|
|
|
|
|
|
Capacitive sensors
The non-contact capacitive sensor transforms a dimension important for production technology (distance or fill level) into a signal for further evaluation. It functions on the basis of the modification of the electrical field surrounding its active zone. The basic structure of the sensor consists of a RC oscillator as sensor, a demodulator and an amplifier. Metals or non-metals which come close to the active zone of the capacitive sensor cause a capacity change, so that the RC oscillator begins to oscillate. As a result, the trigger downstream from the oscillator switches and the signal amplifier alters its output status. Depending on the type of device, the switching function at the output can be N.C, N.O or a change-over contact.
Applications
The capacitive proximity switches are suitable for the control and monitoring of machine processes and as signal transmitters for counting tasks, which involve metals and non-metals; for signalling levels in containers and through container walls, where liquid, powdered or grained substances are to be detected.
|
|
The M300 & M800 are underspeed sensors that use microprocessor technology:
M300 – universal supply voltage, 30mm diameter body, single trip point at 20% below calibrated speed. ATEX Approved.
M800 – universal supply voltage, DIN style enclosure, dual trip points at 10% & 20% below calibrated speed, tacho output. Not ATEX Approved.
|
|
If you look for a sensor for position, passage, presence, level or speed, we must have it in our range of magnetic sensors. We can even design the ideal product for your applications.
At celduc® relais, we are eager to offer the best products for your application, thanks to our 30-year experience in the key technologies that we use in our products :
- Reed switch, a dry contact in a sealed glass bulb providing insulation at the same time. A simple, reliable and low cost solution.
- Electronic cell, based on either magneto-resistance or Hall effect, necessary for higher performance, particularly in frequency .
|
|
P100 18mm Inductive Sensor
Detects the presence of metallic objects in dangerous conditions such as in handling, warehousing, packaging, conveying, assembly, processing, etc.
May also be used to generate pulses for the detection of rotational speed
2-wire multi-voltage technology or 10-30 VDC NPN/PNP
Detects up to 8mm
Other products available:
- P300 30mm Inductive Proximity Switch
- P800 DIN Style Inductive Proximity Switch
|
|
|
Balluff offers a variety of inductive sensor solutions: standard designs, block styles, extended range, weld field-immune, specialized sensing – whatever the need, there’s a Balluff inductive sensor that will provide optimum service. From Mini to Maxi block style sensors from 5 x 5 mm to 80 x 80 mm, and tubular housings from 3 mm to M30 sizes, Balluff inductive sensors monitor, control, measure, and automate production sequences with high reliability and freedom from wear.
|
|
The portfolio of the inductive sensors of Leuze electronics contains most different designs and switching gaps and covers thus many application possibilities. In compact execution the Leuze sensors can be integrated easily when assembling, handling or robotics applications.
The requirements after large ranges, as for instance in the promotion and storage engineering the variants with up to 40 become millimeters switching gap fairly.
Full metal remarks to M30 offer mechanical protection in metal or woodworking machines. Against cleaning agents steady high-grade steel variants in V4A with enclosure IP69K as well as ECOLAB certificate fulfill the requirements of the food processing, - filling, - packing or pharmaceutical industry.
|
|
Inductive sensors
Inductive sensors use the interaction between metallic conductors and their electromagnetic alternating field. Eddy currents are induced in the conductor, which remove energy from the field and thus reduce the height of the oscillation amplitude.
This change is evaluated by the inductive sensor.
SensoPart offers a variety of inductive sensors with standard or enhanced working ranges.
|
|
|
Proximity sensors are the most common and affordable solution for no-touch object detection. The most commonly-used proximity sensor is the inductive type, which generates an electromagnetic field to sense metal objects passing close to its face. This is usually the easiest sensing technology to apply in applications where the metal object to be detected is within an inch or two of the sensor face. Autonics offers 12 products of 6 different types of proximity sensors, inductive and capacitive, and maintains No. 1 market share in Korea for more than 10 years, and still endeavoring to advance product quality and sensing reliability up to the top level of global marketplace. If you are looking for the most cost effective and reliable proximity sensors, Autonics is the answer.
|
|
Inductive sensors
Capacitive sensors
Photoelectric sensors
Tilt sensor
Photoelectric safety devices
Coded magnetic switches / Safety transponder system
Safety magnetic controller
Magnetic switches
Float switches
Sensors for potentially explosive atmospheres
|
|
Series 300 - Smaller than small!
- Smallest fully self-contained inductive proximity switches in the world.
- Ø3 mm and M4, housing length 22 mm, weight approx. 2 g (with 100 mm cable).
- Operating distance of 0.6 mm, or 1 mm (increased).
- Safe operation; all usual protection functions of larger devices are built in.
|
|
Reference: PS1 L 965 S
Sensing distance adjustable from 50 to 300 mm
Supply : 10 / 30 VDC
Outputs : PNP / NPN
Time-delay of output signal
High accuracy
Description
Emission by visible red light
Spot size by adjustable focus
Distance adjustment by precision screw
Direct and inverse function
Programmable timer to 40 ms max
Class 2 LASER
On / Off function
Applications :
Control of small parts on a production machine
Detection of compenents on a printed circuit
Presence control of crack in a part
Level control
Elimination of background
|
|
If you look for a sensor for position, passage, presence, level or speed, we must have it in our
range of magnetic sensors.
We can even design the ideal product for your applications !
At celduc® relais, we are eager to offer the best products for your application, thanks to our 30-
year experience in the key technologies that we use in our products :
- Reed switch, a dry contact in a sealed glass bulb providing insulation at the same time.
A simple, reliable and low cost solution.
- Electronic cell, based on either magneto-resistance or Hall effect, necessary for higher
performance, particularly in frequency .
|
|
|
|
|
|
In various detecting devices with Bestact incorporated. and to mainlain high operation accuracy for a long period of time, sufficient investigation and consideration has been applied to the maierial sélection and design of the contact energizing magnet.
Permanent magnets used for Yaskawa's detecting devices are rare earth magnet and anisotropic ferrite magnet which are characterized by high coercive force and large energy product, thus optimum design has been achieved. Featuring excellent stable performance without demagneti-zation due to fluctuation in temperature.
Demagnetization due to aging is 2% or less tor a 10 year period.
Those magnet proximity sensors are typically used in : steel plant machinery and equipment (for raw material handling, iron making, rolling milIs), plating line, large-size material handling ma-chines, automobile manufacturing lines, elevators, cement and related equipment, power station facilities, dam equipment. pollution prevention equipment and devices. mine machinery, Chem-ical industry machinery and equipment. marine product processing machines.
|
|
|
|
|
|
Proximity switches with background suppression FT 20 RLH-PSM4
Scanning distance adjustable from 20 to 60 mm
Laser red light 650 nm
Detection of ultra small parts
Laser protection class 1
Contamination indicator
Teach-in/key lock by push of a button/control line
N.O./N.C. selectable
Also available with 3-pin connector
Switching frequency: 1000 Hz
Different object colours and surfaces can heavily effect the detection behaviour of an energetic switch. With purely energetic evaluation, it is, for example, not possible to detect a black object in front of a white background.The white background reflects more light than the object itself.
In order to deal with such applications reliably, the background suppression procedure was developed. In this procedure, both the light reflected by the background and by the object is evaluated.The light is captured by two different receiver elements. With this procedure, it is possible to reliably detect e.g. a dark object on a light color conveyor belt.
There are two different procedures for the physical realisation of background suppression. In general, a distinction is made between a fixed and adjustable background suppression. With a fixed background suppression, the transmitter and receiver elements are rigidly mounted.
The laser units are particularly suitable for the detection of very small objects. With larger objects, a red-light or infrared sensor should be used. Only the background suppression procedure enables the detection of a dark object on a light conveyor belt.
|
|
|
The Bently NevadaTM 3300 XL 50mm transducer system is a highly robust and reliable proximity probe system. It offers greater moisture resistance and a broader temperature range than older systems, without compromising the linearity and accuracy required by demanding applications such as DE.
|
|
|
|
|
|
In various detecting devices with Bestact incorporated. and to mainlain high operation accuracy for a long period of time, sufficient investigation and consideration has been applied to the maierial sélection and design of the contact energizing magnet.
Permanent magnets used for Yaskawa's detecting devices are rare earth magnet and anisotropic ferrite magnet which are characterized by high coercive force and large energy product, thus optimum design has been achieved. Featuring excellent stable performance without demagneti-zation due to fluctuation in temperature.
Demagnetization due to aging is 2% or less tor a 10 year period.
Those magnet proximity sensors are typically used in : steel plant machinery and equipment (for raw material handling, iron making, rolling milIs), plating line, large-size material handling ma-chines, automobile manufacturing lines, elevators, cement and related equipment, power station facilities, dam equipment. pollution prevention equipment and devices. mine machinery, Chem-ical industry machinery and equipment. marine product processing machines.
|
|
MOD I930-P930 Position sensors
Fixing: I930 M8x1,25 / P930 diametro 5,6
Capacity contact: 0,5 A / 50 V
Output signal: N.O.
MOD P900 P915 P920 Position sensors
Capacity contact: 0,5 A / 50 V
Output signal: N.O.
MOD SNLVDT Position sensors
MOD SNM01 Position sensors
MOD SNM02 Position sensors
Use: Sensore di posizione cavalletto ad effetto di Hall
Capacity contact: Vcc 8 - 18 Vdc Icc 20 mA
Output signal: Iout max 3A Rout max 0,2 ohm
|
|
PSEN sensor technology, Safety for man and machine
Safety switches ... for safety gate and position monitoring :
Hazardous machine movements must be stopped when a guard is opened. It must not be possible to either defeat or manipulate these guards. PSEN safety switches meet this requirement and are therefore suitable for monitoring gates in safety fences for safety zones, for example.
Safety bolt ... for safety gates in a rugged everyday industrial environment :
For safety gates that are difficult to adjust or in areas where safety gates are often opened and closed, protection must be provided against defeat and manipulation, but a long material service life must also be guaranteed. PSENbolt provides a complete solution, comprising safety switch, handle and bolt.
Safe camera systems : to monitor two-dimensional (2D) or three-dimensional (3D) zones.
|
|
|
Honeywell Sensing and Control ultrasonic distance sensors solve tough position sensing problems, detecting targets made of practically any material. They work in dry, dusty environments. Particularly useful where other sensing technologies have difficulty, such as: clear or shiny objects, foggy or particle laden air, splashing liquids, etc. Also where larger sensors or longer sensing distances are required.
|
|
Ultrasonic sensor UT 20-240-AIM4
Range to 240 mm
analogue
teach-in
4 ... 20 mA
plug M8 4 pins
product data
|
|
Design Features
* Adjustable with XY axis using the PM101/102 magnets
* Cable wiring from the Left of the package
* Repeatablity of operation
* Shunt or direct magnet operation
* Multiple Mode of Operation
Product Comments
* Robust Nylon Housing
* Normally Open
* Surface Mounted by fixing screws
* Fully encapsulated
* Matching Package Operating Magnet PM101 or PM102
|
|
Honeywell environment sealed proximity sensors use a variety of technologies, including Eddy Current Killed Oscillator (ECKO) and Hall-effect, which are used to detect metallic objects passing in front of the sensing face. Once a target metal is detected, a trigger signal is produced and passed through the output conditioning circuitry to give an output that can be configured according to the sensor's application. These rugged, one or two-piece products meet demanding requirements such as temperature, vibration, shock and EMI/EMP interference. They are available in a variety of housing materials and termination styles, and meet military standards.
Best Used For:
Harsh environments such as aerospace, ordnance and marine applications.
|
|
OA-6000
Long range detection area
OPTEX OA-6000 provides a long range detection area even from high mounting position.
High mounting position
with sufficient sensitivity
Stable detection performance at high mounted position.
Stable operation
OPTEX OA-6000 will not activate shutters by too much of a wide detection area.
Flexibility
Detection area can be adjusted 160º vertically and 360º horizontally.
|
|
Analog Sensor
Technological applications: monitoring of positioning, movement, deformation (detectors with analog output signal).
|
|
These are electronic transducers which provide an output signal
when any type of material (Wood, metal plastic, granular and
powder product) comes into their sensing area without coming
into contact.
-Cylindrical series 18 - 30 - 40 mm dia.
-Totally screened and partially screened version
-Adjustable sensing distance
-Amplified 4 wire types NPN or PNP, NO+NC from
10 ÷ 55 Vdc
-Amplified 2 wire types from 20 ÷ 250 Vac/dc
-Relay output type with 1 pole changeover 1A ÷ 220 Vac
-Supply voltage 18 ÷ 50 Vdc / 18 ÷ 240 Vac
-Led incorporated
-Short circuit protection for D.C. and A.C. versions
-Maximum output current D.C. 200 mA, AC. 300 mA
-Types with connector output
-Types with instantaneous intervention or timing up to 15 min
-Protection housing in HOSTAFORM if used as level control
|
|
|
Detector of position for the good and bad material detection conducting of electricity. adjustable the nominal range of the detector is let regulate by means of a potentiometer. The detectors high temperature the detectors resisting the high temperatures normally consist of a head of detection planned for the high temperatures and of a separate electronic module. They are connected together by a cable with Teflon sheath. Favour: detection until 200° turnover
|
|
SENSOR PROBES
Capacitec non-contact displacement probes are noted for their large linear range versus the small outside diameter of the probe package.
INSTRUMENTATION
Capacitec's line of instrumentation includes electronic racks, amplifier cards, clock driver cards and accessories. Please contact Capacitec to configure the optimal combination of probes and instrumentation to best meet the needs of your particular application.
|
|
The SC200 capacitive point level switch is an excellent solution for applications with space limitations. It senses virtually any type of medium and also performs well when coating or product build-up becomes a concern. The unit features an LED for switch point status as well as a potentiometer to adjust the sensitivity of the unit.
SPECIFICATIONS
SC200
Operating Voltage: 12...30Vdc
Current Consumption: 3mA
Adjustment Potentiometer switch point
Output: PNP (3 wire)
Operating Temperature: 14 to 176ºF
RL202: Controller for AC Power Supply
Operating Voltage: 115 or 230Vac (50/60Hz)
Output: 1 SPDT (5A - 250Vac)
Operating Temperature: 14 to 140ºF
|
|
capacitive sensors
- starting at size M12
- plug or cable connection
- normally open, normally closed output
- stainless steel, brass-, plastic housings
- short circuit protection/reverse battery protection/overload protection
- special designs on request
|
|
Features:
- Available in flush mountable body style
- Nickel plated housing with IP67 and IP69 protection rating
- Sensing distance of 2 mm (0.078” to 15 mm (0.591”)
Capacitive proximity sensors are ideal for sensing non-metal objects or for level control of fluids and granular material.
Adjustment can be used to zero out the presence of an object allowing the sensor to sense "through" a bulk material or liquid level.
The operating distance of a capacitive sensor is related to the dielectric constant (εr) of the object material to be detected. The higher the value of εr, the easier the detection of the object will be. The object to be detected through must have a lower εr value.
The threshold level is adjustable via a 20-turn potentiometer located at the rear of the sensor
|
|
|
|
