAN Terminating Resistor
is needed.
General Information
Flow Turbine PPC-04/12-SFM
▪ Analogue version
▪ 5-pin connection
▪ Can be used with all analogue Hydraulic Testers of the PPC series
CAN Flow Turbine PPC-CAN-SFM
▪ CAN version
▪ 5-pin SPEEDCON connection plug
Technical Data
▪ Housing: Aluminium (black anodised)
▪ Gaskets: FPM (Viton®)
▪ Accuracy (at 21 cSt): ±1 (% FS*) or
±1 (% of the displayed value)
▪ Pressure measurement connection: SMK20 (M16 x 2)
▪ Temperature measurement connection: M10 x 1
(standard screw plug)
▪ Calibration certificate on request
▪ UNF version on request
Ambient Conditions
▪ Media temperature: -20 °C ... +90 °C / -4 °F ... +194 °F
▪ Ambient temperature: -10 °C ... +50 °C / +14 °F ... +122 °F
▪ Storage temperature: -20 °C ... +80 °C / -4 °F ... +176 °F
▪ Permissible particle size: < 10 Micron for SFM-015
< 25 Micron for others
▪ Viscosity range: 10 ... 100 cSt
Electrical Data
▪ Response time: 50 ms
Accessories
▪ Flow Turbine (analogue):
A PPC-04/12-CAB3 (3 m / 9.84 ft) Connection Cable is
needed to connect the sensor to the current Hydraulic
Testers.
A PPC-04/12-CAB5-EXT (5 m / 16.40 ft) Extension Cable
is also available as an option.
▪ CAN Flow Turbine:
Connecting the CAN sensor to the CAN Hydraulic Tester
a CAN Connection Cable and a CAN Terminating Resistor
is needed.
General Information
Temperature Sensor PPC-04/12-T
▪ Screw-in version, measures current temperatures directly in the pipeline
▪ Rod-type version (-TSH), especially designed to determine the media temperatures in tanks and containers
▪ 5-pin connection
▪ Input signal: 0 ...3 V DC
▪ Output signal: 7 ...12 V DC
CAN Temperature Sensor PPC-CAN-T
▪ CAN version
▪ Indication of the sensor status via LED
▪ 5-pin SPEEDCON connection plug
▪ CANopen protocol profile DS301, Typ 2.0A with manufacturer-specific additions
▪ LSS service DS305 v2.0
▪ Output signal: CAN bus
Technical Data
▪ Measurement medium: liquids (consult STAUFF
for use with aggressive media
▪ Calibration certificate on request
Materials
▪ Housing (T): Stainless Steel
▪ Gaskets (T): FPM (Viton®)
▪ Rod (TSH): Stainless Steel 1.4304
▪ Handle (TSH): Delrin
Weight
▪ T (M10x1): 70 g / .15 lbs
▪ T (G1/4): 55 g / .12 lbs
▪ TSH: 120 g / .26 lbs
Connection:
▪ a) STAUFF Test connection SGV-16S-G-C6F in the
pipeline (only M10x1)
▪ b) Screw-in thread (T): M10 x 1 or G1/4
▪ c) Screw-in thread (TSH): M10
Ambient Conditions (Screw-in Version)
▪ Media temperature: -40 °C ... +150 °C / -40 °F ... +257 °F
▪ Ambient temperature: -40 °C ... +85 °C / -40 °F ... +185 °F
▪ Storage temperature: -40 °C ... +85 °C / -40 °F ... +185 °F
Ambient Conditions (Rod-type Version)
▪ Media temperature: -25 °C ... +150 °C / -13 °F ... +257 °F
▪ Ambient temperature: -25 °C ... +70 °C / -13 °F ... +158 °F
▪ Storage temperature: -25 °C ... +80 °C / -13 °F ... +176 °F
Measuring Range
▪ Measuring Range (T): -40 °C ... +125 °C / -40 °F ... +302 °F
▪ Measuring Range (TSH): -25 °C ... +125 °C / -13 °F ... +257 °F
▪ Operating pressure (T): 630 bar / 9137 PSI
▪ Maximum pressure (T): 800 bar / 11603 PSI
▪ Burst pressure (T): 2150 bar / 31183 PSI
▪ Accuracy: ±1 % FS
▪ Accuracy (CAN): ±0,66 % FS
Accessories
▪ Temperature Sensor:
A PPC-04/12-CAB3 (3 m / 9.84 ft) Connection Cable is
needed to connect the sensor to the current Hydraulic
Testers.
A PPC-04/12-CAB5-EXT (5 m / 16.40 ft) Extension Cable
is also available as an option.
▪ PPC-04/12-T-M02 with SGV-16S-C6F
Temperature Sensor with STAUFF Test connection
SGV-16S-G-C6F in the pipeline
General Information
Laser Particel Counters LasPaC II
Fluid analysis is a crucial component of any oil management program. Early detection of potential problems can prevent costly repairs and downtime. The LasPaC II makes it possible to detect the ISO Cleanness levels of the hydraulic media. The LasPaC II is available in three different versions.
Features
▪ Compact and Convenient
▪ Twin-laser, 100% Coverage
▪ Integrated Clock
▪ Adaptable - Software Updates
▪ Electric operated flush valve
▪ option of adding an integral
moisture / temperature sensor
Technical Data
Power Supply
▪ Voltage range: 110 ... 240 V, AC 12 ... 24 V DC
▪ European, UK and US power plug adaptors included
Pressure / Viscosity
▪ Pressure range: 2 ... 400 bar / 29 ... 5801 PSI
▪ Viscosity range up to 400 cSt
Calibration
▪ ISO Medium Test Dust (MTD) acc. to ISO 11 171:1999
▪ Analysis range: ISO 8-24, ISO 4406 Code,
NAS 1638 Code 2-12, SAE AS 4059 Code 2-12
Laser Sensors
▪ High accuracy laser: 4 ... 6 μm(c)
▪ Standard accuracy laser: 6 ... 68 μm(c)
▪ Measured channels: 4, 6, 14, 21, 25, 38, 50, 68 μm(c)
▪ The maximum concentration is ISO 4406 Code 24
(160.000 p/ml)
Hose Connections
▪ Test coupling STAUFF Test 20 or comparable
Sample Volume
▪ 8 ml (short), 15 ml (normal), 30 ml (dynamic),
24 ml (bottle sampler), 15 ml (continuous)
Data Output
▪ Cumulative particle counts, as well as cleanliness
classes acc. to ISO 4406 (1999) / SAE AS 4059 Rev.D
(2001) and ISO 4406 (1191) / NAS 1638 (1964)
Data Storage
▪ 600 tests
Fluid Compatibility
▪ Mineral Oil, Petroleum based fluids
▪ Phosphate Ester and Water Glycol compatible devices
on request
Computer Interface
▪ RS-232 communication port as standard
▪ USB adaptors included
External Alarm
▪ External alarm socket with switching outputs
max. 24 V DC/AC, 1 A
Software
▪ Downloading and storage of the data with
included “LasPaC II View” software.
General Information
Laser Particel Counters LasPaC II
Fluid analysis is a crucial component of any oil management program. Early detection of potential problems can prevent costly repairs and downtime. The LasPaC II makes it possible to detect the ISO Cleanness levels of the hydraulic media. The LasPaC II is available in three different versions.
Features
▪ Compact and Convenient
▪ Twin-laser, 100% Coverage
▪ Integrated Clock
▪ Adaptable - Software Updates
▪ Electric operated flush valve
▪ option of adding an integral
moisture / temperature sensor
Technical Data
Power Supply
▪ Voltage range: 110 ... 240 V, AC 12 ... 24 V DC
▪ European, UK and US power plug adaptors included
Pressure / Viscosity
▪ Pressure range: 2 ... 400 bar / 29 ... 5801 PSI
▪ Viscosity range up to 400 cSt
Calibration
▪ ISO Medium Test Dust (MTD) acc. to ISO 11 171:1999
▪ Analysis range: ISO 8-24, ISO 4406 Code,
NAS 1638 Code 2-12, SAE AS 4059 Code 2-12
Laser Sensors
▪ High accuracy laser: 4 ... 6 μm(c)
▪ Standard accuracy laser: 6 ... 68 μm(c)
▪ Measured channels: 4, 6, 14, 21, 25, 38, 50, 68 μm(c)
▪ The maximum concentration is ISO 4406 Code 24
(160.000 p/ml)
Hose Connections
▪ Test coupling STAUFF Test 20 or comparable
Sample Volume
▪ 8 ml (short), 15 ml (normal), 30 ml (dynamic),
24 ml (bottle sampler), 15 ml (continuous)
Data Output
▪ Cumulative particle counts, as well as cleanliness
classes acc. to ISO 4406 (1999) / SAE AS 4059 Rev.D
(2001) and ISO 4406 (1191) / NAS 1638 (1964)
Data Storage
▪ 600 tests
Fluid Compatibility
▪ Mineral Oil, Petroleum based fluids
▪ Phosphate Ester and Water Glycol compatible devices
on request
Computer Interface
▪ RS-232 communication port as standard
▪ USB adaptors included
External Alarm
▪ External alarm socket with switching outputs
max. 24 V DC/AC, 1 A
Software
▪ Downloading and storage of the data with
included “LasPaC II View” software.
General Information
Laser Particel Counters LasPaC II
Fluid analysis is a crucial component of any oil management program. Early detection of potential problems can prevent costly repairs and downtime. The LasPaC II makes it possible to detect the ISO Cleanness levels of the hydraulic media. The LasPaC II is available in three different versions.
Features
▪ Compact and Convenient
▪ Twin-laser, 100% Coverage
▪ Integrated Clock
▪ Adaptable - Software Updates
▪ Electric operated flush valve
▪ option of adding an integral
moisture / temperature sensor
Technical Data
Power Supply
▪ Voltage range: 110 ... 240 V, AC 12 ... 24 V DC
▪ European, UK and US power plug adaptors included
Pressure / Viscosity
▪ Pressure range: 2 ... 400 bar / 29 ... 5801 PSI
▪ Viscosity range up to 400 cSt
Calibration
▪ ISO Medium Test Dust (MTD) acc. to ISO 11 171:1999
▪ Analysis range: ISO 8-24, ISO 4406 Code,
NAS 1638 Code 2-12, SAE AS 4059 Code 2-12
Laser Sensors
▪ High accuracy laser: 4 ... 6 μm(c)
▪ Standard accuracy laser: 6 ... 68 μm(c)
▪ Measured channels: 4, 6, 14, 21, 25, 38, 50, 68 μm(c)
▪ The maximum concentration is ISO 4406 Code 24
(160.000 p/ml)
Hose Connections
▪ Test coupling STAUFF Test 20 or comparable
Sample Volume
▪ 8 ml (short), 15 ml (normal), 30 ml (dynamic),
24 ml (bottle sampler), 15 ml (continuous)
Data Output
▪ Cumulative particle counts, as well as cleanliness
classes acc. to ISO 4406 (1999) / SAE AS 4059 Rev.D
(2001) and ISO 4406 (1191) / NAS 1638 (1964)
Data Storage
▪ 600 tests
Fluid Compatibility
▪ Mineral Oil, Petroleum based fluids
▪ Phosphate Ester and Water Glycol compatible devices
on request
Computer Interface
▪ RS-232 communication port as standard
▪ USB adaptors included
External Alarm
▪ External alarm socket with switching outputs
max. 24 V DC/AC, 1 A
Software
▪ Downloading and storage of the data with
included “LasPaC II View” software.
General Information
Laser Particel Counters LasPaC II
Fluid analysis is a crucial component of any oil management program. Early detection of potential problems can prevent costly repairs and downtime. The LasPaC II makes it possible to detect the ISO Cleanness levels of the hydraulic media. The LasPaC II is available in three different versions.
Features
▪ Compact and Convenient
▪ Twin-laser, 100% Coverage
▪ Integrated Clock
▪ Adaptable - Software Updates
▪ Electric operated flush valve
▪ option of adding an integral
moisture / temperature sensor
Technical Data
Power Supply
▪ Voltage range: 110 ... 240 V, AC 12 ... 24 V DC
▪ European, UK and US power plug adaptors included
Pressure / Viscosity
▪ Pressure range: 2 ... 400 bar / 29 ... 5801 PSI
▪ Viscosity range up to 400 cSt
Calibration
▪ ISO Medium Test Dust (MTD) acc. to ISO 11 171:1999
▪ Analysis range: ISO 8-24, ISO 4406 Code,
NAS 1638 Code 2-12, SAE AS 4059 Code 2-12
Laser Sensors
▪ High accuracy laser: 4 ... 6 μm(c)
▪ Standard accuracy laser: 6 ... 68 μm(c)
▪ Measured channels: 4, 6, 14, 21, 25, 38, 50, 68 μm(c)
▪ The maximum concentration is ISO 4406 Code 24
(160.000 p/ml)
Hose Connections
▪ Test coupling STAUFF Test 20 or comparable
Sample Volume
▪ 8 ml (short), 15 ml (normal), 30 ml (dynamic),
24 ml (bottle sampler), 15 ml (continuous)
Data Output
▪ Cumulative particle counts, as well as cleanliness
classes acc. to ISO 4406 (1999) / SAE AS 4059 Rev.D
(2001) and ISO 4406 (1191) / NAS 1638 (1964)
Data Storage
▪ 600 tests
Fluid Compatibility
▪ Mineral Oil, Petroleum based fluids
▪ Phosphate Ester and Water Glycol compatible devices
on request
Computer Interface
▪ RS-232 communication port as standard
▪ USB adaptors included
External Alarm
▪ External alarm socket with switching outputs
max. 24 V DC/AC, 1 A
Software
▪ Downloading and storage of the data with
included “LasPaC II View” software.
General Information
Particle Monitor LPM II
The development of STAUFF's LPM II Particle Monitor is based on the experience that has been gained using the familiar LasPaC II series analysis units. By contrast with the previous LPM I version, the LPM II Particle Monitor determines the degree of contamination of the measured fluid on eight channels and offers more precise and more complete determination of the particle size in accordance with international standards.
Versions
LPM II-D
▪ with display and keypad
LPM II-O
▪ without display and keypad
LPM II-...-ATEX2
▪ ATEX certificated (Zone 2 / Category 3G)
General Information
Flow Indicators SDM / SDMKR
Analogue flow indicators for measuring the flow rate of fluids in mobile and industrial hydraulics. The SDMKR is designed with a loading valve for the strain test of the hydraulic system to facilitate precise control of the operating pressure. In addition, this product can also be subjected to a reverse flow direction (without flow rate determination).
Features
▪ Suitable for Mineral Oil (Aluminium),
HFC Fluids and Water (Brass)
▪ Designed for in-line installation
▪ Mechanical flow measurement
▪ Controlling working pressure with a pressure
control valve (only SDMKR)
▪ Flow indication in l/min and GPM for Aluminium units,
Brass units have flow indication for Water and Oil
both in l/min
▪ Aluminium unit: Dual scale
▪ Brass unit: Single scale
▪ Thread to connect with pressure gauge (only SDM)
Technical Data
Accuracy
(at a kinematic viscosity of 28cSt):
▪ Flow: ±4 % FSD
▪ Temperature: ±2,5 °C / ±5 °F
▪ Pressure (only SDMKR): ±1.6 % FS*
▪ Temp. measuring range: +20 °C ... +110 °C /
+55 °F ... +245 °F
▪ Media temperature
permanent: +80 °C / +176 °F
temporary (<10 min.): +110 °C / +245 °F
Note: Other thread versions available on request.
Functional Principal Flow Measuring
The flow indicators SDM and SDMKR have a sharp-edged orifice and a tapered metering piston, which moves in proportion to changes of flow against a spring. In no flow condition the piston closes the opening and the pointer indicates zero. With increasing flow and differential pressure the piston moves against the calibrated spring. The piston movement is directly proportional to the flow rate and is magnetically coupled to the rotary pointer. During this function the sharp-edged orifice minimises the effects of viscosity. The flow is shown on a calibrated scale in l/min and gal/min.
Controlling Working Pressure with SDMKR
The pressure control valve of the SDMKR is directly connected to a flow-block and together with the integrated pressure gauge it allows an exact control of the working pressure in the maximum range. For protection the SDMKR has two rupture disks. At a pressure >420 bar the disks burst and the fluid is by-passed around the valve. The rupture disks (other pressure ranges on request) can be replaced easily. The SDMKR also permits flow in the reverse direction (without flow rate determination).
General Information
Laser Particel Counters LasPaC II
Fluid analysis is a crucial component of any oil management program. Early detection of potential problems can prevent costly repairs and downtime. The LasPaC II makes it possible to detect the ISO Cleanness levels of the hydraulic media. The LasPaC II is available in three different versions.
Features
▪ Compact and Convenient
▪ Twin-laser, 100% Coverage
▪ Integrated Clock
▪ Adaptable - Software Updates
▪ Electric operated flush valve
▪ option of adding an integral
moisture / temperature sensor
Technical Data
Power Supply
▪ Voltage range: 110 ... 240 V, AC 12 ... 24 V DC
▪ European, UK and US power plug adaptors included
Pressure / Viscosity
▪ Pressure range: 2 ... 400 bar / 29 ... 5801 PSI
▪ Viscosity range up to 400 cSt
Calibration
▪ ISO Medium Test Dust (MTD) acc. to ISO 11 171:1999
▪ Analysis range: ISO 8-24, ISO 4406 Code,
NAS 1638 Code 2-12, SAE AS 4059 Code 2-12
Laser Sensors
▪ High accuracy laser: 4 ... 6 μm(c)
▪ Standard accuracy laser: 6 ... 68 μm(c)
▪ Measured channels: 4, 6, 14, 21, 25, 38, 50, 68 μm(c)
▪ The maximum concentration is ISO 4406 Code 24
(160.000 p/ml)
Hose Connections
▪ Test coupling STAUFF Test 20 or comparable
Sample Volume
▪ 8 ml (short), 15 ml (normal), 30 ml (dynamic),
24 ml (bottle sampler), 15 ml (continuous)
Data Output
▪ Cumulative particle counts, as well as cleanliness
classes acc. to ISO 4406 (1999) / SAE AS 4059 Rev.D
(2001) and ISO 4406 (1191) / NAS 1638 (1964)
Data Storage
▪ 600 tests
Fluid Compatibility
▪ Mineral Oil, Petroleum based fluids
▪ Phosphate Ester and Water Glycol compatible devices
on request
Computer Interface
▪ RS-232 communication port as standard
▪ USB adaptors included
External Alarm
▪ External alarm socket with switching outputs
max. 24 V DC/AC, 1 A
Software
▪ Downloading and storage of the data with
included “LasPaC II View” software.
General Information
Rotational Speed Sensor PPC-04/12-SDS-CAB
The PPC-04/12-SDS-CAB Rotational Speed Sensor allows non-contact speed measurement of rotating components. The sensor is based on a opto-electrical measurement principle that determines the rotational speed with high-accuracy using a reflecting strip on the shaft.
The contact rotational speed measurement is obtained by using a Contact Adaptor that is mounted to the sensor, and which makes contact with the rotating component during measurement. This also produces high-accuracy measurement results. In the case of espacially small areas, using the focusing adaptor facilities measurement.
Technical Data
▪ 5-pin connection
▪ Both contacting and non-contacting measurement possible
▪ Type of measurement: optical, red LED
▪ Calibration certificate on request
Material
▪ ABS
Weight
▪ 230 g / .51 lbs
Measuring Range
▪ Measuring range: 20 ... 10000 1/min
▪ Measuring distance: 25 ... 500 mm (1 ... 20 in)
▪ Measuring angle: ±45 °C
▪ Accuracy: ≤ ±0,5 % FS*
▪ Resolution: ±5 1/min
Electrical Data
▪ Output signal: 0 ... 3 V DC
▪ Input signal: 7 ...12 V DC
Note: We recommended not extending the 2 m / 6.56 ft
permanent cable connection provided on the sensor!
Note: The analogue Rotational Speed Sensor
PPC-04/12-SDS-CAB can only be used with analogue
Hydraulic Testers.
Accessories
▪ Focus Adaptor
▪ Contact Adaptor
General Information
CAN Frequency Converter PPC-CAN-FR
Measuring Frequency with PPC-CAN-FR
The PPC-CAN-FR can be used to connect frequency signals (e.g. from turbines, flow counters or tachometers) to the PPC-Pad or PPC-04-plus-CAN. The instruments can process sinus and rectangle signals from 1 Hz to 5 KHz with signal amplitude from 20 mV to 10 V. Configuration is possible via USB and PC software.
Power Supply for External Sensors
An external sensor can be supplied with 24 V using the PPC-CAN-FR.
Analogue or CAN Output
The PPC-CAN-FR can be connected either to an analogue input or CAN input.
General Information
Current/ Voltage Adaptor PPC-06/12-A/V-A
In addition to pressure, temperature, rotational speed and flow measurements, the Hydraulic Testers can measure and evaluate different signals from other or third-party sensors.
Measuring electrical signals from third-party sensor (e.g. 4 ... 20 mA, 0 ... 10 V, ...) with the PPC-06/12-A/V-A Adaptor.
The PPC-06/12-A/V-A Current/ Voltage Adaptor is used, for example, for measuring current at proportional valves or for determining the switching states of motors or pumps and to evaluate and process measurements from third-party sensors.
Typical applications are the generation and measurement of a force-distance graph or torque-flow characteristics curves. The following input signals can be processed by this adaptor:
▪ Electrical currents up to 4 A DC
▪ Electrical voltages up to 48 V DC
The measured data are transmitted directly to the Hydraulic Testers by a permanent cable connection.
General Information
Oil Condition Sensor OCS
The Oil Condition Sensor OCS is designed for continuous monitoring of hydraulic systems. Permanently installed in the system the OCS sensor monitors the condition of hydraulic fluids and lubricating oils in real time, whereby water ingress and oxidation can be detected in time.
The OCS sensor is 60 times more sensitive than dielectric sensors on increasing contamination and protects the system from cost-intensive downtimes and reduces machine downtimes.
Thanks to its robust construction the OCS sensor can even be used under extreme conditions and temperatures.
Features
▪ Robust construction
▪ Usage under extreme conditions with temperatures from -20 °C ... +120 °C /-4 °F ... +248 °F
▪ Suitable for use at operating pressures up to 20 bar / 290 PSI
Technical Data
Materials
▪ Stainless Steel (corrosion-resistant Steel) AISI304, 1.4301.
Dimensions
▪ 90 x 37 mm / 3.54 x 1.46 in
Weight
▪ 160 g / .35 lbs
Sealing Material
▪ FPM (Viton®)
Max. Burst Pressure
▪ 20 bar / 290 PSI
Media Temperature
▪ -20 °C ... +120 °C / -4 °F ... +248 °F
Media Compatibility
▪ Mineral and Synthetic Oil (others on request)
Process Connection
▪ G1/2
Electrical Connection
▪ 6-pin connection plug
Power Supply
▪ 9 ... 30 V DC
Analog Output
▪ 4 ... 20 mA
Computer Interface
▪ RS485
Protection Rating
▪ IP67
Pressure Gauges
Analogue Pressure
Gauges and Accessories
SPG
Pressure Transmitter
PT-RF
Hydraulic Testers PPC-04-Plus-CAN
Hydraulic Testers PPC-04-Plus
Reader
PT-RF
Digital Pressure Gauges
and Accessories
SPG-DIGI
Hydraulic Testers PPC-06-Plus
Hydraulic Testers PPC-08-Plus
Hydraulic Testers PPC-Pad
CAN Temperature Sensors
PPC-CAN-T
Pressure Sensors
PPC-04/12-P
CAN Pressure Sensors
PPC-CAN-P
Pressure /
Temperature Sensors
PPC-04/12-PT
CAN Pressure /
Temperature Sensors
PPC-CAN-PT
Flow Turbines
PPC-04/12-SFM
CAN Flow Turbines
PPC-CAN-SFM
Temperature Sensors
PPC-04/12-T
Laser Particle Counter
(Mobile)
LasPaC II-M
Laser Particle Counter
(Inline)
LasPaC II-I
Bottle Sampler Units
(110 ml or 500 ml)
Oil Sampling Kits
SFSK-1/ -2
Particle Monitors
LPM II
Oil Condition Sensor
OCS
Laser Particle Counters
(Portable)
LasPaC II-P
Oil Analysis Equipment
Rotational Speed Sensors
PPC-04/12-SDS-CAB
CAN
Frequency Converter
PPC-CAN-FR
Current / Voltage
Adaptor
PPC-06/12-A/V-A
Flow Indicators
SDM / SDMKR
Hydraulic Testers
