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Multiple light beam safety deTem2 Core - SICK
A new standard in every sense.
Just how do we maintain our leading position in the industrial safety sector after 65 years?
Through continuous innovation.
Just how do we maintain our leading position in the industrial safety sector after 65 years?
Through continuous innovation.
Multiple light beam safety deTem4 Core - SICK
A new standard in every sense.
Just how do we maintain our leading position in the industrial safety sector after 65 years?
Through continuous innovation.
Just how do we maintain our leading position in the industrial safety sector after 65 years?
Through continuous innovation.
Multiple light beam safety devices deTem A/P - SICK
Impressive flexibility!
The multiple light beam safety devices deTem A/P are active/ passive systems in a compact housing and offer high flexibility for access protection and entry/ exit monitoring (muting).
Depending on needs and in order to meet individual requirements, the scanning range, number of beams and various muting sensors can be selected.
The multiple light beam safety devices deTem A/P are active/ passive systems in a compact housing and offer high flexibility for access protection and entry/ exit monitoring (muting).
Depending on needs and in order to meet individual requirements, the scanning range, number of beams and various muting sensors can be selected.
Multiple light beam safety devices M4000 - SICK
Complete safety exactly to your requirements.
Multiple light beam safety devices are used for access protection with and without muting. Wide scanning ranges and high signal reserves allow a wide range of application possibilities even under harsh ambient conditions.
The comprehensive functions are easy to understand and can be set by means of menus. The broad scanning range permits standardization of just one device for a wide range of applications and thus implements machine safety cost-effectively.
Multiple light beam safety devices are used for access protection with and without muting. Wide scanning ranges and high signal reserves allow a wide range of application possibilities even under harsh ambient conditions.
The comprehensive functions are easy to understand and can be set by means of menus. The broad scanning range permits standardization of just one device for a wide range of applications and thus implements machine safety cost-effectively.
Multitec® BioControl 4/8 – Sewerin
Combined stationary measuring device with mobile gas meter.
The Multitec® BioControl is a combined measuring device consisting of the Multitec® BioControl fixed installation and a mobile gas measuring device, namely the Multitec® 540/545.
Depending on the version of Multitec® BioControl, the gas composition and volume can be automatically measured and monitored at up to eight measurement locations. The Multitec® 540/545 measures the values at the individual measurement locations sequentially. The values are transferred to the Multitec® BioControl via an interface.
The mobile gas measuring device must be regularly maintained to guarantee accurate measuring results. The Multitec® BioControl allows easy maintenance for the versions with four and eight measurement locations as standard, with automatic calibration and adjustment with test gas.
The Multitec® BioControl is a combined measuring device consisting of the Multitec® BioControl fixed installation and a mobile gas measuring device, namely the Multitec® 540/545.
Depending on the version of Multitec® BioControl, the gas composition and volume can be automatically measured and monitored at up to eight measurement locations. The Multitec® 540/545 measures the values at the individual measurement locations sequentially. The values are transferred to the Multitec® BioControl via an interface.
The mobile gas measuring device must be regularly maintained to guarantee accurate measuring results. The Multitec® BioControl allows easy maintenance for the versions with four and eight measurement locations as standard, with automatic calibration and adjustment with test gas.
Muting controller for safety light curtains DMM4 - SICK
Together with the deTec safety light curtains and deTem safety light-beam sensors, the DMM4 muting controller enables efficient muting applications for safe human-material differentiation in automated material transport. With the help of DMM4 and the intuitive Safety Designer software, you can individually configure muting parameters and smart functions such as smart restart interlock for your application. The software can also define different operating modes such as partial muting. Connect muting sensors, control switches, and safety devices to DMM4. This reduces the cabling effort, shortens the commissioning time, and allows you to achieve continuous, efficient material flows while protecting people simultaneously.
Muting kits and accessories - SICK
Automated material transportation into and out of hazardous areas can be secured via a variety of solutions in order to avoid hazards to people and to ensure productivity.
Securing a machine with a muting system, comprising a protective device combined with muting sensors (e.g., photoelectric retro-reflective sensors). The placement of the muting sensors means that the material to be transported is detected as such and the protective device is given a time limit and bridged depending on the process. People are safely detected.
Securing a machine with a muting system, comprising a protective device combined with muting sensors (e.g., photoelectric retro-reflective sensors). The placement of the muting sensors means that the material to be transported is detected as such and the protective device is given a time limit and bridged depending on the process. People are safely detected.
MVK Metal Safety Modules - Murrelektronik
Safety is very important in automotive applications. MVK Metal Safety fieldbus modules are a very interesting active safety technology solution. MVK Metal Safety allows for installations to meet Safety Integrity Level 3 (according to IED 61508 and IEC 62061) and Performance Level e (according to EN ISO 13849-1). MVK Metal Safety is available with your choice of just inputs or with both inputs and outputs.
MVK Pro and IMPACT67 Pro - Murrelektronik
Compact IO-Link master modules with eight multifunctional master ports are the most intelligent way to connect IO-Link devices.
IP67 rated fieldbus modules are an important component in decentralized installations. They replace complexly wired and expensive terminal boxes.
Combine these modules with our selection of IO-Link hubs and analog converters to increase your flexibility while minimizing hardware costs.
IP67 rated fieldbus modules are an important component in decentralized installations. They replace complexly wired and expensive terminal boxes.
Combine these modules with our selection of IO-Link hubs and analog converters to increase your flexibility while minimizing hardware costs.
MX 16 controller - TELEDYNE Oldham
The MX 16 is a compact digital or analog controller, one input, low-profile controller that continuously monitors gas detection.
Specially designed for applications in MRI room, laboratory, storage, small boiler room, and breweries or battery charging rooms, the MX 16 measuring unit prevents the risks of explosion linked to the presence of toxic, anoxic and explosive gases in the ambient air. Small size, ease of installation and use are the main strengths of the plant. Used with the OLCT 10N O₂ and CO₂ digital sensor series or any other O₂, CO₂, CH₄, GPL and H₂ analog sensor, the MX 16 guarantees you a solution that complies with all European standards.
Specially designed for applications in MRI room, laboratory, storage, small boiler room, and breweries or battery charging rooms, the MX 16 measuring unit prevents the risks of explosion linked to the presence of toxic, anoxic and explosive gases in the ambient air. Small size, ease of installation and use are the main strengths of the plant. Used with the OLCT 10N O₂ and CO₂ digital sensor series or any other O₂, CO₂, CH₄, GPL and H₂ analog sensor, the MX 16 guarantees you a solution that complies with all European standards.
MX 32 Analog and digital gas controller - TELEDYNE Oldham
We introduce the new MX 32, a controller that takes analog & digital inputs and covers all needs for a wide variety of applications.
TELEDYNE Oldham MX 32, is a compact, low-profile controller that continuously monitors gas detection, including 4-20 mA, dry logic input, MODBUS RS485 signal from compatible detectors.
Designed to meet SIL1 requirements, the new MX 32 gas detection controller is an analog and digital controller that continuously measures and controls gases in the atmosphere. It uses the same platform as the MX 43 which has already proven to be a very high performing and reliable controller.
TELEDYNE Oldham MX 32, is a compact, low-profile controller that continuously monitors gas detection, including 4-20 mA, dry logic input, MODBUS RS485 signal from compatible detectors.
Designed to meet SIL1 requirements, the new MX 32 gas detection controller is an analog and digital controller that continuously measures and controls gases in the atmosphere. It uses the same platform as the MX 43 which has already proven to be a very high performing and reliable controller.
MX 43 controller - TELEDYNE Oldham
The MX 43 gas detection controller is a flexible, high quality, easy to use, analog and digital controller that continuously measures and controls gases in the atmosphere.
Fully scalable and designed to functional safety performance level 1 standards, the MX 43 is an analog and digital controller that continuously measures and controls gases in the atmosphere.
Fully scalable and designed to functional safety performance level 1 standards, the MX 43 is an analog and digital controller that continuously measures and controls gases in the atmosphere.
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.
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.
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