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MZC1 magnetic cylinder sensor - SICK
The MZC1 magnetic cylinder sensor from SICK is the flexible solution for detecting the piston position in pneumatic actuators. The MZC1 can be mounted directly into all cylinders with standard C-slots.
Sick also has an extensive range of adapters which enable the MZC1 to be used with other cylinder types. The MZC1 is characterized by its simple mounting principle: Insert the sensor into the slot and rotate the fixing screw a quarter turn to fix it securely to the cylinder. Furthermore, the MZC1 is available in a range of variants up to an enclosure rating of IP69K. This ensures the sensor has a long service life and reduces maintenance costs.
Sick also has an extensive range of adapters which enable the MZC1 to be used with other cylinder types. The MZC1 is characterized by its simple mounting principle: Insert the sensor into the slot and rotate the fixing screw a quarter turn to fix it securely to the cylinder. Furthermore, the MZC1 is available in a range of variants up to an enclosure rating of IP69K. This ensures the sensor has a long service life and reduces maintenance costs.
MZT8 magnetic cylinder sensor - SICK
The MZT8 magnetic cylinder sensor from SICK is the flexible solution for detecting the piston position in pneumatic actuators. The sensor can be inserted into cylinders very easily and, with the screw-and-washer assembly, tightened with just a quarter turn of a screwdriver or Allen key.
It is not only the perfect fit in the slot that makes the MZT8 ideal for use in pneumatic cylinders with T-slots. Patented GMR technology and the SICK ASIC ensure that the sensor only needs one attempt to deliver precise switching. Multiple switching operations are suppressed, which results in increased machine performance. The MZT8 is available in a range of variants up to an enclosure rating of IP69K and with a temperature resistance of up to 100 °C. This ensures the sensor has a long service life and reduces maintenance costs.
It is not only the perfect fit in the slot that makes the MZT8 ideal for use in pneumatic cylinders with T-slots. Patented GMR technology and the SICK ASIC ensure that the sensor only needs one attempt to deliver precise switching. Multiple switching operations are suppressed, which results in increased machine performance. The MZT8 is available in a range of variants up to an enclosure rating of IP69K and with a temperature resistance of up to 100 °C. This ensures the sensor has a long service life and reduces maintenance costs.
Non-contact safety sensor safeIDS - SICK
The safeIDS RFID from SICK is a safety sensor that provides a high degree of flexibility in manufacturing processes, supporting applications up to Performance Level e. When used together with an IO-Link Safety master and a safety controller, safeIDS enables safe object identification and reliable position detection.
The device is designed for quick installation and straightforward commissioning. Through its IO-Link Safety communication interface, it delivers not only safe identification data but also continuous diagnostic information. This enables rapid process changes with automatic machine restart. As a result, highly adaptable production – even down to batch size 1 – can be achieved, for example, in robotic applications.
The device is designed for quick installation and straightforward commissioning. Through its IO-Link Safety communication interface, it delivers not only safe identification data but also continuous diagnostic information. This enables rapid process changes with automatic machine restart. As a result, highly adaptable production – even down to batch size 1 – can be achieved, for example, in robotic applications.
Non-contact safety sensor STR 1 - SICK
A wealth of experience opens up a new dimension for safety switches: The STR 1 is the new star of the switching universe!
Traveling to a new galaxy demands thorough preparation and extensive planning. The objective has been set: To discover a transponder safety switch with exceptional performance.
The equipment is on board: Over 50 years of experience in the field of safety sensors, an established product range backed up by a worldwide service network, and SICK’s quality guarantee as a market leader. The result: the STR1. Mission accomplished!
Traveling to a new galaxy demands thorough preparation and extensive planning. The objective has been set: To discover a transponder safety switch with exceptional performance.
The equipment is on board: Over 50 years of experience in the field of safety sensors, an established product range backed up by a worldwide service network, and SICK’s quality guarantee as a market leader. The result: the STR1. Mission accomplished!
Non-contact safety switch TR4 Direct - SICK
Non-contact safety switches with high level of prevention against tampering.
Transponder safety switches are used in applications where a high level of prevention against tampering is essential. The safety switch determines which actuator code to use and will not engage unless the proper actuator code is read. The safety switches have a wide response range, which is highly beneficial for mounting and considerably reduces machine downtime. Some safety switches are extremely small and have a central evaluation unit in the control cabinet, while others have an integrated evaluation unit with an LED status indicator. Various versions, including multicode and unicode variants, enable connectivity of up to 30 safety switches.
Transponder safety switches are used in applications where a high level of prevention against tampering is essential. The safety switch determines which actuator code to use and will not engage unless the proper actuator code is read. The safety switches have a wide response range, which is highly beneficial for mounting and considerably reduces machine downtime. Some safety switches are extremely small and have a central evaluation unit in the control cabinet, while others have an integrated evaluation unit with an LED status indicator. Various versions, including multicode and unicode variants, enable connectivity of up to 30 safety switches.
Non-contact safety switches – SICK
Stricter safety regulations and the need for tamper-proof safety at work make modern safety switches indispensable in machine building. Non-contact safety switches from SICK can be used for the safe monitoring of movable guards as well as for position monitoring.
The choice among three operating principles (magnetic, transponder and inductive) and different designs allow the selection of the solution that best fits the application requirements and the one that is most efficient.
The choice among three operating principles (magnetic, transponder and inductive) and different designs allow the selection of the solution that best fits the application requirements and the one that is most efficient.
Non-contact voltage tester testo 745
The testo 745 non-contact voltage tester is ideally suited for fast initial checking of any suspected fault sources. It filters high-frequency interference signals and has a two-stage sensitivity setting.
With the testo 745 non-contact voltage detector, you can quickly and easily determine the presence or absence of voltage. In contrast to most other models on the market, it has a filter for high frequency interference signals, thus allowing a more reliable voltage indication. When it is determined that there is voltage, the instrument gives a clear visual and acoustic signal.
With the testo 745 non-contact voltage detector, you can quickly and easily determine the presence or absence of voltage. In contrast to most other models on the market, it has a filter for high frequency interference signals, thus allowing a more reliable voltage indication. When it is determined that there is voltage, the instrument gives a clear visual and acoustic signal.
Non-intrusive level sensor TL400-I - Novus
The TL400-I is a non-intrusive level sensor from Novus designed to offer maximum precision and durability in the measurement of liquids, grains, fluids, and bulk solids. Thanks to low-power laser technology, this device performs several measurements per second that convert into level, volume, and distance data. Its customization capability via Bluetooth makes it a versatile solution for different types of tanks, including those with irregular shapes.
Precise measurements in industrial processes are essential for the safety and efficiency of operations. The TL400-I eliminates the disadvantages of traditional sensors that require direct contact with the material, which reduces their lifespan. This non-intrusive sensor ensures the integrity of the equipment and guarantees accurate measurements throughout its lifecycle, with a minimal error margin of ±3 mm. With real-time measurement capability and easy installation, this sensor becomes an indispensable ally in industrial processes that demand constant precision and control.
Precise measurements in industrial processes are essential for the safety and efficiency of operations. The TL400-I eliminates the disadvantages of traditional sensors that require direct contact with the material, which reduces their lifespan. This non-intrusive sensor ensures the integrity of the equipment and guarantees accurate measurements throughout its lifecycle, with a minimal error margin of ±3 mm. With real-time measurement capability and easy installation, this sensor becomes an indispensable ally in industrial processes that demand constant precision and control.
OB ULT ultra low temperature calibration baths - Kambič
The Kambič OB ULT series comprises high-performance liquid calibration baths designed for ultra-low temperature calibration from -90 °C to +130 °C. The circulating fluid provides efficient thermal transfer around the device under test, while the double-cylinder construction and vertical flow pattern support temperature stability and uniformity in the millikelvin range throughout the working volume.
Available with nominal working volumes of 22 L, 50 L and 200 L, the series accommodates temperature sensors and thermometers with different dimensions, including long probes requiring immersion depths of up to 650 mm. The mobile, standalone construction is intended for metrology laboratories and industrial calibration environments requiring repeatable low-temperature performance and flexible probe loading.
Available with nominal working volumes of 22 L, 50 L and 200 L, the series accommodates temperature sensors and thermometers with different dimensions, including long probes requiring immersion depths of up to 650 mm. The mobile, standalone construction is intended for metrology laboratories and industrial calibration environments requiring repeatable low-temperature performance and flexible probe loading.
OB-15/2 BBC non-contact thermometer calibrator - Kambič
The Kambič OB-15/2 BBC is a benchtop non-contact thermometer calibrator designed for the calibration and verification of non-contact thermometers using a blackbody cavity immersed in a controlled calibration fluid bath. The system combines high-emissivity blackbody reference geometry, PID-controlled fluid bath stability and dedicated monitoring options for metrology applications requiring stable and uniform reference conditions.
OLCT 10/OLC 10 gas detector toxic and combustible – TELEDYNE Oldham
Designed for commercial applications, OLCT 10 detectors perfectly suit the protection of equipment and personnel in presence of combustion and exhaust gases or refrigerants (freons) in ambient air.
Rugged, small, easy to install and operate, these detectors combined with the MX 15 controler unit meet demanding user requirements.
The OLC(T) 10 is a low cost, easy to install and use gas detector for non-hazardous rated areas. It can communicate via 4-20 mA or RS485 digital communications.
Rugged, small, easy to install and operate, these detectors combined with the MX 15 controler unit meet demanding user requirements.
The OLC(T) 10 is a low cost, easy to install and use gas detector for non-hazardous rated areas. It can communicate via 4-20 mA or RS485 digital communications.
OLCT 10/OLC 10 toxic and flammable gas detector – TELEDYNE Oldham
Designed for commercial applications, OLCT 10 detectors perfectly suit the protection of equipment and personnel in presence of combustion and exhaust gases or refrigerants (freons) in ambient air.
Rugged, small, easy to install and operate, these detectors combined with the MX 15 controler unit meet demanding user requirements.
The OLC(T) 10 is a low cost, easy to install and use gas detector for non-hazardous rated areas. It can communicate via 4-20 mA or RS485 digital communications.
4-20 mA output analog transmitter without display – available with catalytic bead, electrochemical or semi-conductor sensors – detects combustible, toxic and refrigerant gases (CO, NO, NO2, Methane, Propane, Butane, Hydrogen, LPG, NGV and freons). It’s EN 14624 compliant with regards to R134a monitoring and adequate for commercial use (boiler rooms, hospitals, carparks, etc.). The OLC(T) family is ATEX 3G certified for use in zone 2 (except semi-conductor version).
Rugged, small, easy to install and operate, these detectors combined with the MX 15 controler unit meet demanding user requirements.
The OLC(T) 10 is a low cost, easy to install and use gas detector for non-hazardous rated areas. It can communicate via 4-20 mA or RS485 digital communications.
4-20 mA output analog transmitter without display – available with catalytic bead, electrochemical or semi-conductor sensors – detects combustible, toxic and refrigerant gases (CO, NO, NO2, Methane, Propane, Butane, Hydrogen, LPG, NGV and freons). It’s EN 14624 compliant with regards to R134a monitoring and adequate for commercial use (boiler rooms, hospitals, carparks, etc.). The OLC(T) family is ATEX 3G certified for use in zone 2 (except semi-conductor version).
OLCT 100/OLC 100 Toxic and Combustible Gas Detector - TELEDYNE Oldham
Designed for the detection of explosive gases, toxic gases or oxygen, this combustible gas detector comes with a Wheatstone bridge output (OLC 100) or 4-20mA output (OLCT 100). Whatever your application, TELEDYNE Oldham offers a solution: catalytic, electrochemical, semiconductor or poison control version.
ATEX approved, these detectors are available in explosion safe or intrinsically safe versions. In addition to this range, the OLC/OLCT 100 offers an infrared sensor, which allows it to be used in more severe environmental conditions, where the presence of poisons could harm the use of a catalytic sensor. With a 3-year warranty on the sensor and electronics, the OLCT 100 XP-IR will provide reliability and extended lifetime. With this new line of detectors, Oldham broadens its product range with products that combine reliability, durability and ease of use.
ATEX approved, these detectors are available in explosion safe or intrinsically safe versions. In addition to this range, the OLC/OLCT 100 offers an infrared sensor, which allows it to be used in more severe environmental conditions, where the presence of poisons could harm the use of a catalytic sensor. With a 3-year warranty on the sensor and electronics, the OLCT 100 XP-IR will provide reliability and extended lifetime. With this new line of detectors, Oldham broadens its product range with products that combine reliability, durability and ease of use.
OLCT 80 Fixed Gas Detector - Teledyne Oldham
Oldham is pleased to present its wireless system with the OLCT 80 field detector/transmitter.
Developed in compliance with the strictest specifications, OLCT 80 transmitters are the standard in the gas detection market.
Designed to meet the demanding needs of the largest industrial companies, the OLCT 80 is a major achievement in terms of technical performance and cost optimization.
Available as remote version, flameproof or intrinsic safety approved sensors depending on gases to be detected. Detects O2, combustible, toxic and refrigerant gases. Non-intrusive, one-man calibration.
This model allows wireless connectivity in ATEX 1 zones.
Developed in compliance with the strictest specifications, OLCT 80 transmitters are the standard in the gas detection market.
Designed to meet the demanding needs of the largest industrial companies, the OLCT 80 is a major achievement in terms of technical performance and cost optimization.
Available as remote version, flameproof or intrinsic safety approved sensors depending on gases to be detected. Detects O2, combustible, toxic and refrigerant gases. Non-intrusive, one-man calibration.
This model allows wireless connectivity in ATEX 1 zones.
Optical light for roller conveyors - SICK
Flexible conveyor belt sensor for detecting irregular leading edges.
The Roller Sensor Bar conveyor sensor is designed to be mounted between rollers and is an elegant, simple solution for reliable detection of objects with irregular leading edges.
Sensing performance is optimized through the ability to configure length and beam spacing to the mm. By mounting the Roller Sensor Bar between the rollers, object catch points can be removed thereby decreasing conveyor downtime due to jams. The spring-loaded assembly of the Roller Sensor Bar, which can be mounted in the factory rather than in the field, decreases installation costs by more than half. Commissioning costs are reduced by eliminating the need to teach and align the sensor.
The Roller Sensor Bar conveyor sensor is designed to be mounted between rollers and is an elegant, simple solution for reliable detection of objects with irregular leading edges.
Sensing performance is optimized through the ability to configure length and beam spacing to the mm. By mounting the Roller Sensor Bar between the rollers, object catch points can be removed thereby decreasing conveyor downtime due to jams. The spring-loaded assembly of the Roller Sensor Bar, which can be mounted in the factory rather than in the field, decreases installation costs by more than half. Commissioning costs are reduced by eliminating the need to teach and align the sensor.
Optical sensor for distance measurement OC Sharp - SICK
Chromatic confocal measuring technology offers maximum precision.
The OC Sharp is a highly precise optical distance sensor based on chromatic confocal measuring technology.
This measuring technology allows precise measurements nearest to nanometer on a wide range of materials, from pitch black to transparent materials. It is also possible to measure the thickness of materials and films. The measuring technology features a passive sensor head without electronic components. This ensures measurements are not affected by interference (e.g., EMC).
The OC Sharp is a highly precise optical distance sensor based on chromatic confocal measuring technology.
This measuring technology allows precise measurements nearest to nanometer on a wide range of materials, from pitch black to transparent materials. It is also possible to measure the thickness of materials and films. The measuring technology features a passive sensor head without electronic components. This ensures measurements are not affected by interference (e.g., EMC).
Optical Sensor for Turbidity Measurements ecoLine NTU - Jumo
The turbidity measurement according to DIN EN ISO 7027 is a tried-and-tested method for monitoring water with low to medium levels of turbidity.
The measuring principle is based on the infrared measurement according to the 90° scattered light method. Due to the light measurement in the wavelength of 880 nm and the wide measuring range of 0 to 4000 NTU the possible uses of the sensor include quality control and assessment of drinking water as well as wastewater control. The Jumo ecoLine NTU saves its calibration data and history directly into its sensor electronics. As a result, the device is quickly set up and ready for use everywhere, without requiring constant recalibration. The sensor design stands out due to its lean and durable construction. In addition, various immersion and flow fittings are available for installation.
The measuring principle is based on the infrared measurement according to the 90° scattered light method. Due to the light measurement in the wavelength of 880 nm and the wide measuring range of 0 to 4000 NTU the possible uses of the sensor include quality control and assessment of drinking water as well as wastewater control. The Jumo ecoLine NTU saves its calibration data and history directly into its sensor electronics. As a result, the device is quickly set up and ready for use everywhere, without requiring constant recalibration. The sensor design stands out due to its lean and durable construction. In addition, various immersion and flow fittings are available for installation.
Optical sensor HPD2 - STEINEL
Have more time to sell with the Covid entry system - the automated access control that you need!
Camera multi-sensor system. Coming close to the future.
Detects persons in 5 individually adjustable zones! As the world's only optical sensor of its kind, it detects and counts people sitting and standing in up to five precisely definable detection zones. 110° angle of coverage with a reach of up to 10 m from a maximum mounting height of 6 m. Integrated, state-of-the-art imaging compares 150,000 positive images and 7 million negative images in real time. Ideal for managing meeting rooms, because it identifies actual room use, or for detecting unused office workstations for flexible desk management. KNX interface with temperature and humidity measurement, available from STEINEL Systems partners.
Camera multi-sensor system. Coming close to the future.
Detects persons in 5 individually adjustable zones! As the world's only optical sensor of its kind, it detects and counts people sitting and standing in up to five precisely definable detection zones. 110° angle of coverage with a reach of up to 10 m from a maximum mounting height of 6 m. Integrated, state-of-the-art imaging compares 150,000 positive images and 7 million negative images in real time. Ideal for managing meeting rooms, because it identifies actual room use, or for detecting unused office workstations for flexible desk management. KNX interface with temperature and humidity measurement, available from STEINEL Systems partners.
Optocouplers – Murrelektronik
Minimum space – maximum functionality.
MIRO – the coupling module in terminal block format.
Coupling modules in the form of relay and opto-coupler modules are indispensable in controller and system construction. Coupling modules are needed for signal amplification, signal adaptation, potential separation, potential-free transfers to other parts of the system and for increasing interference immunity.
Using the MIRO range of modules will cut your costs and block out interference and overvoltage from PLC boards and construction cards. MIRO interface modules will increase the operational reliability of your system and reduce the size of your switch cabinet.
MIRO – the coupling module in terminal block format.
Coupling modules in the form of relay and opto-coupler modules are indispensable in controller and system construction. Coupling modules are needed for signal amplification, signal adaptation, potential separation, potential-free transfers to other parts of the system and for increasing interference immunity.
Using the MIRO range of modules will cut your costs and block out interference and overvoltage from PLC boards and construction cards. MIRO interface modules will increase the operational reliability of your system and reduce the size of your switch cabinet.
Orifice plate and Orifice flange KPL - Kobold
If a pipeline (through which a medium flows) is reduced at a particular point by a cross-sectional constriction, the flow speed of the measured medium is increased at that point. According to Bernoulli’s energy equation and the law of continuity, the total flow head (dynamic velocity head and static pressure head) is constant. The increase in speed at the constriction causes a reduction in the static head.
The resulting pressure drop is called the differential pressure head; it is a measure of the flow (volume per unit of time or mass per unit of time). The flow rate q is given by: q = c√∆p The flow rate (q) is a function of the square root of the differential pressure head (∆p), where c is the coefficient of flow rate determined by the shape of the differential pressure transducer and the operating data. The pipeline may be constricted with orifice plates.
The resulting pressure drop is called the differential pressure head; it is a measure of the flow (volume per unit of time or mass per unit of time). The flow rate q is given by: q = c√∆p The flow rate (q) is a function of the square root of the differential pressure head (∆p), where c is the coefficient of flow rate determined by the shape of the differential pressure transducer and the operating data. The pipeline may be constricted with orifice plates.
Outdoor components RST® series for gesis® system - Wieland Electric
Requiring increased protection of electrical installations from environmental conditions are found everywhere. Experience and competence in designing and installing the electrical system always plays a decisive role, but especially in this area. Difficult installation conditions and increased time pressure often lead to mistakes, loss of the environmental protection, and ultimately to failure of the system.
With just a few basic components, including connectors, panel-mount connectors, distribution units and cable assemblies, complex installations from the distribution panel up to each point of demand can be accomplished. This saves time and costs.
With just a few basic components, including connectors, panel-mount connectors, distribution units and cable assemblies, complex installations from the distribution panel up to each point of demand can be accomplished. This saves time and costs.
Outdoor components RST® SOLAR for gesis® system - Wieland Electric
With the round connector system gesis® IP+, Wieland Electric offers the perfect solution for your photovoltaic system. Whether on the AC side with the product line RST®, or the DC side with the product line PST®, solar systems are installed quickly and without error. The result is clear savings in time and costs.
Pre-assembled components with an increased degree of protection ensure a quick and safe installation even under the most adverse conditions. The system includes distribution panels which are delivered in a pre-assembled design, and cable assemblies for the connection between the inverters and the distribution panels. The system is supplemented by connectors for assembly on site. Leading inverter manufacturers already preassemble their devices in the factory, with the relevant RST® connectors to interface the system.
Pre-assembled components with an increased degree of protection ensure a quick and safe installation even under the most adverse conditions. The system includes distribution panels which are delivered in a pre-assembled design, and cable assemblies for the connection between the inverters and the distribution panels. The system is supplemented by connectors for assembly on site. Leading inverter manufacturers already preassemble their devices in the factory, with the relevant RST® connectors to interface the system.
Outdoor components serie RST® MINI gesis® system - Wieland Electric
Smallest pluggable installation connector with highest IP rating, optimized for installation in confined spaces.
The new RST® MINI series marks a continuation of the story of the RST® installation system’s success and logically follows the trend towards compact designs. The 2 to 5 pole plug connectors and device connectors have been designed for 250/400V and 16A and are all available in the screw connection technology that electricians trust.
Customized distributors as well as pre-assembled cables round the system off perfectly and offer a huge range of different possible uses, not just in building automation or industry.
The new RST® MINI series marks a continuation of the story of the RST® installation system’s success and logically follows the trend towards compact designs. The 2 to 5 pole plug connectors and device connectors have been designed for 250/400V and 16A and are all available in the screw connection technology that electricians trust.
Customized distributors as well as pre-assembled cables round the system off perfectly and offer a huge range of different possible uses, not just in building automation or industry.
Outdoor light L 240/ L244 LED - STEINEL
Outdoor light in a vertical design. Slimline, rectangular L 240 LED sensor-switched outdoor light in a vertical design. Elegant ambient lighting for entrances. Modern STEINEL LED technology with a light output of 570 lm at a power consumption of 7.5 watts. Swivelling precision IR sensor with a 180° angle of coverage and 10 m reach.
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