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Fiber optic photoelectric sensors
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Fiber optic photoelectric sensor - max. 100 mA, IP40 | FX-100 series
SUNX has come up with new top price digital fibre sensor. The sensor with quick set mode offers user-friendly...
Fiber optic photoelectric sensor - max. 100 mA, IP40 | FX-100 series
SUNX has come up with new top price digital fibre sensor. The sensor with quick set mode offers user-friendly quick operation to inexperienced operators. The setting and PRO mode are still available for experienced operators. The device features ECO mode, copy and GETA function for an enhanced practicality in the workplace. Total 12 types product range will be available for all customers requirements
Fiber optic photoelectric sensor - max. 100 mA, IP40 | FX-300 series
Fibre sensors have taken a leap forward, The reduction in light emitting elements over time, in the past was considered...
Fiber optic photoelectric sensor - max. 100 mA, IP40 | FX-300 series
Fibre sensors have taken a leap forward, The reduction in light emitting elements over time, in the past was considered an accepted unavoidable result of extensive use over time, along with the conventional idea that lenses should only be connected to the fibre ends, have finally been resolved with the SUNX technology. The new development lines removes deterioration and mixes the lens with a fibre sensor, providing long range sensing for extended periods of time.
Fiber optic photoelectric sensor - max. 100 mA, IP40 | FX-311 series
The FX-311 advanced manual setting fiber sensor has a built-in optical lens that allows...
Fiber optic photoelectric sensor - max. 100 mA, IP40 | FX-311 series
The FX-311 advanced manual setting fiber sensor has a built-in optical lens that allows long-range sensing and has a 0.25 / 2ms selectable response time. The FX-311 incorporates and improves on the original SUNX optical technology, and on the simple maintenance, reduced wiring and easy installation characteristics of the FX-301.
Fiber optic photoelectric sensor - max. 100 mA, IP40 | FX-500 series
The new application-specific integrated circuit is the most important advantage of this device, which can now solve various applications that involve the use of fiber optic...
Fiber optic photoelectric sensor - max. 100 mA, IP40 | FX-500 series
The new application-specific integrated circuit is the most important advantage of this device, which can now solve various applications that involve the use of fiber optic...
Fiber optic photoelectric sensor / cylindrical - M18
These sensors work electronically like any other photoelectric sensor, with the difference that the light emitted and received is transported by...
Fiber optic photoelectric sensor / cylindrical - M18
These sensors work electronically like any other photoelectric sensor, with the difference that the light emitted and received is transported by a fiber optic, which has a very small and variably shaped end and can be installed at a distance from the electronic measurement circuit or amplifier, made in stainless steel cylindrical housing AISI 303 M18X1 with fixing brackets.
Different models are available according to the type of application. They can be 2 mt. standard and are covered by polyethylene and have either a smooth metallic end of 3mm. dia. or threaded M4-M5-M6.
Different models are available according to the type of application. They can be 2 mt. standard and are covered by polyethylene and have either a smooth metallic end of 3mm. dia. or threaded M4-M5-M6.
Fiber optic sensor head - 120 µs, max. 4 kHz | optoCONTROL CLS-K-6
The CLS-K-6 is a fiber optic sensor with an integrated measurement system which measures the quantity of light which is then...
Fiber optic sensor head - 120 µs, max. 4 kHz | optoCONTROL CLS-K-6
The CLS-K-6 is a fiber optic sensor with an integrated measurement system which measures the quantity of light which is then transmitted as an electrical signal via analog output. While measuring the presence of an object, its size in the measuring gap is also recorded. This is done by measuring the amount of light between the transmitter and the receiver and is made directly on the object by means of fiber optics.. The unit can be easily installed close to the measuring point.