PANTRON - High Power Opto Sensors ISG-N and ISG-A series

Low-cost amplifier with manual gain setting and relay output. Single channel opto sensor. Detection range up to 70 m. Manual sensitivity setting.

Single channel amplifier with extended functions. Four frequency settings allow close mounting of adjacent beams. Two power levels for individual range setting. Light/dark switchmode for inverted output signal. Test input for functional test by external test equipment. The amplifier provides both transistor and relay output.

Single channel amplifier with extended functions. Four frequency settings allow close mounting of adjacent beams. Two power levels for individual range setting. Light/dark switchmode for inverted output signal. Alarm output for detection of decreasing visibility, dust or misalignment. The amplifier provides both transistor and relay output.

Single channel amplifier with extended functions and time delay. Four frequency settings allow close mounting of adjacent beams. Two power levels for individual range setting. Light/dark switchmode for inverted output signal. Test input for functional test by external test equipment. The amplifier provides both transistor and relay output.

Single channel amplifier with extended functions. Four frequency settings allow close mounting of adjacent beams. Two power levels for individual range setting. Light/dark switchmode for inverted output signal. Alarm output for detection of decreasing visibility, dust or misalignment. The amplifier provides both transistor and relay output.

The device is equipped with microprocessor-based technology. It is equipped with features that normally can only be found in automatic or multiplex amplifiers. Every error caused by transmitter and receiver wiring is reported immediately by the permanent sensor-control. The 4-fold frequency change-over is useful to decouple nearby light barriers. Two level settings allow an adjustment to be made to compensate for distance and for different operating conditions. By the use of dark switching, it is possible to reverse the switching behavior of the output. The alarm output indicates sensor errors as well as decreased visual contact caused by contamination or misalignment. Wear-free transistor outputs ensure high switching sequences and reliable continuous operation.

The device is equipped with microprocessor-based technology. It is equipped with features that normally can only be found in automatic or multiplex amplifiers. Every error caused by transmitter and receiver wiring is reported immediately by the permanent sensor-control. The 4-fold frequency change-over is useful to decouple nearby light barriers. Two level settings allow an adjustment to be made to compensate for distance and for different operating conditions. By the use of dark switching, it is possible to reverse the switching behavior of the output. The alarm output indicates sensor errors as well as decreased visual contact caused by contamination or misalignment. Wear-free transistor outputs ensure high switching sequences and reliable continuous operation.

The device is equipped with microprocessor-based technology. It is equipped with features that normally can only be found in automatic or multiplex amplifiers. Every error caused by transmitter and receiver wiring is reported immediately by the permanent sensor-control. An included time delay offers, for example, the gating of short interruptions of a light barrier or a pulse stretching. Switch-on and switch-off delay time can be activated simultaneously. The 4-fold frequency change-over is useful to decouple nearby light barriers. Two level settings allow an adjustment to be made to compensate for distance and for different operating conditions. By the use of dark switching, it is possible to reverse the switching behavior of the output. The alarm output indicates sensor errors as well as decreased visual contact caused by contamination or misalignment. Wear-free transistor outputs ensure high switching sequences and reliable continuous operation.

The device is equipped with microprocessor-based technology. It is equipped with features that normally can only be found in automatic or multiplex amplifiers. Every error caused by transmitter and receiver wiring is reported immediately by the permanent sensor-control. An included time delay offers, for example, the gating of short interruptions of a light barrier or a pulse stretching. Switch-on and switch-off delay time can be activated simultaneously. The 4-fold frequency change-over is useful to decouple nearby light barriers. Two level settings allow an adjustment to be made to compensate for distance and for different operating conditions. By the use of dark switching, it is possible to reverse the switching behavior of the output. The alarm output indicates sensor errors as well as decreased visual contact caused by contamination or misalignment. Wear-free transistor outputs ensure high switching sequences and reliable continuous operation.

Amplifiers operate with modulated infrared light which provides high immunity to ambient light. The electronic circuit is designed to detect only those signals with the correct frequency and phase relation. This almost completely excludes interference from other barriers. The processor-controlled automatic amplifier (patented Pantron invention) is the further development of the standard amplifier. No adjustments are required. The switching point adjusts automatically according to the predominate conditions (dirt, dust, ambient light, etc.) so that it remains constant. This ensures optimum performance from the system at all times. Features include: two sensitivity settings, transistor output for wear-free switching, and alarm output.

Amplifiers operate with modulated infrared light which provides high immunity to ambient light. The electronic circuit is designed to detect only those signals with the correct frequency and phase relation. This almost completely excludes interference from other barriers. The processor-controlled automatic amplifier (patented Pantron invention) is the further development of the standard amplifier. No adjustments are required. The switching point adjusts automatically according to the predominate conditions (dirt, dust, ambient light, etc.) so that it remains constant. This ensures optimum performance from the system at all times. Features include: two sensitivity settings, transistor output for wear-free switching, and alarm output.

The Pantron ISG-A123 is a single channel opto sensor with advanced features. The automatic operating mode is useful for adjusting to contamination, misalignment and other disturbing influences. At the push of a button, the device shows information about sensor alignment and wiring, such as wire breakage and short-circuits. The dual-frequency change-over is useful to decouple nearby light barriers. Four level settings allow an adjustment to different operating conditions. By use of dark switching, it is possible to reverse the switching behavior of the output. By the use of the test input via an external testing facility, an automatic function test can be realised. The alarm output indicates that the sensors are too contaminated. Wear-free transistor outputs ensure high switching sequences and reliable continuous operation.

The Pantron ISG-A124 is a single channel opto sensor with advanced features. The automatic operating mode is useful for adjusting to contamination, misalignment and other disturbing influences. At the push of a button, the device shows information about sensor alignment and wiring, such as wire breakage and short-circuits. The dual-frequency change-over is useful to decouple nearby light barriers. Four level settings allow an adjustment to different operating conditions. By use of dark switching, it is possible to reverse the switching behavior of the output. By the use of the test input via an external testing facility, an automatic function test can be realised. The alarm output indicates that the sensors are too contaminated. Includes a relay output for high switching loads.

The Pantron ISG-A133 is a single channel opto sensor with advanced features. The automatic operating mode is useful for adjusting to contamination, misalignment and other disturbing influences. At the push of a button, the device shows information about sensor alignment and wiring, such as wire breakage and short-circuits. An included time delay offers, for example, the gating of short interruptions of a light barrier or a pulse stretching. Switch-on and switch-off delay time can be activated simultaneously. The dual frequency change-over is useful to decouple nearby light barriers. Four level settings allow an adjustment to different operating conditions. By use of dark switching, it is possible to reverse the switching behavior of the output. By the use of the test input via an external testing facility, an automatic function test can be realised. The alarm output indicates that the sensors are too contaminated. Wear-free transistor outputs ensure high switching sequences and reliable continuous operation.

The Pantron ISG-A134 is a single channel opto sensor with advanced features. The automatic operating mode is useful for adjusting contamination, misalignment and other disturbing influences. At the push of a button, the device shows information about sensor alignment and wiring, such as wire breakage and short-circuits. An included time delay offers, for example, the gating of short interruptions of a light barrier or a pulse stretching. Switch-on and switch-off delay time can be activated simultaneously. The dual-frequency change-over is useful to decouple nearby light barriers. Four level settings allow an adjustment to different operating conditions. By use of dark switching it is possible to reverse the switching behavior of the output. By the use of the test input, via an external testing facility, an automatic function test can be realised. The alarm output indicates that the sensors are too contaminated. Includes a relay output for high switching loads.

The Pantron ISG-A143 is a single channel opto sensor with a teach function. This function gives the device the ability to teach for transparent and limited infrared permeable objects and is able to recognize the objects later. The device is able to differentiate between full and empty packaging, to detect defective coating and double layers in the paper industry and much more. Alternatively, the normal automatic operating mode may be used and includes a test function and diagnostics. The dual-frequency change-over is useful to decouple nearby light barriers. By use of dark switching it is possible to reverse the switching behavior of the relay. The test input is needed for externally activating the teach process, but may also be used as an automatic function test when activated during automatic operating mode. The alarm output indicates that the sensors are too contaminated. Wear-free transistor outputs ensure high switching sequences and reliable continuous operation.

The Pantron ISG-A144 is a single channel opto sensor with a teach function. This function gives the device the ability to teach for transparent and limited infrared permeable objects and is able to recognize the objects later. The device is able to differentiate between full and empty packaging, to detect defective coating and double layers in the paper industry, and much more. Alternatively the normal automatic operating mode may be used and includes a test function and diagnostics. The dual-frequency change-over is useful to decouple nearby light barriers. By use of dark switching, it is possible to reverse the switching behavior of the relay. The test input is needed for externally activating the teach process, but may also be used as an automatic function test when activated during automatic operating mode. The alarm output indicates that the sensors are too contaminated. Includes a relay output for high switching loads.