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PBT46UHF
LEAD ASSEMBLY
⚠️ Reference pricing provided. In case of supply shortages, we will connect you with our trusted procurement partners to ensure your project's continuity.
- Manufacturer: BANNER ENGINEERING
- Product type: Fiber Optic Lead Assemblies
- SVHC: No SVHC (15-Jan-2018)
| Delivery and price | |
|---|---|
| Units per pack | 1 |
| Price | 91.32 € |
| Current stock | 10+ |
| Lead time | 30 days |
Datasheet
# **FIBRE-OPTIC SELECTION GUIDE** _Fibre-optic Selection Guide_ ## **A Selection of A lication Drawin s pp g** **CD Stack Height Sensor:** D10DPFP, **Fibre:** PDIT26TM5 **Non-contact Sensing of Liquid in Tubing Sensor:** D10DPFP, **Fibre:** PDI46U-LLD **Bond Wire Loop Level Control Sensor:** D11SP6FP (2), **Fibre:** PBCT46U (2) **==> picture [21 x 14] intentionally omitted <==** **----- Start of picture text -----**<br> D11<br>D11<br>ON<br>ON<br>**----- End of picture text -----**<br> **Small Parts Counting Sensor:** D12DAB6FP, **Fibre:** PIRS1X166U **Wafer Centre Detection Sensor:** D12SP6FP, **Fibre:** PIT46UHT1 **Integrated Circuit Lead Counting Sensor:** D12SP6FPY (2), **Fibre:** PIPS26U (2) **Wide Area Print Detection Sensor:** D12EP6FP, **Fibre:** PBR1X326U **Component Inspection in Web Sensor:** D12SP6FP, **Fibre:** PIT46U **Cassette Detection in Rinse Bath Sensor:** D12SP6FP, **Fibre:** PIE46UT **Never use these products as sensing devices for personnel protection. Doing so could lead to serious injury or death.** Products in this brochure do NOT include the self-checking redundant circuitry necessary to allow their use in personnel safety applications. A sensor failure or malfunction can cause either an energised or de-energised sensor output condition. _Fibre-optic Selection Guide_ 2 _Fibre-optics_ ## **Plastic and Glass Fibres** ## **An unrivalled selection of standard & custom designs.** ## **The widest choice.** Banner fibre-optics allow you to “pipe” light into otherwise inaccessible or hostile environments. Banner has the broadest, most readily available line of fibres in the world. Choose from a huge selection of standard fibres in virtually all shapes and sizes. Custom fibres can also quickly and easily be designed for your unique applications, and built to your exact specifications. Choose from two general styles: individual fibres, used in pairs in the opposed sensing mode, and bifurcated fibres that emit and receive light signals in the same assembly (diffuse mode). ## **Plastic fibres.** Banner plastic fibres offer hundreds of affordable solutions. These inexpensive fibres can be easily cut to length during installation using the cutting device supplied with each fibre. They bend easily to fit precisely where required. They are also extremely flexible and coiled versions are available for use in a variety of applications requiring articulated or reciprocating motion. Choose from diameters of 0,25; 0,5; 0,75; 1 or 1,5 mm. The larger the fibre diameter, the higher the excess gain attainable. ## **Glass fibres.** Banner glass fibres solve numerous challenging sensing requirements in the most hostile environments, including high temperatures up to 480° C, corrosive materials, and extreme moisture. Due to their low mass, these fibres can withstand high levels of shock and vibration. They are also inherently immune to extreme electrical noise. Our unique vacuum feed-through assembly provides an easy way to access vacuum chambers. Banner glass fibres can be quickly customdesigned and built for ~PP.wt your unique applications, including fibres to create a beam that precisely profiles the object you need to detect. For a complete listing of Banner’s extensive selection of glass and plastic fibre-optics, visit our web site: www.bannerengineering.com. _Fibre-optic Selection Guide_ 3 _Plastic Fibre-optics_ ## **Plastic Fibre-optic Specifications** ## **Chemical Resistance:** The acrylic core of the monofilament optical fibre will be damaged by contact with acids, strong bases (alkalis) and solvents. The polyethylene jacket will protect the fibre from most chemical environments. However, materials may migrate through the jacket with long term exposure. Samples of fibreoptic material are available from Banner for testing. ## **Sensing Range:** Refer to the range specifications shown on the fibre-optic drawing pages. ## **Temperature Extremes:** Temperatures below -30º C will cause embrittlement of the plastic materials but will not cause transmission loss. Temperatures above +70º C will cause both transmission loss and fibre shrinkage. ## **Minimum Bend Radius:** 8 mm for 0,25 mm diameter fibres; 12 mm for 0,5 mm diameter fibres; 25 mm for 1 mm diameter fibres; 38 mm for 1,5 mm diameter fibres. ## **Repeated Bending/Flexing:** Life expectancy of plastic fibre-optic cable is in excess of one million cycles at bend radii of no less than the minimum specified and a bend of 90º or less. Avoid stress at the point where the cable enters the sensor (“control end”) and at the sensing end tip. Coiled plastic fibre-optic assemblies are recommended for any application requiring reciprocating fibre motion. ## **Construction:** OPTICAL FIBRE: plastic monofilament PROTECTIVE JACKET: black polyethylene, unless otherwise stated THREADED END TIPS and HARDWARE: stainless steel (SS) or nickel-plated brass (NI Pltd BR) PROBE END TIPS: annealed (bendable) T304 stainless steel **Operating Temperature:** less steel -30 to +70° C unless otherwise specified. ANGLED END TIPS: hardened T304 stainless steel FERRULED END TIPS: T303 stainless steel STAINLESS STEEL SHEATH: T302 stainless steel **Numbering scheme for Banner plastic fibres MODIFICATION** designator: **MXX** = Sensing end tip length **PLASTIC FIBRE FAMILY** modification designator (same for all **P B P 4 6 U C X** plastic fibres) **CONTROL END** designator (describes end of fibre that attaches to the sensor): **STYLE** designator: **T** = Terminated (for D12) **B** = Bifurcated fibre **FIBRE LENGTH** designator: **T1** = Terminated (for Q45, OMNI-BEAM) **I** = Individual fibre **3** = 3 ft. = ±914 mm **TS** = Terminated stainless steel (for D12) **6** = 6 ft. = ±1829 mm **TS1** = Terminated S.S. (for Q45, OMNI-BEAM) **SENSING END** designator: **PF** = Probe Ferrule **15** = 15 ft. = 4572 mm **U** = Unterminated straight cable* **A** = Angled **PM** = Probe Miniature **UC** = Unterminated Coiled cable **AT** = Angled Threaded **PMSB** = Probe Miniature Side view **AF** = Angled Ferrule Bendable **AP** = Angled Probe **PS** = Probe Side view **CORE FIBRE DIAMETER** designator: **CF** = Coaxial Ferrule **PSB** = Probe Side view Bendable **1** = 0,25 mm ~~I~~ **CT** = Coaxial Threaded **PSM** = Probe Side view Miniature **1X4** = 0,25 mm x 4 **EFP** = Extended Ferrule Probe **R** = Rectangular **1X8** = 0,25 mm x 8 **F** = Ferrule **RS** = Rectangular Side view **1X16** = 0,25 mm x 16 **FM** = Ferrule Miniature **T** = Threaded **1X32** = 0,25 mm x 32 **FMP** = Ferrule Miniature Probe **TA** = Threaded Angle **2** = 0,5 mm **FP** = Ferrule Probe **TF** = Threaded Ferrule **3** = 0,75 mm **L** = Lensed **TR** = Threaded Rectangular **4** = 1 mm **P** = Probe **U** = Unterminated **6** = 1,5 mm * Plastic fibres having the letter “U” in the suffix of their model numbers have unterminated control ends, and may be cut by the customer to the required length. Use cutters supplied with fibre-optic cable. Individual plastic fibres are sold in pairs. Fibres listed in this brochure are standard; modifications are available by special order. _Fibre-optic Selection Guide_ 4 _Plastic Fibre-optics_ **==> picture [507 x 714] intentionally omitted <==** **----- Start of picture text -----**<br> i, QS18 Be D11(E) 2) Q23 SME312 Ss D10SHP Se D10HP > D10HS MW D10SHS ®<br>Dimensions (in mm) Range (in mm)<br>PBCF21X46U Bifurcated coaxial ferruled 10 mm<br>2x ø 1 15 mm<br>ø 0,5 20 mm<br>PE ø 3 ø 2 20 mm<br>SS 110<br>mm<br>---> 80 mm<br>Sa s. 45 mm<br>2000 15 15 25 mm<br>4x ø 0,25<br>20 40 60 80 100 120<br>PBCF46U Bifurcated coaxial ferruled<br>50 mm<br>16x ø 0,265 80 mm<br>SS ø 5,1 70 mm<br>2x ø 2,2<br>PE 90 mm<br>340 mm<br>---> 300 mm<br>S a<br>190 mm<br>2000 17<br>ø 1 110 mm<br>50 100 150 200 250 300 350<br>PBCT21X46U Bifurcated coaxial threaded<br>10 mm<br>2x ø 1<br>15 mm<br>PE M3 x 0,5 ø 0,5 20 mm<br>SS 20 mm<br>110<br>mm<br>---> 80 mm<br>45 mm<br>2000 12 4x ø 0,25 25 mm<br>— "<br>20 40 60 80 100 120<br>PBCT26U Bifurcated coaxial; may be used with L4C6 or L4C20 lens<br>15 mm<br>2x ø 1,25 35 mm<br>PE M4 x 0,7 ø 0,5 35 mm<br>SS<br>40 mm<br>180<br>---> mm<br>150 mm<br>2000 18 9x ø 0,25 50 mm 80 mm<br>—> air e @)<br>20 40 60 80 100 120 140 160 180<br>PBCT26UM3 Bifurcated coaxial threaded; may be used with LZ3C8 lens<br>15 mm<br>ø 0,5<br>M3 x 0,5 35 mm<br>2x ø 1,25<br>PE SS 35 mm<br>ø 3<br>40 mm<br>180<br>mm<br>---> 150 mm<br>80 mm<br>2000 5 13 50 mm<br>—— ew @ 9x ø 0,25 20 40 60 80 100 120 140 160 180<br>PBCT26UM4M2.5 Bifurcated coaxial threaded; may be used with L2 lens<br>15 mm<br>2x ø 1,25 ø 0,5 35 mm<br>PE M4 x 0,7 M2,5 x 0,45 35 mm<br>SS 40 mm<br>180<br>mm<br>---> 150 mm<br>— 80 mm<br>oe<br>2000 11 3 9x ø 0,25 50 mm<br>20 40 60 80 100 120 140 160 180<br>**----- End of picture text -----**<br> _Fibre-optic Selection Guide_ 5 _Plastic Fibre-optics_ **==> picture [509 x 727] intentionally omitted <==** **----- Start of picture text -----**<br> di, > 4) & BD MW ®<br>QS18 D11(E) Q23 SME312 D10SHP D10HP D10HS D10SHS<br>Dimensions (in mm) Range (in mm)<br>PBCT46U Bifurcated coaxial threaded 50 mm<br>80 mm<br>2x ø 2,2 M6 x 0,75 ø 4 ø 1 70 mm<br>PE NI Pltd BR 90 mm<br>340 mm<br>---> 300 mm<br>2000 14 3 16x ø 0,265 190 mm<br>ee mi i! © 110 mm<br>50 100 150 200 250 300 350<br>PBE46UTMNL Bifurcated encapsulated 35 mm<br>2x ø 2,2 ø 5,7 18 50 mm<br>FEP *Teflon [®] 100 mm<br>80 mm<br><---<br>360 mm<br>PE ø 6 270 mm<br>. 2x ø 1 1830 90 mm 150 mm<br>2000<br>50 100 150 200 250 300 350 400<br>PBEFP26U Bifurcated extended ferruled<br>10 mm<br>2x ø 1 10 mm<br>18 mm<br>ø 1,65 2x ø 0,5<br>PE ø 4 ø 1,27 25 mm<br>SS 150<br>mm<br>---> 100 mm<br>50 mm<br>2000 15 20 2 30 mm<br> @<br>—— — [se] 20 40 60 80 100 120 140 160<br>PBF26U Bifurcated ferruled<br>10 mm<br>2x ø 1 10 mm<br>PE ø 4,1 2x ø 0,5 18 mm25 mm<br>SS 150<br>mm<br>100 mm<br>---><br>50 mm<br>2000 16 30 mm<br>= ~ © 20 40 60 80 100 120 140 160<br>PBF46UM3MJ1.3 Bifurcated ferruled<br>35 mm<br>2x ø 1 50 mm<br>64 mm<br>2x ø 1,3 ø 3 65 mm<br>PE SS 300mm<br>250 mm<br>---> 175 mm<br>2000 17 100 mm<br>— so @ 50 100 150 200 250 300<br>PBF66U Bifurcated ferruled<br>90 mm<br>2x ø 2,2 ø 5,1 2x ø 1,5 115 mm<br>135 mm<br>PE SS 140 mm<br>475<br>mm<br>---> 400 mm<br>250 mm<br>2000 17<br>175 mm<br>S a @ eo<br>100 200 300 400 500<br>* Teflon [®] FEP is a registered trademark of Dupont Co.<br>**----- End of picture text -----**<br> _Fibre-optic Selection Guide_ 6 _Plastic Fibre-optics_ **==> picture [508 x 707] intentionally omitted <==** **----- Start of picture text -----**<br> dis > 2 Ss By M MW ®<br>QS18 D11(E) Q23 SME312 D10SHP D10HP D10HS D10SHS<br>Dimensions (in mm) Range (in mm)<br>PBFM16U Bifurcated ferruled, miniature 1 mm<br>2x ø 1 2 mm<br>ø 0,5 SS 3 mm<br>PE M3 x 0,5 30<br>SS mm<br>18 mm<br>—a\> =) . ---> 10 mm<br>6 mm<br>2000 15 15 2x ø 0,25 5 10 15 20 25 30<br>=> S te #1 On<br>PBFMP16UMP.2 Bifurcated ferruled miniature probe 1 mm<br>2x ø 1 2 mm<br>3 mm<br>PE SS ø 3 ø 0,82 mm30<br>18 mm<br>a. 10 mm<br>---><br>6 mm<br>2000 15 5 2x ø 0,25 5 10 15 20 25 30<br>PBP16U Bifurcated probe, bendable<br>1 mm<br>2x ø 1 2 mm<br>ø 0,81 SS 3 mm<br>PE M3 x 0,5 30<br>NI Pltd BR mm<br>18 mm<br>---> 10 mm<br>= a 5 is 10 l 6 mm<br>2000 11 63 © 2x ø 0,25 5 10 15 20 25 30<br>PBPF26UMB Bifurcated probe, bendable<br>10 mm<br>ø 1,65 SS<br>PE 2x ø 1 2x ø 3,4 10 mm<br>AL ø 1,27 3 18 mm<br>25 mm<br>150<br>3 5 10 2 10 100 mm mm<br>50 mm<br>2,75 9,5 : 2x ø 0,5 30 mm<br>2000 15 65 20 40 60 80 100 120 140 160<br>PBPMSB36U Bifurcated probe, miniature, side-view bendable<br>8 mm<br>2,50 18 mm<br>2x ø 2,2 ø 4,8 SS C 17 mm<br>PE SS ø 2,1 2,30 [L] 3,1 20 mm<br>75 mm<br>o e<br>---> 64 mm<br>5 10 48 mm<br>2000 15 65 2x ø 0,75 35 mm<br>10 20 30 40 50 60 70 80<br>PBPS26U Bifurcated probe, side-view<br>5 mm<br>2x ø 1 5 mm<br>3 45 mm<br>PE ø 3,2 ø 1,47 35 mm<br>SS 2,5<br>20 mm<br>12 mm<br>---><br>= = 10 20 30 40 50<br>2000 14 e 51 r <a 2x ø 0,5<br>**----- End of picture text -----**<br> _Fibre-optic Selection Guide_ 7 _Plastic Fibre-optics_ **==> picture [507 x 709] intentionally omitted <==** **----- Start of picture text -----**<br> QS18 D11(E) Q23 SME312 D10SHP D10HP D10HS D10SHS<br>Dimensions (in mm) Range (in mm)<br>Abia abana®<br>PBPS46U Bifurcated probe, side-view 12 mm<br>3<br>30 mm<br>2x ø 2,2 ø 5,1 SS 2,5 32 mm<br>PE SS ø 3,8 35 mm<br>150<br>mm<br>---> 125 mm<br>sr<br>70 mm<br>2000 14 51<br>45 mm<br>2x ø 1 20 40 60 80 100 120 140 160<br>PBPS46UMT Bifurcated probe, side-view 12 mm<br>3 30 mm<br>2x ø 2,2 M6 x 0,75 ø 3 SS 32 mm<br>PE NI Pltd BR 2,5 35 mm<br>150<br>mm<br>---> 125 mm<br>2000 14 51 70 mm<br>45 mm<br>al oe 2x ø 1<br>20 40 60 80 100 120 140 160<br>PBPS66U Bifurcated probe, side-view<br>3 50 mm<br>70 mm<br>2x ø 2,2 ø 5,1 SS 2,5 100 mm<br>PE SS ø 3,8 100 mm<br>360 mm<br>---> 270 mm<br>2000 14 51 175 mm<br>110 mm<br>= a! = 2x ø 1,5 50 100 150 200 250 300 350 400<br>PBR1X326U Bifurcated rectangular array<br>3x M3 x 0,5 AL 5 40 mm<br>1 55 mm<br>PE 2x ø 2,2 55 mm<br>10,85 65 mm<br>15 20 C [L] mm300<br>250 mm<br>e l |! re 150 mm<br>2,5 13 32x ø 0,265 90 mm<br>a 2000 ! 20 CL 50 100 150 200 250 300<br>PBRS26U Bifurcated rectangular, side-view 2x ø 4,4<br>2x ø 3,2 5 mm<br>ø 0,5 (2x) 7,5 0,075 x 45º 7 mm<br>PE 10 mm<br>1,6<br>15 mm<br>55<br>9 20 mm<br>45 mm<br>P<br>2x ø 1 22 mm<br>5 15 mm<br>25<br>2000 3,2 10 20 30 40 50 60<br>PBT16U Bifurcated threaded<br>1 mm<br>2x ø 1 2 mm<br>3 mm<br>PE M3 x 0,5 30<br>SS mm<br>18 mm<br>---> 10 mm<br>6 mm<br>2000 11 2x ø 0,25 5 10 15 20 25 30<br>=<br>**----- End of picture text -----**<br> _Fibre-optic Selection Guide_ 8 _Plastic Fibre-optics_ **==> picture [505 x 661] intentionally omitted <==** **----- Start of picture text -----**<br> QS18 D11(E) Q23 SME312 D10SHP D10HP D10HS D10SHS<br>Dimensions (in mm) Range (in mm)<br>PBT26U Bifurcated threaded 10 mm<br>2x ø 1 10 mm<br>18 mm<br>PE M3 x 0,5<br>25 mm<br>NI Pltd BR 150<br>mm<br>100 mm<br>---><br>50 mm<br>2000 11 2x ø 0,5 30 mm<br>Sw e<br>20 40 60 80 100 120 140 160<br>PBT26UHF Bifurcated threaded, high-flex Dura-Bend™ cable 5 mm<br>2x ø 1 7 mm<br>10 mm<br>PE M3 x 0,5<br>15 mm<br>NI Pltd BR 55<br>mm<br>45 mm<br>---><br>22 mm<br>2000 11 2x ø 0,5 15 mm<br>Sw e<br>10 20 30 40 50 60<br>PBT26UHT1 Bifurcated threaded, high-temperature 125° C cable<br>8 mm<br>2x ø 1 15 mm<br>12 mm<br>XLPE* M3 x 0,5 20 mm<br>SS 110<br>mm<br>80 mm<br>---><br>40 mm<br>2000 11 2x ø 0,5 22 mm<br>Sw e<br>20 40 60 80 100 120<br>PBT26UM6M.1 Bifurcated threaded, 2,5 mm fibre spacing<br>10 mm<br>2x ø 2,2<br>10 mm<br>18 mm<br>PE M6 x 0,75 ø 4<br>NI Pltd BR 25 mm<br>150<br>mm<br>100 mm<br>---> 2,5<br>50 mm<br>30 mm<br>2000 14 3 2x ø 0,5<br>= 20 40 60 80 100 120 140 160<br>PBT46U Bifurcated threaded<br>35 mm<br>50 mm<br>2x ø 2,2 M6 x 0,75 ø 4 @ 64 mm<br>PE NI Pltd BR<br>65 mm<br>300<br>mm<br>---> 250 mm<br>2000 14 3 175 mm<br>——— wi s 2x ø 1 100 mm<br>© ©)<br>50 100 150 200 250 300<br>PBT46UC Bifurcated threaded, coiled<br>12 mm<br>PE<br>15 mm<br>M6 x 0,75 ø 4 31 mm<br>2x ø 2,2 NI Pltd BR 25 mm<br>110<br>23 ---> mm<br>85 mm<br>2x ø 1 45 mm<br>25 mm<br>200 2000 280 14 3<br>20 40 60 80 100 120<br>**----- End of picture text -----**<br> _* cross-linked polyethylene (XLPE)_ _Fibre-optic Selection Guide_ 9 _Plastic Fibre-optics_ **==> picture [509 x 728] intentionally omitted <==** **----- Start of picture text -----**<br> QS18 b> D11(E) 2h Q23 SME312 Sy de D10SHP & D10HP Ry D10HS ® D10SHS<br>Dimensions (in mm) Range (in mm)<br>PBT46UHF Bifurcated threaded, high-flex Dura-Bend™ cable 35 mm<br>50 mm<br>2x ø 2,2 M6 x 0,75 ø 4 56 mm<br>PE NI Pltd BR<br>60 mm<br>250<br>mm<br>---> 220 mm<br>2000 14 3 125 mm<br>=— —» 2x ø 1 72 mm<br>50 100 150 200 250<br>0 ©<br>PBT46UHT1 Bifurcated threaded, high-temperature 125° C cable 30 mm<br>2x ø 2,2 60 mm<br>M6 x 0,75 ø 4 65 mm<br>XLPE* SS 75 mm<br>250<br>mm<br>---> 210 mm<br>2000 14 3 125 mm<br>ca l 2x ø 1 75 mm<br>e e ©)<br>50 100 150 200 250<br>PBT66U Bifurcated threaded<br>90 mm<br>115 mm<br>2x ø 2,2<br>M6 x 0,75 ø 4 135 mm<br>PE NI Pltd BR 140 mm<br>475<br>mm<br>---> 400 mm<br>2000 14 3 250 mm<br>=— —» 2x ø 1,5 175 mm<br>100 200 300 400 500<br>0 ©<br>PIA16U Individual angled<br>3 mm<br>ø 1 ø 0,91 6 mm<br>ø 1,42 12 mm<br>40<br>PE mm<br>35 mm<br>20 mm<br>7,6 R 3,5 4,8 ø 0,25 15 mm<br>2000 25 5 10 15 20 25 30 35 40<br>ae<br>PIA26U Individual angled<br>15 mm<br>ø 1 ø 0,91<br>25 mm<br>ø 1,42 30 mm<br>PE 20 mm<br>180<br>mm<br>150 mm<br>7,6 R 3,5 4,8 ø 0,5 85 mm<br>2000 25 50 mm<br>oe) _ 20 40 60 80 100 120 140 160 180<br>PIAT16U Individual angled, threaded<br>2000 10 mm<br>PE ø 1 25,4 15 mm<br>16 mm<br>25 mm<br>SS ø 1,47 R 5,1 9,6 ø 0,25 100<br>mm<br>. 80 mm<br>NI Pltd BRM3 x 0,5 11 40 mm<br>oe 25 mm<br>20 40 60 80 100<br>©<br>* cross-linked polyethylene (XLPE)<br>---><br>---><br>---><br>**----- End of picture text -----**<br> _Fibre-optic Selection Guide_ 10 _Plastic Fibre-optics_ **==> picture [504 x 663] intentionally omitted <==** **----- Start of picture text -----**<br> QS18 D11(E) Q23 SME312 D10SHP D10HP D10HS D10SHS<br>Dimensions (in mm) Range (in mm)<br>PIAT26U Individual angled, threaded 30 mm<br>50 mm<br>2000<br>50 mm<br>PE ø 1 25,4 55 mm 280<br>mm<br>220 mm<br>SS SS ø 1,47 R 5,1 9,6 120 mm<br>; ø 0,5 50 70 mm100 150 200 250 300<br>M3 x 0,5 11<br>NI Pltd BR<br>+4 6<br>PIAT46U Individual angled, threaded; may be used with L2 or L2RA lens<br>140 mm<br>2000 13,9 25,4<br>170 mm<br>PE ø 2,2 203 mm<br>200 mm<br>1000<br>SS ø 3,3 ø 1,47 R 7,8 800 mm mm<br>16,5 430 mm<br>260 mm<br>ø 1<br>200 400 600 800 1000<br>M4 x 0,7<br>10,9<br>NI Pltd BR<br>M2,5 x 0,45 3<br>4 CO)<br>PIAT46UM.4X.4MT Individual angled, threaded; may be used with L2 / L2RA lens<br>140 mm<br>170 mm<br>2000 12,7 10,1 203 mm<br>PE ø 2,2 ø 1,47 200 mm 1000<br>mm<br>800 mm<br>rt<br>SS ø 3,2 R 7,9 10,1 ø 1 260 mm 430 mm<br>200 400 600 800 1000<br>ø 4 5,1<br>3<br>M2,5 x 0,45<br>#6 SS<br>PIAT66U Individual angled, threaded<br>2000 13,9 25,4 300 mm<br>300 mm<br>PE ø 2,2 410 mm<br>425 mm<br>SS ø 3,3 ø 1,47 2000mm<br>= R 19,1 1400 mm<br>25,4 800 mm<br>460 mm<br>500 1000 1500 2000<br>ø 1,5<br>M4 x 0,7<br>SS 10,9<br>M2,5 x 0,45 3<br>4 Se<br>---><br>---><br>---><br>---><br>**----- End of picture text -----**<br> _Fibre-optic Selection Guide_ 11 _Plastic Fibre-optics_ **==> picture [510 x 727] intentionally omitted <==** **----- Start of picture text -----**<br> QS18 Ss D11(E) Q23 SME312 i» D10SHP Sy D10HP > D10HS B® D10SHS<br>Dimensions (in mm) Range (in mm)<br>PIE46UT Individual encapsulated; L2 lens added internally 860 mm<br>ø 2,2 ø 4 22 1120 mm<br>FEP *Teflon [®] | L2** 2700 mm<br>2700 mm<br><---<br>2700 mm<br>PE ø 5 2100 mm<br>ø 1 1830 500 1000 1500 2000 2500 3000<br>2000<br>(PES<br>PIE66UTMNL Individual encapsulated 260 mm<br>ø 2,2 ø 4 18 250 mm<br>FEP *Teflon [®] 320 mm<br>400 mm<br><--- 1400<br>PE ø 5 1180 mm mm<br>ø 1,5 1830 640 mm<br>380 mm<br>2000<br>(PE 200 400 600 800 1000 1200 1400<br>PIES46UT Individual encapsulated; L2RA side-view prism added internally<br>100 mm<br>ø 2,2 ø 4 22 135 mm<br>FEP *Teflon [®] | L2RA*** 165 mm<br>120 mm<br><---<br>575 mm<br>PE ø 5 500 mm<br>ø 1 1830 305 mm<br>220 mm<br>2000<br>(PES 100 200 300 400 500 600<br>PIF26U Individual ferruled<br>45 mm<br>ø 0,5 50 mm<br>ø 1 70 mm<br>ø 2,2<br>PE SS 80 mm<br>400<br>mm<br>---> 250 mm<br>150 mm<br>2000 17 100 mm<br>ee= 6<br>50 100 150 200 250 300 350 400<br>PIF26UMLS Individual ferruled, modified larger diameter (2,2 mm) jacket<br>45 mm<br>ø 0,5 50 mm<br>ø 3,2 70 mm<br>PE ø 2,2 SS 80 mm<br>400<br>mm<br>---> 250 mm<br>150 mm<br>2000 15 100 mm<br>ee<br>50 100 150 200 250 300 350 400<br>PIF46U Individual ferruled<br>175 mm<br>180 mm<br>ø 1<br>ø 3,18 230 mm<br>PE ø 2,2 SS 210 mm<br>1200<br>mm<br>---> 1000 mm<br>550 mm<br>ee 2000 17 300 mm<br>200 400 600 800 1000 1200<br>* Teflon [®] FEP is a registered trademark of Dupont Co. ** L2 Lens *** L2RA Side-view prism<br>**----- End of picture text -----**<br> _Fibre-optic Selection Guide_ 12 _Plastic Fibre-optics_ **==> picture [509 x 727] intentionally omitted <==** **----- Start of picture text -----**<br> di, Be 2s Ss De Ms BM ®<br>QS18 D11(E) Q23 SME312 D10SHP D10HP D10HS D10SHS<br>Dimensions (in mm) Range (in mm)<br>PIF46UHF Individual ferruled, high-flex DuraBend™ cable 190 mm<br>155 mm<br>ø 1<br>ø 3,18 188 mm<br>PE ø 2,2 SS 220 mm<br>1000<br>mm<br>---> 760 mm<br>440 mm<br>2000 17 260 mm<br>==<br>200 400 600 800 1000<br>©<br>PIF66U Individual ferruled<br>380 mm<br>310 mm<br>PE ø 2,2 SS ø 3 ø 1,5 406 mm420 mm<br>2400<br>---> mm<br>1700 mm<br>1000 mm<br>2000 15<br>5° O 500 600 mm1000 1500 2000 2500<br>PIF66UM.52M.19D Individual ferruled; use with VFT on ambient side of flange<br>380 mm<br>310 mm<br>ø 4,75 ø 1,5 406 mm<br>ø 2,2 SS<br>PE 420 mm<br>2400<br>mm<br>---> 1700 mm<br>1000 mm<br>ae 2000 13,2 600 mm<br>500 1000 1500 2000 2500<br>PIFM1X46U Individual ferruled ©<br>50 mm<br>55 mm<br>ø 1 ø 1,5 4x ø 0,25 55 mm<br>PE SS 50 mm<br>350<br>mm<br>---> 270 mm<br>150 mm<br>== 2000 10 95 mm<br>50 100 150 200 250 300 350<br>PIFM46U Individual ferruled<br>@<br>175 mm<br>180 mm<br>ø 1<br>ø 3 230 mm<br>PE ø 2,2 SS 210 mm<br>1200<br>mm<br>---> 1000 mm<br>550 mm<br>2000 15<br>300 mm<br>= ==: ©<br>200 400 600 800 1000 1200<br>PIL46U Individual lensed*<br>P M8 x 1 1900 mm<br>P<br>ø 10,8 A 3000 mm<br>3600 mm<br>PE 2x ø 2,2<br>2700 mm<br>11000<br>mm<br>11000<br>mm<br>6000 mm<br>12,7 4300 mm<br>a w<br>2000 7,6 19,1<br>0 2000 4000 6000 8000 10000 12000<br>* Range chart includes model PIL415U (5 m cable) for extended range applications<br>**----- End of picture text -----**<br> _Fibre-optic Selection Guide_ 13 _Plastic Fibre-optics_ **==> picture [507 x 719] intentionally omitted <==** **----- Start of picture text -----**<br> ds QS18 D11(E) Be» <i) Q23 SME312 Ss D10SHP Bs D10HP & D10HS BM D10SHS ®<br>Dimensions (in mm) Range (in mm)<br>PIP46U Individual probe, bendable 175 mm<br>ø 1 180 mm<br>SS<br>M4 x 0,7 230 mm<br>PE ø 2,2 NI Pltd BR ø 1,47 210 mm<br>1200<br>mm<br>---> 1000 mm<br>550 mm<br>S 2000 p 14 2 89 @ © 300 mm<br>200 400 600 800 1000 1200<br>PIPS26U Individual probe, side-view 10 mm<br>3 18 mm<br>SS<br>25 mm<br>ø 2,5 SS ø 0,91<br>ø 1 PE 2,5 35 mm 130<br>mm<br>---> 110 mm<br>65 mm<br>ø 0,5<br>2000 14 51 45 mm<br>a<br>20 40 60 80 100 120 140<br>PIPS46U Individual probe, side-view<br>60 mm<br>SS SS 3 100 mm<br>ø 2,2 PE ø 3,18 ø 1,47 2,5 114 mm120 mm<br>500 mm<br>---> 415 mm<br>ø 1 ø 1 220 mm<br>ball i o 145 mm<br>2000 14 51<br>100 200 300 400 500<br>PIPS66U Individual probe, side-view<br>160 mm<br>3 180 mm<br>SS SS<br>250 mm<br>ø 2,2 ø 3 ø 2,11 2,5 260 mm<br>PE 1000<br>8 mm<br>---> 820 mm<br>460 mm<br>ø 1,5 270 mm<br>2000 15 51<br>200 400 600 800 1000<br>PIPSB46U Individual probe, side-view bendable<br>60 mm<br>PE 2,5 100 mm<br>ø 2,2 ø 3 SS ø 1,27 SS 2 114 mm<br>120 mm<br>500 mm<br>D onna ---> 415 mm<br>5 10<br>ø 1 220 mm<br>145 mm<br>2000 15 65<br>2a e e 100 200 300 400 500<br>PIPSM26U Individual probe, side-view miniature<br>10 mm<br>ø 0,82 2,3 18 mm<br>0,8 25 mm<br>ø 2,49 ø 0,82<br>35 mm<br>ø 1 PE 130<br>~ vAr SS ---> a 1,5 e 110 mm mm<br>beam exit<br>65 mm<br>2000 15 15 45 mm<br>ø 0,5<br>20 40 60 80 100 120 140<br>| | | | =+ @<br>**----- End of picture text -----**<br> _Fibre-optic Selection Guide_ 14 _Plastic Fibre-optics_ hm <) & & ® M&W ® _**QS18 D11(E) Q23 SME312 D10SHP D10HP D10HS D10SHS**_ **Dimensions (in mm) Range (in mm)** **PIR1X166U** Individual rectangular array **==> picture [503 x 245] intentionally omitted <==** **----- Start of picture text -----**<br> 100 mm<br>140 mm<br>178 mm<br>3x M3 x 0,5 AL 5 160 mm<br>ø 2,2 1 840<br>PE mm<br>5,25 680 mm<br>10 15 C 370 mm<br>[L] 230 mm<br>= +f 100 200 300 400 500 600 700 800 900<br>2,5 rote 8 || 16x ø 0,265 Li:<br>C<br>2000 15 [L]<br>PIRS1X166U Individual rectangular array<br>100 mm<br>16x ø 0,265<br>140 mm<br>C<br>[[L]] 178 mm<br>160 mm<br>3x M3 x 0,5 AL 5,25 1 fr 5 680 mm mm840<br>ø 2,2 370 mm<br>PE<br>230 mm<br>—-_\_ i ITT<br>10 15 C 100 200 300 400 500 600 700 800 900<br>**----- End of picture text -----**<br> **==> picture [236 x 448] intentionally omitted <==** **----- Start of picture text -----**<br> 16x ø 0,265<br>C<br>[[L]]<br>5,25 1<br>AL 5<br>3x M3 x 0,5 fr<br>ø 2,2<br>—-_\_ PE i ITT<br>10 15 C<br>[L]<br>— s<br>2,5 8<br>2000 15<br> Individual rectangular array<br>2x ø 3,175<br>R 3,6 ø 7,1 4<br>PE ø 2,2<br>20<br>—=it<br>2000 20<br>ee<br>4,2<br>=! 16x ø O,265 i 10 t 1,2<br> Individual rectangular array<br>— 9,5 19<br>C [L] 5,1<br>16x ø 0,265 1,25<br>ee P<br>2x ø 3<br>ø 2,2<br>PE<br>oN 19<br>— :<br>2,5 = 6,3 25 iL R 1,5<br>2000 38<br>**----- End of picture text -----**<br> **PIRS1X166UM.4** Individual rectangular array **==> picture [168 x 88] intentionally omitted <==** **----- Start of picture text -----**<br> 120 mm<br>150 mm<br>185 mm<br>170 mm<br>860<br>mm<br>700 mm<br>375 mm<br>240 mm<br>100 200 300 400 500 600 700 800 900<br>**----- End of picture text -----**<br> ## **PIRS1X166UMPM.75** Individual rectangular array **==> picture [160 x 88] intentionally omitted <==** **----- Start of picture text -----**<br> 140 mm<br>160 mm<br>190 mm<br>200 mm<br>880<br>mm<br>720 mm<br>380 mm<br>250 mm<br>100 200 300 400 500 600 700 800 900<br>**----- End of picture text -----**<br> _Fibre-optic Selection Guide_ 15 _Plastic Fibre-optics_ **==> picture [507 x 713] intentionally omitted <==** **----- Start of picture text -----**<br> ds QS18 D11(E) Be» <i) Q23 SME312 Ss D10SHP Bs D10HP & D10HS BM D10SHS ®<br>Dimensions (in mm) Range (in mm)<br>PIRS1X166UMPMAL Individual rectangular array 160 mm<br>180 mm<br>230 mm<br>2,2 16x ø 0,265 240 mm<br>1000<br>mm<br>C 5,1 840 mm<br>[L] 34,3 275 mm 450 mm<br>2x ø 3 P<br>200 400 600 800 1000<br>ø 2,2<br>PE<br>19<br>2,5 6,3 25 R 1,5<br>— —_ f<br>2000 38<br>PIT16U Individual threaded<br>10 mm<br>12 mm<br>ø 1 M2,5 x 0,45 15 mm 90<br>PE SS mm<br>55 mm<br>---> 30 mm<br>20 mm<br>2000 10 ø 0,25<br>= @ 10 20 30 40 50 60 70 80 90<br>PIT1X46U Individual threaded<br>50 mm<br>55 mm<br>ø 1 M3 x 0,5 55 mm<br>NI Pltd BR<br>PE 50 mm<br>350<br>mm<br>---> 270 mm<br>150 mm<br>2000 10 4x ø 0,25<br>—— T 95 mm<br>50 100 150 200 250 300 350<br>PIT26U Individual threaded<br>45 mm<br>50 mm<br>ø 1 M3 x 0,5<br>70 mm<br>NI Pltd BR<br>PE 80 mm<br>400<br>mm<br>---> 250 mm<br>150 mm<br>2000 11 ø 0,5<br>100 mm<br>—~ #e @<br>50 100 150 200 250 300 350 400<br>PIT26UHF Individual threaded, high-flex DuraBend™ cable<br>30 mm<br>35 mm<br>ø 1 M3 x 0,5<br>45 mm<br>NI Pltd BR<br>PE 55 mm<br>260 mm<br>---> 196 mm<br>114 mm<br>2000 11 ø 0,5 70 mm<br>—~ e @<br>50 100 150 200 250 300<br>**----- End of picture text -----**<br> _Fibre-optic Selection Guide_ 16 _Plastic Fibre-optics_ **==> picture [510 x 700] intentionally omitted <==** **----- Start of picture text -----**<br> QS18 D11(E) Q23 SME312 D10SHP D10HP D10HS D10SHS<br>Dimensions (in mm) Range (in mm)<br>PIT26UHT1 Individual threaded, high-temperature 125° C cable 25 mm<br>40 mm<br>ø 1 M3 x 0,5<br>48 mm<br>SS<br>XLPE* 60 mm<br>230<br>---> mm<br>190 mm<br>100 mm<br>2000 11 ø 0,5<br>65 mm<br>= w e<br>50 100 150 200 250<br>@<br>PIT46U Individual threaded; may be used with L2 or L2RA lens 175 mm<br>180 mm<br>ø 2,2 M4 x 0,7 M2,5 x 0,45 ø 1 230 mm<br>PE NI Pltd BR 210 mm<br>1200<br>---> mm<br>1000 mm<br>550 mm<br>2000 11 3 300 mm<br>==<br>200 400 600 800 1000 1200<br>©<br>PIT46UC Individual threaded, coiled; may be used with L2 or L2RA lens<br>110 mm<br>PE<br>130 mm<br>ø 2,2 NI Pltd BRM4 x 0,7 M2,5 x 0,45 ø 1 114 mm150 mm<br>780<br>23 ---> mm<br>620 mm<br>330 mm<br>200 mm<br>200 2000 280 11 3<br>100 200 300 400 500 600 700 800<br>PIT46UHF Individual threaded, high-flex DuraBend™ cable; may be used with<br>L2 or L2RA lens 190 mm<br>155 mm<br>ø 2,2 M4 x 0,7 M2,5 x 0,45 ø 1 188 mm<br>PE NI Pltd BR 220 mm<br>1000<br>---> mm<br>760 mm<br>440 mm<br>2000 11 3 260 mm<br>==<br>200 400 600 800 1000<br>PIT46UHT1 Individual threaded, high-temperature 125° C cable; may be used ©<br>with L2 or L2RA lens 150 mm<br>175 mm<br>XLPE* ø 2,2 M4 x 0,7 M2,5 x 0,45 ø 1 184 mm<br>NI Pltd BR 180 mm<br>850<br>---> mm<br>700 mm<br>370 mm<br>2000 11 3 220 mm<br>= = "<br>100 200 300 400 500 600 700 800 900<br>PIT66U Individual threaded; may be used with L2 or L2RA lens ©<br>380 mm<br>310 mm<br>PE ø 2,2 M4 x 0,7 M2,5 x 0,45 ø 1,5 406 mm<br>NI Pltd BR 420 mm<br>2400<br>---> mm<br>1700 mm<br>1000 mm<br>2000 11 3 600 mm<br>==<br>500 1000 1500 2000 2500<br>* cross-linked polyethylene (XLPE) ©<br>Fibre-optic Selection Guide<br>**----- End of picture text -----**<br> 17 _Specialty Plastic Fibres_ **==> picture [493 x 30] intentionally omitted <==** **----- Start of picture text -----**<br> QS18 D11(E) Q23 SME312 D10SHP D10HP D10HS D10SHS<br>Dimensions (in mm)<br>**----- End of picture text -----**<br> **P12-C1** Mechanical convergent, 3 mm range **==> picture [213 x 124] intentionally omitted <==** **----- Start of picture text -----**<br> 2x ø 3,4 7<br>2x ø 1 ø 6<br>PE<br>14,2<br>2000 8,4<br>— — foe=<br>3 = ± 0,50 » |e<br>5<br>P<br>19<br>_/ <e s<br>**----- End of picture text -----**<br> **P22-C1** Mechanical convergent, 3 mm range **==> picture [390 x 420] intentionally omitted <==** **----- Start of picture text -----**<br> 14,2<br>2x ø 3,4<br>ø 6 8,4 5<br>2x ø 1<br>PE 7<br>19<br>2000<br>—<br>P<br>3 ± 0,50<br>—" BL<br>P32-C2 Mechanical convergent, side exit, 2 mm range<br>P<br>e e 3<br>2000<br>7 8<br>emitter<br>2x ø 1<br>PE<br>10 6 15<br>—— 2x ø 3,1 a 14 receiver<br>ø 6<br>19<br>1,5 deep a<br>PBE46UTMLLP Bifurcated encapsulated liquid-level probe<br>75 16,5 6<br>2x ø 2,2 ø 5,7<br>FEP *Teflon [®]<br><---<br>PE ø 6<br>1830<br>2x ø 1<br>g eee<br>2000<br>~~ LE<br>**----- End of picture text -----**<br> _* Teflon[®] FEP is a registered trademark of Dupont Co._ _Fibre-optic Selection Guide_ 18 _Specialty Plastic Fibres_ **==> picture [503 x 106] intentionally omitted <==** **----- Start of picture text -----**<br> Labi HS draea®<br>QS18 D11(E) Q23 SME312 D10SHP D10HP D10HS D10SHS<br>Dimensions (in mm)<br>**----- End of picture text -----**<br> **PBE46UTMLLPHT1** Bifurcated encapsulated liquid-level probe, high-temperature 125° C **==> picture [434 x 543] intentionally omitted <==** **----- Start of picture text -----**<br> 75 16,5 6<br>2x ø 2,2 ø 5,7<br>FEP *Teflon [®]<br><---<br>XLPE** ø 6<br>1830<br>2x ø 1<br>2000<br>><br>PDI46U-LLD Clamp-on type liquid-level detector; use with clear tube (2-25 mm diameter)<br>2x ø 1<br>15,2<br>P<br>a<br>R 1,6<br>20 5,1<br>---> 4,8<br>ø 2,2 PE<br>7,3<br>4,2<br>4,1<br>2000 4,5<br>9<br>a’ ul<br>PDIS46UM12 “Slot sensor” fibre, 12 mm gap<br>2x ø 2,2 2x ø 3,5 24 P<br>PE<br>4<br>ø 1***<br>18 7 24 24<br>2000 32 5<br>a: |<br>**----- End of picture text -----**<br> **PDIS46UM12** “Slot sensor” fibre, 12 mm gap _* Teflon[®] FEP is a registered trademark of Dupont Co._ _** cross-linked polyethylene (XLPE)_ _*** sensing beam_ _Fibre-optic Selection Guide_ 19 _Specialty Plastic Fibres_ **==> picture [493 x 657] intentionally omitted <==** **----- Start of picture text -----**<br> QS18 D11(E) Q23 SME312 D10SHP D10HP D10HS D10SHS<br>Dimensions (in mm) Range (in mm)<br>PDISM46UM5MA “Slot sensor” right-angle fibre, 5 mm gap 7<br>6,2<br>P<br>=<br>6,4<br>3,6 2x ø 3,2 4x R 1,6<br>t |]<br>2x ø 1<br>2x ø 2,2 2x 0,8<br>PE<br>19 5 18,4 18,4 26,2<br>=<br>— |<br>3,5<br>7,2 8,3 2000 14,5<br>PDIT26T5 Dual individual threaded, D10 sensors ONLY<br>ot me<br>270 mm<br>210 mm<br>120 mm<br>2x M3 x 0,5 80 mm<br>ø 4,57 2x ø 1 NI Pltd BR ——<br>50 100 150 200 250 300<br>oe PE<br>P ---><br>ø 0,5<br>2000 2x 11<br>— - Ke ©<br>PDIT4100U Dual individual threaded, 30 m duplex plastic fibre cable<br>M4 x 0,7 ø 1<br>M2,5 x 0,45<br>2x ø 2,2 NI Pltd BR<br>PE ---><br>—— e<br>11 3<br>305<br>30480<br><=<br>TGR3/8MPFMQ Quartz liquid-level probe, 3/8 inch threaded body; use with PBT46U or PBT26UM6M.1 ©<br>A-A<br>A A 11,4<br>cross-section detail<br>12,7 31,6<br>ø 3 7,6 o-ring quartz glass rod<br>15,7 90º<br>ri) (B e ig el i w<br>3<br>SS collar<br>6,4<br>Catt 3/8 - 32 PP M6 x 0,75 =?<br>2 nylon jam nuts included<br>**----- End of picture text -----**<br> _Fibre-optic Selection Guide_ 20 _SteelSkin™ Plastic Fibres_ **==> picture [226 x 9] intentionally omitted <==** **----- Start of picture text -----**<br> QS18 D11(E) Q23 SME312<br>**----- End of picture text -----**<br> _**D10SHP D10HP D10HS D10SHS**_ **==> picture [514 x 13] intentionally omitted <==** **----- Start of picture text -----**<br> a Dimensions (in mm) Range (in mm)<br>**----- End of picture text -----**<br> **PBT43TMB5** Heavy-duty bifurcated fibre (1 m length) **PBT46TMB5** Heavy-duty bifurcated fibre (2 m length) ## 35 mm **==> picture [138 x 65] intentionally omitted <==** **----- Start of picture text -----**<br> 50 mm<br>56 mm<br>60 mm<br>250<br>mm<br>220 mm<br>125 mm<br>72 mm<br>**----- End of picture text -----**<br> **==> picture [502 x 532] intentionally omitted <==** **----- Start of picture text -----**<br> stainless braid over M6 x 0,75 50 100 150 200 250<br>monocoil 2x ø 1<br>ø 2,1 Lf ø 4,6 ø 2,9 shrink junction ø 3,6 2x SS Hex jam nuts, _ ø 4<br>1x SS ITLW*<br>---><br>2<br>15,7 17<br>38<br>28<br>191<br>1000 or 2000<br>aT<br>PIT43TMB5 Heavy-duty individual fibre (1 m length) 190 mm<br>PIT46TMB5 Heavy-duty individual fibre (2 m length) 155 mm<br>188 mm<br>220 mm<br>1000<br>mm<br>760 mm<br>440 mm<br>260 mm<br>2x M4 SS 200 400 600 800 1000<br>stainless braid over monocoil Hex jam nuts M4 x 0,7 ø1<br>ø 2,1 ø 4,6 ø 2,9 ø 4 M2,5 x 0,45<br>3 ---><br>15,7<br>13<br>28 22<br>1000 or 2000<br>a STEELSKIN™ plastic fibres<br>STEELSKIN™ plastic fibres are built to withstand<br>mechanical abuse, providing a flexible alternative A<br>to metal-sheathed glass fibres. STEELSKIN fibres<br>resist kinking, cutting, and snagging, and are B<br>robust enough to hold up under conditions On, - >.<br>where normal plastic fibres may suffer C<br>breakage and possible failure.<br>• Multi-core plastic optical fibre technology<br>• Easily bent for comfortable embedding into<br>machine profiles without performance loss D<br>• Braided stainless steel “skin” provides<br>aesthetic, low-profile installation A Braided stainless steel sheathing<br>B Stainless steel monocoil reinforcing wire<br>C Polyethylene jacket<br>D Multi-core<br>**----- End of picture text -----**<br> **PIT43TMB5** Heavy-duty individual fibre (1 m length) **PIT46TMB5** Heavy-duty individual fibre (2 m length) ~~a~~ **STEELSKIN™ plastic fibres** _* ITLW = Internal Tooth Lock Washer_ _Fibre-optic Selection Guide_ 21 _Plastic Fibre-optics Accessories_ ## ~~Ps~~ **Convergent Spot Lens Attachments** Use with coaxial plastic fibre-optic assemblies with M4 threaded tips **Temperature:** -40˚ to +70˚ C **Housing:** black anodised aluminum **Lens:** acrylic (plastic) or glass **==> picture [468 x 604] intentionally omitted <==** **----- Start of picture text -----**<br> < = ø 0,25 mm<br>L4C6<br>ø 3,2 mm<br>PBCT26U > <<br>ø 4 mm<br>@<br>L4C20 ø 5 mm<br>PLI-A10<br>PBCT26U<br>LZ3C8<br>PBCT26UM3<br> Distance: 6 mm ± 1 mm L4C20 Distance: 20 mm ± 1 mm<br>ø 4 mm<br>ø 4 mm<br>|<br>20,2 mm 13,7 mm<br>9 mm<br>11 mm<br>7 a<br>ø 6 mm<br>ø 6 mm<br>AM: =<br>ee bh<br> Distance: 8 mm to 32 mm PLI-A10 Distance: 8 mm to 30 mm<br>(with 2 m fibre attached)<br>ø 4,5 mm<br>lens (glass) 2x 1,25 mm<br>5,4 mm<br>32,2 mm<br>15,5 mm ø 3 mm<br>6 mm 12,5 mm<br>2x M6 x 0,75<br>M6<br>M3 x 0,5 ø 4,5 mm<br>(fibre entrance) M6 x 0,75 lens (glass)<br>2x ø 3,1 mm 9x ø 0,25 mm<br>8,6 mm 2 mm ø 0,50 mm<br>6 mm<br>32 mm<br>20 mm<br>30 mm<br>**----- End of picture text -----**<br> **L4C6** Distance: 6 mm ± 1 mm **LZ3C8** Distance: 8 mm to 32 mm _Fibre-optic Selection Guide_ 22 _Plastic Fibre-optics Accessories_ ## ~~a~~ **Range-extending Lens Attachments** **L2 Temperature:** -60˚ to +350˚ C **Housing:** nickel plated brass **Lens:** glass **L2RA, 90˚ Right-Angle Attachment Temperature:** -60˚ to +300˚ C **Housing:** nickel plated brass **Prism:** glass (Use L2 and L2RA with M2.5 threaded fibre tips, such as PIT46U and PIT46UC) **==> picture [488 x 372] intentionally omitted <==** **----- Start of picture text -----**<br> ø 4 mm<br>ø 4 mm 2,5 mm<br>9,2 mm<br>ø 4,3 mm<br>8,0 mm ø 2,8 mm<br>‘= Ue<br>i :<<br>L08FP, PIL46U & PIL415U<br>• The easily installed L08FP lens assembly may be used to extend the opposed-mode sensing range of 1 mm unterminated<br>plastic fibre-optic models PIU430U or PIU460U.<br>• A pair of 2 m long 1 mm diameter individual fibres with factory-installed model L08FP lenses is available as plastic fibre-optic<br>assembly model PIL46U. A 5 m version is also available, use model PIL415U.<br>A ø 1 mm plastic core diameter<br>B Nut<br>C Compression washer<br>D Compression gasket<br>A<br>E Lens, M8 x 1<br>B F Mounting nuts<br>C<br>D<br>E<br>go“ F<br>**----- End of picture text -----**<br> - A pair of 2 m long 1 mm diameter individual fibres with factory-installed model L08FP lenses is available as plastic fibre-optic assembly model PIL46U. A 5 m version is also available, use model PIL415U. ## ~~eC~~ **Plastic Fibre Kits** These kits are used with the unterminated plastic fibre cables. The **PFK20** is for use with the 0,25 mm and 0,5 mm diameter cables. The **PFK40** is for the 1 mm and 1,5 mm **A** AB Lift to open portsCutting ports diameter cables. Each kit contains 40 bushings and 10 cutter assemblies. **B** 0° . _Fibre-optic Selection Guide_ 23 _Plastic Fibre-optics Accessories_ ## **Plastic Fibre Field-Installable SheathingDimensions (in mm)** - **PFS69S6T** • Stainless steel sheathing with stainless steel end fittings (one **PFS53S6T** end internally threaded to capture fibre end tips, other end **PFS44S6T** non-threaded), is used in applications where protection is required for plastic fibre-optic cables. - PFS69S6T may be used with bifurcated fibre assemblies having M6 x 0.75 threaded end tips (e.g., PBCT46U, PBP46U, PBT46UHT1, and PBT66U). - PFS53S6T may be used with individual or bifurcated fibre assemblies having M4 x 0.7 threaded end tips (e.g., PBCT26U, PBPF26U, PIP46U, PIT46U, PIT46UHT1, and PIT66U). - PFS44S6T may be used with individual fibre assemblies having M3 x 0.5 threaded end tips (e.g., PIP26U, PIT26U, PIT1X46U, and PITF26U). - All models listed are 2 m in length. - Other lengths are available by contacting Banner Applications Department. ## **Plastic Fibre Adapters** - **UPFA-1-100** • Compression fitting adapters used with small-diameter **UPFA-2-100** unterminated plastic fibre cables. • Use when interfacing small-diameter plastic fibres to QS18, Q23, R55F, D11, D12, D10, and MINI-BEAM plastic fibre sensor families. - Use UPFA-1 to adapt plastic fibre-optic cables with outside jacket diameter of 1 mm, such as PITZ6U and PB16U. - Use UPFA-2 to adapt plastic fibre-optic cables with outside jacket diameter of 1.25 mm or 1.3 mm, such as PBCT26U and PBF46UM3MJ1.3. **==> picture [82 x 41] intentionally omitted <==** **----- Start of picture text -----**<br> fibre end<br>adapter<br>**----- End of picture text -----**<br> - Each kit contains 100 pairs of adapters. One pair will interface either one bifurcated fibre-optic cable or a pair of individual cables to a fibre-optic amplifier. ## **Unterminated Individual and Bifurcated Plastic Fibres** |**MODEL**|**CORE**|**LENGTH**|**TYPE**| |---|---|---|---| |**PIU230U**|0,5 mm|9 m|Single| |**PIU260U**|0,5 mm|18 m|Single| |**PIU430U**|1 mm|9 m|Single| |**PIU460U**|1 mm|18 m|Single| |**PIU630U**|1,5 mm|9 m|Single| |**PIU660U**|1,5 mm|18 m|Single| |**PBU430U**|1 mm|9 m|Duplex| |**PBU460U**|1 mm|18 m|Duplex| _Fibre-optic Selection Guide_ 24 _Plastic Fibre-optics Accessories_ ## ~~ee~~ **FibrDimensions (in mm)-optic Mounting Brackets** ## **SMBFP3** - Right-angle bracket for plastic fibreoptics with 3 mm threaded tip - Stainless steel (1,2 mm) ## **SMBFP4** - Right-angle bracket for plastic fibreoptics with 4 mm threaded tip - Stainless steel (1,2 mm) **==> picture [503 x 178] intentionally omitted <==** **----- Start of picture text -----**<br> 4x R2,5 mm 3,2 mm 4x R2,5 mm 3,2 mm<br>2 x ø 3,3 mm 2 x ø 3,3 mm<br>25,4 mm 19,1 mm 25,4 mm 19,1 mm<br>3,2 mm 4,2 mm<br>12,7 mm 3,3 mm 12,7 mm 3,3 mm<br>6,4 mm | 6,4 mm<br>5,8 mm . 5,8 mm .<br>- 1,2 mm ~ 1,2 mm<br>12,7 mm 12,7 mm<br>H e. 10,6 mm H e. 10,6 mm<br>**----- End of picture text -----**<br> ## **SMBFP6** - Right-angle bracket for plastic fibreoptics with 6 mm threaded tip - Stainless steel (1,2 mm) ## **SMBFP4N** - Low-profile bracket for plastic fibreoptics with 4 mm threaded tip - Stainless steel (1,2 mm) **==> picture [503 x 178] intentionally omitted <==** **----- Start of picture text -----**<br> 4x R2,5 mm 3,2 mm ø 4,2 mm 12 mm<br>4,6 mm<br>4,6 mm<br>2x R 1,5 mm<br>2 x ø 3,3 mm<br>25,4 mm 19,1 mm 8,9 mm<br>6,2 mm<br>a a be y 5,1 mm ch s 7,6 mm<br>12,7 mm 3,3 mm<br>n 6,4 mm e I =F 15,2 mm o e<br>5,8 mm<br>1,2 mm<br>1,2 mm<br>i e . . | 2<br>25,4 mm<br>90º<br>12,7 mm<br>H A 10,6 mm . ib — |<br>**----- End of picture text -----**<br> _Fibre-optic Selection Guide_ 25
Updated at April 29, 2026
Founded in 1966, Banner Engineering is a globally recognized leader in the design and manufacture of industrial automation products. The company is renowned for developing innovative, high-quality solutions that improve operational efficiency, safeguard personnel, and optimize manufacturing processes across a diverse range of industries. Our extensive selection of Banner Engineering components prominently features their industry-leading sensing technologies. We offer a comprehensive array of precision light sensors engineered for accurate detection and measurement in demanding environments. Complementing this core sensing portfolio is a robust offering of automation signaling devices, including visual signal indicator units and essential accessories, which provide clear and immediate communication of machine status. Beyond primary sensing and indication solutions, our range encompasses critical components for broader process control and machine safety. This includes advanced process controllers, reliable pressure sensors and transducers, and dependable safety relays. Supported by a variety of purpose-built sensor accessories and fiber optic lead assemblies, Banner Engineering delivers the durable, high-performance technologies required to build and maintain sophisticated automated systems.
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