Login
MyFFonseca
If you do not have an account MyFFonseca, please register and get access to exclusive content to registered users!
Create registry
Login
MyFFonseca
If you do not have an account MyFFonseca, please register and get access to exclusive content to registered users!
Create registry
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 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.
Outdoor light L 600 CAM - STEINEL
Smart. Safe. Intelligent.
L 600 CAM is a sensor-switched camera and intercom system in one product. With integrated micro SD memory card and camera to get razor-sharp images onto the smartphone or tablet (Wi-Fi and app-based). Enclosure in aluminium and high-quality opal glass. 180° infrared motion sensor with 10 m reach. Warm-white light: 3000 K and 781 lm at 14,3 W.
L 600 CAM is a sensor-switched camera and intercom system in one product. With integrated micro SD memory card and camera to get razor-sharp images onto the smartphone or tablet (Wi-Fi and app-based). Enclosure in aluminium and high-quality opal glass. 180° infrared motion sensor with 10 m reach. Warm-white light: 3000 K and 781 lm at 14,3 W.
Outdoor light L 800 LED iHF - STEINEL
With invisible iHF sensor.
The most modern outdoor light in the world. Designer sensor-switched outdoor light L 800 LED iHF with invisible high-frequency sensor, ideal for building entrances and fronts of buildings, 10 W STEINEL LED lighting system, 440 lm, 160° coverage angle, reach from 1 - 5 m, for stylish downlighting, includes soft light start and optional manual override for 4 hours.
The most modern outdoor light in the world. Designer sensor-switched outdoor light L 800 LED iHF with invisible high-frequency sensor, ideal for building entrances and fronts of buildings, 10 W STEINEL LED lighting system, 440 lm, 160° coverage angle, reach from 1 - 5 m, for stylish downlighting, includes soft light start and optional manual override for 4 hours.
Outdoor light L 810 LED iHF - STEINEL
You don't see it. But it sees you.
The most modern outdoor light in the world. Designer sensor-switched outdoor light L 810 LED iHF with invisible high-frequency sensor, ideal for building entrances and fronts of buildings, 12,5 W STEINEL LED lighting system, 612 lm, 160° coverage angle, reach from 1 - 5 m, for stylish up and downlighting, includes soft light start and optional manual override for 4 hours.
The most modern outdoor light in the world. Designer sensor-switched outdoor light L 810 LED iHF with invisible high-frequency sensor, ideal for building entrances and fronts of buildings, 12,5 W STEINEL LED lighting system, 612 lm, 160° coverage angle, reach from 1 - 5 m, for stylish up and downlighting, includes soft light start and optional manual override for 4 hours.
Outdoor light L 910 LED - STEINEL
Creates the right ambience. Elegant and intelligent.
Elegant and intelligent. LED uplighter/downlighter L 910 LED, ideal for building entrances and fronts of buildings. 11W STEINEL LED lighting system delivering 755 lm of light, 30-year lifespan (average of 4.5 h/day), 180° infrared sensor with a reach of 12 m, simultaneous operation of interconnected lights, optional basic light level, optional 4-hour manual override.
Elegant and intelligent. LED uplighter/downlighter L 910 LED, ideal for building entrances and fronts of buildings. 11W STEINEL LED lighting system delivering 755 lm of light, 30-year lifespan (average of 4.5 h/day), 180° infrared sensor with a reach of 12 m, simultaneous operation of interconnected lights, optional basic light level, optional 4-hour manual override.
Oval wheel flowmeter DOE - Kobold
Oval wheel flowmeter DOE – for low and high viscous liquids.
Oval gear flowmeters are categorised as positive displacement flow technology. When liquid flows through this type of positive displacement flowmeter, two oval geared rotors measure a constant volume per rotation within a precisely machined measuring chamber.
With each rotation, a constant volume of liquid is measured. The rotation of the oval gears is sensed via magnets embedded within the rotors. These magnets transmit a high resolution pulse output. The output signal can be processed externally via a remote display controller or PLC or via a variety of output/display options available as accessories attached to the flowmeters.
Oval gear flowmeters are categorised as positive displacement flow technology. When liquid flows through this type of positive displacement flowmeter, two oval geared rotors measure a constant volume per rotation within a precisely machined measuring chamber.
With each rotation, a constant volume of liquid is measured. The rotation of the oval gears is sensed via magnets embedded within the rotors. These magnets transmit a high resolution pulse output. The output signal can be processed externally via a remote display controller or PLC or via a variety of output/display options available as accessories attached to the flowmeters.
Oval wheel flowmeter for low and high viscous liquids DON - Kobold
Oval wheel flow meters for low and high viscous liquids
Oval gear flowmeters are categorised as positive displacement flow technology. When liquid flows through this type of positive displacement flowmeter, two oval geared rotors measure a constant volume per rotation within a precisely machined measuring chamber. With each rotation, a constant volume of liquid is measured.
Oval gear flowmeters are categorised as positive displacement flow technology. When liquid flows through this type of positive displacement flowmeter, two oval geared rotors measure a constant volume per rotation within a precisely machined measuring chamber. With each rotation, a constant volume of liquid is measured.
PAD Differential pressure sensor - Kobold
Differences in control.
High flexibility and reliability are the important characteristics of the PAD differential pressure sensor from Kobold. This reliable measuring instrument is just as suited to recording absolute and differential pressure as it is to measuring filling levels and flow rates.
A multitude of measuring ranges from -1 to over 400 bar and the overpressure models up to 750 bar provide solutions for a wide range of applications.
High flexibility and reliability are the important characteristics of the PAD differential pressure sensor from Kobold. This reliable measuring instrument is just as suited to recording absolute and differential pressure as it is to measuring filling levels and flow rates.
A multitude of measuring ranges from -1 to over 400 bar and the overpressure models up to 750 bar provide solutions for a wide range of applications.
Paddle flow monitor for liquids PSE & PSR - Kobold
The Kobold flow monitor types PSE and PSR are simple, reasonably-priced and reliable monitors of fluid motions.
Depending on the flow velocity/flow throughput, the baffle plate is deflected and it moves, over the balance arm, the permanent magnet into the operating range of the reed contact, mounted outside the process fluid.
Depending on the flow velocity/flow throughput, the baffle plate is deflected and it moves, over the balance arm, the permanent magnet into the operating range of the reed contact, mounted outside the process fluid.
Palletizing TM Operator - Techman Robot
Techman Robot offers TM Operator, an all-in-one application-based solution, as a ready to-use and proven automation solution for businesses to quickly and effectively deploy collaborative cobots in the workplace, without over-investing.
Our application-based cobot solution minimizes businesses’ efforts and costs while automating production lines, providing a competitive total cost of ownership. With TM Operator, we provide businesses a more sensible investment and easy deployment to increase production efficiency and flexibility - taking away the high cost and complexity of assembling a solution from numerous sources. By minimizing cost and effort, we are helping many businesses to maximize their return on investment.
Our application-based cobot solution minimizes businesses’ efforts and costs while automating production lines, providing a competitive total cost of ownership. With TM Operator, we provide businesses a more sensible investment and easy deployment to increase production efficiency and flexibility - taking away the high cost and complexity of assembling a solution from numerous sources. By minimizing cost and effort, we are helping many businesses to maximize their return on investment.
Panel interfaces Modlink® MSDD– Murrelektronik
More than 4000 possible insertion combinations.
Interfaces from the control cabinet to the field are an important part of every flexible application.
We provide solutions for your individual requirements with our comprehensive range of cabinet entry for you to connect to your controller inside the system. Front-panel interfaces make it easy to connect without even having to open the doors. More than 4000 possible insertion combinations provide maximum flexibility.
Interfaces from the control cabinet to the field are an important part of every flexible application.
We provide solutions for your individual requirements with our comprehensive range of cabinet entry for you to connect to your controller inside the system. Front-panel interfaces make it easy to connect without even having to open the doors. More than 4000 possible insertion combinations provide maximum flexibility.
Part localization for bin picking - SICK
Pick, sort and place based on 3d and color featuring artificial intelligence.
Robot guidance systems | 3D machine vision: with the boom in e-commerce, warehouse throughput needs to scale up. A wide variety of items needs to be handled at high speed. Floorspace and worker availability are limited resources.
Fully automated picking robots help to increase pick-and-place accuracy and speed with 24/7 uptime and only a small footprint.
Robot guidance systems | 3D machine vision: with the boom in e-commerce, warehouse throughput needs to scale up. A wide variety of items needs to be handled at high speed. Floorspace and worker availability are limited resources.
Fully automated picking robots help to increase pick-and-place accuracy and speed with 24/7 uptime and only a small footprint.
Particle and flow analyzer Combiprobe CP100 - Endress+Hauser
Combined measurement of dust, volume flow, pressure, and temperature.
The Combiprobe CP100 is the combination of a DUSTHUNTER SP100 scattered light dust measuring device and a FLOWSIC100 PR volume flow measuring device on a flange plate. The combined probe also features a pressure transmitter and a resistance thermometer. The Combiprobe CP100 only requires a single mounting opening in the funnel in order to measure the dust concentration, volume flow, pressure and temperature. This means that there is considerably less outlay on installation than if the individual components were to be installed separately.
The Combiprobe CP100 is the combination of a DUSTHUNTER SP100 scattered light dust measuring device and a FLOWSIC100 PR volume flow measuring device on a flange plate. The combined probe also features a pressure transmitter and a resistance thermometer. The Combiprobe CP100 only requires a single mounting opening in the funnel in order to measure the dust concentration, volume flow, pressure and temperature. This means that there is considerably less outlay on installation than if the individual components were to be installed separately.
Particles analysers DUSTHUNTER SB100 - Endress+Hauser
The DUSTHUNTER SB100 is a type-approved measuring device for dust at very low to high concentrations in challenging applications, e.g. in hot or corrosive gases. The measurement is based on the backward scattering of light. Installation is made from one side only.
Two different penetration depths are possible. Automatic compensation of background light, therefore no light absorber necessary. An automatic check of zero and reference point as well as a contamination monitoring is integrated in the device.
Two different penetration depths are possible. Automatic compensation of background light, therefore no light absorber necessary. An automatic check of zero and reference point as well as a contamination monitoring is integrated in the device.
PAS Pressure sensors - Kobold
Where pressure prevails.
The Kobold pressure sensor model PAS is a microprocessor-based high performance transmitter which has a flexible pressure calibration and a flexible output signal. It has an automatic compensation of ambient temperature and process variables. A communication with the instrument and a configuration of various parameters is possible via the HART® protocol. All data of sensor is to be input, modified and stored in an EEPROM.
The PAS pressure transmitters enable a precise monitoring of absolute and gauge pressures. The devices available with different measuring ranges between –1...1,5 bar and 0...600 bar, can be used for a multitude of applications.
The Kobold pressure sensor model PAS is a microprocessor-based high performance transmitter which has a flexible pressure calibration and a flexible output signal. It has an automatic compensation of ambient temperature and process variables. A communication with the instrument and a configuration of various parameters is possible via the HART® protocol. All data of sensor is to be input, modified and stored in an EEPROM.
The PAS pressure transmitters enable a precise monitoring of absolute and gauge pressures. The devices available with different measuring ranges between –1...1,5 bar and 0...600 bar, can be used for a multitude of applications.
Sale general conditions Garantias, reparações e devoluçõesPolítica de CookiesPrivacy PolicyReporting channel
F.Fonseca © All rights reserved.
- 0
- 1