Edition 10/2016 HMI Components Series 41 Characteristics Functions Market segments The rectangular design of the Series 41 The Series 41 incorporates the The EAO Series 41 is especially suited (18 x 24 mm) makes it especially suited: following functions: for applications in the segment: ■■ Raised design ■■ Indicator ■■ Machinery and Automation ■■ PCB (with adaptor) ■■ Illuminated pushbutton The series features a compact double-lit element that can be fitted from the front as a snap-on module. Please refer to the EAO website to obtain detailed information regarding this series www.products.eao.com Configure a product to your exact needs and request a quotation. Content 41 Overview Raised design Indicator 4 Illuminated pushbutton 5 Accessories 7 Drawings 14 Technical data 15 Marking 17 Guidelines for use 18 Index 19 3 41 Raised design Indicator, IP 40 Equipment consisting of (schematic overview) 3 max. Lens page 7 L H 2 LEDs page 10 3 10.5 27.5 43.5 Actuator Product can differ from the current configuration. Dimensions [mm] Each Part Number listed below includes all the black L = Solder terminal, components shown in the 3D-drawing. H = Universal terminal 2.0 x 0.5 mm To obtain a complete unit, please select the red com- ponents from the pages shown. 
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 Mounting cut-outs [mm] Terminal Part No. Weight Indicator, Front dimension 18 x 24 mm Solder 41-040.005 1 0.009 kg Indicator, Front dimension 18 x 24 mm Universal 2.0 x 0.5 mm 41-041.006 1 0.009 kg x1+x2+ x3-x4- Wiring diagram 1 4 





NJO Wiring diagram Raised design 41 Illuminated pushbutton, IP 40 Equipment consisting of (schematic overview) 3 max. Lens page 7 2 LEDs page 10 L H 3 10.5 36.5/44/51.5/59 43.5 Actuator Dimensions [mm] Product can differ from the current configuration. Each Part Number listed below includes all the black L = Solder terminal, components shown in the 3D-drawing. H = Universal terminal 2.0 x 0.5 mm To obtain a complete unit, please select the red com- ponents from the pages shown. 
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 Mounting cut-outs [mm] Switching system Contacts Switching action Terminal Part No. Weight Illuminated pushbutton, Front dimension 18 x 24 mm Snap-action switching element 1 NC + 1 NO B Solder 41-121.0252 1 0.011 kg C Solder 41-261.0252 2 0.011 kg 2 NC + 2 NO B Solder 41-122.0252 3 0.012 kg C Solder 41-262.0252 4 0.013 kg 3 NC + 3 NO B Solder 41-123.0252 5 0.014 kg C Solder 41-263.0252 6 0.014 kg 4 NC + 4 NO B Solder 41-124.0252 7 0.015 kg C Solder 41-264.0252 8 0.015 kg Illuminated pushbutton, Front dimension 18 x 24 mm Low-level element 2 NO B Universal 2.0 x 0.5 mm 41-421.036 9 0.014 kg C Universal 2.0 x 0.5 mm 41-461.036 10 0.014 kg 2 NC B Universal 2.0 x 0.5 mm 41-422.036 11 0.014 kg C Universal 2.0 x 0.5 mm 41-462.036 12 0.014 kg 1 NC + 1 NO B Universal 2.0 x 0.5 mm 41-423.036 13 0.014 kg C Universal 2.0 x 0.5 mm 41-463.036 14 0.014 kg Contacts: NC = Normally closed, NO = Normally open Switching action: B = Momentary, C = Maintained 5 





NJO Wiring diagram 41 Raised design 1x 3 1+ x2+ 1x 3 1+ x2+ 1x 3 1 3 1+ x2+ I I I II 2 4x3- x4- 2 4x3- x4- 2 4x 2 4 3- x4- Wiring diagram 1 Wiring diagram 2 Wiring diagram 3 1x 3 1 3 1+ x2+ 1x 3 1 3 1 3 1+ x2+ I II I II III 2 4x 2 4 3- x4- 2 4x 2 4 2 4 3- x4- Wiring diagram 4 Wiring diagram 5 1x 3 1 3 1 3 1+ x2+ 1x 3 1 3 1 3 1 3 1+ x2+ I II III I II III IV 2 2 2 2 2 2 2 4x 4 4 3- x4- 4x 4 4 4 3- x4- Wiring diagram 6 Wiring diagram 7 1x 3 1 3 1 3 1 3 1+ x2+ 13 a+ b+ 13 a+ b+ I II III IV 2 2 2 2 4 4 4x 4 4 4 3- x4- 2a'- b'- 2a'- b'- Wiring diagram 8 Wiring diagram 9 Wiring diagram 10 1a 3 + b- 1a 3 + b- 13 a+ b+ 13 a+ b+ 2 4 a'- b'- 2 4 a'- b'- 2a 4 '- b'- 2a 4 '- b'- Wiring diagram 11 Wiring diagram 12 Wiring diagram 13 Wiring diagram 14 6 Accessories 41 Front Lens plastic single-colour Product attribute Dimension Lens Part No. Weight Lens plastic single-colour flat, illuminative 15.3 x 21.5 mm red transparent 41-903.2 0.001 kg orange transparent 41-903.3 0.001 kg yellow transparent 41-903.4 0.001 kg green transparent 41-903.5 0.001 kg blue transparent 41-903.6 0.001 kg colourless transparent 41-903.7 0.001 kg flat, illuminative, less suitable for film insert 15.3 x 21.5 mm red transparent 41-904.2 0.001 kg orange transparent 41-904.3 0.001 kg yellow transparent 41-904.4 0.001 kg green transparent 41-904.5 0.001 kg colourless transparent 41-904.7 0.001 kg Lens plastic bi-colour Product attribute Dimension Lens Part No. Weight Lens plastic bi-colour flat, illuminative 15.3 x 21.5 mm red-orange transparent 41-907.2/3 0.002 kg red-yellow transparent 41-907.2/4 0.002 kg red-green transparent 41-907.2/5 0.002 kg red-colourless transparent 41-907.2/7 0.002 kg orange-green transparent 41-907.3/5 0.002 kg orange-blue transparent 41-907.3/6 0.002 kg orange-colourless transparent 41-907.3/7 0.002 kg yellow-green transparent 41-907.4/5 0.002 kg yellow-blue transparent 41-907.4/6 0.002 kg yellow-colourless transparent 41-907.4/7 0.002 kg green-blue transparent 41-907.5/6 0.002 kg green-colourless transparent 41-907.5/7 0.002 kg colourless-colourless transparent 41-907.7/7 0.002 kg flat, illuminative, less suitable for film insert 15.3 x 21.5 mm red-orange transparent 41-908.2/3 0.002 kg red-green transparent 41-908.2/5 0.002 kg flat, illuminative, less suitable for film insert 15.3 x 21.5 mm yellow-green transparent 41-908.4/5 0.002 kg colourless-colourless transparent 41-908.7/7 0.002 kg 7 41 Accessories Protective cover, IP 40 Additional Information 12.75 • Hinged, with means for sealing • Front panel thickness reduces by 2 mm • Please note that bigger minimum distances are necessary 25.5 14 32 Dimensions [mm] Product attribute Dimension Material Optics Part No. Weight Protective cover for button with front dimension 15 x 21 mm 18 x 24 mm Plastic transparent 41-925 0.002 kg Blind plug 
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 Einbauöffnungen [mm] Dimension Material Colour Part No. Weight Blind plug 18 x 24 mm Plastic black 41-947.0 0.002 kg 8 





NJO 24.5 10.2 42.5 Accessories 41 Rear side PCB plug-in base Dimension Pins Terminal Part No. Weight PCB plug-in base 23.8 x 17.7 x 9.8 mm axial PCB 41-940 0.004 kg The component layouts you will find from page 14 Flat receptacle Product attribute Part No. Weight Flat receptacle 2.0 x 0.5 mm plug-in terminal 31-945 0.001 kg Insulation sleeve Product attribute Part No. Weight Insulation sleeve for flat receptacle 2.0 mm 31-928 0.001 kg 9 41 Accessories Illumination LED, T1 3/4 MG Additional Information • Due to high surface temperatures, the series resistor must not be soldered directly to the termi- 16 max. nals of the equipment (use a terminal plate) • Order two LEDs • When using AC/DC types with AC operation, slight flickering can occure • Luminous intensity data of the LEDs on direct voltage • Electrical and optical data are measured at 25 °C Dimensions [mm] • The specified versions are built with a protection diode (halve wave rectifier) in series and the LED • Luminosity and wave length variations caused by LED manufacturing processes may cause slight differences regarding the illumination • If the 24VDC Bi-colour lamp is driven with normal polarity (plus on middle contact of the lamp) the first mentioned colour will light up, with inverted polarity the second colour will ligth up LED colour Operating voltage Operation current Lumi. intensity Dom. wavelength Part No. Weight Single-LED Single-LED red 6 VDC +10 % 15 mA ±15 % 350 mcd 630 nm 10-2J06.3142 0.002 kg 12 VAC/DC +10 % 7/14 mA ±15 % 330 mcd 630 nm 10-2J09.1062 0.002 kg 24 VAC/DC +10 % 7/14 mA ±15 % 330 mcd 630 nm 10-2J12.1062 0.002 kg 28 VAC/DC +10 % 7/14 mA ±15 % 330 mcd 630 nm 10-2J13.1062 0.002 kg 48 VAC/DC +10 % 4/8 mA ±15 % 200 mcd 630 nm 10-2J19.1042 0.002 kg Single-LED yellow 6 VDC +10 % 15 mA ±15 % 300 mcd 587 nm 10-2J06.3144 0.002 kg 12 VAC/DC +10 % 7/14 mA ±15 % 280 mcd 587 nm 10-2J09.1064 0.002 kg 24 VAC/DC +10 % 7/14 mA ±15 % 280 mcd 587 nm 10-2J12.1064 0.002 kg 28 VAC/DC +10 % 7/14 mA ±15 % 280 mcd 587 nm 10-2J13.1064 0.002 kg 48 VAC/DC +10 % 4/8 mA ±15 % 180 mcd 587 nm 10-2J19.1044 0.002 kg Single-LED green 6 VDC +10 % 7 mA ±15 % 1050 mcd 525 nm 10-2J06.3145 0.002 kg 12 VAC/DC +10 % 4/7 mA ±15 % 1050 mcd 525 nm 10-2J09.1065 0.002 kg 24 VAC/DC +10 % 4/7 mA ±15 % 1050 mcd 525 nm 10-2J12.1065 0.002 kg 28 VAC/DC +10 % 4/7 mA ±15 % 1050 mcd 525 nm 10-2J13.1065 0.002 kg 48 VAC/DC +10 % 2/4 mA ±15 % 600 mcd 525 nm 10-2J19.1045 0.002 kg Single-LED blue 6 VDC +10 % 15 mA ±15 % 680 mcd 470 nm 10-2J06.3146 0.002 kg 12 VAC/DC +10 % 7/14 mA ±15 % 650 mcd 470 nm 10-2J09.1066 0.002 kg 24 VAC/DC +10 % 7/14 mA ±15 % 650 mcd 470 nm 10-2J12.1066 0.002 kg 28 VAC/DC +10 % 7/14 mA ±15 % 650 mcd 470 nm 10-2J13.1066 0.002 kg 48 VAC/DC +10 % 4/8 mA ±15 % 400 mcd 470 nm 10-2J19.1046 0.002 kg 10 Ø6.1 max. Accessories 41 LED colour Operating voltage Operation current Lumi. intensity Dom. wavelength Part No. Weight Single-LED white 6 VDC +10 % 15 mA ±15 % 750 mcd x0.31/y0.32 nm 10-2J06.3149 0.002 kg 12 VAC/DC +10 % 7/14 mA ±15 % 700 mcd x0.31/y0.32 nm 10-2J09.1069 0.002 kg 24 VAC/DC +10 % 7/14 mA ±15 % 700 mcd x0.31/y0.32 nm 10-2J12.1069 0.002 kg 28 VAC/DC +10 % 7/14 mA ±15 % 700 mcd x0.31/y0.32 nm 10-2J13.1069 0.002 kg 48 VAC/DC +10 % 4/8 mA ±15 % 400 mcd x0.31/y0.32 nm 10-2J19.1049 0.002 kg Filament lamp, T1 3/4 MG • Order two filament lamps Operating voltage Operation current Part No. Weight Filament lamp 12 VAC/DC 75 mA±10 % 10-1309.1309 0.001 kg 14 VAC/DC 80 mA±10 % 10-1310.1319 0.001 kg 24 VAC/DC 35 mA±10 % 10-1312.1229 0.001 kg 28 VAC/DC 30 mA±10 % 10-1313.1209 0.001 kg 28 VAC/DC 40 mA±10 % 10-1313.1249 0.001 kg 36 VAC/DC 20 mA±10 % 10-1316.1179 0.001 kg 36 VAC/DC 30 mA±10 % 10-1316.1209 0.001 kg 48 VAC/DC 25 mA±10 % 10-1319.1199 0.001 kg Series resistor Additional Information • Only for filament lamp 48 VAC, 25 mA • For lamp voltage reduction • Keep to the country specific safety instructions • Due to high surface temperatures, the series resistor must not be soldered directly to the termi- nals of the equipment (use a terminal plate) Operating voltage Resistance Part No. Weight Series resistor 110 VAC 2.7 kOhm 02-904.0 0.003 kg 125 VAC 3.3 kOhm 02-904.1 0.003 kg 145 VAC 4.7 kOhm 02-904.3 0.003 kg 240 VAC 10 kOhm 02-904.7 0.003 kg 11 41 Accessories Terminal plate empty Product attribute Dimension Part No. Weight Terminal plate empty 5 spaces 62.5 x 60 x 15 mm 02-912.1 0.025 kg 10 spaces 125 x 60 x 15 mm 02-912.2 0.045 kg 15 spaces 187.6 x 60 x 15 mm 02-912.3 0.090 kg 20 spaces 250 x 60 x 15 mm 02-912.4 0.095 kg 12 Accessories 41 Mounting Lens remover Product attribute Part No. Weight Lens remover for raised design 02-905 0.011 kg Lamp remover Additional Information p Caution: A switching process might be released when replacing the lamp Part No. Weight Lamp remover 61-9740.0 0.003 kg Dismantling tool Part No. Weight Dismantling tool 41-939 0.027 kg 13 41 Drawings Drawings 18 5.08 2.54 24 M2 Ø1.0 (10x) Ø2.1 hole for central mounting with M2 screw if desired 10.16 17.78 14 4 10 2 3.81 7.62 12.7 Technical data 41 Actuator with snap-action switching element Switching system Switch rating 250 VAC / 5 A (cosφ 1) Self-cleaning, double-break, snap action switching system (with 250 VAC / 3 A (cosφ 0.3) contact gap 2 x 0.5 mm). 1 normally closed or 1 normally open contact per element. Switch rating AC, cos φ 0.7: Up to 4 switching elements can be on a pushbutton (max. 4 Voltage 125 V 250 V normally closed and 4 normally open contacts). Current 3 A 2 A Switch rating DC (inductive), L:R = 30 ms Material Voltage 24 V 60 V 110 V 220 V Current 2 A 0.7 A 0.2 A 0.1 A Material of contacts gold-plated silver Electric strength 2500 VAC, 50 Hz, 1 min. between all terminals and earth, as per Switching element IEC 60512-2-11 Soldering terminal: PA 6.6 Ultramid Protection class Actuator case II Polysulfone, heat-resistant and self-extinguishing Environmental conditions Mechanical characteristics Storage temperature Connection method –40 °C to +85°C Snap-action switching element with tinned soldering terminals at the sides: Service temperature max. wire diameter: 2 wires à 1.2 mm -25 °C to +55 °C 2 max. wire cross-section of stranded cable: 1x 1 mm for indicators and illuminated pushbuttons mounted as a block, make sure the heat can escape freely Actuating force 2-5.5 N, depending on the number of switching elements Degree of protection Front as per IEC 60529: IP 40 Actuating travel 3 mm Resistance to shock (single impacts, semi-sinusoidal) Mechanical life 15 g for 11 ms as per IEC 60512-4-3, IEC 60068-2-27 Momentary action 2 million cycles of operation Maintained action 1 million cycles of operation Resistance to vibration (sinusoidal) 10 g at 0-2000 Hz, amplitude 1.5 mm as per IEC 60512-4-4, Electrical characteristics IEC 60068-2-6 Standards Resistance to climate IEC 61058 EN 61 058 Standard condition as per IEC 60068-2-3 and 2-30 Changing condition as per IEC 60068-2-14 and 2-33 Rated voltage 250 VAC / VDC Approvals Rated current 5 A Approbations CB (IEC 61058) Volume resistance CSA Starting value ≤ 50 mΩ UL Germanischer Lloyd Conventional free air thermal current l th 5 A Declaration of conformity The maximum current in continuous operation and at ambient CE temperature not exceeding the quoted maximum values. 15 41 Technical data Actuator with Low Level switching element Switching system Rebound time Typ. < 100 μs This low level switching element was designed for switching low powers in electronic circuits. The mechanism assures reliable Mechanical life switching of loads ranging from a few mA / mV up to 100 mA /42 Momentary action 5 million cycles of operation VAC/VDC. Maintained action 1 million cycles of operation Single-break momentary contact, as normally open or normally closed with 4 independent points of contact. 2 momentary con- tacts per switching element; combination of normally open and Electrical characteristics normally closed is possible. Special features are the long life, extremely short rebound time Volume resistance and stable contact resistance. starting value ≤ 50 mΩ Switch rating Material 10 μA /100 μV to 100 μA at 42 VAC / VDC Actuator case Electric strength Polysulfone, heat-resistant and self-extinguishing 2500 VAC, 50 Hz, 1 min. between all terminals and earth, as per IEC 60512-2-11. Material of contacts gold-plated Protection class II Switching element Polysulfone, heat-resistant and self-extinguishing Environmental conditions Mechanical characteristics Storage temperature –40 °C to +85 °C Connection method The universal terminals permit these units to be mounted on Service temperature printed circuit boards (PCB). These terminals can also be used as -25°C to +55°C soldering or plug-in terminals. for indicators and illuminated pushbuttons mounted as a block , For these terminals we can also supply a plug-in base which, make sure the heat can escape freely when soldered on to the board, enables the switch to be plugged in. Degree of protection Front as per IEC 60529: IP 40 Soldering terminal max. wire diameter: 2 wires of 0.8 mm Resistance to shock 2 max. wire cross-section of stranded cable: 1 x 0.75 mm (single impacts, semi-sinusoidal) 15 g for 11 ms as per IEC 60512-4-3, IEC 60068-2-27 Plug-in terminal 2.0 x 0.5 mm Resistance to climate Standard condition as per IEC 60068-2-3 and 2-30 Actuating force Changing condition as per IEC 60068-2-14 and 2-33 3-3.5 N Actuating travel 3 mm 16 Marking 41 General notes 1. Engraving Symbols Typefaces A list of the symbols available can be supplied on request. In addition to the most commonly used world languages (see DIN 1451) with close spacing, the following typefaces are available: 3. Film inserts Scandinavian, Slavian, Greek, Russian. Instead of using engraving, the lenses can be fitted with transpa- rent film inserts. For this purpose, though, it is advisable to use Coloured filling of engraving transparent lenses. Specify whether engraving should be on the diffuser, or on the To insert the film, the feet of the lens support have to be pushed lens. Specify the infill colour, character height and the text or together far enough to enable the lens to be lifted off easily. symbol orientation. Film dimensions Symbols max. 12.7 x 18.7 mm (monocolour lens) A list of the symbols available can be supplied on request. max. 9 x 12.7 mm (two-colour lens) 2. Hot stamping Film thickness 0.2 mm For large batches it is worth while to have the lettering produced Important: Before engraving, check the position of the illuminated by hot stamping. pushbuttons or indicator. Typefaces For letters and figures, typefaces with 2.5 mm, 3 mm and 4 mm are available. All dimensions in mm Thickness of Number of capital letters per Number of small letters per Height of letters h letters s Number of lines line (target value) line (target value) Image 2.5 0.4 4 11 12 B1 3 0.4 3 9 – 10 10 – 11 B1 4 0.5 2 7 7 – 8 B1 5 0.5 2 5–6 6 B1 6 0.6 1 4 – 5 5 B1 8 0.6 1 3 – 4 3 – 4 B1 2.5 0.4 5 7 – 8 8 B2 3 0.4 4 6 – 7 7 B2 4 0.5 3 4 – 5 5 B2 5 0.5 2 3 – 4 4 B2 6 0.6 2 3 3 – 4 B2 8 0.6 1 2 – 3 2 – 3 B2 2.5 0.4 4 5–6 5–6 B3 3 0.4 3 4 – 5 5 B3 4 0.5 2 3 3 – 4 B3 5 0.5 2 2 – 3 3 B3 6 0.6 1 2 2 – 3 B3 8 0.6 1 1 – 2 1 – 2 B3 2.5 0.4 2 7 – 8 8 B4 3 0.4 2 6 – 7 7 B4 4 0.5 1 4 – 5 5 B4 5 0.5 1 3 – 4 4 B4 6 0.6 1 3 3 – 4 B4 8 0.6 1 2 – 3 2 – 3 B4 B1 B2 B3 B4 Film AB AB AB AB abc abc abc abc 17 h 41 Application guidelines Suppressor circuits When switching inductive loads such as relays, DC motors, and The free-wheeling diode should be chosen so that the reverse DC solenoids, it is always important to absorb surges (e. g. with a breakdown voltage is greater than the voltage driving the induc- diode) to protect the contacts. When these inductive loads are tive load. The DC blocking voltage (VR) of the free-wheeling diode switched off, a counter emf can severely damage switch contacts can be found in the datasheet of a diode. The forward current and greatly shorten lifetime. should be equal or greater than the maximum current flowing through the load. Fig. 1 shows an inductive load with a free-wheeling diode con- nected in parallel. This free-wheeling diode provides a path for the To get an efficient protection, the free-wheeling diode must inductor current to flow when the current is interrupted by the be connected as close as possible to the inductive load! switch. Without this free-wheeling diode, the voltage across the coil will be limited only by dielectric breakdown voltages of the circuit or parasitic elements of the coil. This voltage can be kilo- volts in amplitude even when nominal circuit voltages are low (e. g. 12 VDC) see Fig. 2. Counter EMF Switching with inductive load over load without free-wheeling diode Fig. 1 Fig. 2 Switch ON OFF 0 + Free-wheeling Inductive Several hundred VDC _ diode load to several di __ e = L thousend volts dt 18 Index 41 Index from Part No. Part No. Page Part No. Page 02-904.0 .................. 11 41-907.3/7 ................. 7 02-904.1 .................. 11 41-907.4/5 ................. 7 02-904.3 .................. 11 41-907.4/6 ................. 7 02-904.7 .................. 11 41-907.4/7 ................. 7 02-905 ..................... 13 41-907.5/6 ................. 7 02-912.1 .................. 12 41-907.5/7 ................. 7 02-912.2 .................. 12 41-907.7/7 ................. 7 02-912.3 .................. 12 41-908.2/3 ................. 7 02-912.4 .................. 12 41-908.2/5 ................. 7 10-1309.1309 .......... 11 41-908.4/5 ................. 7 10-1310.1319 .......... 11 41-908.7/7 ................. 7 10-1312.1229 .......... 11 41-925 ....................... 8 10-1313.1209 .......... 11 41-939 ..................... 13 10-1313.1249 .......... 11 41-940 ....................... 9 10-1316.1179 .......... 11 41-947.0 .................... 8 10-1316.1209 .......... 11 61-9740.0 ................ 13 10-1319.1199 .......... 11 10-2J06.3142 .......... 10 10-2J06.3144 .......... 10 10-2J06.3145 .......... 10 10-2J06.3146 .......... 10 10-2J06.3149 .......... 11 10-2J09.1062 .......... 10 10-2J09.1064 .......... 10 10-2J09.1065 .......... 10 10-2J09.1066 .......... 10 10-2J09.1069 .......... 11 10-2J12.1062 .......... 10 10-2J12.1064 .......... 10 10-2J12.1065 .......... 10 10-2J12.1066 .......... 10 10-2J12.1069 .......... 11 10-2J13.1062 .......... 10 10-2J13.1064 .......... 10 10-2J13.1065 .......... 10 10-2J13.1066 .......... 10 10-2J13.1069 .......... 11 10-2J19.1042 .......... 10 10-2J19.1044 .......... 10 10-2J19.1045 .......... 10 10-2J19.1046 .......... 10 10-2J19.1049 .......... 11 31-928 ....................... 9 31-945 ....................... 9 41-040.005 ................ 4 41-041.006 ................ 4 41-121.0252 .............. 5 41-122.0252 .............. 5 41-123.0252 .............. 5 41-124.0252 .............. 5 41-261.0252 .............. 5 41-262.0252 .............. 5 41-263.0252 .............. 5 41-264.0252 .............. 5 41-421.036 ................ 5 41-422.036 ................ 5 41-423.036 ................ 5 41-461.036 ................ 5 41-462.036 ................ 5 41-463.036 ................ 5 41-903.2 .................... 7 41-903.3 .................... 7 41-903.4 .................... 7 41-903.5 .................... 7 41-903.6 .................... 7 41-903.7 .................... 7 41-904.2 .................... 7 41-904.3 .................... 7 41-904.4 .................... 7 41-904.5 .................... 7 41-904.7 .................... 7 41-907.2/3 ................. 7 41-907.2/4 ................. 7 41-907.2/5 ................. 7 41-907.2/7 ................. 7 41-907.3/5 ................. 7 41-907.3/6 ................. 7 19