7140528.05 Vp020 Gear Pump 200/240v Main Switch 3 Pole

Transcript

1 2 3 4 5 6 7 8 1L1 1L2 1L3 -161K5 Main Contactor /6.1 1 3 5 2 4 6 UL UN /70.1 /70.1 B 1-16 1-22 1-17 1-3 1-2 1-1 B 1-22 1-16 1-23 /6.1 /6.1 A 1-21 PE 1-15 A /6.1 C -1F6 -1Q1 2 4 6 C 1 3 5 2 4 6 Circuit Breaker 1 3 5 D 1-6 1-4 D 1-5 Main Switch 1-1 1-2 -XL0 L1 L2 L3 PE 1-3 E E page F c b editor a date name 28.04.08 SPE Power 3x230VAC DELTA Main Switch 3 Pole 7140528.05 Wiring diagram VP020 Gear Pump 200/240V 1 date name output 16.08.11 L.Selent protection mark acc. DIN 34 to be observed /6.1 = SLP + page 1 checked change I 31 page F 1 2 3 4 5 6 7 8 1L1 1L2 1L3 -1F4 1 3 5 2 4 6 PE /6.1 -161K5 Main Contactor /6.1 /6.1 A 1-22 1-16 1-23 PE 1-21 -XL0 1-15 A /6.1 1 3 5 2 4 6 UL UN /70.1 /70.1 Circuit Breaker C 200V 200V 4 6 3x200VAC 1-17 PE ~ ~ -1T4 2 1-16 1-10 1-9 1-8 1-3 1-2 200V -1Q1 1-22 B 1-1 B -1F6 C 1 3 5 2 4 6 3x230VAC Circuit Breaker 230V 1 3 230V 230V 5 Main Switch +TR D 1-6 1-4 D 1-5 Transformer 1-13 1-12 -XL0 L1 L2 L3 PE 1-11 E E page F c b editor a AEM 10/24/08 13.06.08 H.Meyer change date name date name 28.04.08 SPE Power 3x200VAC DELTA Main Switch 3 Pole 7140528.05 Wiring diagram VP020 Gear Pump 200/240V 1 16.08.11 L.Selent protection mark acc. DIN 34 to be observed /6.1 = SLP + page 1a checked output I 31 page F 1 /1a.8 /1a.8 /1a.8 2 3 4 5 6 7 8 1L1 1L1 1L2 1L2 1L3 1L3 /10.1 /10.1 /10.1 A A /1a.6 -XLPE PE 2 PE -6F2 -6F4 1 -6F6 1 2 2 Circuit Breaker 6-19 Circuit Breaker 6-17 B 1 2 Circuit Breaker 1 +A1 6-13 1 B +A1 X3:1 -6N2 -6N4 -81A1 Solid-State-Relay Solid-State-Relay Melting Plate Temperature Control Module 1 -A2 -A2 X6:1 6-8 6-4 C 2 -XL12:2 X6:2 C /70.5 /10.2 6-9 6-6 6-2 6-14 -10N2:-A2 Channel 1 6-10 2 /10.1 D D 2 1 3 -6E2 4 -6E4 5 2 -6E5 E E -6B7 Heating Punch /1a.8 F 1 6 I Temperature Sensor NI120 / PT100 +HP page page c b editor a date name 28.04.08 SPE Heating Punch 7140528.05 1 date name output /10.1 = SLP + page 6 checked change I 16.08.11 L.Selent protection mark acc. DIN 34 to be observed Wiring diagram VP020 Gear Pump 200/240V 31 page F 1 /6.8 /6.8 /6.8 A /6.8 2 3 4 5 6 7 8 1L1 1L1 1L2 1L2 1L3 1L3 -XLPE PE -10F1 -10F2 1 1 PE /11.1 /11.1 /11.1 A /11.1 1 2 2 Circuit Breaker 10-4 10-5 10-17 B B +A1 1 -10N2 -81A1 Solid-State-Relay Hose 1 Temperature Control Module 1 -A2 /6.5 X7:1 6-8 -6N2:-A2 -10N5:-A2 X4:2 -10N5 -81A1 Solid-State-Relay Gun 1 Channel Temperature Control Module 1 X7:2 2 -A2 10-12 10-2 2 +A1 /10.5 /10.3 -10N2:-A2 X7:3 6-8 -11N2:-A2 Channel 4 X7:4 10-23 1 /11.2 C 10-19 10-18 10-13 10-13 10-11 10-6 10-10 C D D -XS10 4 6 8 9 Plug NI120 pol.12 1 Traverse 2 10 3 5 PE B3 B4 PE +1TVN OR -XS10 E A2 A1 B1 Plug PT100 pol.15 F I Temperature Sensor 1a Ni120 / PT100 page c b editor a A4 Traverse Heater 1a /6.8 B2 date name 28.04.08 SPE A3 E +1TVP Heater 1b Temperature Sensor 1b Ni120 / PT100 page Hose/Gun Pair 1 Blue Series/PT100 Option Hose/Gun Pairs "2,4,6" 7140528.05 Wiring diagram VP020 Gear Pump 200/240V 1 date name output 16.08.11 L.Selent protection mark acc. DIN 34 to be observed /11.1 = SLP + page 10 checked change I 31 page F 1 /10.8 /10.8 /10.8 A /10.8 2 3 4 5 6 7 8 1L1 1L1 1L2 1L2 1L3 1L3 -XLPE PE -11F1 -11F2 1 3 PE /12.1 /12.1 /12.1 A /12.1 1 2 2 Circuit Breaker 11-3 11-4 11-17 B B +A1 X5:1 -11N2 -81A1 Solid-State-Relay Hose 2 1 Temperature Control Module 1 -A2 X8:1 6-8 -10N5:-A2 -11N5:-A2 -11N5 -81A1 Solid-State-Relay Gun 2 Temperature Control Module 1 X8:2 2 -A2 11-12 /10.7 X5:2 Channel 5 11-2 2 +A1 /11.5 /11.3 -11N2:-A2 X8:3 6-8 -12N2:-A2 Channel 6 11-23 1 X8:4 /12.2 11-19 11-13 11-13 11-11 11-5 11-18 C 11-10 C D D -XS11 4 6 8 9 Plug NI120 pol.12 1 Traverse 2 10 3 5 PE B3 B4 PE +2TVN OR -XS11 E A2 A1 B1 Plug PT100 pol.15 F I Temperature Sensor 2a Ni120 / PT100 page c b editor a A4 Traverse Heater 2a /10.8 B2 date name 28.04.08 SPE A3 E +2TVP Heater 2b Temperature Sensor 2b Ni120 / PT100 page Hose/Gun Pair 2 Blue Series/PT100 Option Hose/Gun Pairs "2,4,6" 7140528.05 Wiring diagram VP020 Gear Pump 200/240V 1 date name output 16.08.11 L.Selent protection mark acc. DIN 34 to be observed /12.1 = SLP + page 11 checked change I 31 page F 1 /11.8 /11.8 /11.8 A /11.8 2 3 4 5 6 7 8 1L1 1L1 1L2 1L2 1L3 1L3 -XLPE PE -12F1 -12F2 1 4 PE /13.1 /13.1 /13.1 A /13.1 1 2 2 Circuit Breaker 12-3 12-4 12-17 B B +A1 X3:1 -12N2 -82A1 Solid-State-Relay Hose 3 1 Temperature Control Module 2 /11.7 X6:1 6-8 -11N5:-A2 -12N5:-A2 X3:2 -12N5 -82A1 Solid-State-Relay Gun 3 Channel 7 Temperature Control Module 2 X6:2 2 -A2 12-12 -A2 12-2 2 +A1 /12.5 /12.3 -12N2:-A2 X6:3 6-8 -13N2:-A2 Channel 8 X6:4 12-23 1 /13.2 12-19 12-13 12-13 12-11 12-5 12-18 C 12-10 C D D -XS12 4 6 8 9 Plug NI120 pol.12 1 2 10 3 5 PE B3 B4 PE Tower +1H/GP1 OR -XS12 E A2 A1 B1 Plug PT100 pol.15 I Temperature Sensor 3a Ni120 / PT100 page c b editor a checked change date name A4 A3 E Tower +1H/GP2 Heater 3a /11.8 F B2 output date name 28.04.08 SPE 16.08.11 L.Selent protection mark acc. DIN 34 to be observed Heater 3b Temperature Sensor 3b Ni120 / PT100 Hose/Gun Pair 3 Blue Series/PT100 7140528.05 1 Option Hose/Gun Pairs "4,6" Wiring diagram VP020 Gear Pump 200/240V page I /13.1 = SLP + page 12 31 page F 1 /12.8 /12.8 /12.8 A /12.8 2 3 4 5 6 7 8 1L1 1L1 1L2 1L2 1L3 1L3 -XLPE PE -13F1 -13F2 1 5 PE /14.1 /14.1 /14.1 A /14.1 1 2 2 Circuit Breaker 13-3 13-4 13-17 B B +A1 X4:1 -13N2 -82A1 Solid-State-Relay Hose 4 1 Temperature Control Module 2 -A2 /12.7 X7:1 6-8 -12N5:-A2 -13N5:-A2 X4:2 -13N5 -82A1 Solid-State-Relay Gun 4 Channel 9 Temperature Control Module 2 X7:2 2 -A2 13-12 13-2 2 +A1 /13.5 /13.3 -13N2:-A2 X7:3 6-8 -14N2:-A2 Channel 10 13-23 1 X7:4 /14.2 13-19 13-13 13-13 13-11 13-5 13-18 C 13-10 C D D -XS13 4 6 8 9 Plug NI120 pol.12 1 2 10 3 5 PE B3 B4 PE Tower +2H/GP1 OR -XS13 E A2 A1 B1 Plug PT100 pol.15 I Temperature Sensor 4a Ni120 / PT100 page c b editor a A4 A3 E Tower +2H/GP2 Heater 4a /12.8 F B2 date name 28.04.08 SPE Heater 4b Temperature Sensor 4b Ni120 / PT100 page Hose/Gun Pair 4 Blue Series/PT100 Option Hose/Gun Pairs "4,6" 7140528.05 Wiring diagram VP020 Gear Pump 200/240V 1 date name output 16.08.11 L.Selent protection mark acc. DIN 34 to be observed /14.1 = SLP + page 13 checked change I 31 page F 1 /13.8 /13.8 /13.8 A /13.8 2 3 4 5 6 7 8 1L1 1L1 1L2 1L2 1L3 1L3 -XLPE PE -14F1 -14F2 1 6 PE /15.1 /15.1 /15.1 A /15.1 1 2 2 Circuit Breaker 14-3 14-4 14-17 B B +A1 X5:1 -14N2 -82A1 Solid-State-Relay Hose 5 1 Temperature Control Module 2 -A2 /13.7 X8:1 6-8 -13N5:-A2 -14N5:-A2 X5:2 -14N5 -82A1 Solid-State-Relay Gun 5 Channel 11 Temperature Control Module 2 X8:2 2 -A2 14-12 14-2 2 +A1 /14.5 /14.3 -14N2:-A2 X8:3 6-8 -15N2:-A2 Channel 12 14-23 1 X8:4 /15.2 14-19 14-13 14-13 14-11 14-5 14-18 C 14-10 C D D -XS14 4 6 8 9 Plug NI120 pol.12 1 2 10 3 5 PE B3 B4 PE Tower +3H/GP1 OR -XS14 E A2 A1 B1 Plug PT100 pol.15 I Temperature Sensor 5a Ni120 / PT100 page c b editor a A4 A3 E Tower +3H/GP2 Heater 5a /13.8 F B2 date name 28.04.08 SPE Heater 5b Temperature Sensor 5b Ni120 / PT100 page Hose/Gun Pair 5 Blue Series/PT100 Option Hose/Gun Pairs "6" 7140528.05 Wiring diagram VP020 Gear Pump 200/240V 1 date name output 16.08.11 L.Selent protection mark acc. DIN 34 to be observed /15.1 = SLP + page 14 checked change I 31 page F 1 /14.8 /14.8 /14.8 A /14.8 2 3 4 5 6 7 8 1L1 1L1 1L2 1L2 1L3 1L3 -XLPE PE -15F1 -15F2 1 7 PE /61.1 /61.1 /61.1 A /61.1 1 2 2 Circuit Breaker 15-3 15-4 15-17 B B +A1 X3:1 -15N2 -83A1 Solid-State-Relay Hose 6 1 Temperature Control Module 3 -A2 /14.7 X6:1 6-8 -14N5:-A2 -15N5:-A2 -15N5 -83A1 Solid-State-Relay Optional Channel 8 Channel 13 Temperature Control Module 3 X6:2 2 -A2 15-12 15-2 2 +A1 /15.5 /15.3 X6:3 Channel 14 15-23 1 X6:4 -15N2:-A2 15-19 15-13 15-13 15-11 15-5 15-18 C 15-10 C D D -XS15 4 6 8 9 Plug NI120 pol.12 1 2 10 3 5 PE B3 B4 PE Tower +4H/GP1 OR -XS15 E A2 A1 B1 Plug PT100 pol.15 I Temperature Sensor 6a Ni120 / PT100 page c b editor a A4 A3 E Tower +4H/GP2 Heater 6a /14.8 F B2 date name 28.04.08 SPE Heater 6b Temperature Sensor 6b Ni120 / PT100 page Hose/Gun Pair 6 Blue Series/PT100 Option Hose/Gun Pairs "6" 7140528.05 Wiring diagram VP020 Gear Pump 200/240V 1 date name output 16.08.11 L.Selent protection mark acc. DIN 34 to be observed /61.1 = SLP + page 15 checked change I 31 page F 1 /15.8 /15.8 /15.8 2 3 4 5 6 7 8 1L1 1L1 1L2 1L2 1L3 1L3 A A /15.8 -XLPE PE -61F2 1 -61F1 9 PE /70.1 1 2 2 61-1 61-2 61-3 Circuit Breaker B B L N PE -61Z1 Motor Filter C L1 L2/N C PE 61-4 61-5 61-6 L1 L2/N AX 61-16 AY 61-17 AZ PE +UG -61N1 -UG 39 28 39 7 28 20 20 HI 7 7 LO HI -61N5 12 Motor Controller Controller Can-Bus 11 14 /132.7 W T1 61-11 T2 7 LO 61-12 V 61-10 U 61-8 61-7 PE 61-9 D D See System Plan Pump Code D N E Q F P C S G E -61M1 M 3~ Pump Motor /15.8 F I +P1 R H T 1 2 3 4 5 E page page c b editor a date name 28.04.08 SPE Motor Controller Option Pump, see legend 7140528.05 Wiring diagram VP020 Gear Pump 200/240V 1 date name output 16.08.11 L.Selent protection mark acc. DIN 34 to be observed /70.1 = SLP + page 61 checked change I 31 page F /1a.8 /1a.8 /61.8 A 2 UN -XL9 4 5 -XL10 7 8 2 UN -XLPE 11 10 PE -XL11 L+. -XL11 1 -XL12 L-. -XL12 1 L+ 3 L- /71.1 /71.1 /71.1 A /81.1 /81.1 6-8 70-8 -6N4:-A2 3 -XL12 2 B 70-1 70-4 70-3 70-2 /6.6 B 6 UL 1 -XLPE PE 3 2 70-9 1 -XL9 1 -XL10 UL C L N PE ~ = -70T2 Power Supply 230VAC C M 1~ -70E7 24VDC Fan -V +V D D 70-5 70-6 E E /61.8 F I page page c b editor a date name 28.04.08 SPE Power Supply 24VDC Internal 7140528.05 1 date name output /71.1 = SLP + page 70 checked change I 16.08.11 L.Selent protection mark acc. DIN 34 to be observed Wiring diagram VP020 Gear Pump 200/240V 31 page F 1 /70.8 /70.8 /70.8 2 -XL9 UL 3 -XL10 -XLPE 5 6 7 8 UL UN PE 4 3 3 UN -XLPE 16 14 PE A -XL11.1:1 /95.1 A /201.1 Option Flow Control "P" 71-4 /201.1 B 71-1 B 71-3 71-2 -XL12.1:1 C L N C PE ~ = -71T2 Power Supply 230VAC 24VDC -V +V D D 71-5 71-6 E /70.8 F I E page page c b editor a date name 28.04.08 SPE Power Supply 24VDC External Option Flow Control "P" 7140528.05 Wiring diagram VP020 Gear Pump 200/240V 1 date name output 16.08.11 L.Selent protection mark acc. DIN 34 to be observed /81.1 = SLP + page 71 checked change I 31 page F 1 /70.8 /70.8 2 -XL11 L+ 3 4 5 6 7 8 4 L+ -XL12 L- 4 L-82A1:X1:1 A -82A1:X1:2 /95.1 /95.1 /82.1 /82.1 A Temperature Control Module 2 (-82A1) OR -91A1:X2:1 /91.1 I/O Modul (-91A1) B B 81-4 81-3 81-2 81-1 -91A1:X2:2 /91.1 See System Plan + - X1:1 + X1:2 X2:1 X2:2 channel channel channel channel channel TR6 channel 7 S1 NI120 S4 OFF OFF OFF OFF OFF OFF OFF OFF S3 Temperature Control Module 1 1 S2 Opened S5 8 7 6 5 4 3 2 1 -81A1 X9 C C 4 5 6 /10.6 /11.3 /11.6 Hose 1 Gun 1 Hose 2 Gun 2 Not Assignet Melting Plate /10.3 /6.7 3 1 2 Closed when Hose/Gun Pairs "2" D D PT100 when Melter Type "P" E E /71.8 F I page page c b editor a date name 28.04.08 SPE Temperature Control Module 1 Option Hose/Gun Pairs "2,4,6" 7140528.05 Wiring diagram VP020 Gear Pump 200/240V 1 date name output 16.08.11 L.Selent protection mark acc. DIN 34 to be observed /82.1 = SLP + page 81 checked change I 31 page F 1 2 3 4 5 6 7 8 A A /81.4 /81.4 -81A1:X2:2 -83A1:X1:1 -81A1:X2:1 -83A1:X1:2 /83.1 /83.1 Temperature Control Module 3 (-83A1) OR -91A1:X2:1 81-3 I/O Modul (-91A1) B 81-4 81-3 B /91.1 81-4 -91A1:X2:2 /91.1 See System Plan + - X1:1 + X1:2 X2:1 X2:2 channel channel channel channel channel TR6 channel 7 S1 NI120 S4 OFF OFF OFF OFF OFF OFF OFF OFF S3 Temperature Control Module 2 2 S2 Opened S5 8 7 6 5 4 3 2 1 -82A1 X9 C C 7 8 9 10 11 12 /12.3 /12.6 /13.3 /13.6 /14.3 /14.6 Hose 3 Gun 3 Hose 4 Gun 4 Hose 5 Gun 5 Closed when Hose/Gun Pairs "4" D D PT100 when Melter Type "P" E E /81.8 F I page page c b editor a date name 28.04.08 SPE Temperature Control Module 2 Option Hose/Gun Pairs "4,6" 7140528.05 Wiring diagram VP020 Gear Pump 200/240V 1 date name output 16.08.11 L.Selent protection mark acc. DIN 34 to be observed /83.1 = SLP + page 82 checked change I 31 page F 1 2 3 4 5 6 7 8 A A -91A1:X2:2 I/O Modul (-91A1) /91.1 /91.1 81-4 B 81-3 -82A1:X2:1 81-3 /82.4 -91A1:X2:1 81-4 /82.4 -82A1:X2:2 B See System Plan + - X1:1 + X1:2 X2:1 X2:2 channel channel channel channel channel TR6 channel 7 S1 NI120 S4 OFF OFF OFF OFF OFF OFF OFF OFF S3 Temperature Control Module 3 3 S2 Closed S5 8 7 6 5 4 3 2 1 -83A1 X9 C C 18 Hose 8 Gun 8 Gun 6 Gun 7 Hose 6 17 /15.6 16 /15.3 Hose 7 14 15 13 D D PT100 when Melter Type "P" E E /82.8 F I page page c b editor a date name 28.04.08 SPE Temperature Control Module 3 Option Hose/Gun Pairs "6" 7140528.05 Wiring diagram VP020 Gear Pump 200/240V 1 date name output 16.08.11 L.Selent protection mark acc. DIN 34 to be observed /91.1 = SLP + page 83 checked change I 31 page F -83A1:X2:2 /83.3 -82A1:X2:1 /82.4 -82A1:X2:2 /82.4 -81A1:X2:1 /81.4 -81A1:X2:2 /81.4 /153.1 /153.6 /153.2 /190.4 Line speed for all motors Empty Detection Top Edge Detection Low Detection Line Speed Frequency A2 A3 A4 A5 A6 A7 A8 A9 A10 ON ON ON ON S3 /190.2 A1 OFF OFF OFF OFF S4 E12 /131.1 /131.2 /131.4 /131.5 /131.6 /131.7 /151.3 /151.5 /151.2 /152.6 /161.7 /152.7 /164.3 /164.4 /164.6 /161.2 /154.6 /154.2 /132.1 /132.2 /132.3 /132.4 Heaters On/Off All Motors On/Off Enable Motor/Gun Trigger 1 Enable Motor/Gun Trigger 2 Standby Piston Down Position Two-Hand Operation Up Position Air Input Detection Main Contactor Container Detection Melter Ready For Operation Warning Light Fault Light Main Contactor Aeration Upward Mode System Ready General Alarm -Warning- General Alarm -Fault- Container Empty protection mark acc. DIN 34 to be observed Container Low E11 31 page L.Selent 16.08.11 /132.6 E10 Piston Pump E9 Pump Air Input Detection E8 VP020 Gear Pump 200/240V output EF1 E7 D Wiring diagram name date change page 91 checked a EA4 E6 1 SPE EA3 E5 7140528.05 28.04.08 EA2 E4 5 S2 B B E E F = SLP + editor EA1 E3 0 S1 D A12 E2 A11 E1 1 2 3 4 Compact-I/O Module 1 2 3 4 -91A1 C Analog Input digital output digital input C Compact-I/O Module name b X2:2 X2:1 /95.1 I page page I /83.8 A OR A 81-4 81-3 /83.3 8 7 6 5 4 3 2 1 date c F -83A1:X2:1 Temperature Control Module 3 (-83A1) Temperature Control Module 2 (-82A1) OR Temperature Control Module 1 (-81A1) See System Plan X16 1 3 4 5 6 -XL12 L- -XLPE 5 10 L+ 10 L- 13 95-3 95-2 /102.1 /102.1 PE A 95-1 8 - X L 1 1 10 -XL12 Option Host Communications "E" Option Host Communications "N" A 95-5 PE 7 - X L 1 1 10 -XL12 95-4 /71.8 2 5 95-5 /81.8 -XL11 95-4 /81.8 L+ B See System Plan RS232 24V PE CAN 152 B PROFIBUS RS232 RS232 0V +24VDC -95A2 -95U7 Control Panel / Central Processing Unit ControlNet Gateway IPC Ethernet Channel_A GND +24VDC 0 1 x1 x10 GND -95U7 EtherNet/IP Gateway Channel_B Ethernet C C -95XS7 -XSD 1 2 -XSD -XSD D D Conduit Conduit Profibus ControlNet E Option Host Communications "D" /91.8 F I Option Host Communications "N" E EtherNet/IP Option Host Communications "E" page page c b editor a date name 28.04.08 SPE IPC and Option Hostcommunication 7140528.05 1 date name output /102.1 = SLP + page 95 checked change I 16.08.11 L.Selent protection mark acc. DIN 34 to be observed Wiring diagram VP020 Gear Pump 200/240V 31 page F 1 /95.8 /95.8 2 3 -XL11 L+ 4 5 6 7 8 6 L+ -XL12 L- 6 L- /152.1 /152.1 A 102-2 102-1 A B B 102-9 A1(+) A2(-) Y1 Y2 13 23 31 14 24 32 /151.6 /153.5 -102K3 Two Hand Control 102-8 102-5 D -102S3 13 21 Two Hand Operation 14 22 -102S3 21 -102S5 13 21 22 Two Hand Operation 14 22 Tower /95.8 F I 21 22 Right E +TW page page c b editor a AEM:09/12/10 29.03.10 change -102S5 D .6 .4 Left E C S21 102-6 S12/S24 102-4 102-3 S11 102-7 C S14/S22 date Selent name date name 28.04.08 SPE Two Hand Operation 7140528.05 1 /131.1 = SLP + page 102 checked output I 16.08.11 L.Selent protection mark acc. DIN 34 to be observed Wiring diagram VP020 Gear Pump 200/240V 31 page F 1 2 3 4 5 6 7 8 A A -XL91:3 /135.1 -91A1 -91A1 -91A1 -91A1 -91A1 -91A1 Compact I/O Module Compact I/O Module Compact I/O Module Compact I/O Module Compact I/O Module Compact I/O Module Digital Input Digital Input Digital Input Digital Input Digital Input Digital Input Piston Pump Air Input Detection Heaters On/Off All Motors On/Off Enable Motor/Gun Trigger 1 Enable Motor/Gun Trigger 2 Standby B B X9:1 X9:2 + -XS2 D X9:4 I E3 X9:5 -XL95 1 -XL95 2 I E4 -XL95:4 /135.1 X9:6 -XL96 1 -XL96 2 I E5 -XL96:4 X9:7 I E6 X9:8 /135.4 1 131-8 131-6 Gun Trigger 2 131-7 Gun Trigger 1 131-5 131-4 2 131-1 ferrite core C I E2 - 131-2 -XL91 X9:3 131-3 -XL91 I E1 C 1 2 3 4 5 6 9 10 Variant A 24VDC Intern D Heaters On/Off All Motors On/Off Enable motor Eneble Gun Trigger 1 Enable motor Eneble Gun Trigger 2 Standby Key-To-Line Mode Manual Mode E E Variant B 24VDC Extern Heaters On/Off - All Motors On/Off + Enable motor Eneble Gun Trigger 1 Enable motor Eneble Gun Trigger 2 Standby Key-To-Line Mode Manual Mode 24VDC Extern /102.8 F I page page c b editor a date name 28.04.08 SPE Standard I/O Interface Digital Input 7140528.05 Wiring diagram VP020 Gear Pump 200/240V 1 date name output 16.08.11 L.Selent protection mark acc. DIN 34 to be observed /132.1 = SLP + page 131 checked change I 31 page F 1 2 3 4 5 6 7 135-8 A 8 A 3 X12:3 -91A1 -91A1 24VDC 24VDC -91A1 -91A1 24VDC 24VDC -91A1 Compact I/O Module Compact I/O Module Compact I/O Module Compact I/O Module Compact I/O Module Digital Output Digital Output Digital Output Digital Output Digital Output System Ready X11:1 General Alarm -WarningQ A7 X11:2 Q A8 General Alarm -FaultX11:3 Q A9 Container Empty X11:4 -61N1 12 Container Low Q A10 X11:5 Q A12 Motor is Running Gear Pump X12:4 11 14 + B 1 -XL111 2 135-8 135-6 135-5 135-4 C 135-1 C 135-3 135-2 135-7 -XL111 B ferrite core D D -XS2 25 /131.1 26 27 System Ready General Alarm -Warning- 28 29 General Alarm -Fault- Container Empty 30 18 Container Low 17 Motor is Running E E extern 24VDC /131.8 F I floating contacts (max.2A/24VDC) page page c b editor a date name 28.04.08 SPE Standard I/O Interface Digital Output 7140528.05 Wiring diagram VP020 Gear Pump 200/240V 1 date name output 16.08.11 L.Selent protection mark acc. DIN 34 to be observed /135.1 = SLP + page 132 checked change I 31 page F 3 -XL91 -XL91:1 -XL95:1 -XL95 -XL95 4 6 7 -XL91 3 3 /131.6 135-1 /131.5 5 -XL96:1 -XL96 4 -XL96 135-2 /131.2 4 8 -XL91 4 6 -XL91:5 A /151.7 3 135-4 A 2 135-3 1 B B NI120 -XS18 1 NI120 -XS19 4 Traverse +TV 1 4 Traverse +TV C C Gun Trigger 1 Gun Trigger 2 D D E E /132.8 F I page page c b editor a date name 28.04.08 SPE Blue Series Gun Trigger 1&2 7140528.05 1 date name output /151.1 = SLP + page 135 checked change I 16.08.11 L.Selent protection mark acc. DIN 34 to be observed Wiring diagram VP020 Gear Pump 200/240V 31 page F 1 2 3 4 5 6 7 A /135.8 -91A1 -91A1 -91A1 Compact I/O Module Compact I/O Module Compact I/O Module Digital Input Digital Input Digital Input Up Position Down Position X13:1 I E9 X13:2 -XL91:6 8 -XL91 A 5 Two-Hand Operation I E7 X9:9 I E8 X9:10 151-6 151-5 151-3 B 151-2 B C 151-1 C -151S2 I 0 II 33 43 -151S2 33 14 24 34 44 Down Position Selector Switch 34 .4 23 /153.5 Up Position Selector Switch D 13 -102K3 Two-Hand Operation 13 14 D 151-1 Tower +TW E E /135.8 F I page page c b editor a date name 28.04.08 SPE Up/Down Position Selector Switch 7140528.05 Wiring diagram VP020 Gear Pump 200/240V 1 date name output 16.08.11 L.Selent protection mark acc. DIN 34 to be observed /152.1 = SLP + page 151 checked change I 31 page F 1 /102.8 /102.8 2 -XL11 L+ 3 4 5 6 -XL11 2 -XL12 L- 7 8 9 L+ 9 L- /153.1 /153.1 A A -91A1 -91A1 Compact I/O Module Compact I/O Module Digital Input Digital Input Air Input Detection X13:3 Container Detection I E10 X13:4 X13:7 I E12 X13:8 10 2 6 -152K7 Container Detection 11 3 7 152-4 152-3 Air Input Detection 152-2 C 152-8 152-6 152-1 -152K3 152-9 B 152-7 B C 152-5 D -XL50 25 27 -XL50 26 28 14 -152K3 Air Input Detection 24VDC Container Detection 13 -152S6 -152S2 -152K7:13 1 Air Input Detection 13 /152.4 Container Detection 3 14 -152K3:13 1 9 /153.5 1 6 2 10 .6 2 Base Plate +BP 7 3 11 /154.3 3 8 .8 8 12 12 4 I /153.8 7 11 /151.8 E /153.6 6 10 F 4 page page c b editor a date name 28.04.08 SPE Container/Air Input Detection 7140528.05 1 date name output I /153.1 = SLP + page 152 checked change /153.8 5 9 Pneumatic Plate +PP -153K8:A2 22 5 E 13 21 /152.7 P 2 D 14 -152K7 24VDC 16.08.11 L.Selent protection mark acc. DIN 34 to be observed Wiring diagram VP020 Gear Pump 200/240V 31 page F 1 /152.8 /152.8 2 3 4 5 -XL11 L+ -XL12 L- 6 7 8 8 L+ 8 L- /154.1 /154.1 153-6 A A -102K3 Analog Input Analog Input Empty Detection Low Detection X5:2 I EA2 X5:3 X15:1 Compact I/O Module X15:2 I EA4 Container Detection X10:3 1 3 -153V3 2 -XL50 23 8 B 9 153-13 Container Detection 1 5 153-6 24 153-11 C 9 1 153-10 1 XL50 24VDC High Lift Pressure 7 A2 24 /154.4 /152.8 3 A1 -153K8 5 D -XL50 6 4 153-8 153-4 153-1 Air Input Detection 2 X10:1 23 -152K3 153-3 153-2 C I EA3 153-9 Tower +TW Down Position Selector Switch X10:2 153-12 153-5 -152K7 -151S2 10 Top Edge Detection X15:3 B -152K7 Analog Input 153-12 X5:1 -91A1 24 Two-Hand Operation 153-13 Compact I/O Module 153-14 -91A1 Compact I/O Module 153-7 -91A1 23 2 D -152K7:13 4 Upward Mode -153S1 13 21 14 22 -153S3 13 21 Platen Position: Low Detection 14 22 -153Y4 1 -153S6 13 21 Platen Position: Top Edge Detection 14 22 14 Platen Position: Empty Detection Downward Mode 2 11 12 /154.3 E E Cylinder +CL /152.8 F I Pneumatic Plate +PP Cylinder +CL page page c b editor a date name 28.04.08 SPE Downward Mode / Low / Empty 7140528.05 1 date name output /154.1 = SLP + page 153 checked change I 16.08.11 L.Selent protection mark acc. DIN 34 to be observed Wiring diagram VP020 Gear Pump 200/240V 31 page F 1 /153.8 /153.8 2 3 4 5 6 7 8 L+ L+ L- L- /211.1 /211.1 A A -91A1 -91A1 24VDC 24VDC Compact I/O Module Compact I/O Module Digital Output Digital Output Upward Mode Aeration Q A6 X8:1 X7:2 Q A5 X7:1 154-1 X8:2 -152K3 B B 11 Air Input Detection 3 7 154-6 154-2 -153K8 11 High Lift Pressure 12 14 154-3 C 154-5 C 1 2 -154V3 1 2 3 4 -154V6 4 D -XL50 21 11 -XL50 22 12 -154Y2 Upward Mode 1 2 -154Y3 Low Pressure /153.5 XL50 -XL50 9 5 13 -XL50 10 6 14 154-7 154-4 3 16 -154Y6 1 2 D 15 Aeration 1 2 E E Pneumatic Plate /153.8 F I Aeration "A" +PP page page c b editor a AEM:09.32.10 13.08.10 L.Selent change date name date name 28.04.08 SPE Upward Mode / Aeration 7140528.05 1 /161.1 = SLP + page 154 checked output I 16.08.11 L.Selent protection mark acc. DIN 34 to be observed Wiring diagram VP020 Gear Pump 200/240V 31 page F 1 2 3 4 5 6 7 8 A A -91A1 -91A1 24VDC Compact I/O Module Compact I/O Module Digital Output Digital Input Main Contactor X6:1 Main Contactor Q A4 X6:2 X13:5 I E11 X13:6 161-3 B 161-6 161-7 B -161K5 1 161-1 C or C 14 1 161-4 161-2 -XLT 2 13 D D A1 -161K5 161-5 24VDC E -161S2 -161S5 Heating Punch Overtemp.thermostat Transformer Overtemp.thermostat Heating Punch /154.8 F I +HP Main Contactor A2 1 2 3 4 5 6 13 14 21 22 /1.6 E /1.7 /1.7 .8 1 wire jumper with transformer 2 wire jumper without transformer T r a n s f o r m e r+ T R page page c b editor a date name 28.04.08 SPE Main Contactor/Thermostat 7140528.05 1 date name output /164.1 = SLP + page 161 checked change I 16.08.11 L.Selent protection mark acc. DIN 34 to be observed Wiring diagram VP020 Gear Pump 200/240V 31 page F 1 2 3 4 5 6 7 8 A A B -91A1 24VDC -91A1 24VDC -91A1 Compact I/O Module Compact I/O Module Compact I/O Module Digital Output Digital Output Digital Output Melter Ready For Operation Warning Light Fault Light X3:1 X3:2 Q A1 X3:3 Q A2 X3:4 B 24VDC Q A3 X3:5 164-5 164-2 164-1 164-4 C 164-3 C D D -164H3 Unit ON White 1 0 2 Ready Light Green 0 3 Low Level 0 Orange 4 Fault Light 0 Red E E Light Tower /161.8 F I +LT page page c b editor a date name 28.04.08 SPE Option Light Tower "W" 7140528.05 1 date name output /190.1 = SLP + page 164 checked change I 16.08.11 L.Selent protection mark acc. DIN 34 to be observed Wiring diagram VP020 Gear Pump 200/240V 31 page F 1 2 3 4 5 6 7 8 A A B B -91A1 -91A1 Compact I/O Module Compact I/O Module Analog Input Analog Input Line speed for all motors Line Speed Frequency X4:1 I EA1 X4:2 - X14:1 + X14:2 + I EF1 X14:3 - sig. 190-5 190-4 190-1 190-3 C 190-2 C D D ferrite core -XS5 1 2 3 4 5 E E 0-10VDC 4 - 20 mA 0-100Khz For Gear Pump /164.8 F I page page c b editor a date name 28.04.08 SPE Key-to-Line Analog Input 7140528.05 Wiring diagram VP020 Gear Pump 200/240V 1 date name output 16.08.11 L.Selent protection mark acc. DIN 34 to be observed /201.1 = SLP + page 190 checked change I 31 page F 1 2 3 4 5 6 7 8 A A -71T2:-V -XL12.1 1 -XL11.1 3 2 -XL12.1 3 201-2 2 201-6 1 201-1 /71.6 -XL11.1 201-5 /71.6 -71T2:+V B B J1:V+ J1:GND J1:LMS1 J1:LMS2 J1:V+ J1:GND -201Y2 -201Y4 Proportinal Valve Proportinal Valve Pump 1 Pump 2 CMD- CMD+ CMD- J1:LMS1 J1:LMS2 CMD+ C C Fill Dump 201-7 201-8 Dump 201-4 201-3 Fill D D -XS4 1 2 3 0-10V or 4-20mA 4 0-10V or 4-20mA E E =P+TB /190.8 F I Tower Back page page c b editor a date name 28.04.08 SPE Option Flow Control "P" 7140528.05 1 date name output /205.1 = SLP + page 201 checked change I 16.08.11 L.Selent protection mark acc. DIN 34 to be observed Wiring diagram VP020 Gear Pump 200/240V 31 page F 1 2 3 4 5 6 7 8 A A B B -205Y2 -205Y3 -XS4 C 205-3 205-1 C 205-4 Pneumatic Pressure Control Valve 2 205-2 Pneumatic Pressure Control Valve 1 1 2 3 4 D D E E +TB /201.8 F I Tower Back page page c b editor a date name 28.04.08 SPE Option Flow Control "F" 7140528.05 1 date name output /211.1 = SLP + page 205 checked change I 16.08.11 L.Selent protection mark acc. DIN 34 to be observed Wiring diagram VP020 Gear Pump 200/240V 31 page F 1 /154.8 /154.8 L+ -XL11 2 4 5 6 7 8 L+ -XL12 L- 3 7 A 7 L- A BLACK White Blue Bare RED CAN-Bus See System Plan B B CAN-Bus C C D D -211B1 -211B2 Pressure Sensor 1 Pressure Sensor 2 E E For Gear Pump Heating Punch /205.8 F I +HP page page c b editor a date name 28.04.08 SPE Option Internal Pressure Indication "A" 7140528.05 1 date name output = SLP + page 211 checked change I 16.08.11 L.Selent protection mark acc. DIN 34 to be observed Wiring diagram VP020 Gear Pump 200/240V 31 page F 1 2 A 3 4 5 6 7 8 A CAN-BUS CAN X16 Control Panel Compakt-I/O Module 1 -95A2 B X9 X9 X9 Temp.-Module 1 Temp.-Module 2 Temp.-Module 3 -91A1 -81A1 Option Option -82A1 -83A1 B Ethernet CAN-BUS C C Red Black White Blue D 7 HI D LO Bare 120 Ohm 120 Ohm -XL11 7 -XL12 7 HI LO 7 7 LO HI Pressure Sensor 1 - 2 Option see page SLP/211 -61N5 E E Motor Controller F c b editor a 500000002143 15.08.11 change date L.Selent name Internal Pressure Indication "A" date name 28.04.08 SPE Interconnection Diagram CAN Gear Pump 7140528.05 system plan VP020 Gear Pump 200/240V 1 page 1 checked output 16.08.11 L.Selent protection mark acc. DIN 34 to be observed F = SYS + 1 page