D12SN6FPHQ

D12FPH Series DIN Rail High Power Fiber Optic Sensor Datasheet Very High Power Sensors For Use With Plastic Fiber Optic Assemblies • • • • Plastic fiber optic sensors for DIN rail mounting Highest optical power available in a plastic fiber optic sensor Visible red light source; for use with Banner cut-to-length plastic fiber optic assemblies Choice of either NPN (sinking) or PNP (sourcing) complementary outputs; 150 mA maximum (continuous) load • Normally closed output of most models may be wired as a diagnostic alarm output, depending on hookup to power supply1 • LED indicators for Power On and N.O. Output Conducting • 7-segment LED bargraph2 indicates received signal strength, output overload, and marginal excess gain WARNING: Not To Be Used for Personnel Protection Never use this device as a sensing device for personnel protection. Doing so could lead to serious injury or death. This device does not include the self-checking redundant circuitry necessary to allow its use in personnel safety applications. A sensor failure or malfunction can cause either an energized or de-energized sensor output condition. CAUTION: Electrostatic Discharge (ESD) ESD Sensitive Device. Use proper handling procedures to prevent ESD damage to these devices. The module does not contain any specific ESD protection beyond the structures contained in its integrated circuits. Proper handling procedures should include leaving devices in their anti-static packaging until ready for use; wearing anit-static wrist straps; and assembling units on a grounded, static-dissipative surface. Models Model3 Output Type Connection D12SN6FPH NPN 2 m (6.5-ft) attached cable D12SN6FPHQ NPN 152 mm (6-in) cable with pico-style QD D12SP6FPH PNP 2 m (6.5-ft) attached cable D12SP6FPHQ PNP 152 mm (6-in) with pico-style QD Range See the performance curves Overview D12 sensors are compact, self-contained visible-red fiber optic sensors for DIN rail mounting. D12 sensors are designed for use with Banner cut-to-length plastic fiber optic assemblies. They may be used in the opposed and diffuse fiber optic sensing modes. D12FPH Series sensors have the highest optical power available in a plastic fiber optic sensor. All models operate from 10 V dc to 30 V dc and draw 45 mA maximum, exclusive of load current. Models are available with a choice of NPN or PNP complementary outputs (one output normally open, one output normally closed). The normally closed output may be used as a diagnostic alarm output, depending on the wiring of the sensor to the power supply4. All models are available with either an attached cable or a 6-inch cable with a pico-style quick disconnect connector. Each output is capable of 150 mA continuous load. The choice of NPN (sinking) or PNP (sourcing) models enables D12 sensors to interface to a wide variety of loads. Either the small diameter (0.254 mm and 0.508 mm/0.010 inch and 0.020 inch) or the large diameter (1.06 mm/0.040 inch) Banner cut-to-length plastic fibers can be used. 1 2 3 4 U.S. Patent #5087838 U.S. Patent #4965548 Models with 30-foot attached cable are also available. U.S. Patent #5087838 Original Document 34970 Rev. E 11 September 2017 34970 D12FPH Series DIN Rail High Power Fiber Optic Sensor LED Indicators Two top-mounted LED indicators: • Green = dc power on • Amber = Normally Open Output Conducting Seven-Segment Moving-Dot LED Bargraph5 A red seven-segment moving-dot LED bargraph illuminates to indicate the relative strength of the received light signal. This feature simplifies the sensitivity adjustment and fiber optic alignment, and provides a constant reference over time for overall sensing system performance. Segment #1 of the bargraph flashes to indicate an output overload. Segment #7 flashes to indicate marginal excess gain. A flashing LED corresponds to the On state of the D12 sensor's alarm output. Sensivity Control D12s have a 15-turn sensitivity control, with a slotted brass screw clutched at both ends of travel. Figure 1. Features Installing Plastic Fibers 1. Cut the fiber ends according to the instructions included with the fibers. 2. Slide the fiber gripper up (open). 3. If you are using 0 .010 inch or 0.020 inch (0.254 mm and 0.508 mm) diameter fibers: Insert the adaptor into the ports as far as it will go. Fiber adapter 4. For all fiber diameters: Insert the prepared plastic fiber sensor ends gently into the ports as far as they will go. 5. Slide the fiber gripper back down to lock it. Wiring Diagrams NPN (Sinking) Standard Wiring 3 – 10-30V dc + 1 4 2 NPN (Sinking) Alarm Wiring 2 Load PNP (Sourcing) Standard Wiring 4 2 Load Alarm PNP (Sourcing) Alarm Wiring + 10-30V dc – 3 – 10-30V dc + 3 4 Load 1 1 3 4 Load 2 Load + 10-30V dc – 1 Load Alarm 5 U.S. Patent #4965548 2 www.bannerengineering.com - Tel: +1-763-544-3164 P/N 34970 Rev. E D12FPH Series DIN Rail High Power Fiber Optic Sensor Specifications Sensing Range Application Notes See the excess gain curves; Performance Curves on page 4 D12 sensors are designed to deliver very high optical energy (excess gain). They should not be used for applications which offer low optical contrast (that is, only a small Sensing Beam difference in received light levels between the light and dark sensing conditions). Visible red, 660 nm Examples include diffuse mode sensing of objects in front of a reflective background and Supply Voltage opposed mode sensing of non-opaque materials. 10 V dc to 30 V dc at 45 mA maximum, exclusive of load D12 sensors excel in applications requiring high excess gain (for example, for long-range Protected against reverse polarity and inductive load transients sensing, sensing with long fiber lengths, diffuse sensing of materials with low reflectivity, Output Configurations etc.). Solid-state dc complementary outputs; see the models table for details. The normally closed (N.C.) output of standard FP and FV models may be used as an alarm Required Overcurrent Protection output, depending upon the hookup to the power supply. WARNING: Electrical connections must be made by Output Rating qualified personnel in accordance with local and Complementary outputs, one normally open (N.O.) and the other normally closed (N.C.). national electrical codes and regulations. 150 mA maximum each output. No false pulse on power-up. (False pulse protection circuit causes a 20 ms delay on power-up.) Short-circuit protected. Overcurrent protection is required to be provided by end product application per the Off-state leakage current