FIPA Vacuum Components

Transcription

1 213.K1-ER English February 213 FIPA Vacuum Components Addendum Version 1 pa.com

2 Editorial Only those who think ahead stay ahead Competence in Vacuum Technology Based in Ismaning near Munich, FIPA is an international company, operating in the fields of Vacuum Technology and End-of-Arm-Tooling. We specialise in developing and marketing quality products and innovative solutions for all aspects of material flow systems and Pick & Place. The clearly-defined company profile and continuous orientation of FIPA to our customers requirements ensure constant growth, technological development and qualitative improvement of our range of goods and services. In order to keep you informed of significant product developments, please find herewith the supplement to our catalogue Vacuum Components, published in January 211. Best regards, Rainer Mehrer, CEO of FIPA Vacuum generation: Ejectors with air saving function Vacuum generation: Vacuum pumps - oil-free Vacuum generation: Vacuum pumps oil-lubricated Valve technology: Vacuum valves System monitoring: Vacuum switches Connectors: Rotation connectors

3 Vacuum generation Compact ejectors Ejectors with air saving function EKPP Ejectors with air saving function EKPP Energy saving function by integrated pressure control UP TO 5 % ENERGY SAVING Product Description > Energy saving function through automatic pressure regulation - Full performance starting from 4 bar supply pressure - In between 4-8 bar supply pressure the ejector operates at 3,5 bar - Air saving potential increases with difference between supply pressure and operation pressure - This saves up to 5 % energy with every workpiece - no matter if dense or porous > Significant reduction of sound level as exhaust pressure is independent of system pressure > Optimized open silencer reduces noise level up to 3 dba and operates fully maintenance-free Ordering notes > Optionally available check valve will maintain vacuum in case of power failure and prevents workpiece from falling Technical Data Nozzle diameter [mm] Suction power [Nl/min] Air consumption Final vacuum [%] Optimal feed pressure [bar] Operating pressure [bar] Usage temperature Suitable check valves Item no. [Nl/min] [ C] EKPP.6x12 1, , EKPP.6x15 1, , EKPP.6x2 2, , EKPP.6x25 2, , EKPP.6x3 3, , EKPP.9x12 1, , EKPP.9x15 1, , EKPP.9x2 2, , EKPP.9x25 2, , EKPP.9x3 3, , Display of the energy saving potential by integrated pressure control Air consumption [Nl/min] Traditional Venturi pump Energy savings Feed pressure [bar] Example of EKP.9x25 resp. EKP.6x25

4 Vacuum generation Compact ejectors Ejectors with air saving function EKPP Vacuum switches > Ejectors with electronic (digital) vacuum switch EKPP-VA with display, 2 outputs. LEDS Signal Output 1 Output 2 Up output 2 Signal output M Mode Display Down M8 Connector +24V DC V > EKPP-VE 1 Output Output LED Signal output Setup of switchpoint Setup of hysteresis M8 Connector +24V DC V > Ejectors with vacuum switch with electric (analogue) contact EKPP-VK NO signal Common M12 Connector Adjusting screw NC signal > Ejectors without vacuum switch EKPP-VO: This type needs to be complemented by an independent vacuum switch in the vacuum system or, during evacuation of a manually controlled volume, by a vacuum meter. Dimensions a 84 b d c 35 2 e G1/ a = Silencers for nozzle Ø 1.2 or 1.5 mm b = Silencers for nozzle Ø or 3 mm c = Mounting Ø 4.2 mm d = G1/4 pressure connection for 4 bar pressure e = G1/2 Vacuum connection

5 Vacuum generation Compact ejectors Ejectors with air saving function EKPP Please specify when ordering Type + Vacuum level x Nozzle diameter + Vacuum switch = Item number Two model ranges available: > EKPP.9: for dense workpieces, max. vacuum level 9% > EKPP.6: Higher suction power for porous workpieces, max. vacuum level 6% > Digtal and analog vacuum switches for process monitoring Example: EKPP.9x12-VA (Compact ejector EKPP., vacuum level 9%, nozzle diameter 1,2 mm, with electric vacuum switch with display) 1.: Type 2.: Vacuum level EKPP. P. 6 9 max. 6% vacuum (porous products) max. 9% vacuum (non-porous products) X 3.: Nozzle diameter 4.: Vacuum switch 12 Ø 1,2 mm VA digital with display 15 Ø 1,5 mm VE digital without display 2 Ø 2 mm 25 Ø 2,5 mm VK with electric contact 3 Ø 3 mm VO without vacuum switch Suitable connector cables for vacuum switch: 2.51: M8 thread, female, 4-pin, straight plug, cable length 5 m 2.52: M8 thread, female, 4-pin, 9 elbow plug, cable length 5 m 2.53: M8 thread, female, 3-pin, straight plug, cable length 2 m 2.57: M8 thread, female, 3-pin, 9 elbow plug, cable length 2 m Diagrams > Vacuum against operating pressure > Suction power against vacuum level Vacuum [%] EKPP.9 EKPP Feed pressure [bar] Throughput [Nl/min] EKPP.6x3 EKPP.9x3 EKPP.6x25 EKPP.9x25 EKPP.6x2 EKPP.9x2 EKPP.6x15 EKPP.9x15 EKPP.6x12 EKPP.9x Vacuum [%]

6 Vacuum generation Compact ejectors Ejectors with air saving function EKPP Diagrams > Suction power against operating pressure > Air consumption against operating pressure Throughput [Nl/min] EKPP.6x3 EKPP.6x25 EKPP.6x2 EKPP.6x15 Air consumption [Nl/min] EKPP.6x3 EKPP.9x3 EKPP.6x25 EKPP.9x25 EKPP.6x2 EKPP.9x2 EKPP.6x15 EKPP.9x15 5 EKPP.6x Feed pressure [bar] EKPP.6x12 EKPP.9x Feed pressure [bar] Evacuation time [sec.] for 1 liter at vacuum level 1 % 2 % 3 % 4 % 5 % 6 % 7 % 8 % 85 % Item no. EKPP.6x12,9,2,35,55, EKPP.6x15,6,14,23,36, EKPP.6x2,4,8,13,21, EKPP.6x25,3,5,9,14, EKPP.6x3,1,4,7,1, EKPP.9x12,13,27,44,64,88 1,19 1,62 2,37 3,12 EKPP.9x15,9,18,29,42,58,79 1,8 1,59 2,8 EKPP.9x2,5,11,18,25,35,46,65,95 1,25 EKPP.9x25,3,7,11,16,22,3,41,59,78 EKPP.9x3,3,6,9,13,18,24,33,48,64

7 Vacuum generation Compact ejectors Ejectors with air saving function EKP-LSE Ejectors with air saving function EKP-LSE Double energy efficient by electronic air saving function and integrated pressure control UP TO 9 % ENERGY SAVING Check valve with wire mesh to keep out impurities, digital vacuum switch 2.21 with LED-display, 36 rotatable Product Description > Handling dense workpieces > Integrated electronic air-saving system - Reduces operating costs from 6 up to 9% - When upper vacuum level set is reached (workpiece gripped), air saving function automatically shuts off the vacuum generator - When vacuum level has dropped to set lower threshold, vacuum generation is re-activated until upper vacuum level is reached again - Integrated check valve keeps vacuum level set after vacuum generation is shut off > Integrated pressure control - Automatic pressure regulation to 4 bar reduces air consumption also during vacuum generation - Additional air saving potential increases with difference between feed and operation pressure > Integrated blow-off function for fast duty cycles > Blow-off flow manually adjustable > Safety function in the event of a power failure (Function NO) as integrated check valve keeps vacuum > Reduced sound level through integrated open silencer (~ 68 dba without automatic air-saving system, ~ dba with active automatic air-saving system) > Dirt-proof construction, no filter required > Electric connection via 2 x M12 plug 5-pin (1 x input, 1 x output) Note Function NO: Safety function due to control valve. Workpiece will still be gripped in case of power failure because vacuum is still generated as magnetic valve still staysopen. The following vacuum values are commonly used in eg. the automotive sector: - 65 % (-65 mbar, part release) - 75 % (-75 mbar, vacuum build up) Ordering notes > Included in delivery Mounted digital vacuum switch with fixed orientation > Optional: Digital vacuum switch 2.21 with LED-Display, 36 rotatable Technical Data Item no. Nozzle diameter [mm] Suction power [Nl/min] Air consumption at 4 bar [Nl/s] Final vacuum [%] Feed pressure [bar] EKP.9x3-LSE , VDC IP65 Unlubricated, filtered air Working pressure [bar] Usage temperature [ C] Control voltage Protection class Medium Suitable connector cable

8 Vacuum generation Compact ejectors Ejectors with air saving function EKP-LSE Wiring diagram Blow-off control, 24 V DC Signal Item gripped 24V DC switch output normally-closed contact (NO) OUT IN 24 V DC vacuum Output vacuum switch Switching point 2 24 V DC constant Power supply V Input 24 V DC V Plug wiring 1: brown 2: white 3: blue 4: black Regulation system of energy saving ejector Vacuum in container Compressed air consumption depends on leckage rate and regulated volume Evacuation of container Evacuation of container Consumption of compressed air Delta t depends on leckage rate and the regulated volume Time The ejector EKP-LSE has been designed with the purpose to minimize the consumption of compressed air in a gripping cycle. As soon as the preset vacuum level is being reached, the vacuum generation and thus the consumption of compressed air is stopped. This process is called regulation. The diagram shows the regulation system of the ejector EKP-LSE. As soon as the optimum preset vacuum level (value 1) has been reached, the ejector keeps the vacuum level until the bottom value of the hysteresis has been reached due to leakage after a time period t. The automatic regulation system enables to maintain an optimum vacuum level and reduces energy consumption and the soun level along the full gripping cycle. Dimensions 15,4 a 73, ,8 3 5 e b c q 2x Ø 4,2 d 44,5 a = Electric connection, 1 x inlet, 1 x outlet, M12, 4-wire b = Control LEDs for vacuum control and blow-off c = G1/2 Vacuum connection d = Vacuum switch e = G1/4 compressed air connection q = Vacuum

9 Vacuum generation Compact ejectors Ejectors with air saving function EKP-LSE Diagrams > Vacuum against operating pressure > Suction power against vacuum level Vacuum [%] Suction power [Nl/min] Operating pressure [bar] Vacuum [%] > Suction power against operating pressure Suction power [Nl/min] Vacuum [%] Evacuation time [sec.] for 1 liter at vacuum level 1 % 2 % 3 % 4 % 5 % 6 % 7 % 8 % 85 % Item no. EKP.9x3-LSE,3,6,9,13,18,24,33,48,64

10 Vacuum generation Compact ejectors Ejectors with air saving function EKP Ejectors with air saving function EKP Energy saving function by integrated pressure control UP TO 5 % ENERGY SAVING Product Description > Energy saving function through automatic pressure regulation - Full performance starting from 4 bar supply pressure - In between 4-8 bar supply pressure the ejector operates at 3,5 bar - Air saving potential increases with difference between supply pressure and operation pressure - This saves up to 5 % energy with every workpiece - no matter if dense or porous > Significant reduction of sound level as exhaust pressure is independent of system pressure > Optimized open silencer reduces noise level up to 3 dba and operates fully maintenance-free > Integrated vacuum valve for vacuum control > Integrated blow-off function for fast duty cycles > Blow-off flow manually adjustable Ordering notes > Optionally available check valve will maintain vacuum in case of power failure and prevent workpiece from falling > Optionally available version normally open, NO will hold workpiece even in case of power failure Technical Data Item no. Nozzle diameter [mm] Suction power [Nl/min] Air consumption [Nl/min] Final vacuum [%] Optimal feed pressure [bar] Operating pressure [bar] Usage temperature [ C] Protection class Control voltage Current consumption for vacuum and blow-off feature [ma] EKP.6x12 1, ,5 1-6 IP65 24 V DC (adjusted) ± 1% 3 (,7 W) EKP.6x15 1, ,5 1-6 IP65 24 V DC (adjusted) ± 1% 3 (,7 W) EKP.6x ,5 1-6 IP65 24 V DC (adjusted) ± 1% 3 (,7 W) EKP.6x25 2, ,5 1-6 IP65 24 V DC (adjusted) ± 1% 3 (,7 W) EKP.6x ,5 1-6 IP65 24 V DC (adjusted) ± 1% 3 (,7 W) EKP.9x12 1, ,5 1-6 IP65 24 V DC (adjusted) ± 1% 3 (,7 W) EKP.9x15 1, ,5 1-6 IP65 24 V DC (adjusted) ± 1% 3 (,7 W) EKP.9x ,5 1-6 IP65 24 V DC (adjusted) ± 1% 3 (,7 W) EKP.9x25 2, ,5 1-6 IP65 24 V DC (adjusted) ± 1% 3 (,7 W) EKP.9x ,5 1-6 IP65 24 V DC (adjusted) ± 1% 3 (,7 W) Suitable accessories Connector cable Connector cable Check valve Connector cable Connector cable Check valve Connector cable Connector cable Check valve Connector cable Connector cable Check valve Connector cable Connector cable Check valve Connector cable Connector cable Check valve Connector cable Connector cable Check valve Connector cable Connector cable Check valve Connector cable Connector cable Check valve Connector cable Connector cable Check valve

11 Vacuum generation Compact ejectors Ejectors with air saving function EKP Display of the energy saving potential by integrated pressure control Air consumption [Nl/min] Traditional Venturi pump Energy savings Feed pressure [bar] Example of EKP.9x25 resp. EKP.6x25 Pneumatic Diagram Ejector without blow-off-function EKP X EV _ Ejector with controlled blow-off-function EKP X AV _ Ejector with automatic blow-off-function with time release EKP X ZV _ > Basic product > Only one control signal > Control of blow-off-function through outer signal with screw to adjust blow-off-volume > Two control signals > Automatic blow-off when ejector is switched off, delay of blow-off can be manually set between and 3 s, with adjusting screw > Only one control signal Electric plug / Vacuum switch 24 V DC a V 24 V DC b 24 V DC c a = Control of vacuum b = Permanent (version Z) c = Blow-off-control (version A) > Ejectors with electronic (digital) vacuum switch EKP-VA with display, 2 outputs. LEDS Output 1 Output 2 Up Signal output 2 Signal output M M Connector V C Mode V Display Down D > EKP-VE 1 Output Output LED Setup of switchpoint Setup of hysteresis M8 Connector +24V DC Signal output V 13,5 > 7 positions to choose from by full access to ejector front > Ejectors with vacuum switch with electric (analogue) contact EKP-VK NO signal Common Adjusting screw M12 Connector NC signal > Ejectors without vacuum switch EKP-VO: This type needs to be complemented by an independent vacuum switch in the vacuum system or, during evacuation of a manually controlled volume, by a vacuum meter.

12 Vacuum generation Compact ejectors Ejectors with air saving function EKP Dimensions 139 b f a c 6,5 45 d e G1/4 G1/2 (EKP...VA) (EKP...VE) 73 (EKP...VK) 85 a = Silencers for nozzle Ø 1.2 or 1.5 mm b = Silencers for nozzle Ø or 3 mm c = Manual vacuum and blow-off control d = Mounting Ø 4.2 mm e = Adjusting blow-off power Please specify when ordering Type + Vacuum level + Nozzle diameter + Composition of module + Vacuum switch = Item number Two model ranges available > EKP.9: for dense workpieces, max. vacuum level 9 % (-9 mbar) > EKP.6: Higher suction power for porous workpieces, max. vacuum level 6% (-6 mbar) > Standard version (no extra code) is normally closed (NC): In case of power failure the workpiece will fall down > Please chcose digtal or analog vacuum switches for process monitoring > Standard version normally closed (NC): no special marking Optional: Design normally open: Please add -NO to the order code Example: EKP.9x12-AVA (Compact ejector EKP., vacuum level 9%, nozzle diameter 1,2 mm, with controlled blow-off function and with electric vacuum switch with display) 1.: Type 2.: Vacuum level 3.: Nozzle diameter 4.: Composition of module 5.: Vacuum switch 6.: Optional EKP. 6 9 max. 6% vacuum (porous products) max. 9% vacuum (non-porous products) X 12 Ø 1,2 mm E 15 Ø 1,5 mm 2 Ø 2 mm 25 Ø 2,5 mm 3 Ø 3 mm A Z without blow-off-function with controlled blow-offfunction with automatic blow-offfunction with time release -3 sec. VA VE VK VO digital with display digital without display analogue with electric contact without vacuum switch -NO (normally open) Suitable connector cables for vacuum switch: 2.51: M8 thread, female, 4-pin, straight plug, cable length 5 m 2.52: M8 thread, female, 4-pin, 9 elbow plug, cable length 5 m Suitable connector cables for vacuum valve and blow-off control: 2.518: M12 thread, female, 4-pin, straight plug, cable length 2 m 2.519: M12 thread, female, 4-pin, 9 elbow plug, cable length 2 m 2.53: M8 thread, female, 3-pin, straight plug, cable length 2 m 2.57: M8 thread, female, 3-pin, 9 elbow plug, cable length 2 m

13 Vacuum generation Compact ejectors Ejectors with air saving function EKP Diagrams > Vacuum against operating pressure > Suction power against vacuum level Vacuum [%] EKP.9 EKP Feed pressure [bar] Throughput [Nl/min] EKP.6x3 EKP.6x25 EKP.6x2 EKP.6x15 EKP.6x Vacuum [%] > Suction power against operating pressure > Air consumption against operating pressure Throughput [Nl/min] EKP.6x3 EKP.6x25 EKP.6x2 EKP.6x15 Air consumption [Nl/min] EKP.6x3 EKP.9x3 EKP.6x25 EKP.9x25 EKP.6x2 EKP.9x2 EKP.6x15 EKP.9x15 5 EKP.6x Feed pressure [bar] EKP.6x12 EKP.9x Feed pressure [bar] Evacuation time [sec.] for 1 liter at vacuum level 1 % 2 % 3 % 4 % 5 % 6 % 7 % 8 % 85 % Item no. EKP.6x12,9,2,35,55, EKP.6x15,6,14,23,36, EKP.6x2,4,8,13,21, EKP.6x25,3,5,9,14, EKP.6x3,1,4,7,1, EKP.9x12,13,27,44,64,88 1,19 1,62 2,37 3,12 EKP.9x15,9,18,29,42,58,79 1,8 1,59 2,8 EKP.9x2,5,11,18,25,35,46,65,95 1,25 EKP.9x25,3,7,11,16,22,3,41,59,78 EKP.9x3,3,6,9,13,18,24,33,48,64

14 Vacuum generation Compact ejectors Ejectors with air saving function EMM Ejectors with air saving function EMM Energy saving function by integrated pressure control UP TO 5 % ENERGY SAVING Product Description > Energy saving function through automatic pressure regulation - Full performance starting from 4 bar supply pressure - In between 4-8 bar supply pressure the ejector operates at 3,5 bar - Air saving potential increases with difference between supply pressure and operation pressure - This means up to 5 % less energy consumption with every workpiece - no matter if dense or porous > Integrated blow-off function for fast duty cycles > Blow-off flow manually adjustable > LED Display to set and monitor vacuum leves > Very compact design with integrated open silencer reduces noise level up to 3 dba and operates fully maintenance-free Ordering notes > Optionally available with integrated check valve to maintain vacuum in case of power failure Technical Data Item no. Nozzle diameter [mm] Suction power [Nl/min] Air consumption [Nl/min] Final vacuum [%] Optimal feed pressure [bar] Operating pressure [bar] Usage temperature [ C] Protection class Control voltage Current consumption for vacuum and blowoff feature [ma] EMM.6x1 1, ,5 1-6 IP65 24 V DC (adjusted) ± 1% 3 (,7 W) EMM.6x12 1, ,5 1-6 IP65 24 V DC (adjusted) ± 1% 3 (,7 W) EMM.6x14 1, ,5 1-6 IP65 24 V DC (adjusted) ± 1% 3 (,7 W) EMM.9x1 1, ,5 1-6 IP65 24 V DC (adjusted) ± 1% 3 (,7 W) EMM.9x12 1, ,5 1-6 IP65 24 V DC (adjusted) ± 1% 3 (,7 W) EMM.9x14 1, ,5 1-6 IP65 24 V DC (adjusted) ± 1% 3 (,7 W) Suitable connector cable

15 Vacuum generation Compact ejectors Ejectors with air saving function EMM Display of the energy saving potential by integrated pressure control Air consumption [Nl/min] 1 5 Traditional Venturi pump Energy savings Feed pressure [bar] Pneumatic Diagram Ejector with blow-off-function EMM X EV _ Ejector with controlled blow-off-function EMM X AV _ > Basic product > Only one control signal > Display of vacuum level > Manual control option > Automatic blow-off through outer signal, with adjusting screw > Two control signals > Display of vacuum level and blow-off-function > Manual control option Vacuum switches Ejectors without vacuum switch Ejectors with vacuum switch Input M8 24 V DC Vacuum V DC Blow-off V Analogue output 1 to 5 V DC V DC 1 permanent Contact output 24 V DC V Output Input 24 V DC Vacuum V DC Blow-off V

16 Vacuum generation Compact ejectors Ejectors with air saving function EMM Please specify when ordering Type + Vacuum level x Nozzle diametera + Composition of module + Vacuum switch = Item number Two model ranges available > EMM.9: for dense workpieces, max. vacuum level 9 % (-9 mbar) > EMM.6: Higher suction power for porous workpieces, max. vacuum level 6% (-6 mbar) Example: EMM.9x12-AVA (Compact ejector EMM, vacuum level 9%, nozzle diameter 1,2 mm, with controlled blow-off-function and with electric vacuum switch with display) 1.: Type EMM. 2.: Vacuum level 6 9 max. 6% vacuum (porous products) max. 9% vacuum (non-porous products) X 3.: Nozzle diameter 4.: Composition of module 5.: Vacuum switch 1 Ø 1, mm E without blow-offfunction - VA digital with display 12 Ø 1,2 mm A with controlled blowoff-function VO without vacuum switch 14 Ø 1,4 mm 6.: Optional _CV (with check valve) Suitable connector cables for vacuum switch: 2.51: M8 thread, female, 4-pin, straight plug, cable length 5 m 2.52: M8 thread, female, 4-pin, 9 elbow plug, cable length 5 m Suitable connector cables for vacuum valve and blow-off control: 2.53: M8 thread, female, 3-pin, straight plug, cable length 2 m 2.57: M8 thread, female, 3-pin, 9 elbow plug, cable length 2 m Product version with integrated check valve to maintain vacuum / safe grip in case of breakdown of compressed air supply: Appendix: _CV Example: EMM.9x14-AVA_CV

17 Vacuum generation Compact ejectors Ejectors with air saving function EMM Dimensions and screwing-up options > Mounting sideways b z Ø6 > Mounting in the front z 13,5 a 18,5 32,5 64,5 c d Ø8 q 59, > Block mounting on a DIN rail z e , ,5 71,2 29,9 7,2 z = Compressed air connection q = Vacuum connection a = 2 Bore holes for 4mm screws b = M8 plug c = 2 continuous screws d = Mounting plate with 4 screws (Item-number EMM.FIX-V) e = Mounting plate for DIN rail with 4 screws (Item-number EMM.FIX-D) - on plate per EMM-modul Evacuation time [sec.] for 1 liter at vacuum level 3 % 4 % 45 % 5 % 55 % 6 % 65 % 7 % 75 % 8 % Item no. EMM.6x1,66 1,4 1,31 1,7 2, EMM.6x12,41 1,66,83 1,7 1, EMM.6x14,27,43,54,7, EMM.9x ,76 2,4 2,38 2,8 3,33 4,9 EMM.9x ,13 1,31 1,53 1,8 2,15 2,64 EMM.9x ,73,85,99 1,16 1,38 1,7

18 Vacuum generation Compact ejectors Ejectors with air saving function EMA Ejectors with air saving function EMA Double energy efficient by integrated pressure control and electronic air saving function UP TO 97 % ENERGY SAVING Energy saving ejector EMA.9X14-NC-AVA with bellows vacuum cup and workpiece Product Description > Handling of dense workpieces > Integrated electronic air-saving system (LSA) - Reduces operating costs from 6 up to 97% with dense workpieces - Automatically adjusts to workpiece type (activiation with dense workpieces, deactivation with higher porosity or uneven surfaces) > Integrated pressure control - Automatic pressure regulation to 3,5 bar constant - Significantly reduces operating costs up to 5 % also with porous workpieces - Air saving potential increases with difference between supply pressure and operation pressure > Available versions normally open (NO) or normally closed (NC) > Reduced sound level through integrated open silencer ( ~ 68 dba without automatic air-saving system, ~ dba with active automatic air-saving system) > Dirt-proof construction, no filter required > Easy setting via keyboard, operational status and fault detection via display Note Version NC: If the ejector experiences power failure, the workpiece is only held by the vacuum between non-return valve and product surface. Vacuum and blow-off are controlled using a single signal. Version NO: Higher security, the vacuum continues to be generated during power failure and this holds the workpiece in place Technical Data Item no. Nozzle diameter [mm] Suction power [Nl/min] Air consumption [Nl/min] Final vacuum [%] Optimal feed pressure [bar] Working pressure [bar] Usage temperature [ C] Control voltage Current consumption for vacuum and blowoff feature [ma] EMA.9x1 1, , V DC (adjusted) ± 1% 3 (,7 W) IP65 13 EMA.9x12 1, , V DC (adjusted) ± 1% 3 (,7 W) IP65 13 EMA.9x14 1, , V DC (adjusted) ± 1% 3 (,7 W) IP65 13 Protection class Weight [g] Suitable connector cable

19 Vacuum generation Compact ejectors Ejectors with air saving function EMA Pneumatic Diagram Solenoid valve N.C. Solenoid valve N.O. NC NO Operating principle EMA series g f h i b a d e c OUT IN a g b a b c %V Vmax=9% V2=75% V1=65% d e h a i f c d e Air-saving system LSA b q s 1. Gripping of the item The vacuum-solenoid valve b starts the cycle Venturi tubes c are supplied with compressed air and generate the vacuum to grip the item quickly with the suction gripper -> short-term energy consumption. 2. Operations on the suctioned item The vacuum level is continually monitored by the vacuum switch f. When the vacuum threshold limit V1 (65%) is reached the signal Item suctioned is triggered. This gives a green light for the scheduled operation (transfer, processing etc.). If the vacuum reaches the threshold limit V2 (75%), the compressed air supply to the Venturi tubes via the solenoid valve e is interrupted. Energy consumption falls to nil. The item remains suctioned because of the vacuum that remains because of the closed non-return valve. Tiny leakages often lead to a slow release of the vacuum. If the vacuum falls to the threshold limit of 65%, a new vacuum is briefly generated, i.e. until the threshold limit V2 (75%) is reached. 3. Depositing of the workpiece At the end of the procedures blow-off is triggered. The blow-off valve h generates an air jet that closes the blocking valve. This blows off the item using the air pressure regulator i so that it can be deposited more quickly.

20 Vacuum generation Compact ejectors Ejectors with air saving function EMA Nozzle diameter and energy saving Air Saving control cycle self-adaptation (LSA) Cycle 1: Deals with an air tight product under the influence of LSA, resulting in optimum energy savings. Cycle 2: The porous product generates leaks that provoke repeated intermittent vacuum regeneration. The anomaly is automatically detected, and the cycle goes on but without LSA. A LSA missing signal is then emitted and displayed, and production goes on. Cycle 3: Illustrates the automatic return to the LSA cycle as soon as leaks are eliminated: air tight products, vacuum circuit maintenance. The compact-ejektor EMA thus provides the maximum energy saving, without any limitations to the performance and functioning of the overall production system. %V Vmax=9% V2=75% V1=65% Air Saving Function (LSA) no LSA LSA missing LSA Cycle 1 Cycle 2 Cycle 3 Without automatic air-saving system With automatic air-saving system Nozzle diameter [mm] Suction power [Nl/min] Air consumption [Nl/min] Suction duration (65% vacuum) [sec] Suction duration (75% vacuum) [sec] Air consumption [Nl/min] ,38 3,33 2,2 1, ,53 2,15 2,2 1,4 7 9,99 1,38 2,2 > Automatic air-saving system activation allows a larger tube diameter to grip more quickly without increased consumption. Example of the air saving potential The examples show how the automatic air saving function LSA reduces the energy demand: > 75% energy saved during product transfer > 99% energy saved during holding products while they are further processed or treated The investment will often amortize itself within a couple of months. Gripping + Transfer (Nozzle Ø 1,4 mm, Evacuation of,2 l) Air consumption Phase Duration without "LSA" with "LSA" Grip,28 s,4 Nl,4 Nl air saving potential Transfer 1,2 s 1,8 Nl Placement,14 s,2 Nl,2 Nl 2,4 Nl,6 Nl 75 % Fixation + Operation process (Nozzle Ø 1,4 mm, Evacuation of,4 l) Air consumption Phase Duration without "LSA" with "LSA" Fixation,55 s,8 Nl,8 Nl air saving Operation potential process 6 s 9 Nl Placement,14 s,2 Nl,2 Nl 91 Nl 1, Nl 99 %

21 Vacuum generation Compact ejectors Ejectors with air saving function EMA Wiring diagram Adjustable side exit Signal without LSA +5V normally-closed contact (NO) OR (setting) Signal Vacuum level analogue 1 to 5V DC 24 V DC constant Power supply Signal Item gripped 24V DC switch output normally-closed contact (NO) OUT IN V 24 V DC vacuum 24 V DC Blow-off OR (setting, only with closed NC model) V Controlled blow-off via specific Signal 2 control signal: Vacuum and Blow-off 24 V DC vacuum V Automatic delayed blow-off 1 single control signal: Stopping the vacuum triggers blow-off with a delay that can be set at to 3 seconds. Plug wiring 1: brown 2: white 3: blue 4: black > Output signal "object gripped", 24 VDC, Switching output NO, switching current 125 ma, PNP > Adjustable side output: 1. Signal without air saving function, +5V switching output NO: eg. signal for failure indication 2. Signal "vacuum level", analog, 1-5 VDC of metering range Please specify when ordering Type + Vacuum level x Nozzle diameter + switching function + AVA + block mounting = Item number Every model is equipped with a controlled blow-off function and an electronic display. Example: EMA.9x14-NO-AVA-X2 oder EMA.9x12-NC-AVA-X7 1.: Type 2.: Vacuum Level 3.: Nozzle Diameter 4.: Switching Function 4.: Block Mounting EMA. 9 max. 9% Vacuum X 1 Ø 1, mm 12 Ø 1, 2 mm NO NC normally-open normally-closed AVA X1-X9 X1-X7 max. 9 module by Nozzle-Ø 1 maximal 7 module by Nozzle-Ø Ø 1, 4 mm X1-X5 maximal 5 module by Nozzle-Ø 14 Suitable connector cables for vacuum switch: 2.51: M8 thread, female, 4-pin, straight plug, cable length 5 m 2.52: M8 thread, female, 4-pin, 9 elbow plug, cable length 5 m Suitable connector cables for vacuum valve and blow-off control: 2.51: M8 thread, female, 4-pin, straight plug, cable length 5 m 2.52: M8 thread, female, 4-pin, 9 elbow plug, cable length 5 m

22 Vacuum generation Compact ejectors Ejectors with air saving function EMA Dimensions and screwing-up options > Mounting sideways b z Ø6 > Mounting in the front z 13,5 a 18,5 32,5 64,5 c d Ø8 q 59, > Block mounting on a DIN rail z e > EMA.FIX-B Endpieces for complete island, with connecting screws and closing pins for collecting main 6, ,5 71,2 29,9 7,2 z = Compressed air connection q = Vacuum connection a = 2 Bore holes for 4mm screws b = M8 plug c = 2 continuous screws d = Mounting plate with 4 screws (Itemnumber EMM.FIX-V) e = Mounting plate for DIN rail with 4 screws (Item-number EMM.FIX-D) - on plate per EMM-modul Evacuation time [sec.] for 1 liter at vacuum level 55 % 6 % 65 % 7 % 75 % 8 % Item no. EMA.9x1 1,76 2,4 2,38 2,8 3,33 4,9 EMA.9x12 1,13 1,31 1,53 1,8 2,15 2,64 EMA.9x14,73,85,99 1,16 1,38 1,7

23 Vacuum generation Oil-free vacuum pumps Rotary vane vacuum pumps - oil-free Rotary vane vacuum pumps - oil-free Handling in dry areas Product Description > High reliability and low maintenance costs owing to simple assembly > Universal application: Continuous and alternating operation are easily possible > Compact design and low weight Ordering notes > Electric cables not included > Scope of supply: - Safety filter on suction side - DT.3C-1: Thermal protection 13 C - DT.6, DT.1: Silencer on pressure side Technical Data Item no. DT.3A-1 DT.3A-3 DT.6B-1 DT.6B-3 DT.1B-1 DT.1B-3 Suction power at 5 Hz [m³/h] Suction power at 6 Hz [m³/h] Final vacuum [mbar rel.] Power supply [V] Rated power at 5 Hz [KW] Rated power at 6 Hz [KW] Noise level at 5 Hz [db(a)] Noise level at 6 Hz [db(a)] Operating temperature at 5 Hz [ C] Operating temperature at 6 Hz [ C] Weight [kg] ,3 3, x / x / x /38-44,12,12,25,25,37,37,15,14,3,3,45, ,5 7,5 15,5 14 Suitable accessories Vacuum regulators 73.2 Pre-filter FC 1F Spare part kit KIT-DT.3A* Vacuum regulators 73.2 Pre-filter FC 1F Spare part kit KIT-DT.3A* Vacuum regulators 73.2 Pre-filter FC 1F Spare part kit KIT-DT.6B** Vacuum regulators 73.2 Pre-filter FC 1F Spare part kit KIT-DT.6B** Vacuum regulators 73.3 Pre-filter FC 2F Spare part kit KIT- DT.1B*** Vacuum regulators 73.3 Pre-filter FC 2F Spare part kit KIT-DT.1B*** * = 3 vanes, rotor ** = 4 vanes, rotor *** = 6 vanes, rotor

24 Vacuum generation Oil-free vacuum pumps Rotary vane vacuum pumps - oil-free Dimensions Ø G1/2 163 G1/ , DT.3A-1 DT.3A-3 DT.6B-1 DT.6B-3 34 G1/2 182 G1/ DT.1B-3 DT.1B-1 Diagrams > Suction power against degree of evacuation at 5 Hz > Suction power against degree of evacuation at 6 Hz 12 DT.1 1 DT Suction power [m 3 /h] DT.6 DT.3 Suction power [m 3 /h] DT.6 DT Pressure (absolute) [mbar] Pressure (absolute) [mbar]

25 Vacuum generation Oil-free vacuum pumps Rotary vane vacuum pumps - oil-free Rotary vane vacuum pumps - oil-free Handling in dry areas Product Description > High reliability and low maintenance costs owing to simple assembly > Universal application: Continuous and alternating operation are easily possible > Cooling with powerful blower at the rear of the motor > Compact design and low weight Ordering notes > Electric cables not included > Scope of supply: - Safety filter on suction side - Silencer on pressure side Technical Data Item no. DT.16B-1 DT.16B-3 DT.25B-1 DT.25B-3 DT.4B-1 DT.4B-3 Suction power at 5 Hz [m³/h] Suction power at 6 Hz [m³/h] Final vacuum [mbar rel.] Power supply [V] Rated power at 5 Hz [KW] Rated power at 6 Hz [KW] Noise level at 5 Hz [db(a)] Noise level at 6 Hz [db(a)] Operating temperature at 5 Hz [ C] Operating temperature at 6 Hz [ C] Weight [kg] x / x / x /38-44,66,55,75,75 1,5 1,5,72,66,9,9 1,8 1, ,5 27, ,5 4 37,5 Suitable accessories Vacuum regulators 73.3 Pre-filter FC 2F Spare part kit KIT-DT.16B* Vacuum regulators 73.3 Pre-filter FC 2F Spare part kit KIT-DT.16B* Vacuum regulators 73.3 Pre-filter FC 25F Spare part kit KIT-DT.25B* Vacuum regulators 73.3 Pre-filter FC 25F Spare part kit KIT-DT.25B* Vacuum regulators 73.3 Pre-filter FC 3F Spare part kit KIT-DT.4B* Vacuum regulators 73.3 Pre-filter FC 3F Spare part kit KIT-DT.4B* * = 4 vanes, filter cartridge

26 Vacuum generation Oil-free vacuum pumps Rotary vane vacuum pumps - oil-free Dimensions 412 G1/ G3/ (1~) (1~) DT.16B-3 DT.16B-1 DT.25B-1 DT.25B G (1~) DT.4B-3 DT.4B-1 Diagrams > Suction power against degree of evacuation at 5 Hz > Suction power against degree of evacuation at 6 Hz 5 5 DT.4 4 DT.4 4 Suction power [m 3 /h] DT.25 DT.16 Suction power [m 3 /h] DT.25 DT Pressure (absolute) [mbar] Pressure (absolute) [mbar]

27 Vacuum generation Oil-free vacuum pumps Rotary vane vacuum pumps - oil-free Rotary vane vacuum pumps - oil-free Handling in dry areas Product Description > High reliability and low maintenance costs owing to simple assembly > Universal application: Continuous and alternating operation are easily possible > Compact design due to robust safety housing that also reduces the sound level > DT.6C-3: Universal motor according to IE class 2 with wide voltage spectrum for worldwide use Ordering notes > Electric cables not included > Scope of supply: - Safety filter on suction side - Silencer on pressure side Technical Data Item no. DT.6C-3 DT.8C-3 Suction power at 5 Hz [m³/h] Suction power at 6 Hz [m³/h] Final vacuum [mbar rel.] Power supply at 5 (6) Hz [V] Current consumption at 5 (6) Hz [A] Rated power at 5 Hz [KW] Rated power at 6 Hz [KW] Noise level at 5 Hz [db(a)] Noise level at 6 Hz [db(a)] Operating temperature at 5 Hz [ C] Operating temperature at 6 Hz [ C] Weight [kg] Delta: 23 (265) Star: 4 (46) Delta: 23 (265) Star: 4 (46) Delta: 5,91 (5,6) Star: 3,4 (3,23) Delta: 8,8 (9) Star: 5,1 (5,2) 1,5 2,2 1,8 2, Suitable accessories Silencers 72.3 Pre-filter FC 3F Spare part kit KIT-DT.6C Silencers 72.3 Pre-filter FC 35F Spare part kit KIT-DT.8C

28 Vacuum generation Oil-free vacuum pumps Rotary vane vacuum pumps - oil-free Dimensions (DT.6C-3) (DT.8C-3) G1 G (DT.6C-3) (DT.8C-3) 1 27, Diagrams > Suction power against degree of evacuation at 5 Hz > Suction power against degree of evacuation at 6 Hz 1 1 DT.8 8 DT.8 8 Suction power [m 3 /h] DT.6 Suction power [m 3 /h] DT Pressure (absolute) [mbar] Pressure (absolute) [mbar]

29 Vacuum generation Oil-free vacuum pumps Rotary vane vacuum pumps - oil-free Rotary vane vacuum pumps - oil-free Handling in dry areas Product Description > High reliability and low maintenance costs owing to simple assembly > Universal application: Continuous and alternating operation are easily possible > Compact design due to robust safety housing that also reduces the sound level > DT.14C-3: Universal motor according to IE class 2 with wide voltage spectrum for worldwide use Ordering notes > Electric cables not included > Scope of supply: - Safety filter on suction side - Silencer on pressure side Technical Data Item no. DT.1C-3 DT.14C-3 Suction power at 5 Hz [m³/h] Suction power at 6 Hz [m³/h] Final vacuum [mbar rel.] Power supply at 5 (6) Hz [V] Current consumption at 5 (6) Hz [A] Rated power at 5 Hz [KW] Rated power at 6 Hz [KW] Noise level at 5 Hz [db(a)] Noise level at 6 Hz [db(a)] Operating temperature at 5 Hz [ C] Operating temperature at 6 Hz [ C] Weight [kg] Delta: 23 (265) Star: 4 (46) Delta: 23 (265) Star: 4 (46) Delta: 11,8 (11,4) Star: 6,8 (6,6) Delta: 14,7 (13,5) Star: 8,5 (7,8) 3 4 3,6 4, Suitable accessories Pre-filter FC 4F Spare part kit KIT-DT.1C Pre-filter FC 5F Spare part kit KIT-DT.14C

30 Vacuum generation Oil-free vacuum pumps Rotary vane vacuum pumps - oil-free Dimensions (DT.1C-3) - 83 (DT.14C-3) G 1 1/2 G 1 1/ (DT.1C-3) (DT.14C-3) 27, Diagrams > Suction power against degree of evacuation at 5 Hz > Suction power against degree of evacuation at 5 Hz DT.14 Suction power [m 3 /h] DT.14 DT.1 Suction power [m 3 /h] DT Pressure (absolute) [mbar] Pressure (absolute) [mbar]

31 Vacuum generation Oil-lubricated vacuum pumps Rotary vane vacuum pumps oil-lubricated Rotary vane vacuum pumps oil-lubricated Product Description > Very high final vacuum level > Drives with multi-range voltages > Especially suited for the evacuation of small closed containers > Efficient damping and oil recovery system prevents oil mist and reduces sound level > Compact and lightweight design for low space requirements or installation on moving devices (sufficient ventilation needs to be ensured) > Pump is cooled via motor fan > Horizontal mountig position Ordering notes > Scope of supply: Condensate exhaust filter Oil SW 4, Thermal protection 13 C (with single-phase motor) > Continuous operation only under full load (min. 99,8 % vacuum), otherwise, risk of oil discharge, no gas ballast > For operation under moist conditions please consult FIPA Technical Data Item no. DO.3B-1 DO.3B-3 DO.4B-1 DO.4B-3 Suction power at 5 Hz [m³/h] Suction power at 6 Hz [m³/h] Final vacuum [mbar rel.] Gas ballast Steam capacity [l/hr] Check valve Power supply [V] Rated power at 5 Hz [KW] Rated power at 6 Hz [KW] Noise level at 5 Hz [db(a)] Noise level at 6 Hz [db(a)] Operating temperature [ C] Weight [kg] ,2 3,2 4,4 4, x / x /38-44,12,12,12,12,15,14,15, ,4 5,4 5,4 5,4 Suitable accessories Pre-filter FB 5 Spare part kit KIT-DO.3B/G* Spare part kit KIT-DO.3B/K*** Pre-filter FB 5 Spare part kit KIT-DO.3B/G* Spare part kit KIT-DO.3B/K*** Pre-filter FB 5 Spare part kit KIT-DO.4B/G** Spare part kit KIT-DO.4B/K*** Pre-filter FB 5 Spare part kit KIT-DO.4B/G** Spare part kit KIT-DO.4B/K*** * = 6 x vanes, FKM O-Rings, oil recirculation valve, oil mist separator, filter ** = 6 x vanes, FKM O-Rings, seal, oil recirculation valve, oil mist separator, filter *** = Oil mist separator, rubber washer, follower, 1 x filter cartridge, 1 x O-ring FKM

32 Vacuum generation Oil-lubricated vacuum pumps Rotary vane vacuum pumps oil-lubricated Dimensions Ø 9 G1/ Diagrams > Suction power against degree of evacuation at 5 Hz > Suction power against degree of evacuation at 6 Hz Throughput [m 3 /h] DO.4 DO.3 Throughput [m 3 /h] DO.4 DO.3 1 1, Pressure (absolute) [mbar] logarithmic scale, Pressure (absolute) [mbar] logarithmic scale

33 Vacuum generation Oil-lubricated vacuum pumps Rotary vane vacuum pumps oil-lubricated Rotary vane vacuum pumps oil-lubricated Product Description > Very high final vacuum level > Continuous operation under vacuum levels of 6 to 99 %, integrated gas ballast, water vapor tolerance > Suitable for moist environments > Effective damping and recovery system prevents oil mist and reduces sound level > Innovative sealing system prevents oil recirculation at standstill under vacuum > Compact design and low weight > Horizontal mountig position Ordering notes > Scope of supply: condensate exhaust filter, gas ballast, oil SW 6, oil non-return valve Technical Data Item no. DO.5B-1 DO.5B-3 Suction power at 5 Hz [m³/h] Suction power at 6 Hz [m³/h] Final vacuum [mbar rel.] Gas ballast Yes Yes Max inlet pressure for water vapour [mbar] Steam capacity [l/hr] 3 3,11,11 Check valve Yes Yes Power supply [V] Rated power at 5 Hz [KW] Rated power at 6 Hz [KW] Noise level at 5 Hz [db(a)] Noise level at 6 Hz [db(a)] Operating temperature [ C] Weight [kg] x /38x44,25,37,25, ,5 Suitable Spare part kits KIT-DO.5B/K* KIT-DO.5B/G** KIT-DO.5B/K* KIT-DO.5B/G** * = O-Ring 121 Viton, filter element ** = shaft seal, 2 x O-Ring 33 NBR, 3 x vanes, Star ring 12-12, 2 x ejector, inlet shield, inlet rubber NBR, filter disk, NBR rubber for exhaust valve, 3 x copper washer, O-Ring 121 Viton, filter element, gasket, sintered filter G1/8

34 Dimensions /8 G Diagrams > Suction power against degree of evacuation at 5 Hz > Suction power against degree of evacuation at 6 Hz DO.5 Suction power [m 3 /h] DO.5 Suction power [m 3 /h] Pressure (absolute) [mbar] logarithmic scale Pressure (absolute) [mbar] logarithmic scale

35 Vacuum generation Oil-lubricated vacuum pumps Rotary vane vacuum pumps oil-lubricated Rotary vane vacuum pumps oil-lubricated Product Description > Very high final vacuum level > DO.12: Designed for continuous operation for vacuum levels between 6 and 99,8 %. Gas ballast available, can tolerate water vapor > Effective damping and recovery system prevents oil mist and reduces sound level > Innovative sealing system prevents oil recirculation at standstill under vacuum > Compact design and low weight > Horizontal mounting position Ordering notes > Scope of supply: Condensate exhaust filter, gas ballast (with DO.12C-3), oil SW 4, oil non-return valve > DO.8: Continuous operation only under full load (min. 99,8 % vacuum), otherwise, risk of oil discharge, no gas ballast > DO.8: For operation under moist conditions please consult FIPA Technical Data Item no. DO.8B-1 DO.8B-3 DO.12C-1 DO.12C-3 Suction power at 5 Hz [m³/h] Suction power at 6 Hz [m³/h] Final vacuum [mbar rel.] Gas ballast Max inlet pressure for water vapour [mbar] Steam capacity [l/hr] Check valve Power supply [V] Rated power at 5 Hz [KW] Rated power at 6 Hz [KW] Noise level at 5 Hz [db(a)] Noise level at 6 Hz [db(a)] Operating temperature [ C] Weight [kg] Yes Yes ,3,3 Yes Yes Yes Yes x / x /38-44,25,25,45,37,3,3,55, ,5 Suitable accessories Pre-filter FB 1 Spare part kit KIT-DO.8B/K* Spare part kit KIT-DO.8B/G** Pre-filter FB 1 Spare part kit KIT-DO.8B/K* Spare part kit KIT-DO.8B/G** Pre-filter FB 2 Spare part kit KIT-DO.12C/K*** Spare part kit KIT-DO.12C/G**** Pre-filter FB 2 Spare part kit KIT-DO.12C/K*** Spare part kit KIT-DO.12C/G**** * = FKM O-Rings, outlet filter ** = 3 vanes, FKM-O rings, seal, valve, inlet and outlet filter, oil recirculation valve *** = FKM O-rings, oil mist separator **** = 3 vanes, FKM o-rings, seal, filter, oil mist separator, spring

36 Dimensions G 3/ DO.8B-3 DO.8B G1/2 156 MAX MIN DO.12C-3 DO.12C-1 Diagrams > Suction power against degree of evacuation at 5 Hz > Suction power against degree of evacuation at 6 Hz DO.12C 12 DO.12C 12 Suction power [m 3 /h] DO.8 Suction power [m 3 /h] DO.8 2 2, Pressure (absolute) [mbar] logarithmic scale, Pressure (absolute) [mbar] logarithmic scale

37 Vacuum generation Oil-lubricated vacuum pumps Rotary vane vacuum pumps oil-lubricated Rotary vane vacuum pumps oil-lubricated Product Description > Extremely high level of final vacuum > DO.2: Designed for continuous operation for throughput between 6 and 99,8 %. Gas ballast available, can tolerate water vapor > DO.25: Designed for continuous operation for throughput between 6 and 99,95 %. Gas ballast available, can tolerate water vapor > Suitable for moist environments > Effective damping and recovery system prevents oil mist and reduces sound level > Innovative sealing system prevents oil recirculation at standstill under vacuum > DO.2C-3 und DO.25C-3: Universal motor according to IE class 2 with wide voltage spectrum for worldwide use > Horizontal mounting position Ordering notes > Scope of supply: Gas ballast, oil non-return valve, oil SW 4 (with DO.2), oil SW 6 (with DO.25) Technical Data Item no. DO.2C-1 DO.2C-3 DO.25C-1 DO.25C-3 Suction power at 5 Hz [m³/h] Suction power at 6 Hz [m³/h] Final vacuum [mbar rel.] Gas ballast Max inlet pressure for water vapour [mbar] Steam capacity [l/hr] Check valve ,5-999,5 Yes Yes Yes Yes ,25,25,7,7 Yes Yes Yes Yes Power supply at 5 (6) Hz [V] Delta: (2-3) Star: 3-45 (346-52) Delta: 23 (265) Star: 4 (46) Current consumption at 5 (6) Hz [A] 4-4,1 (5,7 5,6) Delta: 3,4-3,3 (4,1-3,3) Star: 2,-1,9 (2,4-1,9) 3, (3,) Delta: 3, (3,) Star: 1,7 (1,7) Rated power at 5 (6) Hz [KW] Noise level at 5 (6) Hz [db(a)] Operating temperature [ C] Weight [kg],75 (,9),75 (,9),75 (,9),75 (,9) 64 (67) 64 (67) 62 (65) 62 (65) Suitable accessories Spare part kit KIT-DO.2C/K* Spare part kit KIT-DO.2C/G** Pre-filter FB 2 Spare part kit KIT-DO.2C/K* Spare part kit KIT-DO.2C/G** Pre-filter FB 2 Spare part kit KIT-DO.25C/K*** Spare part kit KIT-DO.25C/G**** Pre-filter FB 25 Spare part kit KIT-DO.25C/K*** Spare part kit KIT-DO.25C/G**** Pre-filter FB 25 * = FKM O-rings, oil mist separator ** = 3 x vanes, FKM O-rings, valve, filter, copper washer G1/8 *** = FKM and NBR O-rings, outlet filter **** = 2x FKM shaft seals, FKM O-rings, filter, valve, 3 vanes

38 Dimensions 1/2 G /2 G MAX MIN M DO.2C-3 DO.2C (3~) 1/2 G 47 87,5 1/2 G MAX MIN M8 N Ø (3~) 12,5 DO.25C-1 DO.25C-3 Diagrams > Suction power against degree of evacuation at 5 Hz > Suction power against degree of evacuation at 6 Hz DO.25 Suction power [m 3 /h] DO.25 DO.2 Suction power [m 3 /h] DO.2 5 5, Pressure (absolute) [mbar] logarithmic scale, Pressure (absolute) [mbar] logarithmic scale

39 Vacuum generation Oil-lubricated vacuum pumps Rotary vane vacuum pumps oil-lubricated Rotary vane vacuum pumps oil-lubricated Product Description > Very high level of final vacuum > For continuous operation in the pressure range of % vacuum, gas ballast available; can tolerate water vapor > Suitable for moist environments > Effective damping and recovery system with by-pass and novel float valve guarantees oil-free exhaust air > Innovative sealing system prevents oil recirculation at standstill under vacuum > DO.4B-3 und DO.6B-3: Universal motor according to IE class 2 with wide voltage spectrum for worldwide use > Horizontal mounting position Ordering notes > Scope of supply: Condensate exhaust filter, gas ballast, oil non-return valve, oil SW 6 Technical Data Item no. DO.4B-1 DO.4B-3 DO.6B-1 DO.6B-3 Suction power at 5 Hz [m³/h] Suction power at 6 Hz [m³/h] Final vacuum [mbar rel.] Gas ballast Max inlet pressure for water vapour [mbar] Steam capacity [l/hr] Check valve ,5-999,5-999,5-999,5 Yes Yes Yes Yes ,9,9 1,8 1,8 Yes Yes Yes Yes Power supply at 5 (6) Hz [V] Delta: 23 (265) Star: 4 (46) Delta: 23 (265) Star: 4 (46) Current consumption at 5 (6) Hz [A] 4,1 (2,37) Delta: 4,1 (4,3) Star: 2,37 (2,49) 5,76 (3,33) Delta: 5,76 (5,72) Star: 3,33 (3,31) Rated power at 5 (6) Hz [KW] Noise level at 5 (6) Hz [db(a)] Operating temperature [ C] Weight [kg] 1,1 (1,35) 1,1 (1,35) 1,5 (1,8) 1,5 (1,8) 66 (68) 66 (68) 68 (7) 68 (7) ,5 43,5 5 44,5 Suitable accessories Pre-filter FB 3 Spare part kit KIT-DO.4B/K* Spare part kit KIT-DO.4B/G** Pre-filter FB 3 Spare part kit KIT-DO.4B/K* Spare part kit KIT-DO.4B/G** Pre-filter FB 3 Spare part kit KIT-DO.6B/K* Spare part kit KIT-DO.6B/G** Pre-filter FB 3 Spare part kit KIT-DO.6B/K* Spare part kit KIT-DO.6B/G** * = Seal, Oil mist separator, Oil filter ** = 2 x FKM shaft seals, FKM O-rings, seals, filter, 3 x vanes

40 Vacuum generation Oil-lubricated vacuum pumps Rotary vane vacuum pumps oil-lubricated Dimensions G 1 G1 1/ ,5 (1~) 251 (3~) DO.4B-3 DO.4B-1 32 G1/2-1 G1 1/ ,5 (1~) 251 (3~) DO.6B-3 DO.6B-1 Diagrams > Suction power against degree of evacuation at 5 Hz > Suction power against degree of evacuation at 6 Hz 7 7 DO.6 6 DO.6 6 Suction power [m 3 /h] DO.4 Suction power [m 3 /h] DO.4 1 1, Pressure (absolute) [mbar] logarithmic scale, Pressure (absolute) [mbar] logarithmic scale

41 Vacuum generation Oil-lubricated vacuum pumps Rotary vane vacuum pumps oil-lubricated Rotary vane vacuum pumps oil-lubricated Product Description > Very high final vacuum > For continuous operation in the pressure range of % vacuum, gas ballast available; can tolerate water vapor > Suitable for moist environments > Effective damping and recovery system with by-pass and novel float valve guarantees oil-free exhaust air > Innovative sealing system prevents oil recirculation at standstill under vacuum > Elastic motor coupling effectively absorbs schocks > Universal motor according to IE class 2 with wide voltage spectrum for worldwide use > Horizontal mounting position Ordering notes > Scope of supply: Condensate exhaust filter, gas ballast, oil non-return valve, oil SW 1 Technical Data Item no. DO.15C-3 DO.15C-3 DO.25C-3 DO.35C-3 Suction power at 5 Hz [m³/h] Suction power at 6 Hz [m³/h] Final vacuum [mbar rel.] Gas ballast Max inlet pressure for water vapour [mbar] Steam capacity [l/hr] Check valve ,5-999,5-999,5-999,5 Yes Yes Yes Yes ,2 2,5 3,5 5 Yes Yes Yes Yes Power supply at 5 (6) Hz [V] Delta: 23 (265) Star: 4 (46) Delta: 23 (265) Star: 4 (46) Delta: 23 (265) Star: 4 (46) Delta: 23 (265) Star: 4 (46) Current consumption at 5 (6) Hz [A] Delta: 8,8 (9,) Star: 5,1 (5,2) Delta: 8,8 (9,) Star: 5,1 (5,2) Delta: 2 (2,3) Star: 11,6 (11,7) Delta: 27,7 (26,8) Star: 16 (15,5) Rated power at 5 (6) Hz [KW] Noise level at 5 (6) Hz [db(a)] Operating temperature [ C] Weight [kg] 2,2 (2,7) 3 (3,6) 4 (4,8) 7,5 (8,6) 68 (7) 7 (72) 72 (74) 74 (76) Suitable accessories Pre-filter FB 4 Spare part kit KIT-DO.15C/G* Spare part kit KIT-DO.15C/K*** Pre-filter FB 5 Pre-filter FB 6 Spare part kit KIT-DO.15C/G* Spare part kit KIT-DO.15C/K*** Pre-filter FB 5 Pre-filter FB 6 Spare part kit KIT-DO.25C/G** Spare part kit KIT-DO.25C/K*** Pre-filter FB 6 Spare part kit KIT-DO.35C/G** Spare part kit KIT-DO.35C/K*** * = Rubber link, seals, 3 vanes, FKM shaft seal, FKM O-rings, oil filter with bypass ** = Rubber link, FKM and NBR O-rings, 3 x vanes, oil recirculation pipe, gas ballast pipe, filters, oil inspection glas *** = Oil filter with bypass valve, exhaust filter, gasket

42 Dimensions 725 (DO.15) G1 1/2 76 (DO.15) G1 1/4 241, G2 DO.15C-3 DO.15C (DO.25) 924 (DO.35) G (DO.25) M (DO.35) 455 Ø 5 DO.35C-3 DO.25C-3 Diagrams > Suction power against vacuum level at 5 Hz > Suction power against vacuum level at 6 Hz 35 3 DO DO.35 Suction power [m 3 /h] DO.25 DO.15 DO.15 Suction power [m 3 /h] DO.25 DO.15 DO.15, Pressure (absolute) [mbar] logarithmic scale, Pressure (absolute) [mbar] logarithmic scale

43 Valve technology Solenoid valves for vacuum 3/2-way solenoid vacuum valves, directly controlled 3/2-way solenoid vacuum valves, directly controlled Maximum suction power 1 m³/h Product Description > Maximum suction power > Small, compact and lightweight > Suction on/off, blow-off or ventilation of vacuum cups > Fast switching time > Factory set N.O., can be switched to N.C. by the customer > Max. electric power consumption 5 W > Incl. coil and DIN plug 24 VDC Ordering notes > Other voltages on request > Installation position arbitrary Technical Data Connection Suction Suction Pressure Max. max. Protection Operating Operating DIN-plug Ambient Weight power [Nl/min] power [m³/h] range [bar] switching frequency [Hz] response class time at nominal voltage principle voltage [V DC] air temperature [ C] [g] Item no. [ms] 36.3 G 1/ , IP65 NC/NO 24 yes Dimensions 22,6 G 1/ ,2 G 1/4 9 G 1/4 29,5 33,2 R 1 = Vacuum supply R = Compressed air, blow-off 9 = Vacuum connection

44 Valve technology Solenoid valves for vacuum 2/2-way electromagnetic vacuum valves, directly controlled 2/2-way electromagnetic vacuum valves, directly controlled Product Description > Very high suction power at small size for short evacuation time and fast vacuum build-up > Short response time > Robust brass housing and compact design for demanding applications > Also suitable for positive pressure > Incl. energy saving coil for minimized power consumption and less heat development Ordering notes > Energy saving coil 24 VDV or 23 VAC and DIN plug IP65 included > Further available voltages: - 115, 48, 24 V AC - 12 V DC Technical Data Item no VDC VAC Nominal width [mm] Suction power [m³/h] Pressure range [bar] 7 7 4,8 4, Operating principle NC NC Switching time [ms] Power-on time [ED] Max. Power consumption [W] % 1 % 12 9 Protection class IP65 IP65 Operating temperature [ C] Weight [g] Suitable accessories Coil 1.5/24 VDC Plug 1.7 Coil 1.5/23 VAC Plug 1.7

45 Valve technology Solenoid valves for vacuum 2/2-way electromagnetic vacuum valves, directly controlled Wiring diagram A P Dimensions 22,5 3 61,4 z A G3/8 G3/8 4 M5 x 8 DEEP A = Product side z = Vacuum supply

46 Valve technology Solenoid valves for vacuum 3/2-way solenoid vacuum valves, pneumatically controlled 3/2-way solenoid vacuum valves, pneumatically controlled Product Description > Suction, blow-off, ventilation of vacuum cups > High suction power at small foot print for short evacuation time and fast vacuum build-up > Pneumatic control for very short cycle times > Function: NC / NO as vacuum supply and blow-off/ventilation inlets can be exchanged > NO: Safe gripping of work-piece during power failure > Robust, yet lightweight housing : aluminium anodised to : Robust and light-weight housing made from high resistant, fiber-glass reinforced Polyarylamide (IXEF ) Ordering notes > 36.21: included coil / plug 24 VDC, power consumption 5 W > to : Coil and plug are not included in delivery; please order: power consumption: 24 VDC: 5 W, 23 VAC: 5 VA Technical Data Nominal width [mm] Pressure range [bar] Operating principle Nominal flow rate Control pressure Closing time [ms] Operating temperature Weight [g] Suitable accessories Item no. [m³/h] [bar] [ C] ,99 - NC 1 2, ,99 - NO / NC 2 2, Solenoid coil 1.52/24VDC Solenoid coil 1.58/23VAC Plug ,99 - NO / NC 4 2, Solenoid coil 1.52/24VDC Solenoid coil 1.58/23VAC Plug ,99 - NO / NC 9 2, Solenoid coil 1.52/24VDC Solenoid coil 1.58/23VAC Plug 1.6

47 Valve technology Solenoid valves for vacuum 3/2-way solenoid vacuum valves, pneumatically controlled Wiring diagrams NO: Normally open b NC: Normally closed b c a Assignment: a= P (Ventilation (Blow-off)) b= A (Product side) c= R (Vacuum supply) c a Assignment: a= P (Vacuum supply) b= A (Product side) c= R (Ventilation (Blow-off)) Dimensions Ø A d G4 G4 C G1 b E F d1 D A H K I G2 c G3 a B G1 E G3 c b G2 d1 a F B C D a = Vacuum supply / Ventilation (Blow-off) b = Product side c = Ventilation (Blow-off) / Vacuum supply d = Control pressure connection G1 G2 G3 G4 ØA [mm] A [mm] B [mm] C [mm] D [mm] d1 [mm] E [mm] F [mm] H [mm] I [mm] K [mm] Item no G3/8 G3/8 G3/8 G1/ , ,75 22, G1/2 G1/2 G1/2 G1/ ,5 22, G3/4 G3/4 G3/4 G1/ ,5 22, G1 G1 G1 G1/ ,5 168,5 63 6,

48 Valve technology Pneumatic valves 3/2 way vacuum valve, pneumatically controlled with spring reset 3/2 way vacuum valve, pneumatically controlled with spring reset Product Description > Assembly of pneumatically controlled vacuum systems > Suction blow-off, ventilation of vacuum cups > High suction power at small foot print for short evacuation time and fast vacuum build-up > Short response time > Function: NC or NO as vacuum supply and blow-off/ventilation inlets can be exchanged > Robust and lightweight housing , : aluminium anodised to : high resistant, fiber-glass reinforced Polyarylamide (IXEF ) to : high resistant, fiber-glass reinforced Polyamide (GPR) Ordering notes > to : electronic valve for switching control independet of compressed air supply available on request; ordering example for version with electronic valve: _24VDC, _23VAC etc. Technical Data Pressure range [bar] Operating principle Nominal width [mm] Suction power [m³/h] Control pressure [bar] Closing time [ms] Operating temperature Weight [g] Item no. [ C] ,99 - NO 1 2 > ,99 - NC 1 2 > ,99 - NO / NC > ,99 - NO / NC 2 53 > ,99 - NO / NC > ,99 - NC ,99 - NO ,99 - NC ,99 - NO Wiring diagrams NO: Normally open NC: Normally closed b b c a a c Description of connections: Description of connections: a= R (Compressed air, blow-off) a= R (Compressed air, blow-off) b= A (Product side) b= A (Product side) c= P (Vacuum supply) c= P (Vacuum supply)

49 Valve technology Pneumatic valves 3/2 way vacuum valve, pneumatically controlled with spring reset Dimensions B A Ø A G2 G1 G1 Ø d1 G1 G1 Ø d1 C E H D F C G1 G2 E G1 F D B G2 G3 G1 G1 C G1 B Ø D E G1 G2 G3 Ø A [mm] A [mm] B [mm] C [mm] D [mm] Ø D [mm] Ø d1 E [mm] F [mm] H [mm] Item no. [mm] G3/8 G1/ ,25 21,5 32,75 22, G3/8 G1/ ,25 21,5 32,75 22, G1/2 G1/ ,5 22, G3/4 G1/ ,5 22, G1 G1/ ,5 22, G1 1/4 G1/8 G1/ G1 1/4 G1/8 G1/ G2 G1/8 G3/ , G2 G1/8 G3/ ,

50 System monitoring Vacuum switches Electronic vacuum switch with analog output Product Description > Vacuum control in handling and automation systems > Small, lightweight and compact > Maximum overpressure: 3 bar > Analog output: 1-5 VDC > Plug with integrated LED display > Optional mounting rail 2.8-H with included channel nuts for fi xing the vacuum switch, e.g. to FIPA Sline extrusions Technical Data Item no. Pressure range [bar] Supply voltage [V DC] Current consumption [ma] Protection class Response time Switching output Connection Switching logic Usage temperature [ C] Temperature effect Suitable accessories < 2 IP5 < 5 PNP Plug M8, 4-pin NO % of measuring range Connector cable 2.51 Connector cable 2.52 Mounting rail 2.8-H Dimensions ,4 25 G1/8 15,4 8 Hauptsitz/Headquarters: FIPA GmbH VakuumTechnik I GreiferSysteme VacuumTechnology I EOAT Freisinger Straße Ismaning/Germany phone +49()89/ fax +49()89/ info@fipa.com Freecall (Deutschland & USA): +8-CALLFIPA

51 System monitoring Vacuum switches Mini vacuum switch - digital Mini vacuum switch - digital Product Description > Switch outputs a digital signal when a specific vacuum level is reached > Vacuum level is manually set with a potentiometer screw > Hysteresis is fixed at 3 % of the signal set > Red LED indicates set level reached > Very small size > Swithcing output PNP (2.4) or NPN (2.41) > Incl. cable 1,5 m, 3-pole, open wire Technical Data Item no. Switching output Pressure range [bar] Max. Overpressure [bar] Operating voltage [V DC] Max. Current consumption [A] Repeat accuracy Response time [ms] Hysteresis Protection class Vacuum connection Operating temperature [ C] Weight [g] 2.4 PNP ,8-3 (incl. xyz) 1 ± 1% F.S. ~ 1 3 % F.S. max IP 4 M NPN ,8-3 (incl. xyz) 1 ± 1% F.S. ~ 1 3 % F.S. max IP 4 M5-6 5 Wiring diagram NPN Brown DC(+) PNP Brown DC(+) Switch main circuit Red Black Blue RL OUT DC(-) DC1.8 ~ 3V Switch main circuit Red Black Blue OUT RL DC(-) DC1.8 ~ 3V Dimensions ,5 8 mm M5:M5*,8

52 Connectors Screw connectors and plug-in connectors - Standard Straight high speed rotation connectors Straight high speed rotation connectors Product Description A second ball bearing enables rotation or pivoting in applications that exceed standard rotation connectors Technical Data Max. revolutions [1/min] ØD [mm] G Item no M M R1/ R1/ R1/ R1/ R1/ R3/ R1/ R3/ R1/2

53 Connectors Screw connectors and plug-in connectors - Standard Straight high speed rotation connectors Straight high speed rotation connectors Product Description A second ball bearing enables rotation or pivoting in applications that exceed standard rotation connectors Technical Data Max. revolutions [1/min] ØD [mm] G Item no M M R1/ R1/ R1/ R1/ R1/ R3/ R1/ R3/ R1/2

54 Stay up-to-date on everything related to material flow with the free FIPA newsletter. Subscribe now at > Do you have a technical question about our products? > Do you request a quote? > Or are you interested in CAD data or datasheets of our products? You will get what you need quickly by calling us at +49 ()89 / , by sending us an at info@fi pa.com or just by visiting our website pa.com. Contact information for your smartphone Ms. Betina Wanner, Offi ce Management FIPA worldwide FIPA GmbH Freisinger Straße Ismaning / Germany Phone +49 () 89 / Fax +49 () 89 / info@fipa.com FIPA Inc Evans Road Cary, NC / USA Phone 1 (8) Fax 1 (937) sales.us@fipa.com FIPA s.r.l. Via Adige n Inzago (MI) / Italy Phone +39 (382) Fax +39 (382) sales.it@fipa.com Your local FIPA partner