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| Retro-reflective light barriers or through-beam types with red light, infrared light and laser light. Working ranges from 0,5 up to 50 m. Different housings - F20 until F80 and also cylindrical ones with a diameter of 12 or 18 mm. Teach In or potentiometer setup. |
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· Ideal for the detection of Glass/PET products.
(KR-Q50 / KR-Q150 / KR-Q300)
· Test input to verify operation.
(KT-700 Thru-beam type)
· IP67 rating, rugged design.
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Application:
Optoelectronic safety device are used as entry, danger point or danger zone guards.
SLB range safety light barriers ar utilised as entry guards to dangerous areas. these protection devices operating without physical contact achieve Control Category 2 or 4 to EN 954-1 in combination with SLB 200-C or SLB 400-C safety monitoring modules.
Design and mode of operation:
On the SLB/SLC/SLG ranges of optoelectronic safety devices, the emitter and receiver are fitted in two separate enclosures. An invisible infra-red signal is sent from the emitter and this is picked up by the lens system of the receiver and evaluated either by an integral or external safety monitoring module. If the light beam is interrupted, the secure outputs are switched.
All of the optoelectronic safety devices listed here are maintenance-free and are characterised by simple fitting and adjustment.
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Safety barriers based on visible laser technology.
Studied with regard to protecting and monitorar.
This innovativo security system is made up of a laser transmitter of red light 650nm modulated and a modulated receiver that catching the light beam creates an immaterial curtain of security that allows the worker to work security altogether.
Versions:
Classic laser barrier with transmitter and receiver.
Laser safety barrier monoray reaches 60 TM. Class 2 and 4
Laser barrier for peripheral control with sending back columns.
Switchboard of control integrated Classe 2/4.
The advantages són:
- Facility of aligned even in long distances 60m.
- Insensibility to the solar and environmental light
- Multipurpose Barriers of 0 to 60m.
The optoelectronic laser barrier produced by us is certified EC By being NEMKO and is comformes to the following norms vigentesi:
Directive machines 98/37/EC
Directive on low tension 73/23/EC
Directive on electromagnetic compatibility 61496.1.2.3 89/336/EC IEC electro-sensitive protective equipment AOPDs |
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Features
Application-oriented advancement of the fork light barriers
Optical axis approchable in x-, y- and z- direction
All- purpose mounting from 3-Sides
Sensitivity adjustable
Light/ dark swichting
Metal casing
Steel housing galvanized (not all types, see data sheet)
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Photoelectric sensors series 50
Retro-reflective sensors
Glass fibre optic cables
Diffuse reflective sensors
Diffuse reflective sensors with protection class IP 69 K
Trough beam sensors
High performance through beam sensor
High performance photoelectric sensors
Plastic fibre-optic cables
Light curtains
Colour sensors
Fork light barriers
Angled light barriers
Frame light barriers
Ring light barriers
Laser sensors with background suppression
Laser diffuse reflective sensors
Retro reflective laser sensors
Laser line retro refl ective sensor
Laser through beam sensors |
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W18- photoelectric switch:
the packaging specialist
- Wide-ranging application
- High detection reliability
- Slender housing
- Easy handling, reliable control
- Precise background suppression
- Simple teach-in process
For packaging technology, the food, semi-luxuries and
catering industries, container logistics, machine tool
construction |
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Reference AFV 946 S
Sensing distance with glass fibre See technical informations on sheet Glass Fibre Optics
Supply : 10 / 30 VDC
Output : PNP / NPN
Adjustment by self-teach
Time-delay of output signal
Description :
Simple and quick set-up for self-teach (standard and sensitive mode)
Possible adjustment by key / -
Adjustable timer
Alignment indicator
Dirty optics indicator
Keyboard lock
Remote input for selfteach (sensitive mode)
Direct or inverse output
Output : PNP / NPN
Cable or M8 connector
Polycarbonate strong housing
Applications :
Position or presence control of parts on assembling or conditionning machine.
Detection of presence of parts in a plastic mould.
Detection under extreme conditions.
Glass fibre use in hightemperatured surroundings (output of furnace). |
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W2 Flat photoelectric switch:
for the tightest of spaces
• Good background suppression
• Detection of reflective and transparent objects
• Smallest known photoelectric proximity switch
For the electronics industry, robotics, assembly
and handling systems |
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| The through-beam photoelectric switch consists of two devices: the sender and receiver. The separate device configuration makes large scanning ranges possible. The use of laser diodes allows greater scanning ranges while simultaneously maintaining a high resolution. Focus ranges can be set with high precision. |
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Features
Metal housing
Metal connector
Ring LED
Ring diameter 10,15 and 20 mm
Static or dynamic working principle
High resolution from 1 mm diameter
Short response time
Sensitivity adjustment
Static/dynamic switchable (ORSD)
Pulse stretching adjustable
Protection class IP 67
Typical fields of application
Control of material flow of metallic and non-metallic small parts (screws, springs, plastic parts, etc.) in transparent feed hoses
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Single-beam light barriers are used for non-contact access safeguarding to hazardous areas. They consist of self-testing senders/receivers or, in combination with an evaluation unit and senders/receivers which can be tested.
Areas of application
Robots
Machining centres
Processing machinery
Palletising systems
High-bay warhouses
Transfer lines
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In comparison with conventional LED through-beam sensors, laser through-beam sensors are distinguished above all by the high accuracy of their optics. As a result, there is a precise switch point anywhere between the sender and the receiver. In addition, thanks to the narrowly focused beam, very small objects can be detected. Also impressive with the new Contrinex laser through-beam sensors are the long operating distance of 50 m and the high switching frequency of 5 kHz. Sensitivity setting is by means of a potentiometer. The sharply concentrated red laser beam (660 nm) simplifies alignment, since the light spot is clearly visible even at long distances and in ambient light. The devices are built into a short, robust M18 metal housing of stainless steel and have an excess light indicator.
Versions are available either with changeover outputs or with excess light output (light-ON). Contrinex laser switches are, moreover, particularly cost efficient. |
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| ... products without technical information |
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