Inductor cores

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................................................................................ ................................................................ Customized medium power EE core ............................................ ...................................................... ...................................................................... Customized toroidal Inductors

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SMD Power Inductors and Transformers The possible functions in the SESI design .................... ...................................... ................ .............. .............. .............. .............. ............................ ............................................ .............................. .............................. .................................. .............................. .................................. .............................. ................................ .............................. ...................................... .............................................................. .................................. .................. ................................ .................................... .................................... ............................ ................................ .................................. .................................... ................................ 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........................................................ .................................... ............................................................................................................................ .... QPL Components Miniature Chip Inductors MSCI H01 .................................... .............. ............................ .............. ................ .......................................... ...................................... ...................................... .................................... ...................................... ...................................... .................................... ...................................... ...................................... .................................... ...................................... ...................................... .................................... ...................................... ...................................... .................................... ...................................... ...................................... .................................... ...................................... ...................................... .................................... ...................................... ...................................... .................................... ...................................... ...................................... .................................... ...................................... ...................................... .................................... ...................................... ...................................... .................................... ...................................... ...................................... .................................... ...................................... ...................................... .................................... ...................................... ...................................... .................................... .... .. .......................... .............................................. ...................................................... ...................................................... .................... ............................................................................................................................................................................................................ ............................................................................................................................................................................................................................ ........................................................................................................................................................ ........................................................................................................ .......................................................................................................................................................................................................................................... ............................................................................................................ .............................................................................................................. .................................................................. .............................................................................................................................................................. ........................................................................................ ...................... .................... ................ .......... ............................ .......... ...... ...... .................... ........ .................... ...... ...................... .......... ........ ........................................................................................................ ........................................................................................................................ ................................................................................ .................................................................. ..........................................................................................................

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Semi - Custom Standard Technologies High Grade Technologies Custom Magnetic cores and Functions Standard magnetic cores and Custom Functions Components Off The Shelves COTS ............ .............. ............ .............. .................................. .......................................................... ...................................................................................... .......................... .............. .............................. ........................................ .... .......... ............ .... .......... .................................... .............. .................. ............................ .................................. ................ .......................................................... .................................................................. ........................ ...................................... .................. ................................ .......................... .... .......... ........ ................ ........................ ...... .......... ............ ...................... .............. ........................ .............. .................. .................................. ........ ........ .............. ................ ................ ...................... .......................... .................... ................ .............. ........................ ...... ............ ............ ...................... .............. ........ .................. .......................... ........................ .............. ........................ .................. ........................ .............. ........................ ........ .............. ............ ....................

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.................................................... ................ .......................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... ................................ .................................... .................................... ...................................................... ...................................................... ........................ ............................ ............................ ............................ QPL Components SMD Power Inductors SESI 9.1WR ................................................................................................................................................................................................................ ................................................................................................................................................................................................................................ ........................................................................................................................................................ .......................................................................................................................................................................................................................................... ............................................................................................................ .............................................................................................................. .................................................................. .............................................................................................................................................................. ........................................................................................ ...................... .................... ................ .......... ............................ .......... ...... ...... .................... ........ .................... ...... ...................... .......... ........ ........................................................................................................ ........................................................................................................................ ............................................................................................................................................................................................................................................ ........................

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29 The signal transmission system ISK solves the problem of connecting mobile signal transmitters with stationary evaluation without mechanical load, i.e. on an inductive basis. For this purpose the monitoring electronic system induces a certain frequency on a coil core which is integrated

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Travelling coil core Type ISK 70-75 ISK 71-24 Article No. 204 160 204 600 Safety category Kat. 2* Kat. 3* Voltage 24 V DC 24 V AC / DC Case without Dual in line plug for moun ting on 35 mm DIN-rail Clamping jig ASO-Signal transmission systems overview ASO-Signal transmission systems

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31 ISK 74-31 ISK 76-21 204 650 204 170 Kat. 3* Kat. 2* 230 V AC 50 / 60 Hz | 24 V AC / DC 24 V AC / DC Wall mounting with clear plastic cover case ABS cover, black ASO-Signal transmission systems Each individual ISK system may be purchased as a set in which the coil core and the respective

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Individual aluminium rail ASO-Safety contact bumper overview The ASO-Safety contact bumper consists of a foam core glued to an aluminium bracket profile and is covered with vulcanized polyurethane or NBR material in order to protect it from damage and moisture. Type ASB 53-100 ASB 100

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stop. Due to the fact that the appropriate size for the safety contact bumper is selected when it comes having the bumper activated as son as even very low pressure is applied the safe stalling function is ensured. Safety contact bumper ASB The ASO-Safety bumper ASB consists of a foam core glued

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b 2pins 24volt pur b metal plug according to vc 96917 purelectricalcoit lx blackand lx red coil core iso 6722 core section see char t old heat weatheringresistance excellent resetting forces r il chemical resistance cable position max woricing length coil 0 core section apprax mm approx mm mm1

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7pins 24volt metal plug basicline metal plugs according to iso 1185 iso 3731 pur electrical coil dependence iso 4141 core iso 6722 core section 6x12 1x1 52 cold heat weathering resistance good bending characteristics oil chemical resistance max working length approx mm coil 0 approx mm order number

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b 12pins 24volt hytrel b rubber plug vc 96923 maie female contacts pur spiral coil coloured tpe cores coresection 12x15 cold heat weathering resistance high resetting forces oil chemical resistance m wortclng length approx mm coil 0 apprax mm plug equipedwtth order number 4000 60 lx maie contact lx

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abs 24volt hytrel classicline 9632 abs antiblock system prevents the wheels from locking during braking plug according to iso 7638 plug tested according to ggvseadr hytrel electrical coil according to iso 4141 core iso 6722 core section 3x1 52 2x42 excellent cold heat resistance excellent resetting

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ebs 24volt hytrel classicline 9632 ebs electronic braking system integrates into single system the basic brake control abs asr functions vehicle plug according to iso 7638 plug tested according to ggvseadr hytrel electrical coil according to iso 4141 core iso 6722 core section 5x1 52 2x42 excellent

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. The housing can be directly mounted to a suitable base using four screws. 7.2 SPK.K. 77 With the aid of the mounting bracket, the switching unit with the integrated stationary coil core is mounted so that the cable can move through without problem during the gate movement. 8. Connecting the sensors 8

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Cycle time of test pulse 0,4 seconds Housing Black PU potting compound Dimensions (HxWxD) Stationary coil core SPK 77: 100 x 39 x 30 mm Stationary coil core SPK 55: 40 x 39 x 30 mm Travelling coil core SPK 54: 38 x 45 x 33 mm Switching unit ISK 77: 80 x 65 x 24 mm Protection class IP65 Weight

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. Proper use . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21 5. Application examples . . . . . . . . . . . . . . . . . . . . . . . .22 5.1 ISK 77 with passive transmission of the travelling safety edges . . . . . . . . . 22 5.2 SPK 77 with integrated, stationary coil core

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22 ISK 77 / SPK 77 Inductive Safety Relay 5. Application examples 5.1 ISK.K.K.K.K.K.K.K.K.K. 77 with passive transmission of the travelling safety edges 5.2 SPK.K.K.K.K.K.K. 77 with integrated, stationary coil core ISK cable loop SPK 55 (stationary) SPK 54 (travelling) ISK 77 Safety

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on induction. To achieve this, the monitoring electronics induce a frequency on a coil core, which is integrated in a closed conductor loop. The second coil core, to which the moveable sensors are connected, receives this frequency and sends corresponding feedback to the electronic evaluation system

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the earth fault detection system devetoped trench utilizes the plunger core coil moveable core design based extensive experi ence design construction application ascs trench products can meet the most stringent requirements earth fault compensating techniques b i b

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m m b 9632 h 9632 k l 9632 9632 1 i 9632 b m b h 9632 h 9632 h 9632 9632 b t m b 9632 b i b 9632 h 9632 i b ii b b ii b b p p b trench air core dry type reactors are installed polluted corrosive areas supplying trouble free operation addition to the standard fixed reactance type coil units can be