5ESH935

multimec® 5 series switches 10 MILLION ACTUATIONS IP 67 SEALING NORMALLY OPEN (NO) OR NORMALLY CLOSED/NORMALLY OPEN (NC/NO) THROUGH-HOLE RIGHT ANGLE VERSION QUIET CONTACT OPTION WITH 2.0N multimec® 5 series is the new generation of 3A, 3F, 4A and 4F switch. In principle the multimec® 5 series is very similar to the 3 series - it has the same pin layout, the same dimensions and the same electrical specifications. The four main updates are the cap retention system and actuator, three standard actuation forces, one temperature range and possibility of normally closed/normally open function. 5E 5G 37 multimec® 5 series switches 6,4 basic switch modules 0,8 0,8 4 0,3 Min 10,16 0,8 Max 12,5 7,62 7,62 All dimensions in mm THROUGH-HOLE (TH) 7,62 5E Non-illuminated 12,2 5G illuminated 0,8 PCB LAYOUT Min 10,16 Max 12,5 5G 8 Tolerances -/+0.2mm 0,3 90° 8 10 12,2 10 1,8 6,4 10 10 ■■ Through-hole (TH) or surface mount (SMD) ■■ 50mA/24VDC ■■ Single pole/momentary ■■ 10,000,000 operations lifetime (NO function) ■■ Temperature range: •• Switch: -40/+160°C •• LED: -40/+85°C ■■ IP 67 sealing ■■ Actuation force: 2.0N, 3.5N, 6.5N ■■ NO or NC/NO 7,62 0,3 4 0,3 Min 10,16 Max 12,5 7,62 4 6,4 7,62 7,62 3 Ø 0,9 2 LED 10,16 -2 7,62 8 0,3 1 0,8 14 -2 7,62 10 11,7 1,8 0,8 7,62 7,62 R=7,4 10 10 1 0,8 4 Ø 0,9 7,62 4 6,5 +3 4 PCB LAYOUT 4 +3 7,62 0,8 6,4 1 7,62 0,3 4 7,62 1 0,8 3 7,62 1,2 -2 Min 10,16 +3 2,5 Max 12,5 12,50 -2 1 4 1,20 10 Ø 0,9 10 1,2 7,62 0,8 2 Max LED10,3  -2 1 12,50 0,8 7,62 0,8 Min 10,16 Max 10,3  7,62 Max 12,5 0,8 4 10 10 Max 12,5 0,3 0,8 Min 10,16 0,8 Min 10,16 7,62 0,8 Max 12,5Max 12,5 7,62 7,62 Ø14,3 Min 10,16 Max 12,5 10 10 10 10,16 2,5 7,62 10,16 1Min LED 8,5 0,3 10 0,3 7,62 4 10 14 11,7 8 8,5 0,3 0,8 4 10 Max 10,3  10 0,8 0,8 7,62 7,62 0,8 4 7,62 10 7,62 Max 10,3  2 7,62 10 6,4 6,4 6,4 4 0,3 7,62 10 10 0,3 8,5 0,3 0,8 10,16 6,4 4 7,62 10 1,8 4 0,8 3 1010 10 R=7,4 7,62 14 14 Min 10,16 Ø 0,9 0,8 7,62 Max 12,5Min 10,16 Max 12,5Ø14,3 7,62 7,62 4 14 Min 10 10,16 Max 12,5 0,8 12,50 6,5 6,4 6,4 0,8 Non-illuminated 0,3 8 1 7,62 0,3 6,5 6,4 4 14 R=17,5 (actuated) 10 2 2 1 14 7,62 7,62 Max 10,3  0,8 14 10 7,62 Min 10,16 4 Min 10,16 3 Max 12,5 Max 12,5 Ø 0,9 Max 10,3  7,62 0,8 6,4 12,2 8,5 0,8 10 6,4 0,3 0,8 5E 10,16 7,62 10 10 10 4 4 10 7,62 10 10 0,3 8 10 10 0,8 7,62 R=7,4 0,3 R=17,5 (actuated) 10Min 10,16 14 Max 12,5 10 10 4 12,2 10 6,4 6,4 8,5 0,3 0,3 8,5 0,3 6,4 10 10 0,8 Min 10,16 Max 12,5 0,3 0,3 6,4 6,4 6,4 0,3 10 R=17,57,62 (actuated) 10 Min 10,16 Max 12,5 90° 7,62 6,4 6,4 6,4 8,5 4 8,5 10 10 10 6,4 0,3 0,3 7,62 3 7,62 Ø 0,9 1 LED 1,5 14 0,8 0,8 0,3 10 Min 10,16 Max 12,5 0,8 0,3 7,62 0,3 10 7,62 Min 10,16 Min 10,16 0,8 Max 12,5Max0,8 12,5 0,3 illuminated 7,62 6,5 14 0,8 7,62 R1 5G 90° 0,8 0,8 4 1,5 Min 10,16 Max 12,5 SURFACE MOUNT (SMD) 14 0,3 10 0,3 6,5 0,8 2 10 0,8 Max 10,3  Max 10,3  5G 0,3 Min 10,16 7,62 Max 12,5Min 10,16 R=7,4 R=17,5 Max 12,5 (actuated) 90° 10,16 0,8 0,3 0,8 Max 10,3  7,62 7,62 Min 10,16 7,62 0,8 Max 12,5 Min 10,16 Max 12,5 7,62 0,8 0,81 7,62 R1 ,3  0,8 6,4 0,3 0,3 10 0,8 7,62 7,62 Min 10,16 Max 12,5 6,4 0,8 107,62 14 14 0,8 0,8 Min 10,16 Max 12,5 0,3 7,62 7,62 Min 10,16 Max 12,5 10 10 10 4 0,8 0,3 7,62 10 7,62 10 10 0,3 0,8 0,8 0,3 10 ,3  2 7,62 Min 10,16 14 Max 12,5 0,3 6,4 6,4 6,4 0,3 14 Min 10,16 Max 12,5 0,3 4 8,5 6,4 6,4 0,8 4 0,3 6,4 10,16 2 0,3 +3 2,50 6,5 NOT FOR SALE IN JAPAN 0,3 0,3 6,4 10 Min 10,16 14 0,8 Max 12,5 4 0,8 1 7,62 6,5 7,62 6,5 7,62 Min 10,16 Max 12,5 10 0,8 0,8 0 0,3 0 0,3 6,4 6,4 0,3 0,3 on www.mec.dk 3 Min 10,16 0,8 Max 12,5 6,4 0,3 14 0,8 7,62 6,4 14 of products and 38 Please see colour codes, updates 10 changes 7,62 of specifications 0,3 2 0,8 7,62 7,62 6,4 6,5 7,62 14 0,8 6,5 CIRCUIT DIAGRAM 6,4 0,8 6,4 ■■ Available for 5E and non-illuminated 5G in 3.5N actuation force. 14 ■■ Same PCB layout as the NO 5E and 5G ■■ Housing colour is grey 6,5 6,4 0,3 6,4 NORMALLY CLOSED/NORMALLY OPEN FUNCTION multimec® 13,9 5 series switches 12 11 5,08 4,8 7,62 7,62 8,0 to 22,5 5,5 1 7,62 22,3 7,62 5,08 11 12 11 12 10 7,4 5,5 PCB LAYOUT 12 13,8 5,5 11 5G + 1DS 10 6,5 12 11 5,5 13,8 5G + 1SS 10 13,9 5G 10 6,5 10 RIGHT ANGLE SWITCHES 5E basic switch modules 5,5 3 Ø1,0(3x) Ø1,0(3x) 22,3 12 4:1 5G RAS + 1SS 7,62 Ø1,0(3x) 7,62 4,85 7,62 1 3 Ø1,0(3x) 7,62 7,62 4,85 4,85 multimec® 5 series has 7,62 only normally open (NO) non-illuminated right angle switch. 7,62 5,08 4:1 5G RAS + 1SS 3 Ø1,0(3x) 7,62 7,62 3 Ø1,0(3x) 1 5,08 12 12 11 10 7,62 4 1 7,62 1 7,62 7,62 5,08 22,3 4:1 5E RAS 1 Ø1,0(3x) 3 Ø1,0(3x) 4:1 5G RAS + 1SS 3 Ø1,0(3x) ILLUMINATED – HOW TO ORDER 4:1 5G RAS 4:1 5E RAS Switch 5,5 5,08 3 7,62 4,85 7,62 5,08 4,85 8,0 to 22,5 7,62 Ø1,0(3x) 3 13,8 3 5,08 7,62 1 10 11 10 11 12 7,62 1 7,4 5,08 3 7,62 12 5,08 1 7,62 5,08 7,62 5,08 3 1 5,08 7,62 7,62 5,08 7,62 7,624:1 5G RAS 5,08 7,62 Ø1,0(3x) 4,85 5,08 7,62 4:1 5E RAS 1 11 11 7,62 7,62 7,62 4,85 5,08 7,62 7,62 5,08 5,08 3 Ø1,0(3x) 7,62 7,62 7,624,8 ,62 7,62 4,8 7,62 5,5 5,5 8,0 to 22,5 7,4 4,85 7,62 13,8 1 5,5 10 12 5,08 11 10 Ø1,0(3x) 5,08 13,8 7,62 13,8 3 7,62 7,62 5,5 1 5,5 10 12 11 6,5 5,08 4,85 7,62 6,5 7,62 7,62 5,08 12 7,62 5,5 13,9 08 4,8 13,9 5,08 7,62 7,62 10 5,08 4:1 5E RAS Mounting Actuation force LED TH9 through-hole SH9 surface mount 20 35 65 02 blue 22 green 42 yellow 61 white 4:1 5G RAS Quiet (optional) 4:1 5G+1DS 5 G 82 red 2242 green/yellow 8222 red/green 8242 red/yellow Q only for 2.0N NON-ILLUMINATED– HOW TO ORDER Switch Mounting Actuation force RAS (optional) or 5 E Switch NC/NO (only for 3.5N) TH9 through-hole SH9 surface mount 20 20Q 35 65 RAS right angle switch NCNO normally closed/ normally open function Mounting Actuation force RAS (optional) NC/NO (only for 3.5N) or 5 G TH9 through-hole SH9 surface mount 20 20Q 35 65 RAS right angle switch NCNO normally closed/ normally open function Ordering example: 5ESH935 (non-illuminated), 5GTH9658222 (illuminated), 5GSH935NCNO (normally closed/normally open); 5ETH920RAS (right angle) 5ETH920Q or 5GSH92061Q (quiet versions) Please see colour codes, updates of products and changes of specifications on www.mec.dk 39 34 Min. 10,3 Min. 10,3 Min. 10,3 Min. 10,3 technical information multimec spacing multimec spacing spacing multimec multimec spacing spacing multimec spacing multimec spacing multimec spacing multimec spacing multimec spacing multimec spacing 34 34 34 Min. 12,7 Min. 12,7 34 34 34 34 Basic switch spacing ® Min. 15,24Min. 15,24 ®34 ® ® ® spacing ® ® Spacing examples ® switch spacing Basic Spacing examples ® 34 multimec through-hole surface-mount multimec spacing Spacing examples Basic switch spacing Spacing examples through-hole (TH) Basic switchsurface mount (SMD) multimec multimec 3AT + 1B/C + 2A/B 3AS + 1B +2A/B Basic switch spacing Spacing examples multimec through-hole surface-mount multimec multimec through-hole surface-mount multimec Basic switch spacing Spacing examples 5GS+1B/C+2C/D 5GT+1B/C+2C/D 4AS +1B/1C + 2C/2D ® Basic switch spacing Spacing examples 3AT + 1B/C + 2A/B 3AS + 1B +2A/B multimec through-hole surface-mount multimec 3AT + 1B/C + 2A/B 3AS + 1B +2A/B Basic switch Basic spacing Spacing examples switch spacing Spacing examples multimec through-hole surface-mount multimec Basic switch spacing Spacing examples 4AS +1B/1C + 2C/2D 3AT + 1B/C + 2A/B 3AS + 1B +2A/B 4AS +1B/1C + 2C/2D multimec through-hole surface-mount multimec Basic switch spacing Spacing examples 3AT +multimec 1B/C + 2A/B 3AS +multimec 1B +2A/B through-hole surface-mount 4AS +1B/1C + 2C/2D ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® Min. 10,3 Min. 10,3 through-hole through-hole surface-mount Min. 10,3 ® ® ® multimec surface-mount multimec 3AT + 1B/C +surface-mount 2A/B 3AS + 1B +2A/B multimec® multimec 4AS ®3AS +1B/1C + +2A/B 2C/2D + 1B multimec multimec®3AT + 1B/C + 2A/B 3AT + 1B/C ++2A/B 3AS + 1B +2A/B 4AS +1B/1C 2C/2D 3AT + 1B/C + 2A/B 3AS + 1B +2A/B 4AS +1B/1C + 2C/2D 3AT + 1B/C + 2A/B 3AS + 1B +2A/B 4AS +1B/1C + 2C/2D 4AS +1B/1C + 2C/2D Basic switch spacing Spacing examples 4AS +1B/1C + 2C/2D multimec® through-hole surface-mount multimec® 3AT + 1B/C + 2A/B 3AS + 1B +2A/B multimec® multimec® 4AS +1B/1C + 2C/2D 3AT + 1A/H 3AT + 1M ® ® ® multimec multimec® multimec multimec ® ® 3AT + 1A/H 3AT + 1M multimec multimec 3AT + 1A/H 3AT + 1M ® ® Min. 12,7 Min. 12,7 multimec multimec multimec multimec Min. 15,24Min. 15,24 ® 3AT®+ 1A/H 3AT + 1M® multimec multimec Recommended spacing ® 3AT + 1A/H switch/cap 3AT +multimec 1M ® ® ® multimec multimec 5GT + 1A/H 5GTmultimec + 1M ® 3AT +®multimec 1A/H 3AT +® 1M multimec + 1M spacing 3AT + 1A/H dimension Recommended switch/capSwitch spacing multimec multimec Recommended switch/cap spacing 3ATCap +3AT 1A/H 3AT 1M 3AT ++ 1A/H 3AT + 1M Recommended switch/cap spacing 3AT + 1A/H 3AT + 1M Recommended switch/cap spacing Switch spacing spacing Switch spacing Cap dimension Cap dimension Recommended switch/cap switch/cap Recommended spacing ® Switch spacing Cap dimension Switch spacing Cap dimensions Recommended switch/cap spacing multimec® multimec Recommended switch/cap spacing Switch spacing Cap dimension Recommended switch/cap spacing Switch spacing Cap dimension 3AT + 1A/H 3AT + 1M Recommended switch/cap spacing Switch spacing Cap dimension Switch spacing Switch spacing Cap dimension Cap dimension multimec® Switch spacing Cap dimension 1N + 1N + 1N ® ® Panel cut-out multimec multimec Recommended switch/cap spacing ® 1N + 1N + 1N multimec 1N + 1N + 1N ® Panel cut-out Switch spacing Cap dimension multimec ® Panel cut-out 1N + 1N + 1N multimec Panel cut-out 1N + multimec 1N + 1N ® multimec® 1N + ®1N + 1N Panel cut-out multimec® cut-out PanelPanel cut-out 1N + 1N + 1N multimec 1N + 1N + 1N 1N + 1N + 1N Panel cut-out multimec multimec Panel cut-out Panel cut-out 1N + 1N + 1N Panel cut-out Panel Cut-out 1NS 1VS ®+ 1TS+ 1VS ® + 1NS + 1NS multimec multimec 1N 1V 1T Panel Cut-out Panel Cut-out 1N + 1N + 1N 1V + 1T + 1V ® ® Panel cut-out multimec 1N 1V 1T Panel Cut-out multimec 1N 1V 1T Center of switch ® Panel cut-out Cut-out Panel 1V + 1T + 1V multimec 1N 1V 1T 1V + 1T + 1V Panel Cut-out ® Center 1NPanel Cut-out 1V 1T of switch ® Center of multimec switch 1V + 1T + 1V multimec Panel Cut-out 1N 1V 1T Panel Cut-out ® 1V + 1T + 1V Center of switch1TS ® multimec 1T 1NS Panel Cut-out1N 1VS 1V 1V 1T1V + 1T + 1V multimec® 1N 1V 1T multimec Center of1N switch Center of switch multimec®1V + 1T + 1V 1N 1V 1T 1V + 1T + 1V 1V + 1T + 1V Center of switch Center of switch 1V + 1T + 1V Center of switch Spacing in mm Center switch PanelofCut-out through-hole Min. 10,3 4 multimec® ® 1T Spacing in mmmultimec Spacing in mm 1V + 1T + 1V Capinseries Recommended* Nominal cap dimension Recommended Spacing mm Center of switch Spacing in mm min. switch spacing AxB WxH min. panel cut-out Spacing in mm Cap series Recommended* Nominal cap dimension Recommended Cap series Recommended* Nominal cap dimension Recommended Spacing in mm Spacing in 1A x 10.16 x 10.1 13.0 x 10.5 Spacing in mm min. switchNominal spacingcap AxB W xspacing H mm 12.7 min. panel12.6 cut-out Cap series Recommended* Spacing dimension Recommended min. switch AxB W x H min. panel cut-out inNominal mm Cap series Recommended* cap dimension Recommended 1B/1C+2A/2B 15.24 x 15.24 15.1 x 15.1 15.5 x 15.5 min. switch spacing AxB W x H min. panel cut-out Cap series Nominal cap dimension Recommended 1A Recommended* 12.7 x 10.16 12.6 x 10.1 13.0 x 10.5 1AAxB 12.7 x 10.16 min. panel cut-out 12.6 x 10.1 13.0 x 10.5 min. Recommended* switch spacing WxH series cap dimension Recommended Cap series Recommended* Nominal cap dimension Recommended min. switch AxB HNominal panel 1D/1E/1F 12.7 xxcut-out 12.7 ø10.0 1A 12.7 x spacing 10.16Recommended 12.6 x 10.1 15.24 13.0 10.5 dimension Cap series Recommended* Nominal capxdimension Recommended CapCap series cap Recommended 1B/1C+2A/2B 15.24Wx x15.24 15.1 Nominal xmin. 15.1 15.5 15.5ø9.6 1B/1C+2A/2B x 15.24 15.1 x 15.1 15.5 x 15.5 min. switch spacing AxB W x H min. panel cut-out Cap series Recommended* Nominal dimension Recommended 1A 12.7 x 10.16 12.6cap x 10.1 13.0 x 10.5 min. switch spacing AxBmin.inswitch W xH panel14.3 cut-out Spacing mm spacing AxB min. panel cut-out14.7 x 14.7 1A 12.7 x 15.24 10.16 x 15.24 12.6 x 15.1 10.1 13.0 x15.24 10.5 1K 15.24 W x H min. x 14.3 1B/1C+2A/2B x 15.1 15.5 xx15.5 1D/1E/1F 12.7 x 12.7 ø9.6 ø10.0 1D/1E/1F 12.7 x 12.7 ø9.6 ø10.0 min. switch spacing AxB W x H min. panel cut-out spacing AxB WxH min. 13.0 panel cut-out 1A x 10.16min. switch x 10.1 1B/1C+2A/2B 15.2412.7 x 15.24 15.1 x12.6 15.1 15.5 x13.0 15.5x 10.5 1A 15.24 12.7 x15.1 10.16 12.6 x15.5 10.1x25.4 13.0 x 10.525.0 x 10.1 1A 12.7 x 10.16 x 10.5 1B/1C+2A/2B x12.7 15.24 x ø9.6 15.1 15.5x 10.16 12.6 x 10.1 1M 25.7 x 10.5 1D/1E/1F x 12.7 1K ø10.0 1K x 10.16 15.24 x10.1 15.24 14.3 14.3 14.7 x 14.7 14.7 x 14.7 1A 1D/1E/1F 12.7 12.6 xø9.6 13.0 xxø10.0 10.515.5 1B/1C+2A/2B 15.1 x 15.1 15.24 x 15.24 x 15.5 14.3 x 14.3 12.7 x15.24 12.7 x 15.24 Recommended* 1B/1C+2A/2B 15.24ø9.6 x 15.24 xø10.0 15.112.7 15.5 x 15.5ø9.8/ 4.913.0x10.5 Cap series Nominal cap12.6x10.1 dimension Recommended 1B/1C+2A/2B 15.24 x 15.1 15.24 15.1 x 15.1 15.5 x 15.5 1A/1H 12.7x10.16 ø10.2/ 5.1 1D/1E/1F 12.7 x 12.7 1N x 12.7 1K 15.24 x 15.24 14.3 x 14.3 14.7 x 14.7 1M x 15.24 25.4 x 10.16 25.0 x 10.1 25.7 x 10.5 1M 25.4 x 10.16 25.0 x 10.1 25.7 x 10.5 1B/1C+2A/2B 15.24 15.1 x 15.1 15.5 x 15.5 1D/1E/1F 12.7 x 12.7 ø9.6 ø10.0 min. switch AxB W x H 12.7 min. panel cut-out 1K 15.24 x 15.24 14.3 14.3 14.7 x 14.7 1D/1E/1F 12.7 spacing x14.3 12.7xx25.0 ø9.6 14.7 ø10.0 1D/1E/1F ø10.0 1P/1Q/1R 10.16 ø9.6 6.5 x 12.5 7.0 x 13.0, R Max. 1.0 1K x25.4 15.24 14.3 14.7 xx10.5 1M x 10.16 1N x 10.1 12.7x x12.7 25.7 4.9 x15.24 1N 15.24 12.7 12.714.3 ø9.8/ 4.9ø10.2/ 5.1 ø10.2/ 5.1 1D/1E/1F 12.7 x25.4 12.7x15.24 ø9.6 x25.0 ø10.0 1B/1C+2C/2D 15.24x15.24 15.1x15.1 15.5x15.5 1A 12.7 12.6 13.0 1M 1K 10.16x 15.24 x 10.1x 14.3 12.7 25.7 x14.7 10.5x 14.7 ø9.8/ 1K 25.4 15.2425.0 x 15.24 14.3 14.3x12.7 14.7 x 14.7ø6.5 1K x 10.16 15.24x x10.1 15.24x25.7 14.3 xx 10.5 14.3 14.7 x 14.7 1S x 10.16 ø7.0 1M 1N x 10.16 x 10.1 10.5 4.9 ø10.2/ 5.1 12.7 x 12.7 ø9.8/ 1P/1Q/1R 15.24 x14.3 10.16 6.5 xx 12.5 7.0 x 13.0, R Max. 1.0 7.0 x 13.0, R Max. 1.0 1P/1Q/1R 15.24 x 15.1 10.16 6.5 x 12.5 1K 1N 1M 15.24 x 15.24 14.3 xø9.8/ 14.7 14.725.7 25.4 x 10.16 25.0 x 10.1 x 10.5 1B/1C+2A/2B 15.24 x 15.24 15.1 x 15.5 x 15.5 4.9 ø10.2/ 5.1 12.7 x 12.7 1M 12.7 x 15.24 10.166.5 25.0 ø9.6 xø10.2/ 10.112.7 25.7 x 10.510.6 x 10.6 1M 25.4 xø9.8/ 25.4 x 10.16 25.0 1.0 x 10.1 25.7 x 10.5 4.9 5.1xx13.0, 1T x 12.5 12.7 R Max. 11.0 x 11.0 1N 12.7 x 10.16 1DS/1ES/1FS 12.7x12.7 ø10.0 1P/1Q/1R 7.0 1S 12.7 x 10.16 ø6.5 ø7.0 1S 12.7 x 10.16 ø6.5 ø7.0 1M 1P/1Q/1R 25.4 x 10.16 25.0 x 10.1 25.7 x 10.5 4.9 ø10.2/ 5.1 1N 12.7 x 12.7 ø9.8/ 1D/1E/1F 12.7 ø9.6 ø10.0 15.24 x 10.16 6.5 x 12.5 7.0 13.0, R Max. 1.0 4.9xx13.0, ø10.2/ 5.1ø10.6 1N 15.24 12.7 x6.5 12.7 ø9.8/7.0 ø10.2/ 5.1 1N x 12.7 12.7 x 12.7 ø9.8/ 4.9 1P/1Q/1R x12.7 10.16 x 12.5 Max. 1.0 1U 12.7 xR12.7 ø11.0 1S x 10.16 ø6.5 ø7.0 1T 12.7 x 12.7 10.6 x 10.6 11.0 x 11.0 1T x 12.7 x1.0 10.6 11.0 x 11.0 4.9 6.5 x 12.5 12.7 ø10.2/ 5.17.0 x 13.0, R 10.6 1N 1GAS 12.7 x12.7 12.7x15.24 ø9.8/ ø6.5 Max. 1K 15.24 x 15.24 14.3 14.7 14.7 12.7x11.14 ø11.4 1S 1P/1Q/1R 10.16x 10.16 ø7.0 1P/1Q/1R 15.24ø6.5 x 10.16 6.5 xø11 12.5 7.0 x 13.0, 10.6 R Max. 1.0 1P/1Q/1R 15.24x x14.3 10.16 6.5 xx12.5 7.0 x 13.0, R Max. 11.0 1.0 x 13.65 1S x 12.7 10.16x 12.7 ø7.0 1V (pointing outwards) 12.7 xx12.7 x 13.25 1T 10.6 x 10.6 12.7 11.0 11.0 1U 12.7 12.7 x12.5 12.7ø6.5 ø10.6 ø11.0 1U x 12.7 ø10.6 ø11.0 1P/1Q/1R 15.24 x 10.16 6.5 x 7.0 x 13.0, R Max. 1.0 1S 12.7 x 10.16 ø7.0 1M 25.4 x 10.16 25.0 x 10.1 25.7 x 10.5 1T 12.7 x 12.7 10.6 x 10.6 11.0 x 11.0 1S 12.7 12.7 x10.6 10.16 ø6.5 11.0 ø7.0 1S 12.7 x 10.16 ø6.5 ø7.0 1T x 12.7 12.7 x ø10.6 10.6 x12.7 11.0x 12.7 1X 9.4 x 7.4 ø15.4 9.8 x 7.9 1U x 12.7 15.14x15.14 ø11.0 ø15 1V (pointing outwards) 12.7 x 12.7 10.6 x 13.25 11.0 x 13.65 1V (pointing outwards) 12.7 x 12.7 10.6 x 13.25 11.0 x 13.65 1S 1GCS 12.7 x 10.16 ø6.5 ø7.0 x 10.6 ø9.8/ 4.9 x 11.0 ø10.2/ 5.1 1N 1U 1T 12.7 x12.7 12.7x 12.7 12.7 ø10.6 ø11.0 1T 12.7 12.7 xø10.6 12.710.6 10.6 xø11.0 10.611.0 11.0 x 11.0 1T x 12.7 12.7 x 12.7 10.6 x 10.6 11.0 x 11.0 1U x 12.7 12.7 x 12.7 1V (pointing outwards) 10.6 x 13.25 11.0 x 13.65 *Aø10.6 dimension with12.7 surface mount version isø11.0 min. 15.24. Depending on manufacturing technology it may bexnecessary either to reduce pad dimension, or to increase 1X x 12.7 12.7 12.7 9.4 x x7.4 9.8Rx Max. 7.9 1.0 1X x 12.7 9.4 xx7.4 9.8 7.9 1T 1JS 12.7 10.6 xx10.6 10.6 11.0 11.0 1U 1P/1Q/1R 15.24 6.5 7.0 13.0, 1V (pointing outwards) 12.7 x12.7 12.7x 12.7 12.7x12.7 x 13.25 11.0 x 13.65 ø10.4 1U 12.7 12.7 x10.6 12.7 ø10.6ø9.6 ø11.0 1U x 10.16 12.7x x12.5 12.7 ø10.6 ø11.0 spacing. 1V (pointing outwards) x 12.7 12.7 x 12.7 x 9.4 13.25 11.0 x 9.8 13.65 1X x 7.4 x 7.9 1U 1X 1V (pointing outwards) 12.7 x 12.7 ø10.6 ø11.0 *A dimension with surface mount version is min. 15.24. Depending on manufacturing technology it may be necessary either to reduce pad dimension, or to increase 12.7 x 12.7 10.6 x 13.25 11.0 x 13.65 *A dimension with surface mount version is min. 15.24. Depending on manufacturing technology it may be necessary either to reduce pad dimension, or to increase 1S 10.16 ø6.5 ø7.0 12.7 x 12.7 9.4 xIn7.4 9.8 x 7.9must be analysed all applications the totalxassembly tolerance by xthe user (board tolerance, front panel, assembly accuracy), secure enough room for a free switch 1V (pointing outwards) 12.7 12.7 x9.4 12.7 10.6 x9.8 13.25 11.0 x 13.65 1V x(pointing outwards) 12.7 12.7 10.6 13.25 11.0 x 13.65 1X 12.7 xis 12.7 x 7.4 xto7.9 spacing. 1KS/1KBS/1KCS 15.24x15.24 14.3x14.3 14.7x14.7 spacing. on manufacturing *A1X dimension with surface mount min. x 15.24. technology it may beproduct. necessary reduce pad or be to increase movement final Theeither specifi cations thisdimension, page11.0 are to considered as an aid only. MEC cannot be held responsible for the final assembly. 1V (pointing outwards) 12.7version x 12.712.7 10.6 x 13.25 11.0 x 13.65 12.7Depending 9.4 x 7.4in the 9.8 x on 7.9 1T version 12.7 x 12.7 10.6 x 10.6 x 11.0 1X 12.7 x 12.7 9.4 x 7.4 9.8 x 7.9 *A dimension with surface mount is min. 15.24. Depending on manufacturing technology it may be necessary either to reduce pad dimension, or to increase 1X 12.7 12.7 9.4 x 7.4 x 7.9 In all applications the total assembly tolerance must be analysed bytolerance the user (board tolerance, front panel, assembly accuracy), to panel, secureassembly enough room for a free switch Inon allmanufacturing applications the total assembly mustxeither be analysed by pad the user (board tolerance, front accuracy), to9.8 secure enough room for a free switch spacing. *A dimension with surface mount version is min. 15.24. Depending technology it may be necessary to reduce dimension, or to increase 1X spacing. 12.7 xtolerance 12.7 9.4 x(board 7.4 xaid7.9 1U 12.7 12.7 ø10.6 ø11.0 movement in is themin. final product. The specifi cations on thistolerance, pageThe arespecifi to considered as9.8 an only. MEC cannot beas held responsible for the final *A with the surface version 15.24. onthe technology itbe may be necessary either totoreduce pad enough dimension, orfor to increase movement inmanufacturing the product. cations on this page are be considered an aid only. MEC cannot beassembly. held responsible for the final assembly. In dimension all applications totalmount assembly must beDepending analysed byx userfinal front panel, assembly accuracy), to secure room a free switch 1N 1V 1M 25.4x10.16 25.0x10. 25.7x10.5 1NS 12.7x12.7 ø9.8/☐4.9 ø10.2/☐5.1 1PS/1QS/1RS 15.24x10.16 6.5x12.5 7.0x13.0, R max. 1.0 1SS/1IS/1LS 12.7x12.7 ø6.5 ø7.0 1TS 12.7x12.7 10.6x10.6 11.0x11.0 1US 12.7x12.7 ø10.6 ø11.0 12.7x12.7 10.6x13.25 11.0x13.65 12.7x10.3 12.5x6.5 12.9x6.9 1WDS 15.34x10.3 15.2x8.0 15.6x8.4 1XS 12.7x12.7 9.4x7.4 9.8x7.9 1YS 17x17 15x15 16x16 1ZA 18.84x10.3 18.7x10.1 19.4x10.5 1ZB 24.34x12.1 R1=7.4; R2=17.5 90° R1=7.1; R2=17.5-17.75 90° 1ZCS 14.44x14.44 ø14.3 ø14.7 1Z/1ZW 35.5x35.5; 41.6x41.6 ø29.5 ø30.3 10R/10RF/10RM 40.5x40.5 ø30.0 ø30.6 10Q/10QM 32.5x32.5 22x22 22.5x22.5 spacing. For updates products and/or changes specifi cations please see www.mec.dk *A tolerance dimensionmust withbe surface mount is(board min. 15.24. Depending onof manufacturing technology it may be necessary either to reduce pad or to increase dimension with surface mount version is min. 15.24. Depending onofmanufacturing technology it may be dimension, necessary either to reduce pad dimension, or to increase In all applications the total assembly analysed by*Aversion the user tolerance, front panel, assembly accuracy), to secure enough room for a free switch spacing. movement inmount the The 15.24. specifi cations on this page betechnology considered an aid only. assembly MEC cannot be held to responsible for the final assembly. 1Vproduct. (pointing outwards) 12.7 xto 12.7 10.6 xaccuracy), 13.25 11.0 x 13.65 *A dimension with surface version istolerance min. Depending on manufacturing itas may be necessary either to reduce pad dimension, orroom to increase In all applications the totalfinal assembly must be analysed by spacing. theare user (board tolerance, front panel, secure enough for a free switch spacing. movement the final product. The specifi cations onproducts this page are to be considered as an aid only. MEC cannot be held responsible fortothe final enough assembly. In allinin applications the total assembly tolerance must be are analysed by the user (board tolerance, front panel, assembly accuracy), secure room for a free switch For updates of and/or changes of specifi cations please see www.mec.dk For updates of products and/or changes of specifi cations please see www.mec.dk spacing. movement the final product. The specifi cations on this page to be considered as an aid only. MEC cannot be held responsible for the fi nal assembly. In all applications the total assembly must analysed by the user (board tolerance, front assembly accuracy), to secure room for a freetoswitch In all tolerance applications thebetotal assembly tolerance must be analysed bypanel, the user (board tolerance, panel,enough assembly accuracy), secure enough room for a free switch 12.7 x 12.7 9.4 x 7.4be 9.8 x 7.9front movement in the nal1X product. Themust specifi cations onby this page are to betolerance, considered as panel, an aid assembly only. MEC cannot responsible for thefor finalfree assembly. For updates of fiproducts and/or changes cations please In all applications the total assembly tolerance be analysed the user (board front accuracy), toheld enough switch movement in the fiof nalspecifi product. The specifi cations page are be considered ansecure aid only. MEC cannot bea held responsible for the final assembly. movement insee the www.mec.dk fion nalthis product. 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The specifications are to be considered as an aid only. MEC cannot be held responsible for the final assembly. mec | www.mec.dk mec | www.mec.dk For updates of products and/or changes of specifications please see www.mec.dk mec | www.mec.dk mec | www.mec.dk mec | www.mec.dk mec | www.mec.dk mec | www.mec.dk 1VS 1WAS/1WPS mec | www.mec.dk 42 For product updates and/or changes of specifications please see www.mec.dk multimec® technical information Operating force (typical example) Tape & Reel Tape and reel is available for the parts listed and has the following specifications: Reel diameter: Tape width: Pitch: 10 force Tape and reel material: antistatic or better Quantity per reel: see list Ø330mm 24mm see list 9 8 3C/3E/5E/5G multimec®tape & reel 7 Ordering Code Pitch Quantity per reel 3CSH9 3CSH9R 16 500 3ESH9 3ESH9R 16 500 5ESH9XX 5ESH9XXR 16 500 5GSH9XX 5GSH9XXR 16 500 5XSH9XX1SSXX-08.0 5XSH9XXR1SSXX-08.0 20 250 5XSH9XX1SSXX-09.5 5XSH9XXR1SSXX-09.5 20 250 5XSH9XX1SSXX-10.4 5XSH9XXR1SSXX-10.4 20 250 5XSH9XX1SSXX-11.0 5XSH9XXR1SSXX-11.0 20 250 5XSH9XX1SSXX-12.0 5XSH9XXR1SSXX-12.0 20 250 All varimec h 1,000,000 cycles Min -40°C Max +160°C Min -40°C Max +160°C Min -30°C Max +85°C IEC 68-2-20 8: Infrared, vapour phase, wave - max 240°C for max 40 sec or max 260°C for max 30 sec. Soldering iron - max 350°C for max 3 sec. Flux tight. SOLDERING (SMD) MATERIAL SPECIFICATIONS - SWITCHES Housing Actuator Sealing + spring Contact spring NC/NO PPS UL94V0 PPS UL94V0 Silicone rubber Stainless steel + 3µAg SnCu + 2µNI + 3µAg SnCu + 2µNI + 3µSn100 Stainless steel + 1µAu SnCu + 2µNI + 1µAu Caps, Bezels & Legends – Material Specifications MATERIAL ABS Polycarbonate Polyamide Legends Adhesion PARTS 1A, 1B, 1C, 1DS, 1ES, 1FS, 1H, 1JS, 1KS, 1LS, 1M, 1NS, 1PS, 1QS, 1RS, 1TS, 1US, 1VS, 1WAS, 1WDS, 1WPS, 1XS, 1Z, 1ZA, 1ZB, 1ZCS, 1ZW, 2C, 2D, 2K, reflectors for 1KBS/1KCS and 1YS All lenses and transparent colour caps, lids for 1KBS/1KCS 1GAS/1GCS, 1SS, 2SS DS/EN ISO 2409 Class 1 & ASTM D3359 Class 4B 44 For product updates and/or changes of specifications please see www.mec.dk TEMP. LIMIT Max. 65⁰C UL RATING UL94HB Max. 85⁰C Max. 160⁰C UL94HB UL94V2 Usage guidelines How to get the best results with MEC Switches? These guidelines are offered to users of MEC Switches as an aid to ensure successful and reliable switch operation. Temperature Both unimec™ and multimec® switches are produced in low and high temperature versions. Please see the technical specifications for details on operating and storage temperatures and soldering guidelines to make sure you select the best switch for your application. When wave soldering is taking place, MEC strongly recommend that the temperature profile is analysed and compared with the temperature rating of the switch. In case of doubt always select the high temperature versions unimec™ 154XX, and multimec® 5XXH9XX. It is also important to monitor the accumulated heat build up from both the pre-heat zones and the solder zone. Most standard accessories for both unimec™ and multimec® switches are made from ABS plastic with a maximum operating temperature of 65°C. It is strongly recommended that accessories are mounted after soldering of the switch. If this is not possible care must be taken not to overheat the accessories during the soldering process. The 1SS, 1GAS/1GCS and Varimec™ caps are, however, made of high temperature materials and will meet the same temperature specifications as the high temperature switches. For accessories made from other plastic materials please see multimec® and unimec™ technical specifications. LEDs have their own temperature specifications. When fitted in a high temperature switch the LED will determine the max. operating temperature, i.e. 5GTH93524 has an upper temperature limit of 85°C! This also applies with 3F switches. Mounting and Dismounting If switches are to be mounted in rows it is essential that the recommendations regarding spacing are followed. PC board thickness should be 1.4±0.2 mm and terminal hole diameter should be 0.9mm. All unimec™ and multimec® caps and bezels are easily snapped onto the switch modules and can be changed at a later time with the exception of the unimec 16.700 cap. The same applies to the 3E caps. Once these caps are installed they are not designed to be removed. To do so may cause damage to the switch and the PC board if not done very carefully. If the 16.300 or 16.700 cap must be removed from a unimec™ alternate action switch, make sure that the switch actuator is in the released, upper position before attempting to remove the cap. This will prevent possible damage to the internal latching pin. Care must be taken when inserting the 3FT switch and LED assembly into the PC board. Do not press direct on the LED. This will force the LED down into the actuator and risks to cause the switch contacts to remain in the closed position. To correct the fault, the LED must be raised slightly and centered in the actuator to assure unrestricted movement of the actuator. A mounting tool is available for multimec® switches. Soldering and Cleaning unimec™ Most assembly and field problems experienced by users of unsealed switches are caused by the contamination of the contacts during soldering and cleaning. Contact contamination may be recognised by an increase in contact resistance and possible intermittent operation of the switch, especially in low power applications. Care must be taken not to submerge the switch in cleaning agents or spray the switch during cleaning. The switch must be protected at all times to prevent contamination by flux or cleaning liquids. For unimec™ alternate versions we recommend to leave the actuator in the released upper position during soldering. This makes the switch more resistent to overheating. Soldering and Cleaning multimec® multimec® switches are fully sealed to IP67 specifications to prevent solder flux and aqueous based cleaning solutions from entering the switch and contaminating the contacts. The switches can be placed on the PC board with other components and wave soldered. multimec® offers a high level of sealing, however, with aqueous solvent solutions care must be taken to avoid the worst case situation with water jets, complete immersion into a liquid with a temperature below the board or surface tension reducing additives. Recommended cleaning methods are demineralized water. Any surface tension reducing agents, such as soap, must not be used as they risk causing a potential leakage of the switch. Soldering - Through Hole Versions Hand soldering: Max. 350°C for max. 3 sec., this applies for both low temperature and high temperature versions. Wave soldering: heat built up in the switch during pre-heating and soldering must not exceed the maximum operating temperature of the switch. If, for some reason, a high pre-heating temperature is required, MEC recommend the high temperature switches. In any case peak temperature must not exceed 260°C, and soldering time is max 10 sec. Soldering - Surface Mount Versions For all methods - infrared, convection and vapour phase. The upper limit 260°C/30 sec must be observed. The soldering temperature profile must have moderate temperature gradients. RoHS Compliance As of 1 July 2006 MEC has completed the conversion to RoHS compliance. For more info please see our homepage www.mec.dk Temperature Limits: Low temperature switch 115°C High temperature switch 160°C LEDs 85/100°C Accessories 65/85/160°C Packaging unimec™ and multimec® switches are packed in rigid tubes of 50 pieces each. A box contains 1.000 pcs. The surface mount versions of multimec®switches with a height up to 12.5mm can also be delivered on tape/reel. Each reel contains 250/500 pcs. 59