Czujniki

System 20 monitors, combined with the inline sensor, give the user accurate and instant readings of low, pressure and temperature without the need to shut down the system. Covering a wide range of flow rates, fluid types and applications, Parker's System 20 sensors are designed to be used with System 20 electronic or analogue monitors, contamination monitors and the H2Oil. Specially developed System 20 sensors are available for use with aggressive fluids. (EPDM Seals).

With System 20 inline sensors installed in a hydraulic system, faults can be predicted and remedied, all you have to do is connect the System 20 Electronic Hand Held Monitor (EM20). Designed to display flow, temperature, differential, rising peak and line pressure, System 20 Electronic can also calculate hydraulic power (kW and hp.) at a given point in a system to establish efficiency and power consumption. System 20 electronics versatility does not end there. The EM20 is automatically calibrated for all System 20 inline sensors using water or oil and can display in l/min, US GPM, bar, psi and kg/cm2.

For operators of industrial and mobile machinery who recognize the benefits of installing System 20 in a hydraulic system, the System 20 hand-held analogue monitor offers significant advantages, particularly in intrinsically safe applications. Like the System 20 electronic, the analogue monitor is completely portable and can be connected immediately to a purpose-designed inline System 20 sensor but requires no power source. The analogue monitor will then - provide the user with an accurate and repeatable analysis of system flow, pressure and temperature - without having to stop the machine.

• For use with all mineral oils, water and water/oil emulsions.
• Analogue Monitor utilizes 3 Day-Glo dial gauges with a protective hinged cover.
• Calibrated up to 380 l/min with dual scale bar/psi & °C/°F. (US GPM also available)
• EM20 Electronic Monitor gives a full digital display.
• Automatically calibrated for all 3 sizes of sensor.
• Indicates line, differential and rising peak
• pressure. Easily scrolled from metric to US.
• 300 test memory.
• Capable of downloading saved data to datum.

Hydraulic system users need to ensure that lost production is kept to the absolute minimum. To ensure this, predictive maintenance and therefore routine condition monitoring of major components is  essential. System 20 inline sensors remain at the heart of condition and contamination monitoring. Whether you're mining the coal, building the newbypass, harvesting the crops, crossing the oceans or drilling offshore – whatever the industry, System 20 represents the premier system monitoring available today.

The FPS is a novel fluid property sensor that will directly and simultaneously measure the viscosity, density, dielectric constant and temperature of fluids. Relying on patented tuning fork technology, the sensor monitors the direct and dynamic relationship between multiple physical properties to determine
the quality, condition and contaminant loading of fluids such as engine oil, fuel, transmission and brake fluid, hydraulic, gears oils, refrigerants and solvents.

The multi-parametric analysis capability improves fluid characterization algorithms. The FPS provides in-line monitoring of fluids for a wide range of OEM and aftermarket installations including fluid reservoirs, process lines and pressurized high flow conduits (e.g., engine oil gallery) for applications that include on and off highway vehicles, HVAC&R, compressors, industrial equipment and turbines. A universal digital CAN J1939 compliant protocol provides easy to connect interface to main Host controller. A simple 4 pin connector allows for cost effective mounting options.

Important note
The Parker FPS does not use a “fingerprint” principle. Sensors using a “fingerprint” principle require up-front calibration in the fluid type subject to future analysis. This calibration can take up to 200 hours, during which time the aging of the oil can start and hence the calibrated reference is not accurate. When a different oil is applied, sensors using the “fingerprint” principle require new calibration. Parker's PFS sensor directly measures the important fluid properties without the need for calibration in-advance.

Advantages
• Continuously measurement of important fluid properties
• Early detection of fluid aging
• No up-front calibration required
• On board processor with real-time data analysis with 5, 10 or 24 volts supply

Fast, reliable and accurate inline detection of moisture in fluids MS moisture sensors provide fast, reliable and accurate inline detection of moisture in fluids. Technology developed for preventative maintenance programmes. MS150 is the 'low pressure' option for suction line/reservoir applications. MS200
is the 'Programmable' sensor monitoring and reporting relative humidity (RH), moisture content in oils. MS300 'Intrinsically safe' sensor ATEX certified for use in hazardous
Zone 0 environments.

In-Line Moisture Measurement of Hydraulic & Lubricating Oils.
Parkers Moisture Sensor Range offers fast, reliable and accurate in-line detection of moisture in fluids. The MS transducer type technology has been especially designed with the preventative maintenance programme environment in mind. The industry accepted sensing cell device will monitor and report Relative Humidity (RH), moisture content in oils. The water content measurement technique offers the end user benefits over the current standard form of water content reporting (PPM). This allows for real time preventative maintenance to be undertaken and corrective actions to be made. By knowing that the water contamination is still within the oils absorbing range, less than 100%, reclaiming fluid properties before additive damage occurs can initiate calculable cost savings.

Product Features:
• MS moisture sensors provide fast, reliable and accurate inline detection of moisture in fluids.
• Technology developed for preventative maintenance programmes.
• MS150 'low pressure' suction/Return line applications. 10 bar maximum operating pressure.
• MS200 'Programmable' sensor monitoring and reporting relative humidity (RH), moisture content in oils. 420 bar MAOP.
• MS300 'Intrinsically safe' sensor ATEX certificated for use in hazardous Zone 0 environments. 420 bar MAOP.
• Temperature Outputs on all versions.

Features & Benefits
• Continuous, online moisture indication, for hydraulic and lubricating systems.
• Reporting of % relative humidity of water content, giving the user information on how close to the fluids real saturation point.
• Reliable data on the rate of water absorption.
• Sensing cell technology using a laser trimmed thermoset polymer, for capacitive sensing that is capable of absorbing water molecules due to its micro porous structure.
• Uses a thermistor for temperature compensation correction. Offering total confidence in reporting the %RH relative humidity over the sensors temperature range.
• A purpose designed tee adaptor allows for easy installation into an existing fluid system.
• The MS200 can also be specified with a bench top wand offering the end user greater flexibility.
• Wand not available with MS150 or MS300

Typical Applications
• Ground support vehicles
• Pulp and paper plants
• Marine hydraulics
• Power transmission & distribution
• Forestry
• Industrial hydraulics
• Earth moving applications
• Agricultural
• Hazardous Areas (Zone 2)
• Theme parks (Ride hydraulics)

It's no secret that particles result from wear. It is imperative to know, not just the number of particles which pass through your system, but also the size and metallic composition. The Parker Kittiwake Metallic Wear Debris Sensor goes beyond normal protection systems, allowing you to monitor in real time and take immediate action on the first indication of change, thereby preventing all types of failure.
The Kittiwake Metallic Wear Debris Sensor can be mounted within almost any lubrication system, on any type of machine. By using proven inductive coil technology, combined with smart algorithms to provide a particle size distribution count, the sensor measures ferrous and non-ferrous metals resulting from the wear debris within the lubricant. This puts the user in control. The severity of the problem increases with an escalation in the production of larger wear debris particles.
With both digital and analogue outputs, the sensor can be easily integrated into existing condition monitoring control systems, putting the user in control. Whether it's checking the health of the machine or alerting to changing wear patterns, the sensor provides instant information, complementing existing laboratory oil analysis programmes and helping the user make informed maintenance planning decisions.

Parker’s SensoNODE Blue Sensors along with Voice of the Machine (VoM) Industrial Mobile App provides a route-based condition monitoring solution for predictive maintenance across multiple applications and industries. The SensoNODE Bluetooth-powered sensors catch performance fluctuations and transmit them through the Voice of the Machine Mobile App, which records the data in both real-time and tracks historic trends.

By monitoring assets and tracking data, users can employ predictive maintenance routines that allow them to address even the smallest issue before it snowballs into a serious problem.

Benefits of condition monitoring for preventative maintenance include:
• Identify issues before they escalate
• Reduce downtime
• Decrease maintenance costs
• Avoid dangerous situations
• Improve labor efficiency
• Record accurate analytics for better decision-making

SensoNODE Blue is Parker’s series of Bluetooth-powered sensors. Compact, energy-efficient, and wireless, they are designed to provide simple and useful solutions for route-based diagnostic and condition monitoring applications. SensoNODE monitors assets for changes in pressure, temperature, and humidity, to help predict problems and prevent downtime.

SensoNODE Blue Features/Benefits:
• Consistent and accurate readings for Vacuum, Pressure, Temperature, & Humidity
• Easy installation – no network required
• Wireless installation eliminates challenges of wired systems
• No external power source required
• Ultra-low battery consumption for up to five years of battery life (not continuous use)
• Compact, lightweight design
• Sealed sensor housing is ideal in harsh environments
• LED indicators aid in identifying sensor status
• Each sensor is uniquely identifiable for association with assets or processes
• Bluetooth® Smart Technology is compatible with mobile devices

Voice of the Machine (VoM) Industrial Mobile App allows access to the diagnostic data and analytics transmitted by SensoNODE sensors. VoM Industrial Mobile App compiles the data and presents it in a way that makes sense to a user’s operation, allowing them to track data in real-time and historic trends, and receive user-defined alerts for unexpected condition changes that may damage assets.

Voice of the Machine (VoM) Industrial Mobile App Features/Benefits:
• Measurements delivered to your mobile device
• Easy-to-use interface
• Customizable dashboards
• Mapping function
• Custom alarm thresholds of measurement (min/max)
• Alerts when outside of defined thresholds
• Name sensors to be easily identifiable
• Easy-to-understand trend charts
• Multiple users can access data from their mobile devices
• Export data for analysis, sharing, and record retention

Applications:
• Industrial in-plant equipment
• Injection molding equipment
• Solar panel maintenance
• Metal fabrication equipment
• Power generation plants
• Rotary machine maintenance

Czujnik ciśnienia/temperatury SCPT jest stosowany do pomiaru za pomocą ręcznych mierników SensoControl w hydraulice mobilnej i przemysłowej. Krótki czas reakcji wynoszący 1 ms zapewnia pewne rejestrowanie wartości szczytowych ciśnienia w układach hydraulicznych. Mocna konstrukcja ze stali nierdzewnej umożliwia różnorodne zastosowania, np. w instalacjach wody chłodzącej lub w układach pneumatycznych.
Wszystkie czujniki ciśnienia są dostarczane z zamontowanym adapterem diagnostycznym (M16x2). Można je szybko i bezpiecznie podłączać do układu hydraulicznego, co umożliwia skrócenie czasu montażu.
Nowa konstrukcja czujnika ciśnienia/temperatury SCPT charakteryzuje się mniejszymi wymiarami i mniejszą masą, co ułatwia podłączanie nawet w ciasnych miejscach. Mniejsze zużycie energii przekłada się na dłuższy czas pracy baterii ręcznego miernika.

Unikalne cechy czujnika ciśnienia/temperatury SCPT:
– Mocna konstrukcja ze stali nierdzewnej
– Czas reakcji wynoszący 1 ms
– Rejestrowanie wartości szczytowych ciśnienia
– Dokładność ±0,5%

Rynki:
Hydraulika mobilna i przemysłowa

Zastosowania:
Pomiar ciśnienia za pomocą ręcznych mierników SensoControl. Urządzenia są wykorzystywane podczas konserwacji i rozwiązywania problemów oraz do ustawiania lub optymalizacji maszyn

The pressure sensor SensoControl SCP07 can be used in applications that require a Performance Level d according to EN ISO13849 or a SIL 2 according to IEC 61508.

The SCP07 supervises the signals of its measurement cell and convert the pressure in two inverted 4-20 mA output signals. The control unit can monitor the safety-related functionality and the electrical connectivitiy of the SCP07.

Applications:
• For safety applications

Markets:                                                                               

• Mobile hydraulics - cranes, lifting platform, agriculture, forestry

• Industrial applications - tyre industry, presses, robotics

Features / Advantages:
• Corresponds to highest safety requirements, performance Level d according  EN ISO13849 or SIL 2 gemäß IEC 61508.
• Compact design simplifies assembly even in areas with restricted access
• 1 SCP07 pressure sensor will replace 2  standard pressure sensors
• PLd
• SIL 2
• Two inverted 4-20 mA outputs
• Monitor electrical connectivity
• Monitor safety-related functionality
• Up to 600 bar
• G1/4 DIN 3852-11 (E)
• Compact design
• Long term stability
• Wide temperature range -40 to 85°C

SensoNODE Gold is Parker’s series of networked, wireless sensors that were developed for continuous condition monitoring via the cloud or local enterprise applications. SensoNODE GOLD sensors monitor assets for changes in pressure, temperature, humidity, current, and strain or displacement. Wherever you have an internet connection, you can get up-to-date measurements. Whether you’re at your desk or out visiting a customer, you can monitor and collect data from multiple assets and get alerts of deviations. This is ideal for large-scale operations with production and assembly lines.

Together, SensoNODE GOLD sensors and network-based Voice of the Machine (VoM) Cloud/Edge software delivers a complete, standalone solution that isn’t dependent on a facility network or IT department. All you need is an internet connection and browser to monitor your asset measurements from anywhere.

• Long-term and immediate health of machines and processes are viewable around the globe
• Ideal for environments where assets are mission critical, and shutdowns are costly
• User selectable measurement data storage
• Remote solution accessible anywhere, anytime
• Get notified automatically of discrepancies

Markets:
• Industrial
• Maintenence and repair - MRO
• Industrial Internet of Things -  IIoT
• Automation and robotics

SensoNODE GOLD Features/Benefits:
• Wireless sensors that are small in size
• Simple sensor installation
• Provides accurate measurements
• Place sensors at point of need
• Longer battery life
• Longer range radio
• Durable construction for harsh environments (– IP65 rated)

Voice of the Machine Cloud is Parker’s cloud-based continuous condition monitoring interface that provides alerts, status, and analytics for increased awareness of your processes and assets.

Voice of the Machine Cloud Features/Benefits:
• Access to data anytime, anywhere
• Easy to use web-based interface
• No software download – no updates
• Receive alert notifications - email, text message, or in-system
• Visualize data in a way that makes most sense
• Customize alerts, trend charts, and dashboards
• View measurement anomalies easily
• Support continuous improvement efforts with trend data
• Multiple user access levels
• Remotely monitor multiple sites and sensors
• Export data

Voice of the Machine Edge is Parker’s gateway software which enables sensor network connectivity to local enterprise application.

Voice of the Machine Edge Features/Benefits:
• User defined and determined
• Presents measurements to customer-managed network system
• Control collection of sensor data
• Easy to use web-based interface for configuration and management
• Data security
• Native support for numerous industrial data standards
• Integration of customer sensors
• Export and share data
• Visual programming for integration

Applications:
• Industrial in-plant equipment
• Injection molding equipment
• Solar panel maintenance
• Metal fabrication equipment
• Power generation plants
• Rotary machine maintenance

As an out-of-the-box solution, the SensoNODE Gold Sensor and Voice of the Machine Cloud Starter Kit allows you to begin measuring and recording crucial data immediately. This provides a test of an IoT solutions on your plant floor, and start the process of implementing predictive, continuous condition monitoring.

There are three steps for setting up the Starter Kit:
1. Install the sensors
2. Supply power to the Gateway
3. Login to Voice of the Machine Cloud

Then enjoy the benefits of monitoring assets from anywhere, anytime.

Starter Kit Includes:
(1) 150 psi Pressure Sensor
(1) 5,800 psi Pressure Sensor
(1) Temperature Sensor
(1) Vibration Sensor
(1) Analog Connector
(1) Repeater
(1) Gateway System
(2) Adaptors and (1) Cable
Access information for Voice of the Machine Cloud

This Kit utilizes AT&T Cellular. For Verizon Cellular Kit, contact your Parker distributor.

Markets:
• General Manufacturing
• Automotive
• HVAC
• Industrial
• Life Sciences
• Mobile
• Processing
• Transportation

Features/Benefits:
• Access to data anytime, anywhere
• Easy to use web-based interface
• No software download – no updates
• Receive alert notifications - email, text message, or in-system
• Visualize data in a way that makes most sense
• Customize alerts, trend charts, and dashboards
• Export data
• Wireless sensors that are small-in-size
• Simple sensor installation
• Provides accurate measurements
• Place sensors at point of need
• Long battery life
• Long range radio
• Durable construction for harsh environments – IP65 rated

Applications
• Monitor Pressure
• Monitor Temperature
• Monitor Vibration
• Turn 4-20mA signal, wired sensor, into wireless measurement

The pressure sensor SensoControl SCP02 is designed especifically for the use in mobile working machines. The SCP02 has e1-approval and is manufactured with state of the art production methods according to ISO/TS 16949.
The shock and vibration resistance, the EMC characteristics, the power supply as well as the extended temperature range all were designed for this application type.
The SCP02 is suitable for quick control solutions because of its fast response speed.
The compact stainless steel housing with the plastic connector allows for use in harsh environmental conditions such as those in mobile hydraulics.
The components which come into contact with the substance are made from stainless steel (1.4548).
This feature, combined with the welded, thin-layer measuring cell, ensures optimal compatibility with the substance.
An EDM hole has been added so that you get a precise, interference-free pressure measurement.
This minimises the cavitation of air and dirt, thus preventing the measuring cell from being influenced by pressure surges and pressure peaks.

Markets:
• Automotive
• Defence
• Mobile
• Transportation

Features / Advantages:
• Small design
• Stainless steel measuring cell
• Stainless steel housing
• Shock and vibration proof
• High protection degree
• E1 road approval
• Substance temperature -40 to 150 °C
• Up to 1000 bar
• 1 ms
• Up to 36-V wiring systems

Applications:
• Mobile hydraulics
• Transport vehicles
• Conveyor vehicles
• Commercial vehicles
• Automotive technology
• Brake systems
• Oil pressure
• Test equipment and technology
• Gearbox control

The SCP01 pressure sensor was designed to meet industrial
requirements and is used in control, regulating and
monitoring systems.
The SCP01 is characterised by its compact design, high
linearity and excellent interference immunity. It is suitable
for quick control solutions because of its fast response
speed. The compact stainless steel housing is good for
harsh environmental conditions. All components which
come into contact with the substance are made from
stainless steel. This feature, combined with the welded,
thin-layer measuring cell, ensure optimal compatibility with
the substance.

Markets:
• Energy
• Environment
• Industrial
• Infrastructure
• Machine Tools
• Materials Handling
• Power Generation
• Process

Applications:
• General machine construction
• Injection-mould machines
• Die-casting machines
• Press construction
• Test benches
• Machine tool

Features / Advantages:
• Small design
• Stainless steel measuring cell
• Stainless steel housing
• Shock and vibration proof
• Wide range of compatible substances
• High linearity
• Long-term stability
• Substance temperature -40...125 °C
• Pressure range up to 1000 bar
• High burst pressure
• Response time 1 ms
• Eroding milling
• Encapsulated electronics

The PressureController combines the functions of a
pressure switch, a pressure sensor and a display device.
The PressureController is easy to operate, has a compact
design and is very reliable. The PressureController features
excellent technical specifications, optimal pressure
management and a wide variety of installation options.
This makes it perfect for permanent series use in industrial
applications. The parameters are set using the keys or over a programming module.
Each switching output can be adjusted individually:
• NO/NC contact
• On/off switching pressures
• Delay times
• Hysteresis / window function
• Attenuation
Thanks to these easy switching functions, intelligent adjustments
can be set which are normally not possible using a mechanical switch. Therefore, many switches can be replaced with one controller

Markets:
• Energy
• Environment
• Industrial
• Infrastructure
• Machine Tools
• Materials Handling
• Power Generation
• Process

Applications:
for permanent series use in industrial applications

Features / Advantages:

• Compact size

• Rugged
• Dependable
• Easily operable
• Long-term stability
• Excellent interference immunity
• High protection class
• Many variants
• Pivoting
• Analogue output
• Password
• MPa, bar, PSI

The SCTSD Temperature Controller combines the functions of a temperature switch, temperature sensor, and display in a single instrument.

Markets:
- Industrial
- Construction
- Molding
- Maintenance and Repair, MRO
- Automotive
- Defense
- Mobile
- Transportation

Features:
- Temperature Display
- Switching Outputs for Control
- Analog Output Signals
- Password Protection
- Solid Mechanical construction

Applications include:
- Inspection Station
- Process Technology
- General Machine Construction
- Pneumatic and Hydraulic Plant Construction

The SCPSDi is an electronic pressure switch with:
• Pressure display
• Two programmable switching outputs
• Optional analogue output signal
• IO-Link interface
• VDMA menu navigation

The key features of the SCPSDi are the innovative design and the resulting installation options combined with the diverse connection possibilities.
These unique functions make the SCPSDi ideal for permanent series use in industrial applications.
Innovative construction design
The external-thread pressure port is stop-free and can be turned independently of the housing. So you can install the pressure connection without turning the housing. The small size means that it can easily be installed in cramped quarters. After the installation, the housing can be fully ro¬tated over 360° with no stop. It also locks into position while under pressure.
For the internal-thread pressure port, all components that come into contact with the pressurized substance are made from stainless steel. It does not have any seals so it can be used with a wide range of substances including corrosive and aggressive media.
The display is readable from large distances and can be rotated through 180° for overhead installation. A horizon¬tally-mounted display is optionally available.
Reliable / safe / sturdy
The pressure is recorded with a long-term stable and maintenance-free measuring cell. A functional error is sig¬nalled and can be processed further according to DESI¬NA. The metal housing is void of moving seals and is re¬sistant to moisture, shock and vibrations.
Easy to use
The terminology and symbols used, as well as the menu structure used for setting parameters can be easily browsed using the buttons in accordance with the VDMA standard journal (VDMA 24574-1) or automatically using IO Link.
Universal
Each switching output can be adjusted individually:
• NO/NC contact
• On/off switching pressures
• Delay times
• Hysteresis / window function

The optional analogue output is switchable between 0/4 to 20 mA and 0 to 10 V. An unintentional parameter change is prevented with use of the LOCK function (button lock).
Numerous versions are available for the many different ap¬plications.
• Diverse pressures ranges up to 600 bar
• Diverse inner and outer threads
• With or without analogue output

Features / Advantages:
• IO LINK
• VDMA menu
• ECO mode
• > 360° pivot function
• 180° reversible display
• Analogue output V/mA
• Operator safety improved with LOCK
• Compact size
• Rugged
• MPa, bar, PSI
• Metal housing
• Installation width 35 mm
• Installation height 78 mm

Markets:
• Industrial markets

Applications:
• Hydraulic applications

The SCP03 is a pressure sensor for liquid and gaseous media. The digitally calibrated piezoresistive measuring cell detects negative pressures from -1 bar up to high pressures of 1000 bar. The pressure connection in contact with the medium has a monolithic design. This eliminates the need for internal seals and weld seams. A mix of materials is avoided. The resulting low permeability in combination with the stainless steel results in a broad media resistance. The compact stainless steel housing allows spacesaving use, even in harsh environmental conditions. With its wide range of pressure ranges, output signals and connectors, the SCP03 can be used in industrial and mobile applications. The packaging variant optimized for OEM's is environmentally friendly, cost optimized and facilitates handling.

Markets:
• Energy
• Environment
• Industrial
• Infrastructure
• Machine Tools
• Materials Handling
• Power Generation
• Process
• Mobile hydraulic
• Power packs

Applications:
• Industrial and mobile applications

Features / Advantages:
• Monolithic design
• No internal seal
• No material mix
• No weld seam
• High media compatibility
• Measuring range from -1 to 1000 bar
• Negative pressure resistant
• Many connections

Flow measurement with low flow resistance. Combined p, T and Q measurement possible with additional sensors.

Function

A turbine wheel is driven by the oil flow. The frequencies thus produced are processed by digital electronics. The influence of turbulent flow effects is compensated for. Because of the low flow resistance QR the hydraulic circuit operates with very low losses. For pressure measurement, the turbine is equipped with an EMA-3 quick-connector. Oil temperatures can be measured directly in the oil flow in the turbine flow meter. Consequently all the important measurement parameters are available at one measuring location.

Features / Advantages:
• 6 measuring ranges of up to 750 l/min
• Easy installation
• High-pressure resistant up to 480 bar
• Low flow resistance
• Built-in pressure and temperature measurement connections
• Suitable for reverse-mode operation

Markets:
• Mobile and industrial hydraulics

Applications:
• Mobile diagnostic
• p-Q measurement
• Hydraulic tests with load valve

The TemperatureController SCTSD combines the functions of a temperature switch, a temperature sensor and a display device.
• Temperature display (Thermometer)
• Switching outputs
• Analogue signal

Simple operation, extensive functionality and a modular design are the most important characteristics of the TemperatureController. The TemperatureController offers excellent technical spec¬ifications, optimum temperature management, combined with a variety of installation options. It is perfect for applica¬tions when the temperature needs to be reliably monitored and easily viewed.
Easy to use:
The normal temperature monitoring limit values adjust-ments (e.g. cooling and alarm) are made either with the keys or the programming module.
High functionality:
Each switching output can be adjusted individually:
• NO/NC contact
• On/off switching pressures
• Delay times
• Hysteresis / window function
• time delay

Thanks to these easy switching functions, intelligent adjustments can be set which are normally not possible us¬ing a mechanical switch. Therefore, many switches can be replaced with one controller.
The analogue output is individually adjustable
• 0/4...20 mA switchable
• Adjustable start temperature
• Adjustable end temperature

Reliable and safe:
A functional error is signalled and can be processed further according to DESINA. Parameters can be password pro¬tected to avoid unauthorised changes.
Rugged:
The housing is made of metal and is resistant to mois-ture, shock and vibrations. The electronics are protected against reverse polarity, over-voltage and short-circuits.
Everything at a glance:
The large illuminated display can be read from long distances. The temperature can be selected to °C or °F. The temperature is always optimally readable due to the mod¬ular construction and the pivoting housing.
Optimal installation possibilities:
Sensors in various lengths are available for different tank sizes. These can be directly connected to the TemperatureController via a cable. Additionally the temperature sensor is available up to 630 bar for high pressure applications.
Universal:
Diverse versions are available for the many different applications.

Features / Advantages:
• Compact size
• Rugged
• Dependable
• Easily operable
• Metal housing
• High protection class
• Modular construction
• Many variants
• Analogue output
• Pivoting
• Password
• °C, °F

Markets:
• Energy
• Environment
• Industrial
• Infrastructure
• Machine tools
• Materials handling
• Power generation
• Process
• Mobile hydraulic
• Power packs

Applications:
• Tank temperature monitoring

SensoControl® cables are designed according to the requirements of industrial sensors and switches. M12 cables and M12 plugs are therefore usually
• compact
• screened
• 5-pin

5-pin design
The 5-pin cables are suitable for both 4 and 5-pin connections. 5-pin cables are fully compatible with sensor versions with 4 pin plugs. This means that a (5-pin) cable design can always be used for pressure switches (Controller Family SCxSD & SCOTC) and sensors irrespective of the plug version and the different number of pins. The SCK-400-xxx-x5 cables are compatible with all components with M12 plug connections.

Shielding
The screening ensures high interference resistance and operational safety.
• High EMC protection

Features / Advantages:
• One cable for everything
• Compact
• Resistant to interference
• Compatible with:
• sensors
• controllers
• M12 plugs
• DIN EN 175301 (connector plugs)
• Different lengths

Markets:
• Energy
• Environment
• Industrial
• Infrastructure
• Machine tools
• Materials handling
• Power generation
• Process
• Mobile hydraulic
• Power packs

Applications:
• Industrial sensors and switches
• Diagnosis sensors and diagnostic measuring devices

Particularly in die-casting applications the controlling for the piston requires a high dynamic pressure sensor. During this fast, high energetic process the components are stressed by shock, vibration and pressure acceleration. The pressure sensor SCP08 measures the pressure via a special designed measurement cell and has a high adapted overload pressure to withstand the pressure peaks. To avoid abrasion of the cell due to Diesel or similar effects, the process connection is protected by an adjusted drilling. The dimension of the drilling still guaranties an instantaneous pressure response. To increase shock and vibration resistance, the relevant internal components are covered and reinforced. The speed of the sensor influences directly the quality of the production rocess. The unique combination of accuracy, durability and high dynamic response makes the SCP08 ideal for the requirements of die-casting applications.

Markets:
• Industrial markets

Applications:
• Press construction
• Die-casting

Features / Advantages:
• 600 / 1000 bar (8,702 / 14,504 psi)
• G1/4“
• 0-10V / 4...20mA 2-wire
• M12x1 / DIN
• Reinforced internal design
• Persistance against shock & vibration
• Made for high pressure acceleration
• High dynamic signal

The fully electronic pressure switch SCPSi is adjustable and free from susceptible mechanical and moving components.

With its digital interface and smart functions, the SCPSi is future-proof for the increasing demands of automation solutions.

The 2 switching outputs are individually and safely parameterized from the machine control system via the standardized digital IO-Link interface (IEC 61131-9). This replaces manual programming and the commissioning phase is considerably shortened. Devices can be replaced during operation without the need for reparameterization. In order to react promptly to machine status changes or process adjustments, the re-parameterization is carried out during operation.

As an alternative to the switching functions, diagnostic values, process data and status messages are recorded directly via IO Link and enable subsequent more complex analyses. Via the integrated temperature measurement of the pressure measuring cell, the media or ambient temperature is recorded.

IO-Link replaces time-consuming manual programming and eliminates the need for a sensitive key display with the manufacturer-dependent setting menu.
This more compact, more resistant design without key display, in combination with the smart functions & setting options, opens up new possibilities in machine design for the machine designer, with considerable savings potential.

The compact stainless steel housing allows space-saving use, even in harsh environments.

The proven stainless steel measuring cell with the wide pressure range (from -1 up to 600bar) allows a wide range of applications for liquid and gaseous media. The media contacting pressure connection with the pressure measuring cell is monolithically manufactured from a stainless steel without welds and sets new standards in media compatibility and pressure resistance.

The packaging variant optimized for OEM's is environmentally friendly, cost-optimized and facilitates handling.

Markets:
• Energy
• Environment
• Industrial
• Infrastructure
• Machine tools
• Materials handling
• Power generation
• Process
• Mobile hydraulic
• Power packs

Features / Advantages:
• Pressure sensor / -switch
• Temperature measurement
• Industry 4.0-ready
• IO-Link 1.1
• Smart Sensor Profile 2nd Edition
• Plug & Play
• Compact
• Optimized design
• Adjustable via IO-Link
• Readable via IO-Link
• Useable as IO-Link sensor or switch

• Monolithic pressure cell

 

Applications:

• Hydraulic application 

With its fast response times, the pressure sensor SCP guarantees the safe capture of pressure peaks in hydraulic systems. The robust stainless steel design allows a variety of applications, for example cooling water or pneumatics.

All pressure sensors are delivered with a diagnosis adapter (M16x2 or PQC) installed. Fast and safe connection to the hydraulic system is ensured. Installation times are reduced.

Features / Advantages:
• Low height
• Robust stainless steel design
• Response times of 1 ms
• Capturing of pressure peaks
• Accuracy ±0.5 %

Markets:
• Service applications in mobile and industrial hydraulic

 

Applications:

• Pressure measurement with SensoControl hand meters. For maintenance, trouble shooting, machine set up or optimization

The SCTSD-L combination switch was designed to meet the requirements of hydraulic facility construction. It combines the functions of a fixed mechanical level switch with an adjustable temperature switch with display.

Level
The tank level is measured using a highly dynamic, fully encapsulated magnetic float which switches the bi-stable reed contacts. The M12 pin assignments are compatible with conventional existing systems. The level contacts are pre determined according to the normal tank sizes. There are two standard switch output versions available:
• Warning minimum level and shutdown minimum level
• Shutdown maximum and minimum levels

The switching positions were chosen according to the proven experiences of plant constructors and the DIN. For safety reasons (fail-safe / closed circuit), the switching behaviour of the standard switch is an NC contact.

Optionally the contacts can be changed at the factory and pre set in line with the customer’s requirements.

Temperature
The temperature is detected using a sensor; it is then evaluated and constantly displayed using the SCTSD TemperatureController. Thanks to the easy switching functions (e.g. switching windows), intelligent switching settings can be achieved that are not possible using a mechanical temperature switch. Normally the outputs for the normal temperature functions cooling on/off and shutdown are pre-installed as standard. The temperature thresholds were designed for standard oils (HLP). It is possible to adjust the temperature monitoring temperature limits (e.g. cooling and shutdown) for each output individually using the keys:
• On/off switching temperature limits
• NO/NC contact
• Hysteresis / window function
• Time delay and attenuation

Optional (see: SCTSD-L-….-KIT5 ) 3 different versions of temperature switching outputs are available:
• 2 switching outputs
• 1 switching and 1 analogue output
• 2 switching outputs and one analogue output

Features / Advantages:
• Compact design
• Temperature display
• Individually adjustable temperature switching outputs
• Small switching hysteresis
• Preset
• For standard oils
• For cooling
• For switching off (Tmax)
• Fixed level contacts
• Only one float
• Preset level Warning and shutdown min.
• Shut-down min./max.
• Up to one meter probe length

Markets:
• Industrial

Applications:
• Hydraulic facility construction

The LevelController combines the functions of a level switch, a level sensor and a level display.
• Level display (inspection glass)
• Switching outputs
• Analogue signal
The LevelController is ideal for the monitoring of tank contents.

Easy to use
The parameters are set using the keys or over a programming module.

High functionality. Each switching output can be adjusted individually:
• NO/NC contact
• Upper and lower level switching point
• Delay times
• Hysteresis / window function
• Attenuation

The analogue output is individually adjustable:
• 0/4...20 mA switchable
• Upper level adjustable
• Lower level adjustable

Reliable and safe
The position of the float is finely (≥ 5 mm) and continuously recorded and shown in the display in mm or inch. Through this continuous recording, the danger of individual mechanical contacts "sticking" no longer exists. Therefore the operational reliability of the monitored plant is increased. Parameters can be password protected to avoid unauthorised changes.

Everything at a glance
The display can be read from long distances. Using the selectable percent display the full level is uniformly displayed independent of the tank shape. An offset can also be entered (difference from the sensor to the tank bottom) to give a realistic indication of the level from the tank bottom. Different uses can easily be implemented or corrected at a later date using the menudriven level switching points. As the switching point no longer needs to be specified at the time of order, the versions of mechanical level switches required is reduced.

Universal
Thanks to these easy switching functions (hysteresis and window functions, NC or NO functions), intelligent adjustments can be set which are normally not possible using a mechanical level switch. Therefore, many switches can be replaced with one controller. With the optional analogue output, the level and temperature can be monitored easily with a controller (e.g. for leakage monitoring).

Features / Advantages:
• Proven measuring system
• Level display
• mm / inch / % display
• High and low display
• Analogue output
• Switching outputs
• No surge pipe necessary
• Replacement for several mechanical switches
• Pivoting


Markets:
• Industrial

Applications:
• Monitoring tank contents

In addition to the LevelTempController, the OilTankController also offers standardised connections for an air filter and a fill coupling. When monitoring the tank for series use, this integration of level and temperature functionality together with air filter and fill adapter port opens up many possibilities. An additional connecting hole is required for the four functions. The OilTankController combines the functions of a level and temperature switch, a level and temperature sensor and a level and temperature display:
• Level and temperature display (thermometer / inspection glass)
• Switching outputs
• Analogue signal

Level
The position of the float is finely (≥ 5 mm) and continuously recorded and shown in the display in mm or inch. Because the level is continuously recorded, the danger of individual mechanical contacts "sticking" no longer exists. Therefore the operational reliability of the monitored plant is greatly increased. Using the selectable percent display, the full level is uniformly displayed for the users, independent of the tank shape. An offset can also be entered (difference from the sensor to the tank bottom) to give a realistic indication of the level from the tank bottom. Different uses can easily be implemented or corrected at a later date using the menu-driven level switching points. As the switching point no longer needs to be specified at the time of order, the versions of mechanical level switches required is reduced.

Temperature
The temperature in the substance is continuously recorded and displayed. The switching outputs can be individually set up just like the LevelController. Naturally all the convenient switching functions are available: window, hysteresis function and open/close as well as an analogue output for temperature.

Reliable and safe
Parameters can be password protected to avoid unauthorised changes.

Universal
In combination with the comfortable switch functions like hysteresis and window function, open/close contact functions LevelTempController intelligent settings can be made which are not possible with a mechanical level/ temperature switch. Therefore, many switches can be replaced with one controller. With the optional analogue outputs, the level and temperature can be monitored easily with a controller.

Features / Advantages:
• Proven measuring system
• Level and temperature display
• mm / inch / % display
• High and low display
• Only one hole
• Continuous level measurement
• Connection Filling coupling
• Air filter
• Low pressure
• No surge pipe necessary

Markets:
• Industrial

Applications:
• Monitoring of tanks for series use

Rotational-speed-dependent data, such as flowrate from variable pumps, are determined ideally in combination with the pressure and volume flow measurement of a hydraulic drive. Contactless speed measurement (opto-electronic principle) with the Tachometer SCRPM can be done quickly and easily. The rotational speed is measured e.g. on a drive shaft and displayed on the handheld device. Installation or adjustment are not necessary.

Features / Advantages:
• Also for contactless measurement of rotational speed
• Measures up to 10,000 RPM
• With 3-meter fixed cable

Markets:
• Mobile hydraulic

Applications:
• Drive shaft

Measurement of pressure, temperature and flow
Special features:
• Easy to use in both flow directions; integrated oil bypass protects the system, testing device and operator from surge pressures
• User-selectable flow direction enables smooth connection and simple measuring
• Can be put into use quickly with pumps, valves, motors, cylinders and hydrostatic drives

The hydraulic testers are designed for testing the functionality of motors, pumps, valves and hydrostatic drives. These easy-to-use hydraulic testers can help locate faults in a hydraulic system.
These hydraulic testers can be used for precisely measuring pressure, temperature and flow. The testers are also helpful when performing hydraulic system maintenance, locating error sources on directional control valves and making valve adjustments.
The pressure-load valve with its integrated bypass-blowout discs makes it possible to build up pressure progressively in order to check the flow in an entire working area.
Integrated safety shut-off (blow-out discs)
The load valve is fitted with two safety blow-out discs. The device is protected by this safety mechanism. These discs break and the load valve becomes inactive whenever the maximum permitted operating pressure (Pmax) is exceeded. The complete flow then runs off to the tank. Read the operating manual carefully before replacing the blow-out discs.

Features / Advantages:
• Pressure, temperature and flow measuring device
• 2 measuring ranges of up to 750 l/min
• High-pressure-resistant up to 480 bar
• Integrated overload protection
• Reverse-mode operation (direction of flow A - B)
• Also with CAN bus connection
• CAN version with integrated temperature sensor

Markets:
• Mobile hydraulic

Applications:
• Motors
• Pumps
• Valves
• Hydrostatic drives

The SCT electronic temperature sensor features a compact design and high pressure resistance. The SCT is used where temperatures have to be measured under high pressure and a compact housing is necessary. With its pressure resistance up to 630 bar, the SCT temperature sensor is well suited for hydraulic applications. It can be used for precise and quick temperature measurements.

Features / Advantages:
• Withstands pressures up to 630 bar (9137psi)
• Compact design
• Heavy-duty steel housing
• Simple installation
• -25 °C...+100 °C (-13...212°F)

Markets:
• Industrial
• Mobile hydraulic

Applications:
• Test benches
• Processing equipment
• Conveying and lifting equipment
• Machine construction
• Pneumatic plant construction
• Hydraulic plant construction

Gear counter for highly accurate flow rate measurements in hydraulic systems

Function
The SCVF geared counter functions as a volume flow meter. A very precisely crafted pair of geared wheels is driven by the fluid flow. The SCVF works over a wide viscosity range. Different seals permit usage in many different applications.

Unique product features:
• Measurement principle: Volume/geared counter
• Eight measurement ranges from 0.01 - 2 to 1 - 300 l/min
• Accuracy ± 0.5 % FS
• Withstands pressures up to 400 bar (5802 psi)
• High viscosity range
• Low noise
• Exact flow rate measurement over a wide viscosity range
• Versatile usage for different substances

Markets:
• Industrial

Applications:
Due to the wide viscosity range, any liquid can be meas¬ured that can be pumped and has a certain degree of lubricating capability.
• Brake fluid (EPDM seal)
• Skydrol
• Mineral oils
• Hydraulic oil and
• Grease

The SCVF is the ideal solution when carrying out precise flow rate measurements over a wide viscosity range.

With the LevelTempController,you can set up and display the temperature and the level individually using a common platform. When monitoring the tank, this integration of level and temperature functionality opens up many possibilities. The LevelTempController combines the functions of a level and temperature switch, a level and temperature sensor and a level and temperature indicator:
• Level and temperature display (thermometer / inspection glass)
• Switching outputs
• Analogue signal

Level
The position of the float is finely (? 5 mm) and continuously recorded and shown in the display in mm or inch. Because the level is continuously recorded, the danger of individual mechanical contacts "sticking" no longer exists. Therefore the operational reliability of the monitored plant is greatly increased. Using the selectable percent display, the full level is uniformly displayed for the users, independent of the tank shape. An offset can also be entered (difference from the sensor to the tank bottom) to give a realistic indication of the level from the tank bottom. Different uses can easily be implemented or corrected at a later date using the menu-driven level switching points. As the switching point no longer needs to be specified at the time of order, the versions of mechanical level switches required is reduced.

Temperature
The temperature in the substance is continuously recorded and displayed. The switching outputs can be individually set up just like the LevelController. Naturally all the convenient switching functions are available: window, hysteresis function and open / close as well as an analogue output for temperature.

Reliable and safe
Parameters can be password protected to avoid unauthorised changes.

Universal
Thanks to these easy switching functions (hysteresis and window functions, NC or NO functions), intelligent adjustments can be set on the LevelTempController which are normally not possible using a mechanical level switch. Therefore, many switches can be replaced with one controller. With the optional analogue outputs, the level and temperature can be monitored easily with a controller.

Features / Advantages:
• Proven measuring system
• Pivoting
• Level display
• mm / inch / % display
• High and low display
• Analogue output
• Switching outputs
• Only one hole
• No surge pipe necessary
• Replacement for several mechanical switches

Markets:
• Industrial

Applications:
• Level: e.g. for leakage monitoring
• Temperature: e.g. coolers, heating, alarm, shutdown

The controller accessories are used in control, regulation or monitoring systems where switching signals or analogue signals are used or a display is required. The controller can replace the following:
• Mechanical switches
• Mechanical displays (pressure gauges, thermometers, inspection glass)
• Sensors
All the above mentioned functions can be combined in one device.

Features/ Adavantages:
• Compact
• Optimized design

Markets:
• Energy
• Environment
• Industrial
• Infrastructure
• Machine tools
• Materials handling
• Power generation
• Process
• Mobile hydraulic
• Power packs

Applications:
• Hydraulic application