Capacitive Sensors Sensing All Materials All the Time!

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1 Capacitive Sensors Sensing ll Materials ll the Time!

What s New in TURCK s Line of Capacitives QF5.5 This is the new flat style capacitive sensor from TURCK. This sensor is small in size, but long on range. It measures only 5.

BCF Noise Immune Capacitive Sensors The new BCF capacitive sensors are designed to be used in environments where electrical noise and high static discharge may exist.

K34 Barrels TURCK now has 34-millimeter diameter capacitive sensors in smooth barrel plastic housings. They are available in -wire C, 3-wire DC and 4-wire DC with variable output options.

2 What s New in TURCK s Line of Capacitives QF5.5 This is the new flat style capacitive sensor from TURCK. This sensor is small in size, but long on range. It measures only 5.5 millimeters in width and has an embeddable sensing range of 0 millimeters. The sensor housing is overmolded with a rugged polypropylene material and is available with or without potentiometer. BCF Noise Immune Capacitive Sensors The new BCF capacitive sensors are designed to be used in environments where electrical noise and high static discharge may exist. Improvements made to the circuitry of our printed circuit board has allowed for increased protection against radio frequency, high voltage transients, line coupled noise and surges. K34 Barrels TURCK now has 34-millimeter diameter capacitive sensors in smooth barrel plastic housings. They are available in -wire C, 3-wire DC and 4-wire DC with variable output options. We also offer the BS-34 mounting bracket that allows for base mounting or side mounting options. Q0 This is another addition to the growing Q-Pak line. The Q0 fits in size between the 8 mm and 4 mm low profile sensors. The Q0 is available in DC only with a fixed 8-millimeter range without potentiometer.

Package Inspection One of the major benefits of capacitive sensors is their ability to sense through low-dielectric materials.

From inspecting jars through a cardboard box to sensing ammonia in a vat - capacitive sensors are made for these applications.

The versatility of these sensors can help you save time and run more efficiently. Small Parts Detection Sense through objects with accuracy!

Capacitive sensors are widely used to monitor the level of plastic pellets in the hoppers of injection molding machines.

3 Package Inspection One of the major benefits of capacitive sensors is their ability to sense through low-dielectric materials. With the sensitivity properly adjusted, these sensors can be used to see through an object wall to detect its contents. From inspecting jars through a cardboard box to sensing ammonia in a vat - capacitive sensors are made for these applications. In addition, capacitive sensors have the ability to sense most materials including wood, plastics, cardboard, glass, grain, all metals and most fluids. The versatility of these sensors can help you save time and run more efficiently. Small Parts Detection Sense through objects with accuracy! Grain and Plastic Pellet Detection The wide sensitivity band of TURCK sensors allows for detection of a variety of granular or powdered materials. Capacitive sensors are widely used to monitor the level of plastic pellets in the hoppers of injection molding machines. TURCK s new BCF line of sensors are ideal for this application. TURCK Intrinsically Safe NMUR sensors are also used in grain elevators to monitor the levels of materials ranging from rice and barley malt to corn and soybeans. nother great use for capacitive sensors is to detect small items as they come down the assembly line. They can be used to count product or sense proper operation of the line. Choose from many styles with short-circuit and overload protection in C, DC and Intrinsically Safe NMUR.

of capacitive sensors? TURCK s Q-Pakä capacitive sensors are available in packages up to 0 times narrower than conventional barrel-style sensors.

4 Capacitive Sensors Work Where Others Don t! TURCK presents... The industry s most extensive line of capacitive sensors You may know that TURCK has the broadest product offering in inductive sensors, but did you also know that we have the most extensive line of capacitive sensors? TURCK s Q-Pakä capacitive sensors are available in packages up to 0 times narrower than conventional barrel-style sensors. lso our PVDF sensors offer incredible resistance to harsh chemical environments found in the semiconductor and chemical industries. Liquid Level Detection Capacitive sensors have the ability to see through lower dielectric materials, such as plastic or glass, to detect higher dielectric ones. This allows capacitive sensors to detect levels of many types of materials either directly through the wall for plastic tanks, or by utilizing a sight glass or tank well for metal tanks. With TURCK s Intrinsically Safe NMUR sensors, PVDF models and Teflon â tank wells, even explosive or corrosive materials can be safely sensed. Wire Break Detection TURCK capacitive sensors are ideal for sensing wire breakage. Our sensors will detect even the smallest wires of any metal. The long sensing ranges allow the wire to bounce during the process without causing false outputs. 3

Compensation Electrode Superior Customer Support Sensitivity djustments Many applications require adjusting the sensitivity of the capacitive sensor in order to

8 times the rated operating distance, it can be easily changed.

Most TURCK capacitive sensors are listed as embeddable.

TURCK s capacitive sensors feature a compensation electrode that minimizes false outputs due to contamination on the sensor face.

5 Compensation Electrode Superior Customer Support Sensitivity djustments Many applications require adjusting the sensitivity of the capacitive sensor in order to reliably detect the target material. lthough the potentiometer is factory set for an operating distance of 0.7 to 0.8 times the rated operating distance, it can be easily changed. Some sensors even feature a remote potentiometer, allowing adjustments to be made in locations away from the sensor. Most TURCK capacitive sensors are listed as embeddable. By increasing the sensitivity, the embeddable sensor can be changed into a non-embeddable version with enhanced sensing capabilities. TURCK s capacitive sensors feature a compensation electrode that minimizes false outputs due to contamination on the sensor face. The compensation circuitry ignores splashing water or dust buildup that is common in capacitive sensor applications. With over,000 trained technical specialists in North merica, we can assure you that applications help and service are nearby, wherever you are located. Plus direct factory support that s simply a toll-free call away. Call, write or us for additional information. TURCK Inc Campus Drive Minneapolis, MN 5544 Phone FX sensors@turck.com Sensing ll Objects ll the Time! 4

6 TURCK Capacitive Sensor - Principles of Operation Noise Immunity Capacitive sensors were originally designed for use in level detection applications in areas that were generally far away from other electrical equipment. s factory automation has become more prevalent throughout industrial markets, these capacitive sensors have gravitated into new environments where electrical noise levels are greatly increased. Electrical noise can be produced by various sources including variable frequency drives, electromechanical motors and standard walkie-talkie devices. These noisy environments can have adverse effects on sensing devices causing them to operate improperly and unreliably TURCK recognizes this and has developed a new circuit for its capacitive sensors. These new BCF sensors incorporate a unique filter principle, making them immune to most industrial noise. This principle involves a fixed oscillator frequency combined with a rectifier filter providing superior noise immunity over the competition. TURCK s fixed oscillator allows the sensor to maintain a constant frequency regardless of sensitivity adjustment. This fixed frequency is high enough to ignore most of the standard noise levels seen on plant floors Electrical noise is mostly symmetrical which makes it easier to identify and separate from the sensor s input signal. The TURCK rectifier filter is able to block this noise allowing only the useful input signal, which is in phase with the oscillator frequency, to pass. These two innovative electrical techniques give TURCK the best defense against industrial noise. The list of specifications and test results below demonstrates how TURCK meets or exceeds all of the rigid standards established by CE. In fact, the criteria set forth by CE is so stringent that most capacitive sensors offered on the market today cannot pass any or all of these testing requirements. If you have a capacitive sensor application located in a noisy environment choose the new BCF sensors from TURCK to ensure your process operates smoothly. Test Type Immunity to Electrostatic Discharge(ESD) IEC EN Immunity to Radiated Electromagnetic Fields. Radio Frequency Interference (RFI) Immunity to Electrical Fast Transients (Burst-High Voltage) Immunity to Conducted R.F. Voltage (Line coupled Noise) Immunity to Surges (lightning strike) IEC EN IEC EN IEC EN CE Product Standard 4 KV Direct Contact 8 KV irborne 3 V/M MHz CE Generic Standard 4 KV Direct Contact 8 KV irborne 0V/M MHz TURCK BCF Noise Immune Capacitive Sensors 8 KV Direct Contact 30 KV irborne 5 V/M MHz 000 V 000 V 3000 V Undefined 0 V 50 KHZ-80 MHz >0 V 50 KHZ-30 MHz IEC KV, 5009 DC Undefined KV, 5009 DC 5 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

Visit TURCK on the Internet: http://www.turck.

Potted-In Cable 3-Wire Sensor with Potted-In Cable 4-Wire Sensor with Potted-In Cable Symbol Key Product Information

4-Wire DC 43-46 -Wire C 53-56 4-Wire DC 35-36 -Wire C 6-64 -Wire NMUR 69-70 -Wire C 59-60 -Wire NMUR 7-7 PVDF Barrels

3 and 4-Wire DC 47-48 4-Wire DC 49-5 4-Wire DC 9-30 -Wire NMUR 73-74 -Wire C 65-68 -Wire C 57-58 Sensor with 4-Pin

Chamber Note: ll dimensions in this manual are shown as: inches [mm] Part Number Keys.................................................. 7-8 Principles of Operation.

................................ 3-4 Dielectric Constants Index.............................................. 5-6 Environmental Conditions/Compensation Electrode.

..................................................... 75-79 Index......................................................... 80 TURCK Inc.

7 Visit TURCK on the Internet: Q-Pak ä Rectangular Styles in Metal and Plastic Metal and Plastic Barrels with Quick Disconnect -Wire Sensor with Potted-In Cable 3-Wire Sensor with Potted-In Cable 4-Wire Sensor with Potted-In Cable Symbol Key Product Information Metal and Plastic Barrels with Potted-In Cable 3-Wire DC Wire DC Wire DC Wire DC 3-34, Wire DC Wire C Wire DC Wire C Wire NMUR Wire C Wire NMUR 7-7 PVDF Barrels ccessories Tank Wells Mounting Brackets Plastic Barrels with Integral Terminal Chamber Long Range Styles 3 and 4-Wire DC Wire DC Wire DC Wire NMUR Wire C Wire C Sensor with 4-Pin eurofast Connector Sensor with 3-Pin picofast Connector Sensor with 3-Pin microfast Connector Sensor with Terminal Chamber Note: ll dimensions in this manual are shown as: inches [mm] Part Number Keys Principles of Operation Sensor Housing Materials/Chemical Compatibility Dielectric Constants Index Environmental Conditions/Compensation Electrode Product Pages ccessories Index TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

8 TURCK Capacitive Part Number Key Capacitive Sensor Part Number Key Mounting B N C F = Embeddable (Shielded) = Non-embeddable Principle of Function = Capacitive Circuit Design Modifier = Noise Immune Filter Rated Operating Distance (mm) Housing Style Barrel M = Metal, Partial Threading K = Plastic, Smooth KT = PVDF Plastic, Smooth P = Plastic, Full Threading PT = PVDF Plastic, Full Threading S = Plastic, Partial Threading Rectangular Q = Rectangular Metal or Plastic Housing Modular CP = Plastic Housing, Removable Sensor with Terminal Chamber Base Sensor Diameter (mm) Keys are to assist in IDENTIFICTION ONLY. Consult factory for catalog items not identified. B C 0 - K 40 SR - F Z 3 X Wiring Options Special Option Codes Output N P Z Housing Modifier Voltage Range SR = Straight Terminal Chamber C 3 = 0-50 VC DC 4 = 0-65 VDC, Polarity Protected, Pulsed SCP 6 = 0-30 VDC, Polarity Protected, Pulsed SCP = NPN Transistor (Current-Sinking) = PNP Transistor (Current-Sourcing) = -wire C (SCR Output) Output Function Number of LEDs Examples: Blank = 0 LEDs X = LEDs = Normally Open F = Connection Programmable (N.O. or N.C.) R = Normally Closed V = Complementary Outputs; One N.O., One N.C. Y0 = NMUR Output, Requires Switching mplifier 7 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

9 ) Connectorized Sensor Connector Family B = minifast â, Metal, Male B = minifast â, Plastic, Male B3 = microfast â, Metal, Male H = eurofast â, Metal or Plastic, Male V = picofast â, Metal, Male Connector / Sensor Transition = Straight B) Potted Cable C) Potted Cable with Molded Connector Length of Cable (M) Examples: 0. = 0. meters = meters BC0-M30-P4X - H 4 BC 5-S8-P4X 7M Factory Code Example: = Standard 3 = N.C. DC Output on Pin 4 (for US) Number of Pins Cable Length BC 5-S8-Y0X - 0.M - RS 4.T Option Codes for Special or Custom Built Sensors BC0-CP40-VN4X /S50 Blank = Meter cable 7M = 7 Meter cable Standard Cordset Connector Wiring Options C: RSM 30 = minifast, 3-conductor SB 3T = microfast, 3-conductor DC: RS 4T = eurofast, 3-conductor RS 4.T = eurofast, NMUR, conductor RS 4.4T = eurofast, 4-conductor RSM 40 = minifast, 4-conductor PSG 3 = picofast, 3-conductor Option Code Example: /S50 = No Potentiometer Special Option Codes TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

10 TURCK Capacitive Sensor - Principles of Operation pplications Liquid Level Control for both explosive and non-explosive materials. Package Inspection for product content and/or fill level. Wire-Break Detection for wire sizes down to.003". Plastic Pellet Detection in a hopper for injection molding processes. Grain or Food Products Level Detection; intrinsically safe models available. Small Metal Parts Detection; greater sensing range than comparable inductive sensors. Operating Principle The active element is formed by two metallic electrodes positioned much like an opened capacitor (Figure ). Electrodes and B are placed in a feedback loop of a high frequency oscillator. When no target is present, the sensor s capacitance is low, therefore the oscillation amplitude is small. When a target approaches the face of the sensor, it increases the capacitance. This increase in capacitance results in an increased amplitude of oscillation. The amplitude of oscillation is measured by an evaluating circuit that generates a signal to turn on or off the output (Figure ). Figure Figure 9 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

11 Figure 3 Figure 4 Operating Principle Capacitance is a function of the surface area of either electrodes ( or B), the distance between the electrodes (d), and the dielectric constant of the material () between the electrodes (Figure ). C = x d C = capacitance of sensor = surface area of either electrode d = distance between two electrodes = dielectric constant of material between the electrodes When a Conductive Target enters the sensor s field, it forms a counter electrode to the active face of the sensor, thus decreasing the distance between the electrodes (d) and increasing their average surface area (Figure 3). The capacitance with a metal target present is always greater than the capacitance of the circuit in the absence of the target. Reduction factors for different metals are not a consideration when using capacitive sensors. When a Non-Conductive Target enters the sensor s field, it acts as an electrical insulator between electrodes and B (Figure 4). The dielectric constant of the material () is a measure of its insulation properties. ll liquids and solids have a greater dielectric constant than air (air = ). Therefore, the capacitance with a non-metallic target present is always greater than the capacitance of the circuit in the absence of the target. TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

12 TURCK Capacitive Sensor - Principles of Operation Sensitivity djustment Capacitive sensors can be adjusted two ways in order to sense a target consistently.. Physical adjustment - moving the sensor towards or away from the target is the preferred method of adjusting sensitivity when the sensor is not in direct contact with the target. This allows materials to be moved into or out of range while leaving the sensor at the factory setting or after re-calibration to the nominal operating distance Sn.. djustment of the potentiometer - turning the potentiometer in a clockwise direction increases the sensitivity of the sensor. The potentiometer is factory-set for an operating distance of 0.7 to 0.8 Sn to a grounded standard target (Figure 5). It should be adjusted in increments of no greater than a quarter-turn (Figure 6). Increasing the sensitivity results in a greater operating distance to both conductive and non-conductive targets. Figure 5 Figure 7 Standard Target Figure 6 When sensing non-conductive targets, the larger the dielectric constant of a material, the greater the achievable operating distance (Figure 7). djusting the potentiometer affects the total curve; for example, if the potentiometer is adjusted for less sensitivity, it will have less operating distance to all materials. In general terms, the larger the dielectric constant of a material, the greater the achievable operating distance. When detecting organic materials the sensing distance will depend largely on the water content (water = 88). It should be noted that a large increase in sensitivity will cause the sensor to become nonembeddable, and may result in an unstable switching point that can be influenced by environmental changes such as temperature, humidity, dust, etc. t adjustments of S > Sn, the differential travel (hysteresis) can also increase. Potentiometer djustment TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

Problem: metal tank containing a water-based solution has a " outside diameter sight glass. What sensor and bracket could be used for monitoring the liquid level? Solution: The QF 5.

13 Problem: metal tank containing a water-based solution has a " outside diameter sight glass. What sensor and bracket could be used for monitoring the liquid level? Solution: The QF 5.5 flat style can used on non-conductive tubing up to.0 inch in diameter with the standard mounting straps provided with the sensor (Figure 8). Other mounting straps for larger diameters are available upon request (consult factory). Example pplication - djustment Problem: Can a BC0-K40SR-FZ3X be used to sense the presence of ammonia from behind a.5" glass panel? Solution: The dielectric constants for these materials can be found on pages 5 and 6. Dielectric (r) of ammonia: 0 Dielectric (r) of glass: 0 From Figure 7, r = 0 corresponds to 80% Sn; r = 0 corresponds to 60% Sn. Since Sn = 0 mm for a BC0: S for ammonia = 6 mm S for glass = mm The difference is 4 mm. The glass thickness =.5", or 3. mm. This application will work with a 0.9 mm margin. This means that by adjusting the potentiometer there should be a reasonable distinction between the glass and the ammonia as seen by the sensor. To set up the sensor for this application, the sensing face of the sensor should be flush against the sight glass.. With no ammonia present (if possible) turn the potentiometer clockwise until the sensor turns on. If the sensor is already on, skip step one.. Next, turn the potentiometer counter clockwise until the sensor turns off. 3. Now add the ammonia so that it covers the glass panel. 4. Once again, turn the potentiometer counter clockwise, counting the number of turns until the sensor turns off.* 5. Divide the number of turns by two and turn the potentiometer back clockwise that amount. Using this process will allow for a margin of error in either direction. If this application had called for something other than ammonia, like molasses, that tends to leave buildup behind, step above should be performed with the buildup present (if possible). * If sensor does not turn off after 0 full turns, turn back the potentiometer clockwise between 3 to 5 turns. Minor adjustments may need to be made to achieve desired setting. Example pplication - Mounting Figure 8 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

14 TURCK Capacitive Sensor - Principles of Operation Plastic Material Descriptions BS - crylonitrile-butadiene-styrene P - Polyamide (nylon) P, morphous (Trogamid T) P -GF30 P 66-GF5-V0 PBT - Polybutylene Terephthalate (when glass reinforced, Crastin â ) PBT-GF30-V0 POM - Polyoxymethylene / Polyacetal (Delrin â ) PP - Polypropylene PTFE - Polytetrafluoroethylene (Teflon â )* PUR - Polyurethane PVC - Polyvinylchloride PVDF - Polyvinylidenefluoride (Kynar â ) Matrix of TURCK Sensor Materials Housing Style BS P, Trog. T P PBT PP PUR PVC PVDF Brass Zinc CP40 X* X CP80 X X* X G, M (potted-in cable) X X* X* X G, M (connector) X X K40SR, P30SR X X* K34 X* X X* KT34 P, S (potted-in cable) X X* X* P, S (connector) X PT30 Q08 X X* X* X Q0, Q4, Q0 X X* X* X* QF5.5 X X* S85 X* X* X * Optional part, ie cable gland, connector, cable, bracket, etc. Impact resistant, rigid. Resistant to aqueous acids, alkalis, salts, alcohols, oils, concentrated hydrochloric acid; disintegrated by concentrated sulfuric or nitric acids, esters, ketones. Good mechanical strength, temperature resistant. Similar properties to nylon, but transparent. Hard, rigid, good chemical resistance. Nylon, 30% glass filled. Nylon 66, 5% glass filled, self-extinguishing. Good mechanical strength; resistant to abrasion; resistant to alcohols, oils, some acids, trichloroethylene. PBT, 30% glass filled, self-extinguishing. High impact resistance; good mechanical strength; good resistance to oils, alcohols, alkalis, gasoline, xylene, toluene. Dielectric constant 3.7. Good mechanical strength. Resistant to acids. Temperature resistant. Optimum resistance against high temperature and chemicals; low dielectric constant (.0). Elastic, resistant to abrasion, impact-resistant, oil- and grease-tolerant. Good mechanical strength, viscosity to impact; resistant to acids, alkalis. Resistant to high and low temperatures, good resistance to chemicals (similar to PTFE), high mechanical strength. X X 3 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

15 Chemical Compatibility The information in this chart is derived from reputable industry sources and is to be used only as a guide in selecting materials suitable for your application. TURCK does not warrant in any fashion that the information in this chart is accurate or complete, or that any material is suitable for any purpose. Most ratings listed here apply to a 48-hour exposure period. Ratings: - No effect B - Minor effect C - Moderate effect D - Severe effect j - No specific data, but probable rating. nd - no data BS Trog. T P PBT POM PTFE PUR PVC PVDF 306 SS Brass Zinc PP mmonia, liquid B B B C/D C B D Chlorine anhydrous liquid nd nd D D C C D C D nd D De-ionized water nd nd nd nd nd nd Formic acid D D D C C /B D D Gasoline D C nd B Hydrochloric acid <40% /B D C D B D D D B Hydrofluoric acid <50% C D D B D C B D D nd Methanol D D B B Phosphoric acid <40% B/C D B D D j B B D D D Potassium hydroxide <5% C B B C B D nd Sodium hydroxide <55% C B B B D B D D Sodium hypochlorite 3% B nd B C B C D Sulfuric acid <75% B D D C D D D Toluene D C D nd C Trichloroethylene D C B D D B /B C TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

16 TURCK Capacitive Sensor - Principles of Operation Industrial Products and their Dielectric Constants Material Dielectric Constant BS resin, pellet cetic cid 4. cetone 9.5 cetyl bromide 6.5 crylic resin ir.0 lcohol, industrial 6-3 lcohol, isopropyl 8.3 mmonia 5-5 niline queous solutions sbestos 3.0 sh (fly).7 Bakelite 3.6 Barley powder Benzene.3 Benzyl acetate 5 Butane.4 Cable sealing compound.5 Calcium carbonate 9. Carbon Dioxide.6 Carbon tetrachloride. Celluloid 3.0 Cellulose Cement.5 -. Cement powder 5-0 Cereal 3-5 Charcoal. -.8 Chlorine, liquid.0 Coke. -. Corn 5-0 Ebonite Material Dielectric Constant Epoxy resin.5-6 Ethanol 4 Ethyl bromide 4.9 Ethylene Chloride 0.5 Ethylene Dichloride.0 Ethylene glycol 38.7 Ethylene Oxide 4.0 Ferrous Oxide 4. Fired sh.5 Flour Formic cid 59.0 Freon â R & 50, liquid 6. Gasoline. Glass Glass, raw material Glycerine 47 Hexane.9 Hydrochloric cid 4.6 Hydrogen cyanide 95.4 Hydrogen peroxide 84. Ice, -5C.85 Ice, -8C 3.6 Isobutylamine 4.5 Lime, shell. Marble Melamine resin Methane, liquid.7 Methanol 33.6 Mica, white Milk, powdered Nitrobenzene 36 Neoprene TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

17 Material Dielectric Constant Nylon 4-5 Oil, for transformer. -.4 Oil, paraffin Oil, peanut 3.0 Oil, petroleum. Oil, soybean Oil, turpentine. Paint 5-8 Paraffin Paper Paper, hard 4.5 Paper, oil saturated 4.0 Perspex Petroleum.0 -. Phenol Phenol resin 4.9 Polyacetal (Delrin â ) 3.6 Polyamide (nylon).5 Polycarbonate.9 Polyester resin.8-8. Polyethylene.3 Polypropylene Polystyrene 3.0 Polyvinyl Chloride resin.8-3. Porcelain Press board - 5 Propane, liquid.6 Propylene, liquid.9 Quartz glass 3.7 Rice, dry 3.5 Industrial Products and their Dielectric Constants Material Dielectric Constant Rubber.5-35 Salt 6.0 Sand 3-5 Shellac Silicon dioxide 4.5 Silicone rubber Silicone varnish Soybean.8 Styrene resin Sugar 3.0 Sugar, granulated.5 -. Sulfur 3.4 Sulfuric acid 84 Teflon â, PCTFE Teflon, PTFE.0 Toluene.3 Trichloroethylene 3.4 Urea resin Urethane 3. Vaseline. -.9 Vinyl Chloride.8 Water Wax Wood, dry - 7 Wood, pressed board Wood, wet 0-30 Xylene.4 Zinc Oxide.7 Zirconium Oxide.5 Zirconium Silicate 5.0 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

18 TURCK Capacitive Sensor - Principles of Operation Temperature and Environmental Conditions Compensation Electrode In practice, sensors can be affected by water droplets, humidity, dust, etc., causing false outputs. To combat this effect each TURCK sensor incorporates a compensating electrode (C) which forms part of a negative feedback circuit (Figure 9). When contaminants are on the sensor face, they affect the sensor s main field, as well as its compensation field. The negative feedback circuit detects the increase in both fields, and can filter out the effects of the contaminants. When a large target comes into the sensor s main field, the compensation field is not affected, thus the negative feedback circuit can distinguish a difference between the two fields, and the sensor generates an output. Mounting Figure 0 Temperature Influence on Operating Distance Most capacitive sensors manufactured by TURCK are embeddable, which ensures that the electric field is only effective in front of the active face. They are suitable for flush mounting at the factory setting in any material (conductive & nonconductive). When sensors are flush mounted, the effect on the operating distance is minimal and can be overcome by adjustment of the potentiometer. Minimum separation distances must be observed to avoid the possibility of interference between the two sensors fields. Figure Figure 9 This distance (xd) can vary depending on potentiometer adjustment 7 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

19 Operating Distance (Sensing Range) Considerations The operating distance (S) of the different models is basically a function of the diameter of the sensing coil. Maximum operating distance is achieved with the use of a standard or larger target. Rated operating distance (Sn) for each model is given in the manual. n earth-grounded square piece of carbon steel having a thickness of mm (0.04 in) is used as a standard target to determine the following operating tolerances. The length and width of the square is equal to three times the rated operating distance. The operating distance is the distance at which the target approaching the sensing face along the reference axis causes the output signal to change. The rated operating distance is a conventional quantity used to designate the operating distance. It does not take into account either manufacturing tolerances or variations due to external conditions such as voltage and temperature. Effective Operating Distance = Sr The effective operating distance is the operating distance of an individual proximity sensor at a constant rated voltage and 3 C (73 F). It allows for manufacturing tolerances. Usable Operating Distance = Su The usable operating distance is the operating distance of an individual proximity sensor measured over the operating temperature range at 85% to 0% of its rated voltage. It allows for external conditions and for manufacturing tolerances. ssured Operating Range = Sa Standard Target Operating Distance = S Rated Operating Distance = Sn 0.9 Sn Sr.Sn 0.7 Sn Su.3Sn 0 Sa 0.7Sn The assured actuating range is between 0 and 7% of the rated operating distance. It is the range within which the correct operation of the proximity sensor under specified voltage and temperature ranges is assured. Figure 8 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

20 TURCK Capacitive Sensors QF5.5 Sensor Selection Part Number BC 5-QF5.5-N6X/S50 BC0-QF5.5-N6X BC0-QF5.5-N6X/S50 BC 5-QF5.5-P6X/S50 BC0-QF5.5-P6X BC0-QF5.5-P6X/S50 Q-Pak Rectangular Sensors, Plastic Potted-In Cable 3-Wire DC 0-30 VDC, Short-Circuit and Overload Protected Normally Open*, NPN (Sinking) or PNP (Sourcing) Embeddable Housing Height (mm) NPN (Sinking) Rated Operating Distance (mm) PNP (Sourcing) * Normally Closed versions available upon request, consult factory. Material Housing: Polypropylene Drawing # B B B Wiring Diagram # of LEDs ccessories Switching Frequency (Hz) ID Number S600 M60 S609 M606 M607 M605 UL Listed File #E0608 Connection meter cable, PUR jacket Two strap ties are included with sensor. ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

21 Specifications Ripple % Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor....8 V at 00 m Trigger Current for Overload Protection... ³0 m Continuous Load Current m Off-State (Leakage) Current <00 m No-Load Current m Time Delay Before vailability ms Power-On Effect Per IEC Reverse Polarity Protection Yes Wire-Break Protection Yes Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM,3,4,6,3 & IEC IP 67 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On (Yellow) Output Energized LED On (Green) Power Dimensions Wiring Diagrams NPN (Sinking) B PNP (Sourcing) TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

TURCK Capacitive Sensors Q08 Q0 Sensor Selection Part Number BC 5-Q08-N6X BC 8-Q0-N6X/S50 BC 5-Q08-P6X BC 8-Q0-P6X/S50 BC 5-Q08-N6X-V3 BC 8-Q0-N6X-V3/S50 BC 5-Q08-P6X-V3 BC 8-Q0-P6X-V3/S50 Q-Pak

22 TURCK Capacitive Sensors Q08 Q0 Sensor Selection Part Number BC 5-Q08-N6X BC 8-Q0-N6X/S50 BC 5-Q08-P6X BC 8-Q0-P6X/S50 BC 5-Q08-N6X-V3 BC 8-Q0-N6X-V3/S50 BC 5-Q08-P6X-V3 BC 8-Q0-P6X-V3/S50 Q-Pak Rectangular Sensors, Metal and Plastic Q08: Metal Housing Q0: Plastic Housing Potted-In Cable and Quick Disconnect 3-Wire DC picofast â 0-30 VDC, Short-Circuit and Overload Protected Normally Open*, NPN (Sinking) or PNP (Sourcing) Embeddable Housing Height (mm) NPN (Sinking) Rated Operating Distance (mm) PNP (Sourcing) * Normally Closed versions available upon request, consult factory. Material Connector: Metal Housing Q08: Plastic Housing Q0: Sensing Face: Chrome Plated Brass Die-cast Zinc PBT-GF30-V0 (Q08 only) P -GF30 Plastic 3 3 Drawing # B B C C D D Wiring Diagram # of LEDs ccessories Switching Frequency (Hz) ID Number M6000 M603 M60000 M600 M600 M5300 M6000 M53000 UL Listed File #E0608 Connection meter cable, PVC jacket; 4 WG copper conductors, PVC insulated. picofast Mating Cordsets: Q08: PKG 3Z- ( meter) Q0: PKG 3M- ( meter) For other styles consult Cordsets catalog. ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

23 Specifications Ripple % Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor....8 V at 00 m Trigger Current for Overload Protection... ³0 m Continuous Load Current m Off-State (Leakage) Current <00 m No-Load Current m Time Delay Before vailability ms Power-On Effect Per IEC Reverse Polarity Protection Yes Wire-Break Protection Yes Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM,3,4,6,3 & IEC IP 67 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On (Yellow) Output Energized LED On (Green) Power On Dimensions 3 4 Wiring Diagrams NPN (Sinking) B PNP (Sourcing) C NPN (Sinking) D PNP (Sourcing) TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

24 TURCK Capacitive Sensors Connector: Housing: Q4 Sensor Selection Part Number BC0-Q4-N4X BC0-Q4-N4X/S400** BC0-Q4-P4X BC0-Q4-P4X/S400** BC0-Q4-N4X-V3 BC0-Q4-N4X-V3/S400** BC0-Q4-P4X-V3 BC0-Q4-P4X-V3/S400** Material Q-Pak Rectangular Sensors, Plastic Potted-In Cable and Quick Disconnect 3-Wire DC picofast â 0-30 VDC, Short-Circuit and Overload Protected Normally Open*, NPN (Sinking) or PNP (Sourcing) Embeddable Chrome Plated Brass PBT-GF30-V0 Plastic Housing Height (mm) NPN (Sinking) Rated Operating Distance (mm) PNP (Sourcing) Drawing # B B Wiring Diagram * Normally Closed versions available upon request, consult factory. ** /S400 Designates rear LED location on back of sensor opposite front face C C D D # of LEDs ccessories Switching Frequency (Hz) ID Number M53000 M M53000 M M5300 M M53000 M UL Listed File #E0608 Connection meter cable, PVC jacket; 4 WG copper conductors, PVC insulated. picofast Mating Cordsets: PKG 3M- ( meter) For other styles consult Cordsets catalog. ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

25 Specifications Ripple % Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor....8 V at 00 m Trigger Current for Overload Protection... ³0 m Continuous Load Current m Off-State (Leakage) Current <00 m No-Load Current m Time Delay Before vailability ms Power-On Effect Per IEC Reverse Polarity Protection Yes Wire-Break Protection Yes Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM,3,4,6,3 & IEC IP 67 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On (Yellow) Output Energized LED On (Green) Power On Dimensions Wiring Diagrams NPN (Sinking) B PNP (Sourcing) C NPN (Sinking) D PNP (Sourcing) TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

TURCK Capacitive Sensors Q0 Sensor Selection Part Number BC0-Q0-N4X BC0-Q0-N4X/S400** BC0-Q0-P4X BC0-Q0-P4X/S400** BC0-Q0-N4X-H4 BC0-Q0-N4X-H4/S400** BC0-Q0-P4X-H4 BC0-Q0-P4X-H4/S400** Material

26 TURCK Capacitive Sensors Q0 Sensor Selection Part Number BC0-Q0-N4X BC0-Q0-N4X/S400** BC0-Q0-P4X BC0-Q0-P4X/S400** BC0-Q0-N4X-H4 BC0-Q0-N4X-H4/S400** BC0-Q0-P4X-H4 BC0-Q0-P4X-H4/S400** Material Connector: Plastic Housing: Q-Pak Rectangular Sensors, Plastic Potted-In Cable and Quick Disconnect 3-Wire DC eurofast â 0-65 VDC, Short-Circuit and Overload Protected Normally Open*, NPN (Sinking) or PNP (Sourcing) Embeddable Chrome Plated Brass PBT-GF30-V0 Housing Height (mm) NPN (Sinking) Rated Operating Distance (mm) PNP (Sourcing) Drawing # B B Wiring Diagram * Normally Closed versions available upon request, consult factory. ** /S400 Designates rear LED location on back of sensor opposite front face C C D D # of LEDs ccessories Switching Frequency (Hz) ID Number M5300 M53004 M53000 M5300 M530 M53005 M5300 M53003 Connection meter cable, PUR jacket; 4 WG copper conductors, PVC insulated. eurofast Mating Cordsets RK 4T- ( meter) For other styles consult Cordsets catalog. ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

27 Specifications Ripple % Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor....8 V at 00 m Trigger Current for Overload Protection... ³0 m Continuous Load Current m Off-State (Leakage) Current <00 m No-Load Current m Time Delay Before vailability ms Power-On Effect Per IEC Reverse Polarity Protection Yes Wire-Break Protection Yes Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM,3,4,6,3 & IEC IP 67 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On (Yellow) Output Energized LED On (Green) Power On Dimensions Wiring Diagrams NPN (Sinking) B PNP (Sourcing) C NPN (Sinking) D PNP (Sourcing) TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

TURCK Capacitive Sensors CP40 Sensor Selection Part Number Quick Disconnect Option For minifast connector: Suggested cordset: For eurofast connector: Suggested cordset: Material Housing: Sensing

28 TURCK Capacitive Sensors CP40 Sensor Selection Part Number Quick Disconnect Option For minifast connector: Suggested cordset: For eurofast connector: Suggested cordset: Material Housing: Sensing Face: Limit Switch Style Sensor, Plastic Housing combiprox â 4-Wire DC 0-65 VDC, Short-Circuit and Overload Protected Complementary Outputs: One N.O., One N.C. (SPDT) Embeddable Rated Operating Distance (mm) dd -B4 suffix to part number. RKM 40-M; other styles in Cordsets catalog. dd -H4 suffix to part number. RK 4.4T-; other styles in Cordsets catalog. PBT-GF30-V0 Plastic PBT-GF30-V0 Plastic Housing Height (mm) NPN (Sinking) PNP (Sourcing) Drawing # Wiring Diagram # of LEDs Switching Frequency (Hz) ID Number Connection BC0-CP40-VN4X M55700 Terminal Chamber BC0-CP40-VP4X 0 40 B 00 M55600 ccessories with quick disconnect option (see below). ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

29 Specifications Ripple % Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor....8 V at 00 m Trigger Current for Overload Protection... ³0 m typical Continuous Load Current m Off-State (Leakage) Current <00 m No-Load Current m Time Delay Before vailability ms Power-On Effect Per IEC Reverse Polarity Protection Incorporated Wire-Break Protection Incorporated Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On (Yellow) Output Energized LED On (Green) Power On Dimensions Wiring Diagrams Note: By removing sensor from terminal chamber, head can be adjusted to nine different sensing positions. B NPN (Sinking) PNP (Sourcing) TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

TURCK Capacitive Sensors CP80 Sensor Selection Part Number Long Range Sensors Modular Construction, Plastic 4-Wire DC 0-65 VDC, Short-Circuit and Overload Protected Complementary Outputs: One N.O., One N.

30 TURCK Capacitive Sensors CP80 Sensor Selection Part Number Long Range Sensors Modular Construction, Plastic 4-Wire DC 0-65 VDC, Short-Circuit and Overload Protected Complementary Outputs: One N.O., One N.C. (SPDT) Embeddable Rated Operating Distance (mm) Housing Height (mm) Remote Pot. NPN (Sinking) PNP (Sourcing) Drawing # Wiring Diagram # of LEDs Switching Frequency (Hz) ID Number Connection NC50-CP80-VN4X M580 Terminal Chamber NC50-CP80-VP4X B 00 M580 Optional remote potentiometer available. Consult factory. Quick Disconnect Option For minifast connector: Suggested cordset: For eurofast connector: Suggested cordset: Material Housing: Terminal Chamber Cover: dd -B4 suffix to part number. RKM 40-M; other styles in Cordsets catalog. dd -H4 suffix to part number. RK 4.4T-; other styles in Cordsets catalog. PBT-GF30-V0 Plastic Trogamid T ccessories with quick disconnect option (see below). ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

31 Specifications Ripple % Differential Travel (Hysteresis) (5% typical) Voltage Drop cross Conducting Sensor....8 V at 00 m Trigger Current for Overload Protection... ³0 m Continuous Load Current m Leakage (Off-State) Current <00 m No-Load Current m Time Delay Before vailability ms Power-On Effect Per IEC Reverse Polarity Protection Incorporated Wire-Break Protection Incorporated Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On (Yellow) Output Energized LED On (Green) Power On Dimensions Wiring Diagrams NPN (Sinking) B PNP (Sourcing) TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

TURCK Capacitive Sensors M Barrel S Barrel Sensor Selection Part Number BC 3-M-N6X-0.M-RS 4T BC 5-M8-N4X-0.M-RS 4T BC 3-M-P6X-0.M-RS 4T BC 5-M8-P4X-0.M-RS 4T BC 3-S-N6X-0.M-RS 4T BC 5-S8-N4X-0.

32 TURCK Capacitive Sensors M Barrel S Barrel Sensor Selection Part Number BC 3-M-N6X-0.M-RS 4T BC 5-M8-N4X-0.M-RS 4T BC 3-M-P6X-0.M-RS 4T BC 5-M8-P4X-0.M-RS 4T BC 3-S-N6X-0.M-RS 4T BC 5-S8-N4X-0.M-RS 4T BC 3-S-P6X-0.M-RS 4T BC 5-S8-P4X-0.M-RS 4T Material M Barrel: S Barrel: Sensing Face: End Cap: and 8 mm Threaded Barrel, Metal and Plastic Molded Connector 3-Wire DC eurofast â 0-30 VDC, Short-Circuit and Overload Protected Normally Open*, NPN (Sinking) or PNP (Sourcing) Embeddable Chrome Plated Brass P -GF30 Plastic P -GF30 Plastic P Hot Melt Rated Operating Distance (mm) Metal Barrel Plastic Barrel NPN (Sinking) PNP (Sourcing) * Normally Closed versions available upon request, consult factory Drawing # B B B B Wiring Diagram # of LEDs ccessories Switching Frequency (Hz) ID Number M6090 M50409 M6009 M M60390 M5039 M609 M50349 UL Listed File #E0608 Connection eurofast Cable pigtail with molded connector, 0. m length Mating Cordsets: RK 4T- ( meter) For other styles consult Cordsets catalog. ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

33 Specifications Ripple % Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor....8 V at 00 m Trigger Current for Overload Protection... ³0 m Continuous Load Current m Off-State (Leakage) Current <00 m No-Load Current m Time Delay Before vailability ms Power-On Effect Per IEC Reverse Polarity Protection Yes Wire-Break Protection Yes Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, 4, 6, 3 and IEC IP 67 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On Output Energized Dimensions 3 4 Wiring Diagrams NPN (Sinking) B PNP (Sourcing) TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

34 TURCK Capacitive Sensors M Barrel Sensor Selection Part Number Material Barrel: Connector: Sensing Face: End Cap: 30 mm Threaded Barrel, Metal Quick Disconnect 3-Wire DC eurofast â 0-65 VDC, Short-Circuit and Overload Protected Normally Open*, NPN (Sinking) or PNP (Sourcing) Embeddable Rated Operating Distance (mm) M: Chrome Plated Brass Chrome Plated Brass P -GF30 Plastic P 66-GF5-V0 Plastic Metal Barrel Plastic Barrel NPN (Sinking) PNP (Sourcing) Drawing # Wiring Diagram # of LEDs ccessories Switching Frequency (Hz) ID Number Connection BC0-M30-N4X-H M50300 eurofast BC0-M30-P4X-H4 0 B 00 M5000 * Normally Closed versions available upon request, consult factory. Mating Cordsets: RK 4T- ( meter)for other styles consult Cordsets catalog. ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

35 Specifications Ripple % Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor....8 V at 00 m Trigger Current for Overload Protection... ³0 m Continuous Load Current m Off-State (Leakage) Current <00 m No-Load Current m Time Delay Before vailability ms Power-On Effect Per IEC Reverse Polarity Protection Yes Wire-Break Protection Yes Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On Output Energized Dimensions Wiring Diagrams NPN (Sinking) B PNP (Sourcing) TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

36 TURCK Capacitive Sensors M Barrels S Barrel Sensor Selection Part Number 30 mm Threaded Barrel, Metal and Plastic Quick Disconnect 4-Wire DC eurofast â 0-65 VDC, Short-Circuit and Overload Protected Normally Open or Complementary (N.O. and N.C.), NPN or PNP Embeddable Rated Operating Distance (mm) Metal Barrel Plastic Barrel NPN (Sinking) PNP (Sourcing) Drawing # Wiring Diagram # of LEDs Switching Frequency (Hz) ID Number Connection BC0-M30-VN4X-H M500 eurofast BC0-M30-VP4X-H4 0 B 00 M5000 BC0-S30-VN4X-H M50600 BC0-S30-VP4X-H4 0 B 00 M50600 Material Barrel: Connector: Sensing Face: End Cap: M: Chrome Plated Brass; S: P -GF30 Chrome Plated Brass P -GF30 Plastic P 66-GF5-V0 Plastic ccessories Mating Cordsets: RK 4.4T- ( meter) For other styles consult Cordsets catalog. ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

37 Specifications Ripple % Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor....8 V at 00 m Trigger Current for Overload Protection... ³0 m Continuous Load Current m Off-State (Leakage) Current <00 m No-Load Current m Time Delay Before vailability ms Power-On Effect Per IEC Reverse Polarity Protection Yes Wire-Break Protection Yes Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On Output Energized Dimensions Wiring Diagrams NPN (Sinking) B PNP (Sourcing) TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

TURCK Capacitive Sensors K Barrel Sensor Selection Part Number 34 mm Smooth Barrel, Plastic Quick Disconnect 3-Wire DC eurofast â 0-65 VDC, Short-Circuit and Overload Protected Normally Open*, NPN

38 TURCK Capacitive Sensors K Barrel Sensor Selection Part Number 34 mm Smooth Barrel, Plastic Quick Disconnect 3-Wire DC eurofast â 0-65 VDC, Short-Circuit and Overload Protected Normally Open*, NPN (Sinking) or PNP (Sourcing) Rated Operating Distance (mm) NPN (Sinking) Embeddable PNP (Sourcing) Drawing # Wiring Diagram # of LEDs Switching Frequency (Hz) ID Number Connection BC5-K34-N4X-H4** 5 00 M505 eurofast BC5-K34-P4X-H4** 5 B 00 M506 * Normally Closed versions available upon request, consult factory. ** BS-34. mounting bracket included with sensor. Material Barrel: Connector: Sensing Face: End Cap: PBT-GF30-VO Chrome Plated Brass PBT-GF30-VO PBT-GF30-VO ccessories Mating Cordsets: RK 4T- ( meter) For other styles consult Cordsets catalog. ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

39 Specifications Ripple % Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor....8 V at 00 m Trigger Current for Overload Protection... ³0 m Continuous Load Current m Off-State (Leakage) Current <00 m No-Load Current m Time Delay Before vailability ms Power-On Effect Per IEC Reverse Polarity Protection Yes Wire-Break Protection Yes Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On Output Energized Dimensions Wiring Diagrams NPN (Sinking) B PNP (Sourcing) TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

TURCK Capacitive Sensors M Barrel S Barrel Sensor Selection Part Number Material M Barrel: S Barrel: Sensing Face: End Cap: mm Threaded Barrel, Metal and Plastic Potted-In Cable 3-Wire DC 0-30 VDC,

40 TURCK Capacitive Sensors M Barrel S Barrel Sensor Selection Part Number Material M Barrel: S Barrel: Sensing Face: End Cap: mm Threaded Barrel, Metal and Plastic Potted-In Cable 3-Wire DC 0-30 VDC, Short-Circuit and Overload Protected Normally Open*, NPN (Sinking) or PNP (Sourcing) Embeddable Chrome Plated Brass P -GF30 Plastic P -GF30 Plastic P Hot Melt Rated Operating Distance (mm) Metal Barrel Plastic Barrel NPN (Sinking) PNP (Sourcing) Drawing # Wiring Diagram # of LEDs Switching Frequency (Hz) ID Number Connection BC 3-M-N6X 00 M6000 meter cable, PVC jacket, WG BC 3-M-P6X 3 B 00 M60000 copper conductors, PVC insulated. BC 3-S-N6X 3 00 M60300 BC 3-S-P6X 3 B 00 M6000 * Normally Closed versions available upon request, consult factory. ccessories UL Listed File #E0608 ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

41 Specifications Ripple % Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor....8 V at 00 m Trigger Current for Overload Protection... ³0 m Continuous Load Current m Off-State (Leakage) Current <00 m No-Load Current m Time Delay Before vailability ms Power-On Effect Per IEC Reverse Polarity Protection Yes Wire-Break Protection Yes Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, 4, 6, 3 and IEC IP 67 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On Output Energized Dimensions Wiring Diagrams NPN (Sinking) B PNP (Sourcing) TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

TURCK Capacitive Sensors M Barrel S Barrel Sensor Selection Part Number 8 mm Threaded Barrel, Metal and Plastic Potted-In Cable 3-Wire DC 0-65 VDC, Short-Circuit and Overload Protected Normally

42 TURCK Capacitive Sensors M Barrel S Barrel Sensor Selection Part Number 8 mm Threaded Barrel, Metal and Plastic Potted-In Cable 3-Wire DC 0-65 VDC, Short-Circuit and Overload Protected Normally Open*, NPN (Sinking) or PNP (Sourcing) Embeddable Rated Operating Distance (mm) Metal Barrel Plastic Barrel NPN (Sinking) PNP (Sourcing) Drawing # Wiring Diagram # of LEDs Switching Frequency (Hz) ID Number Connection BC 5-M8-N4X 5 00 M50400 meter cable, PVC jacket, WG BC 5-M8-P4X 5 B 00 M50400 copper conductors, PVC insulated. BC 5-S8-N4X BCF 5-S8-N4X BC 5-S8-P4X BCF 5-S8-P4X * Normally Closed versions available upon request, consult factory. Material M Barrel: S Barrel: Sensing Face: End Cap: Chrome Plated Brass P -GF30 Plastic P -GF30 Plastic PUR Plastic B B ccessories M50300 M5030 M M5030 ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

43 Specifications Ripple % Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor....8 V at 00 m Trigger Current for Overload Protection... ³0 m Continuous Load Current m Off-State (Leakage) Current <00 m No-Load Current m Time Delay Before vailability ms Power-On Effect Per IEC Reverse Polarity Protection Yes Wire-Break Protection Yes Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On Output Energized Note: See additional specifications for BCF versions located on page 5. Dimensions Wiring Diagrams NPN (Sinking) B PNP (Sourcing) TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

44 TURCK Capacitive Sensors M Barrel S Barrel Sensor Selection Part Number 30 mm Threaded Barrel, Metal and Plastic Potted-In Cable 4-Wire DC 0-65 VDC, Short-Circuit and Overload Protected Complementary Outputs: One N.O., One N.C. (SPDT) Embeddable Rated Operating Distance (mm) Metal Barrel Plastic Barrel NPN (Sinking) PNP (Sourcing) Drawing # Wiring Diagram # of LEDs Switching Frequency (Hz) ID Number Connection BC0-M30-VN4X 0 00 M5000 meter cable, PVC jacket, WG BC0-M30-VP4X 0 B 00 M50000 copper conductors, PVC insulated. BC0-S30-VN4X 0 00 M BC0-S30-VP4X 0 B 00 M5060 BCF0-S30-VN4X 0 00 M5060 BCF0-S30-VP4X 0 B 00 M506 Material M Barrel: S Barrel: Sensing Face: End Cap: Chrome Plated Brass P -GF30 Plastic P -GF30 Plastic P 66-GF5-V0 Plastic ccessories ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

45 Specifications Ripple % Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor....8 V at 00 m Trigger Current for Overload Protection... ³0 m Continuous Load Current m Off-State (Leakage) Current <00 m No-Load Current m Time Delay Before vailability ms Power-On Effect Per IEC Reverse Polarity Protection Yes Wire-Break Protection Yes Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On Output Energized Note: See additional specifications for BCF versions located on page 5. Dimensions Wiring Diagrams NPN (Sinking) B PNP (Sourcing) TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

TURCK Capacitive Sensors K Barrel Sensor Selection Part Number 34 mm Smooth Barrel, Plastic Potted-In cable 4-Wire DC 0-65 VDC, Short-Circuit and Overload Protected Normally Open or Complementary (N.

46 TURCK Capacitive Sensors K Barrel Sensor Selection Part Number 34 mm Smooth Barrel, Plastic Potted-In cable 4-Wire DC 0-65 VDC, Short-Circuit and Overload Protected Normally Open or Complementary (N.O. and N.C.), NPN or PNP Rated Operating Distance (mm) NPN (Sinking) Embeddable PNP (Sourcing) Drawing # Wiring Diagram #ofleds Switching Frequency (Hz) ID Number Connection BC5-K34-VN4X* 5 00 M507 meter cable, PVC jacket, WG BC5-K34-VP4X* 5 B 00 M504 * BS-34. mounting bracket included with sensor. Material Barrel: Sensing Face: End Cap: PBT-GF30-VO PBT-GF30-VO P 66-GF5-V0 Plastic ccessories copper conductors, PVC insulated ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

47 Specifications Ripple % Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor....8 V at 00 m Trigger Current for Overload Protection... ³0 m Continuous Load Current m Off-State (Leakage) Current <00 m No-Load Current m Time Delay Before vailability ms Power-On Effect Per IEC Reverse Polarity Protection Yes Wire-Break Protection Yes Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On Output Energized Dimensions Wiring Diagrams NPN (Sinking) B PNP (Sourcing) TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

TURCK Capacitive Sensors S85 Barrel PT30 Barrel KT34 Barrel Sensor Selection Part Number 8 mm Self-Sealing Threaded PVDF Barrel Potted-In Cable 3-Wire DC 0-65 VDC, Short-Circuit and Overload

48 TURCK Capacitive Sensors S85 Barrel PT30 Barrel KT34 Barrel Sensor Selection Part Number 8 mm Self-Sealing Threaded PVDF Barrel Potted-In Cable 3-Wire DC 0-65 VDC, Short-Circuit and Overload Protected Normally Open, PNP (Sourcing) PVDF Barrel with Potted-In PVDF Cable PT30: 30 mm Threaded Barrel; KT34: 34 mm Smooth Barrel 4-Wire DC 0-65 VDC, Short-Circuit and Overload Protected Complementary Outputs: One N.O., One N.C. (SPDT) Embeddable Rated Operating Distance (mm) Barrel Diameter (mm) NPN (Sinking) PNP (Sourcing) Drawing # Wiring Diagram # of LEDs Switching Frequency (Hz) ID Number Connection BC 5-S85-P4X M meter cable, PVC jacket, WG copper conductors, PVC insulated. BC0-PT30-VN4X 0 30 B 00 M50700 meter cable, PVDF jacket, BC0-PT30-VP4X 0 30 C 00 M50700 WG copper conductors, PVC insulated, with NC0-KT34-VN4X B 00 M55000 aluminized polyester shield and drain wire (not connected at NC0-KT34-VP4X C 00 M sensor). Material Barrel: Sensing Face: End Cap (S85): Cable Gland (PT/KT): PVDF Plastic PVDF Plastic PUR Plastic PVDF with Viton â Gasket ccessories ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

49 Specifications Ripple % Differential Travel (Hysteresis) S85/KT: -0% (5% typical); PT: 5-0% Voltage Drop cross Conducting Sensor....8 V at 00 m Trigger Current for Overload Protection... ³0 m Continuous Load Current m Off-State (Leakage) Current <00 m No-Load Current S85/KT: m; PT: 5 m Time Delay Before vailability S85/KT: 5 ms; PT: 5 ms Power-On Effect Per IEC Reverse Polarity Protection Yes Wire-Break Protection Yes Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM,3,4,6,3 and IEC IP 67 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift ±0% Temperature Drift <±0% of Rated Operating Distance LED On (Yellow) Output Energized LED On (Green) Power On Dimensions 3 Wiring Diagrams PNP (Sourcing) B NPN (Sinking) C PNP (Sourcing) TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

50 TURCK Capacitive Sensors P30SR Barrel Sensor Selection Part Number 30 mm threaded Barrel, Plastic Integral Terminal Chamber and Optional Remote Potentiometer 4-Wire DC 0-65 VDC, Short-Circuit and Overload Protected Complementary Outputs: One N.O., One N.C. (SPDT) Embeddable Rated Operating Distance (mm) Barrel Diam. (mm) Remote Pot. NPN (Sinking) PNP (Sourcing) Drawing # Wiring Diagram # of LEDs Switching Frequency (Hz) ID Number Connection BC0-P30SR-VN4X M50500 Terminal Chamber BC0-P30SR-VP4X BC0-P30SR-VP4X/S359-M For minifast connector: Suggested cordset: For eurofast connector: Suggested cordset: 0 0 Quick Disconnect Option Material Terminal Chamber: Barrel: Sensing Face: dd -B4 suffix to part number. RKM 40-M; other styles in Cordsets catalog. dd -H4 suffix to part number. RK 4.4T-; other styles in Cordsets catalog. BS Plastic BS Plastic BS Plastic B B ccessories M M50500 with quick disconnect option (see below). ccessories and mounting devices can be found on pages PG 9 cable gland included with sensor. 49 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

51 Specifications Ripple % Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor....8 V at 00 m Trigger Current for Overload Protection... ³0 m Continuous Load Current m Off-State (Leakage) Current <00 m No-Load Current m Time Delay Before vailability P30SR style: 5 ms; K40SR style: 60 ms Power-On Effect Per IEC Reverse Polarity Protection Yes Wire-Break Protection Yes Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On (Yellow) Output Energized LED On (Green) Power On Dimensions Wiring Diagrams NPN (Sinking) B PNP (Sourcing) TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

TURCK Capacitive Sensors K34SR Barrel K40SR Barrel Sensor Selection Part Number BC5-K34SR-VN4X BC0-K40SR-VN4X * BC5-K34SR-VP4X BC0-K40SR-VP4X * 34 and 40 mm Smooth Barrel, Plastic Integral Terminal

Quick Disconnect Option For minifast connector: Suggested cordset: For eurofast connector: Suggested cordset: Material Terminal Chamber: Barrel: Sensing Face: Rated Operating Distance (mm) Barrel

52 TURCK Capacitive Sensors K34SR Barrel K40SR Barrel Sensor Selection Part Number BC5-K34SR-VN4X BC0-K40SR-VN4X * BC5-K34SR-VP4X BC0-K40SR-VP4X * 34 and 40 mm Smooth Barrel, Plastic Integral Terminal chamber 4-Wire DC 0-65 VDC, Short-Circuit and Overload Protected Complementary Outputs: One N.O., One N.C. (SPDT) Embeddable * BS-40 mounting clamp included with sensor. Quick Disconnect Option For minifast connector: Suggested cordset: For eurofast connector: Suggested cordset: Material Terminal Chamber: Barrel: Sensing Face: Rated Operating Distance (mm) Barrel Diam. (mm) Remote Pot. NPN (Sinking) PNP (Sourcing) dd -B4 suffix to part number. RKM 40-M; other styles in Cordsets catalog. dd -H4 suffix to part number. RK 4.4T-; other styles in Cordsets catalog. K40SR: BS Plastic, K34SR: PBT-GF30-VO K40SR: BS Plastic, K34SR: PBT-GF30-VO K40SR: BS Plastic, K34SR: PBT-GF30-VO Drawing # B Wiring Diagram # of LEDs ccessories Switching Frequency (Hz) ID Number M508 M5000 M509 M50000 Connection Terminal Chamber with quick disconnect option (see below). ccessories and mounting devices can be found on pages PG 9 cable gland included with sensor. 5 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

53 Specifications Ripple % Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor....8 V at 00 m Trigger Current for Overload Protection... ³0 m Continuous Load Current m Off-State (Leakage) Current <00 m No-Load Current m Time Delay Before vailability P30SR style: 5 ms; K40SR style: 60 ms Power-On Effect Per IEC Reverse Polarity Protection Yes Wire-Break Protection Yes Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On (Yellow) Output Energized LED On (Green) Power On Dimensions Wiring Diagrams NPN (Sinking) B PNP (Sourcing) TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

TURCK Capacitive Sensors Q0 Sensor Selection Part Number BC0-Q0-Z3X BC0-Q0-Z3X/S400 BC0-Q0-RZ3X BC0-Q0-RZ3X/S400 Q-Pak Rectangular Sensors, Plastic Potted-In Cable and Quick Disconnect -Wire C 0-50

54 TURCK Capacitive Sensors Q0 Sensor Selection Part Number BC0-Q0-Z3X BC0-Q0-Z3X/S400 BC0-Q0-RZ3X BC0-Q0-RZ3X/S400 Q-Pak Rectangular Sensors, Plastic Potted-In Cable and Quick Disconnect -Wire C 0-50 VC Normally Open (Z3X) or Normally Closed (RZ3X) Embeddable 0 0 Rated Operating Distance (mm) 0 0 Housing Height (mm) Normally Open Normally Closed Drawing # * /S400 Designates rear LED location on back of sensor opposite front face. Material Connector: Housing: 0 0 Chrome Plated Brass PBT-GF30-VO Plastic 0 0 B B Wiring Diagram # of LEDs ccessories Switching Frequency (Hz) ID Number M M30005 M43500 Connection meter cable, PVC jacket, WG copper conductors, PVC insulated. ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

55 Specifications Line Frequency Hz Hysteresis (Differential Travel) % (5% typical) Voltage Drop cross Conducting Sensor V at 500 m Continuous Load Current m Off-State (Leakage) Current m Minimum Load Current ³5.0 m Inrush Current ( 0 ms, 5% Duty Cycle) Time Delay Before vailability ms Power-On Effect Per IEC Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On Output Energized Dimensions Wiring Diagrams Normally Open B Normally Closed TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

56 TURCK Capacitive Sensors Caution CP40 Sensor Selection Part Number Limit Switch Style Sensor, Plastic Housing Combiprox -Wire C 0-50 VC Connection Programmable; Normally Open or Normally Closed Embeddable Rated Operating Distance (mm) Housing Diameter (mm) Normally Open n electrical shock hazard exists inside of terminal chamber style sensors whenever power is applied. Remove all power to the sensor whenever sensor wiring is exposed. Normally Closed Drawing # Wiring Diagram # of LEDs Switching Frequency (Hz) ID Number Connection BC0-CP40-FZ3X M3500 Terminal Chamber Material Housing: Sensing Face: PBT-GF30-V0 Plastic PBT-GF30-V0 Plastic Quick Disconnect Option For minifast connector: Suggested cordset: For microfast connector: Suggested cordset: ccessories with quick disconnect option (see below). dd -B3 suffix to part number. RKM 30-M; other styles in Cordsets catalog. dd -B33 suffix to part number. KB 3T-; other styles in Cordsets catalog. ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

57 Specifications Line Frequency Hz Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor V at 500 m Continuous Load Current m Off-State (Leakage) Current m Minimum Load Current m Inrush Current ( 0 ms, 5% Duty Cycle) Time Delay Before vailability ms Power-On Effect Per IEC Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On (Red) Output Energized LED On (Green) Power On Dimensions Wiring Diagrams Note: By removing sensor from terminal chamber, head can be adjusted to nine different sensing positions. Programmable TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

58 TURCK Capacitive Sensors CP80 Sensor Selection Part Number Long Range Sensors Modular Construction, Plastic -Wire C 0-50 VC Connection Programmable; Normally Open or Normally Closed Embeddable Rated Operating Distance (mm) Housing Diameter (mm) Normally Open Normally Closed Drawing # Wiring Diagram # of LEDs Switching Frequency (Hz) ID Number Connection NC50-CP80-FZ3X M3060 Terminal Chamber Caution Material Housing: Terminal Chamber Cover: n electrical shock hazard exists inside of terminal chamber style sensors whenever power is applied. Remove all power to the sensor whenever sensor wiring is exposed. PBT-GF30-V0 Plastic Trogamid T Quick Disconnect Option For minifast connector: Suggested cordset: For microfast connector: Suggested cordset: ccessories with quick disconnect option (see below). dd -B3 suffix to part number. RKM 30-M; other styles in Cordsets catalog. dd -B33 suffix to part number. KB 3T-; other styles in Cordsets catalog. ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

59 Specifications Line Frequency Hz Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor V at 500 m Continuous Load Current m Off-State (Leakage) Current m Minimum Load Current ³5.0 m Inrush Current ( 0 ms, 5% Duty Cycle) Time Delay Before vailability ms Power-On Effect Per IEC Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On (Red) Output Energized LED On (Green) Power On Dimensions Wiring Diagrams Programmable TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

60 TURCK Capacitive Sensors M Barrel S Barrel Sensor Selection Part Number BC 5-M8-Z3X-0.M-SB 3T BC0-M30-Z3X-B33 BC 5-M8-RZ3X-0.M-SB 3T BC0-M30-RZ3X-B33 BC 5-S8-Z3X-0.M-SB 3T BC0-S30-Z3X-B33 BC 5-S8-RZ3X-0.M-SB 3T BC0-S30-RZ3X-B33 Material M Barrel: S Barrel: Sensing Face: End Cap: 8 and 30 mm Threaded Barrel, Metal and Plastic Quick Disconnect and Optional Molded Connector -Wire C microfast â 0-50 VC Normally Open (Z3X) or Normally Closed (RZ3X) Embeddable Chrome Plated Brass P -GF30 Plastic P -GF30 Plastic PUR Plastic Rated Operating Distance (mm) Metal Barrel Plastic Barrel Normally Open Normally Closed Drawing # B B B B Wiring Diagram # of LEDs ccessories Switching Frequency (Hz) ID Number M M30030 M30590 M3000 M M3070 M M3080 Connection microfast Cable pigtail with molded connector, 0. m length Mating Cordsets: KB 3T- ( meter) For other styles consult Cordsets catalog. ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

61 Specifications Line Frequency Hz Hysteresis (Differential Travel) % (5% typical) Voltage Drop cross Conducting Sensor V at 500 m Continuous Load Current m Off-State (Leakage) Current m Minimum Load Current ³5.0 m Inrush Current ( 0 ms, 5% Duty Cycle) Time Delay Before vailability ms Power-On Effect Per IEC Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On Output Energized Dimensions 3 4 B Wiring Diagrams Normally Open Normally Closed TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

62 TURCK Capacitive Sensors M Barrel S Barrel Sensor Selection Part Number BC 5-M8-Z3X BC0-M30-Z3X BC 5-M8-RZ3X BC0-M30-RZ3X BC 5-S8-Z3X BC0-S30-Z3X BC 5-S8-RZ3X BC0-S30-RZ3X Material M Barrel: S Barrel: Sensing Face: End Cap: 8 and 30 mm Threaded Barrel, Metal and Plastic Potted-In Cable -Wire C 0-50 VC Normally Open (Z3X) or Normally Closed (RZ3X) Embeddable Rated Operating Distance (mm) Chrome Plated Brass P -GF30 Plastic P -GF30 Plastic P 66-GF5-V0 Plastic Metal Barrel Plastic Barrel Normally Open Normally Closed Drawing # B B B B Wiring Diagram # of LEDs ccessories Switching Frequency (Hz) ID Number M M30000 M30500 M M M30700 M M30800 Connection meter cable, PVC jacket, WG copper conductors, PVC insulated. ccessories and mounting devices can be found on pages TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

63 Specifications Line Frequency Hz Hysteresis (Differential Travel) % (5% typical) Voltage Drop cross Conducting Sensor V at 500 m Continuous Load Current m Off-State (Leakage) Current m Minimum Load Current ³5.0 m Inrush Current ( 0 ms, 5% Duty Cycle) Time Delay Before vailability ms Power-On Effect Per IEC Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On Output Energized Dimensions 3 4 B Wiring Diagrams Normally Open Normally Closed TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

TURCK Capacitive Sensors Caution K Barrel Sensor Selection Part Number Material Terminal Chamber: Barrel: Sensing Face: 34 mm Smooth Barrel, Plastic Potted-In Cable -Wire C 0-50 VC Normally Open

64 TURCK Capacitive Sensors Caution K Barrel Sensor Selection Part Number Material Terminal Chamber: Barrel: Sensing Face: 34 mm Smooth Barrel, Plastic Potted-In Cable -Wire C 0-50 VC Normally Open (Z3X) or Normally Closed (RZ3X) n electrical shock hazard exists inside of terminal chamber style sensors whenever power is applied. Remove all power to the sensor whenever sensor wiring is exposed. PBT-GF30-VO PBT-GF30-VO PBT-GF30-VO Embeddable Rated Operating Distance (mm) Barrel Diam. (mm) Normally Open Normally Closed Drawing # Wiring Diagram # of LEDs Switching Frequency (Hz) ID Number Connection BC5-K34-Z3X* M30008 meter cable, PVC jacket, WG BC5-K34-RZ3X* 5 34 B 0 M300 copper conductors, PVC insulated. * BS-34. mounting bracket included with sensor. ccessories ccessories and mounting devices can be found on pages PG 9 cable gland included with sensor. 63 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

65 Specifications Line Frequency Hz Hysteresis (Differential Travel) % (5% typical) Voltage Drop cross Conducting Sensor V at 500 m Continuous Load Current m Off-State (Leakage) Current m Minimum Load Current ³5.0 m Inrush Current ( 0 ms, 5% Duty Cycle) Time Delay Before vailability ms Power-On Effect Per IEC Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On Output Energized Dimensions Wiring Diagrams Normally Open B Normally Closed TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

66 TURCK Capacitive Sensors P30SR Barrel Sensor Selection Part Number Caution Material Terminal Chamber: Barrel: Sensing Face: BS Plastic BS Plastic BS Plastic Barrel, Plastic with Integral Terminal Chamber 30 mm threaded barrel -Wire C 0-50 VC Connection Programmable; Normally Open or Normally Closed Embeddable Rated Operating Distance (mm) Barrel Diam. (mm) Remote Pot. n electrical shock hazard exists inside of terminal chamber style sensors whenever power is applied. Remove all power to the sensor whenever sensor wiring is exposed. Normally Open Normally Closed Drawing # Wiring Diagram # of LEDs Switching Frequency (Hz) ID Number Connection BC0-P30SR-FZ3X M30400 Terminal Chamber Quick Disconnect Option For minifast connector: Suggested cordset: For microfast connector: Suggested cordset: ccessories with quick disconnect option (see below). dd -B3 suffix to part number. RKM 30-M; other styles in Cordsets catalog. dd -B33 suffix to part number. KB 3T-; other styles in Cordsets catalog. ccessories and mounting devices can be found on pages PG 9 cable gland included with sensor. 65 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

67 Specifications Line Frequency Hz Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor V at 500 m Continuous Load Current m Off-State (Leakage) Current m Minimum Load Current ³5.0 m Inrush Current ( 0 ms, 5% Duty Cycle) Time Delay Before vailability ms Power-On Effect Per IEC Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On (Red) Output Energized LED On (Green) Power On Dimensions Wiring Diagrams Programmable TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

TURCK Capacitive Sensors K34SR Barrel K40SR Barrel Sensor Selection Part Number BC0-K34SR-FZ3X** BC0-K40SR-FZ3X* * BS-40 mounting clamp included with sensor. ** BS-34.

68 TURCK Capacitive Sensors K34SR Barrel K40SR Barrel Sensor Selection Part Number BC0-K34SR-FZ3X** BC0-K40SR-FZ3X* * BS-40 mounting clamp included with sensor. ** BS-34. mounting clamp included with sensor. Caution Material Terminal Chamber: Barrel: Sensing Face: Barrel, Plastic with Integral Terminal Chamber K34SR: 34 mm Smooth Barrel K40SR: 40 mm Smooth Barrel -Wire C 0-50 VC Connection Programmable; Normally Open or Normally Closed Embeddable Rated Operating Distance (mm) Barrel Diam. (mm) Remote Pot. n electrical shock hazard exists inside of terminal chamber style sensors whenever power is applied. Remove all power to the sensor whenever sensor wiring is exposed. Normally Open K40SR: BS Plastic, K34SR: PBT-GF30-VO K40SR: BS Plastic, K34SR: PBT-GF30-VO K40SR: BS Plastic, K34SR: PBT-GF30-VO Normally Closed Drawing # Wiring Diagram # of LEDs 0 0 ccessories Switching Frequency (Hz) For minifast connector: Suggested cordset: For microfast connector: Suggested cordset: ID Number M30009 M30300 Quick Disconnect Option Connection Terminal Chamber with quick disconnect option (see below). dd -B3 suffix to part number. RKM 30-M; other styles in Cordsets catalog. dd -B33 suffix to part number. KB 3T-; other styles in Cordsets catalog. ccessories and mounting devices can be found on pages PG 9 cable gland included with sensor. 67 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

69 Specifications Line Frequency Hz Differential Travel (Hysteresis) % (5% typical) Voltage Drop cross Conducting Sensor V at 500 m Continuous Load Current m Off-State (Leakage) Current m Minimum Load Current ³5.0 m Inrush Current ( 0 ms, 5% Duty Cycle) Time Delay Before vailability ms Power-On Effect Per IEC Transient Protection Per EN Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes Repeatability % of Rated Operating Distance Temperature Drift <±0% of Rated Operating Distance LED On (Red) Output Energized LED On (Green) Power On Dimensions Wiring Diagrams Programmable TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

70 TURCK Capacitive Sensors QF5.5 Sensor Selection Part Number Rectangular Sensors, Plastic Potted-In Cable -Wire DC, Requires Remote mplifier 5-30 VDC Variable Resistance Output, NMUR (EN ) Embeddable Rated Operating Distance (mm) Housing Height (mm) * Factory Mutual approval applies only when used with Factory Mutual approved switching amplifiers. /S50 Designates no potentiometer. Drawing # Wiring Diagram #ofleds FM pproved Division * Time Delay Before vailability (ms) Switching Frequency (Hz) ID Number Connection BC 5-QF5.5-Y0X/S M meter cable, PVC jacket, WG copper conductors, PVC insulated. Material Housing: Polypropylene Plastic ccessories NRTL/C Two strap ties are included with sensor. Remote mplifier required. Consult TURCK utomation Controls catalog. 69 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

71 Specifications Nominal Voltage (EN 507) Resistance Change from Nonactivated to ctivated Condition.... >8.0 kw to.0 kw Resulting Current Change m to ³. m Recommended Switching Point for Remote mplifier m Power-On Effect Realized in mplifier Reverse Polarity Protection Incorporated Wire-Break Protection Realized in mplifier Transient Protection Realized in mplifier Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes LED On Output Energized Dimensions Wiring Diagram NMUR Output TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

72 TURCK Capacitive Sensors S Barrel Sensor Selection Part Number BC 5-S8-Y0X BC0-S30-Y0X 8 and 30 mm Threaded Barrel, Plastic Potted-In Cable -Wire DC, Requires Remote mplifier 5-30 VDC Variable Resistance Output, NMUR (EN ) * Factory Mutual approval applies only when used with Factory Mutual approved switching amplifiers. Material Barrel: Sensing Face: End Cap: Embeddable 5 0 Rated Operating Distance (mm) 8 30 Barrel Diameter (mm) Drawing # P -GF30 Plastic P -GF30 Plastic S8: PUR; S30: P66-GF5-V0 Plastic Wiring Diagram #ofleds FM pproved Division * Time Delay Before vailability (ms) Switching Frequency (Hz) ccessories ID Number M M00000 Connection meter cable, PVC jacket, WG copper conductors, PVC insulated. NRTL/C Remote mplifier required. Consult TURCK multimodul and MZ-Series catalogs. 7 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

73 Specifications Nominal Voltage VDC (EN 507) Resistance Change from Nonactivated to ctivated Condition.... >8.0 kw to.0 kw Resulting Current Change m to ³. m Recommended Switching Point for Remote mplifier m Power-On Effect Realized in mplifier Reverse Polarity Protection Incorporated Wire-Break Protection Realized in mplifier Transient Protection Realized in mplifier Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes LED On Output Energized Dimensions Wiring Diagram NMUR Output TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

TURCK Capacitive Sensors PT Barrel Sensor Selection Part Number 30 mm Threaded PVDF Barrel Potted-In Cable -Wire DC, Requires Remote mplifier 5-30 VDC Variable Resistance Output, NMUR (EN 507) *

74 TURCK Capacitive Sensors PT Barrel Sensor Selection Part Number 30 mm Threaded PVDF Barrel Potted-In Cable -Wire DC, Requires Remote mplifier 5-30 VDC Variable Resistance Output, NMUR (EN 507) * Factory Mutual approval applies only when used with Factory Mutual approved switching amplifiers. Material Barrel: Sensing Face: End Cap: Cable Gland: Embeddable Rated Operating Distance (mm) PVDF Plastic PVDF Plastic PVDF Plastic PVDF with Viton â gasket Barrel Diameter (mm) Drawing # Wiring Diagram # of LEDs FM pproved Division * Time Delay Before vailability (ms) Switching Frequency (Hz) ID Number Connection BC0-PT30-Y0X M00000 meter cable, PVDF jacket, WG copper conductors, PVC insulated, with aluminized polyester shield and drain wire (not connected at sensor). ccessories NRTL/C Remote mplifier required. Consult TURCK multimodul and utomation Controls catalogs. 73 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

75 Specifications Nominal Voltage (EN 507) Resistance Change from Nonactivated to ctivated Condition.... >8.0 kw to.0 kw Resulting Current Change m to ³. m Recommended Switching Point for Remote mplifier m Power-On Effect Realized in mplifier Reverse Polarity Protection Incorporated Wire-Break Protection Realized in mplifier Transient Protection Realized in mplifier Operating Temperature C to +70 C (-3 F to +58 F) Enclosure Meets NEM, 3, and 3 Shock g, ms Vibration Hz, mm mplitude in all 3 Planes LED On Output Energized Dimensions Wiring Diagram NMUR Output TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

76 TURCK Capacitive Sensor ccessories Threaded Tank Wells for Liquid Level Sensing pplications Part Number ID Number Material Thread Size Drill Size Capacitive Sensor Style TWD-S 505 Delrin 3/4-4 NPT 59/64 mm threaded TWD-8S 5055 Delrin 3/4-4 NPT 59/64 8 mm threaded TWT-8S 5050 Teflon 3/4-4 NPT 59/64 8 mm threaded TWD-8S Delrin - / NPT -5/3 8 mm threaded TWT-8S Teflon - / NPT -5/3 8 mm threaded TWD-30S 5065 Delrin /4- / NPT -/ 30 mm threaded TWT-30S 5060 Teflon /4- / NPT -/ 30 mm threaded TWD-40S 5075 Delrin /- / NPT -47/64 40 mm smooth TWT-40S 5070 Teflon /- / NPT -47/64 40 mm smooth Pressure Rating: 50 PSI TWD-S TWD-30S TWT-30S TWD-8.. TWT-8.. TWD-40S TWT-40S 75 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

77 Part Number TSG- TSG-8 TSG-30 ID Number Part Number TWU-30B TWU-40B Material: UHMW/PE Pressure Rating: 80 PSI ID Number Dimension For use with 30 and 40 mm barrel sensors. B C D mm threaded or non-threaded 8 mm threaded or non-threaded 30 mm threaded or non-threaded Bolt-on Tank Wells for Liquid Level pplications Sight Glass Mount TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

78 TURCK Capacitive Sensor ccessories Mounting Brackets Part Number ID Number Barrel Diameter MB- 330 MM MB mm MB mm Part Number LSP- ID Number M Material: Stainless Steel For use with limit switch style sensors. Dimensions B C D E F G H J K L M N P SLOTS MB-8 Material: 6 Gage Cold Roll Steel MB-, MB-30 Material: 4 Gage Cold Roll Steel Finish: Galvanized For use with, 8 and 30 mm barrel sensors x x x x x.5 7. x TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

79 Part Number MB-Q08/Q0 Part Number MB-Q4/Q0 ID Number 3563 Material: Stainless Steel For use with Q08 and Q0 style sensors. ID Number 347 Material: Stainless Steel For use with Q4 and Q0 style sensors. Mounting Brackets TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

80 TURCK Capacitive Sensor ccessories Plastic Mounting Clamp Part Number PVDF Mounting Clamp Part Number ID Number ID Number Barrel Diameter BS-40 M mm Material: Bracket - PBT Screws - Galvanized Zinc () M5x50 Cap Screws Included For use with 40 mm smooth plastic barrel sensors. Barrel Diameter Material BS-34 M mm PVDF BS-34. M mm PBT For use with 34 mm smooth plastic and PVDF barrel sensors. Screws - 36 Stainless Steel Included. BS-34.-WMS is optional front wall mounting screw set for BS TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

81 BC 3-M-N6X BC 3-M-N6X-0.M-RS 4T BC 3-M-P6X BC 3-M-P6X-0.M-RS 4T BC 3-S-N6X BC 3-S-N6X-0.M-RS 4T BC 3-S-P6X BC 3-S-P6X-0.M-RS 4T BC 5-M8-N4X BC 5-M8-N4X-0.M-RS 4T BC 5-M8-P4X BC 5-M8-P4X-0.M-RS 4T BC 5-M8-Z3X BC 5-M8-Z3X-0.M-SB 3T BC 5-M8-RZ3X BC 5-M8-RZ3X-0.M-SB 3T BC 5-Q08-N6X BC 5-Q08-N6X-V BC 5-Q08-P6X BC 5-Q08-P6X-V BC 5-QF5.5-N6X/S BC 5-QF5.5-P6X/S BC 5-QF5.5-Y0X/S BC 5-S85-P4X BC 5-S8-N4X BC 5-S8-N4X-0.M-RS 4T BC 5-S8-P4X BC 5-S8-P4X-0.M-RS 4T BC 5-S8-Z3X BC 5-S8-Z3X-0.M-SB 3T BC 5-S8-RZ3X BC 5-S8-RZ3X-0.M-SB 3T BC 5-S8-Y0X BC 8-Q0-N6X/S BC 8-Q0-N6X-V3/S BC 8-Q0-P6X/S BC 8-Q0-P6X-V3/S BC0-K34SR-FZ3X BC0-M30-N4X-H BC0-M30-P4X-H BC0-M30-Z3X BC0-M30-Z3X-B BC0-M30-RZ3X BC0-M30-RZ3X-B BC0-M30-VN4X BC0-M30-VN4X-H BC0-M30-VP4X BC0-M30-VP4X-H BC0-P30SR-FZ3X BC0-P30SR-VN4X BC0-P30SR-VP4X BC0-P30SR-VP4X/S359-M BC0-PT30-VN4X BC0-PT30-VP4X BC0-PT30-Y0X BC0-Q4-N4X BC0-Q4-N4X/S BC0-Q4-N4X-V BC0-Q4-N4X-V3/S BC0-Q4-P4X BC0-Q4-P4X/S BC0-Q4-P4X-V BC0-Q4-P4X-V3/S BC0-QF5.5-N6X BC0-QF5.5-N6X/S BC0-QF5.5-P6X BC0-QF5.5-P6X/S BC0-S30-Z3X BC0-S30-Z3X-B BC0-S30-RZ3X BC0-S30-RZ3X-B BC0-S30-VN4X BC0-S30-VN4X-H BC0-S30-VP4X BC0-S30-VP4X-H BC0-S30-Y0X BC5-K34-N4X-H BC5-K34-P4X-H BC5-K34-Z3X BC5-K34-RZ3X BC5-K34SR-VN4X BC5-K34SR-VP4X BC5-K34-VN4X BC5-K34-VP4X BC0-CP40-FZ3X BC0-CP40-VN4X BC0-CP40-VP4X BC0-K40SR-FZ3X BC0-K40SR-VN4X BC0-K40SR-VP4X BC0-Q0-N4X BC0-Q0-N4X/S BC0-Q0-N4X-H BC0-Q0-N4X-H4/S BC0-Q0-P4X BC0-Q0-P4X/S Part Numbers BC0-Q0-P4X-H BC0-Q0-P4X-H4/S BC0-Q0-Z3X BC0-Q0-Z3X/S BC0-Q0-RZ3X BC0-Q0-RZ3X/S BCF 5-S8-N4X BCF 5-S8-P4X BCF0-S30-VN4X BCF0-S30-VP4X BS BS BS LSP MB MB MB MB-Q08/Q MB-Q4/Q NC0-KT34-VN4X NC0-KT34-VP4X NC50-CP80-FZ3X NC50-CP80-VN4X NC50-CP80-VP4X TSG TSG TSG TWD-S TWD-8S TWD-8S TWD-30S TWD-40S TWT-8S TWT-8S TWT-30S TWT-40S TWU-30B TWU-40B TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

82 TURCK Capacitive Sensor ccessories Notes: 8 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

TURCK Inc. sells its products through uthorized Distributors.

distributor, call: -800-544-PROX (-800-544-7769) Specifications in this

TURCK also reserves the right to make modifications and makes no guarantee

Literature and Media questions or concerns?

83 TURCK Inc. sells its products through uthorized Distributors. These distributors provide our customers with technical support, service and local stock. TURCK distributors are located nationwide - including all major metropolitan marketing areas. For pplication ssistance or for the location of your nearest TURCK distributor, call: PROX ( ) Specifications in this manual are subject to change without notice. TURCK also reserves the right to make modifications and makes no guarantee of the accuracy of the information contained herein. Literature and Media questions or concerns? Contact Marketing Services at TURCK US: media@turck.com New Literature from TURCK Sensors B000 Cordsets B00 utomation Controls B054 Pressure B058 Flow & Temperature B055 EZ-Track B030 TURCK Inc Campus Drive Minneapolis, MN 5544 pplication Support: Fax: (763)

The Industry Leader in Proximity Sensing, Cordsets and Interface Technology Proximity Sensors

for sensing the flow of liquids and gases during industrial processes.

TURCK US TURCK Canada TURCK Mexico TURCK Inc.

Support: -800-544-PROX (7769) CHRTWELL ELECTRONICS, INC.

us or visit our website for our latest literature. Sensor Products email: sensors@turck.

com Intrinsic Safety Products email: barriers@turck.

84 The Industry Leader in Proximity Sensing, Cordsets and Interface Technology Proximity Sensors Industry s broadest line of inductive and capacitive proximity sensors Flow Monitors Monitors for sensing the flow of liquids and gases during industrial processes. EZ-Track LDT s Programmable Linear Displacement Transducers in a compact low profile housing. TURCK US TURCK Canada TURCK Mexico TURCK Inc Campus Drive Minneapolis, MN 5544 Phone: (763) FX: (763) pplication Support: PROX (7769) CHRTWELL ELECTRONICS, INC. 40 Duffield Drive Markham, Ontario Canada, L6G B5 Phone: (905) FX: (905) Contact us or visit our website for our latest literature. Sensor Products sensors@turck.com Cordset and Junction Products cordsets@turck.com Intrinsic Safety Products barriers@turck.com Cordsets and Junctions Cordsets and junction boxes for connection to most popular switch and sensor styles. Pressure Sensors complete line of solid state, programmable pressure sensors. Interface Devices Interface and logic products for automation and intrinsically safe environments. ICES - MODICON nt. Camino a Sta. Monica No. 7 San Lucas Tepetlacalco Tlalnepantla Edo. de Mexico Phone: (5) FX: (5) Printed in US B049 /0 REV

Contents R4 1. Capacitive Proximity Sensors

Contents R4 1. Capacitive Proximity Sensors Contents General Information Quick Selection Guide...................... page R4 2 Technical Definitions and Terminology........ page R4 3 Introduction............................... page R4 5 Products