MULTI JECTOR速
Vacuum Pumps and Vacuum Components
VOLKMANN
... vacuum handling unlimited ...
www.VOLKMANN.info
Vacuum by pressure.
VOLKMANN has been successfully supplying Vacuum Pumps, designed to suit a wide range of vacuum applications, for more than 30 years. The basis of this success has been the continuous development and innovative approach taken to satisfy the ever increasing variety of applications and special technical requirements demanded. This has resulted in many solutions which help to save the user time and costs. The Volkmann MULTIJECTOR® series of vacuum pumps contains various pump types which have been designed specifically to suit the wide range of different duties which present themselves and the new generation MULTIJECTOR® models of the M, G, K and RVA types have set new benchmarks in relation to economy, quality and cost-performance-ratio. Take a look by yourself and use this brochure to get a brief overview on the Volkmann Multijector Vaccum Pumps and how to use them in your vacuum applications.
Reliable and experienced
MULTIJECTOR® Vacuum Pumps have been established in many applications and their high reliability in achieving the specified duties in these applications, has been proven not only for simple duties, but also and especially, in critical production areas. Multijectors are not subject to wear, are very robust and are virtually maintenance-free. They are backed by the VOLKMANN professional service, which brings considerable know-how directed towards providing a clear solution for each application. It offers fast response times, solutions which are the most cost effective and user-friendly information. In addition, this service offers to develop and manufacture tailor-made pumps and to design complete vacuum systems.
Talk to us about your special needs in the field of Vacuum Components.
CONTENTS P. 3 How a MULTIJECTOR® works P. 4 Vacuum applications P. 5 Saving energy P. 6 The MULTIJECTOR® K P. 8 The MULTIJECTOR® M / ML P. 10 The MULTIJECTOR® G / GL P. 12 The MULTIJECTOR® MRVA P. 13 The VARIJECTOR P. 14 Flat Vacuum Cups P. 16 Bellow Vacuum Cups P. 18 Universal Vacuum Cups P. 20 Adaptors and Accessory P. 21 Vacuum components P. 22 Annex (suction data)
VOLKMANN – vacuum handling unlimited.
How a MULTIJECTOR works ... the multiple stage MULTIJECTOR®
The classical Ejector (Venturi)…
- Suction air +
Compressed air driven vacuum pumps have a lot of advantages over alternative pump designs such as small size, low weight, simple construction, as well as wear and virtually maintenance free operation. The control system is operated entirely by pneumatics off the compressed air supply, which enables the pump to be used safely in hazardous areas. The pumps are quiet in operation and do not emit either heat or dust or cause vibration. But how to make a Venturi more efficient and economic? A look at the diagram below indicates how the MULTIJECTOR works: A classical Ejector consists of a primary nozzle (injector), a mixing chamber and a diffuser. Compressed air is supplied through the primary nozzle, expands quickly, entrains air in the mixing chamber and leaves the pump into the surroundings through a diffuser.
R®
Additional stages in the MULTIJECTOR® (recylcle the compressed air!)
JE
C
T
O
higher efficiency at the same air consumption MU
I LT
single stage
Vacuum
Ejector
Atmosphere
Schematic characteristic line of a MULTIJECTOR® Vacuum Pump
Sectional drawing of a MULTIJECTOR®
Compressed air Suction air Exhaust air
Volkmann Multijectors use multiple ejector stages, which save compressed air and reduce running costs. When additional nozzles are built behind the diffuser, the air ejecting from the first stage, (which consists of compressed air mixed with the suction air induced by the venturi effect), serves the following stage as a „free“ propulsion jet, which does likewise for subsequent stages. These additional stages do not reach the high vacuum of the first stage, but they vastly enlarge the effective suction capacity, at reduced vacuum, for no additional compressed air usage. However, the vacuum pump can still achieve the same high vacuum as the first Ejector stage because the following stages are actually separated from the common vacuum chamber by flap valves, which close off if the suction requirement increases. This particular nozzle geometry and flow guidance makes it possible for the MULTIJECTORS to be very efficient, for minimum compressed air usage.
Further advantages of Volkmann MULTIJECTOR® Vacuum Pumps
Because of the sophisticated construction, the Multijectors work very quietly and the higher the vacuum the more quietly the pump works. Hence ear protection is not required. In addition, as the gas jet expands in the MULTIJECTOR, a cooling effect is generated, instead of heat, and there is, therefore, no warming of the area of operation. A Multijector can be installed easily, in any position and operates completely oil free. The only connections required are the compressed air and the vacuum lines and these connections are quickly and easily made by the plant operator. As soon as the pump is switched on, vacuum is generated very rapidly and this allows a cyclical operation of the Multijector to be controlled pneumatically, (via air from the compressed air supply), by a 2/2 way solenoid valve. Hence, expensive vacuum on/off valves, with their generally unknown losses (through leakages etc.), can be eliminated. Small size and the low weight make it possible to mount Multijectors closer to the suction location than other vacuum pumps. This enables a faster vacuum build-up to take place by avoiding unnecessary volumes of air in the vacuum line. Consequently, lower losses and faster response times are achieved. In addition, when a cyclical operation is being used, energy is only consumed during the suction cycle, whereas other vacuum pumps continue to consume energy throughout the complete cycle. An accessory to the vacuum control can also be supplied, which restricts the vacuum and holds it automatically within the adjusted target area, thus further reducing the energy costs. A Multjector contains neither rotary parts nor electrical components. It does not produce heat in operation and is completely electrically conductive. This makes it explosion proof when earthed/grounded.
Multijectors save compressed air and reduce operation expenses.
3
Volkmann can supply valuable application know-how – talk to us.
Typical applications for Multijector Vacuum Pumps
s VACUUM HANDLING s VACUUM HOLDING s LIFT HEAVY LOADS s EQUIP CIRCUIT BOARDS
s EVAPORATE LIQUIDS s MIX UNDER VACUUM
s CONVEY POWDERS s ASPIRE DUST AND MIST s FEED GRANULES INTO MACH
Some typical applications for Multijector pumps include: Vacuum lifting and holding
s ASPIRE LIQUIDS s LIQUIFY FOAM s ASPIRE OIL MIST s WASH GASES
s EVACUATE MOLDS s AVOIDE AIR INTAKE s FORM UNDER VACUUM
s MIX GASES s MULTIPLY BLOWING AIR s REDUCE /2 CONTENT
... of all sorts of items ranging from eggs, china, work pieces, steel sheets, to stone blocks, or other heavy items. No matter if a suction cup grips eggs or opens a bag, a vacuum transporting belt conveys steel sheet billets, a suction plate lifts up heavy granite plates or a robot arm with vacuum grippers fits in system subassemblies or car windscreens - Multijectors simplify and protect many handling tasks and also save money.
Evacuation to avoid air entrapment
... in items such as casting moulds, packages, mixing operations, bulk materials (to increase density and reduce bulk size for storage or transport), etc. s REDUCE VOLUME s PACKAGE WITH VACUUM
s CHECK WITH VACUUM s FIND LEAKS s CHECK INSTRUMENTS
s SEPARATE SHEETS s COOL PARTS s DUST AND CLEAN PARTS
Deep-drawing
... of plastics is practicable, safe and easily performed with vacuum.
Vacuum conveying
... of powders, dusts, granules and small pieces, which can be transported safely and carefully up to 30 m high and up to 80 m distance with vacuum.
Suction of liquids and fats
... directly into containers, with the Multijector working as a self priming pump. The recycling can be done with little effort, e.g. in turning-, milling- and grinding-opereations, where coolants and lubricants like oil or emulsions are used. Ask for our special units.
Blast air generation
... to blow air into containers, in printing and book binding operations etc., where both is needed: vacuum and pressurised air. Multijectors can “multiply“ the feeded compressed air by making use of the suction air. They provide pressures up to 0.8 bar at their exhaust – a unique way of saving energy.
Vacuum distillation
... to reduce boiling points of liquids
Vacuum filtration
... to decrease filtration times
Vacuum testing
... to detect leakages, using low cost testing units.
4
Make use of our 30+ years of vacuum handling experience.
Energy saving in vacuum applications Further energy saving devices in vacuum applications: Restricting the vacuum
In handling applications, if the area of the suction cup is maximised, then only a relatively low vacuum has to be created to achieve the required holding force. For example, using a Multijector M or G type, approximately 93 % of the energy requirement can be saved, in most applications, when the vacuum is reduced from -900 to -500 mbar. Hence, only 7 % of the original energy requirement is needed, which gives considerable cost savings.
Restricting the operating pressure
Use of a simple pressure controller to adjust the working pressure only as high as is needed it for safe operation, can produce worthwhile cost savings. Care must, of course, be taken to ensure that a reasonable pressure reserve is still available. (The appendix of this brochure gives data about the achievable vacuum at different working pressures and how much air is saved.)
Vacuum control
If a vacuum is to be drawn and maintained in a vessel or contained system, energy can be saved by cutting off the vacuum pump as soon as the required vacuum level has been reached. This can be achieved by monitoring the vacuum and sending a signal to the vacuum pump, via a simple microswitch, which cuts off the compressed air, whilst the vacuum is maintained by including a non-return flap at the pump. The vacuum is, however, likely to slowly decrease, due to leakages etc., hence, at a preselected point, a signal to restart the pump can be sent.
Safe vacuum at 3.5 or 5.6 bar operating pressure?
In most of the compressed air supply lines the pressure is around 6 - 7 bar. Nevertheless sometimes it can happen that the pressure decreases noticeably for a short time in spite of a satisfactory efficient compressor - e. g. because of insufficient pipe diameters, wrong pipework or high momentary air withdrawal in the respective pipe segment. Normally, it is recommended that the Multijector pumps of the series MULTIJECTOR M, G and K with 5.6 bar operating pressure (0.56 MPa, 81 psi) as being suitable for many applications. In their class they offer optimum efficiency and the best utilisation of compressed air, minimising the energy demand. However, other nozzle systems have been developed, which are suitable for applications where variable compressed air pressures are likely to be experienced. Here, the Multijector pumps of the series ML and GL, are recommended, as these pumps are specially designed to reach their maximum vacuum of -910 mbar at pressures as low as 3.5 bar.
Individual solutions
For special, individual applications, Volkmann will be pleased to develop and manufacture innovative, coordinated products, subassemblies and complete system solutions, at attractively low costs and these special enquiries are welcomed.
Advisory and in-situ trials, vacuum pumps for testing
Technicians and engineers are available for advice and for on site testing and their first hand experience and expertise can prove very helpful. It is also possible to have any of the vacuum pumps for trials for a period of two weeks, without any obligation. The pumps are, generally, available immediately on request and, except delivery, are free of charge. Such trials will usually quickly demonstrate the suitability of the pump, but further help and technical assistance is always readily available.
Automatic bin discharging and feeding of powders with a MULTIJECTOR Vacuum Pump
Quality and reliability: Volkmann MULTIJECTOR速 Vacuum Pumps carry a two year warranty from the day of delivery.
Volkmann technology makes the difference. Detail by detail.
5
The Volkmann
MULTIJECTOR® K
compressed air savings up to
50%
in comparison to usual one-stage compact-ejectors
The MULTIJECTOR® K series is our youngest ejector family and worldwide the first multiple stage compact ejector. With this compact ejector you really save compressed air at automation applications and lower your overhead expenses. It is unbelievable how lavish many single stage compact-ejectors are with compressed air. We are glad about that, because this way a newly bought MULTIJECTOR® K can often pay for itself in less than one year.
The MULTIJECTOR® K is space and energy saving and was developed by us especially for handling and automation applications. Right now five different performance stages in three designs are available:
Compact Ejector MULTIJECTOR® K „Basic“
A space saving vacuum ejector to be controlled by existing valves (by customers).
Compact Ejector MULTIJECTOR® K
Our real compact ejector for automation with integrated valves and vacuum switch. Choose the functions needed for your application: • Main valve: integrated solenoid valve for controlling the ejector function ON/OFF • Blow off valve: solenoid valve for blowing back into the vacuum line and therefore offering fast release of the part which is held. The intensity of the blowing off is adjustable by an adjusting screw directly at the compact ejector. • Vacuum switch: Electric vacuum switch, either with adjustable switching point and adjustable hysteresis (analogous output of the present vacuum level) or with two adjustable switching points
Vacuum manifold block
Available as combined vacuum manifold with up to 4 or 8 compact ejectors. Coordinate the detailed configuration with us.
Standard delivery volume
• Exhaust air silencer with Ø20*70 mm, G1/4“. PE-HD • Filter sieve inserted in vacuum connection (not on „Basic“) • Vacuum non return valve (avoids system vacuum leakage), enclosed loose • Please order plugs for solenoid valves and vacuum switches separately.
6
High efficiency in a compact form factor.
Technical Data
MULTIJECTOR® K
Compact Ejector MULTIJECTOR® K „Basic“
34 44
27 14.5 3
Design (+ with, - without) Modelno. Description Main Blow off Vacuum valve valve switch 110.500 Multijector K50 Basic – – – 110.501 Multijector K50 S + – – 110.502 Multijector K50 SA + + – 110.503 Multijector K50 SV + – + 110.504 Multijector K50 SAV + + +
BSP 1/4" exhaust air
BSP 1/8" compressed air
mounting holes, Ø3.5 BSP 3/8" Vacuum
12
22
Variants and model numbers
50
105
solenoid valve Vacuum ON/OFF
Materials
0.2 kg compact ejector „Basic“ 0.4 kg compact ejector incl. main-, blow off valve and vacuum switch
Vacuum switch: - hysteresis poti regulator (or second switch-point) - regulator vacuum swith
4-pole plug M8
120
General data Total weight
120.8
14
19.5 70
Multijector K75 Basic Multijector K75 S Multijector K75 SA Multijector K75 SV Multijector K75 SAV
– + + + +
– – + – +
– – – + +
110.520 110.521 110.522 110.523 110.524
Multijector K100 Basic Multijector K100 S Multijector K100 SA Multijector K100 SV Multijector K100 SAV
– + + + +
– – + – +
– – – + +
110.530 110.531 110.532 110.533 110.534
Multijector K150 Basic Multijector K150 S Multijector K150 SA Multijector K150 SV Multijector K150 SAV
– + + + +
– – + – +
– – – + +
110.540 110.541 110.542 110.543 110.544
Multijector K200 Basic Multijector K200 S Multijector K200 SA Multijector K200 SV Multijector K200 SAV
– + + + +
– – + – +
– – – + +
Manifold block-modules for combining several compactejectors MULTIJECTOR® K to vacuum manifold (not suitable for „Basic“) 110.550 Manifold block K4, for up to 4 compact-ejectors, incl. screws / gaskets 110.551 Manifold block K8, for up to 8 compact-ejectors, incl. screws / gaskets 110.552 Blind plate for manifold blocks K, for empty positions incl. screws / gaskets
25
Vacuum BSP 3/8"
22
44.5
82 35 52
mounting holes Ø 3.5 mm
regulator for quick release Vacuum connection BSP 3/8"
solenoid valve quick release
111.3
Vacuum switch
Compr. air connect. BSP 1/8" Exhaust air connect. BSP 1/4"
Compact Ejector MULTIJECTOR® K
110.510 110.511 110.512 110.513 110.514
Connection plugs and cables for solenoid valves 110.604 Connection cable 5 m, Polyurethane, incl. plug, incl. LED 110.606 Connection plug, incl. LED, without cable 110.607 Connection plug, without LED, without cable Connection plugs for vacuum switch 110.601 Connection cable 5 m, Polyurethane, incl. plug
Ejector: Aluminium, Nitrile-gaskets SS-screw connections Solenoid valves: plastic housing, Aluminium, brass, Polyurethane-gaskets Vacuum switch/housing: PC + POM plastics
Vacuum manifold block ® K
MULTIJECTOR electric vacuum switch Vacuum ON/OFF quick release
Compressed air 3 - 7 bar (opt. 5 - 6 bar), dry + clean Oper. temp. range Ejector -20 up to +80°C Solenoid valves -15 up to +60°C Vacuum switch -20 up to +70°C
121
24 VDC, 1.2 W, NC (NO on request)
18 45.5 60
Solenoid valves
compr. air connect. BSP 1/2", both sides
Vacuum switches 10.8 - 30 VDC, exit PNP 80mA max. IP-classes Solenoid valves with plug: IP 65 Vacuum switch: IP 40
Ejector Operat. Comp. air max. type press. consump. Vacuum
K50 K75 K100 K150 K200
5.5 bar 5.4 bar 5.4 bar 5.4 bar 5.3 bar
50 Nl/min -910 mbar 74 Nl/min -920 mbar 99 Nl/min -930 mbar 150 Nl/min -930 mbar 194 Nl/min -920 mbar
exhaust air BSP 3/4", both sides
14 28
155
Suction air flow (in Nl/min) at the respective vacuum (in mbar) 0 -50 -100 -150 -200 -300 -400 -500 -600 -700 -800 -900 74 110 165 175 240
70 105 155 166 230
66 96 140 155 220
60 86 122 144 200
53 74 105 130 180
36 50 68 102 140
23 33 46 70 96
18 26 36 50 64
13 19 26 36 45
8 3.5 1 11 5 1.2 14 7 1.5 21 10 2 26 12 2.5
7.5 block 4: 120 block 8: 208 7
Volkmann
MULTIJECTOR速 M & ML
Multijector pumps of the M- and ML-series work with three ejector stages which are connected in a row. Their robust and compact aluminium casing makes the pump resistant even to strong mechanical or thermal loads. Nevertheless they are very light and offer considerable amounts of suction air at a small size. The compact form allows them to be mounted directly at the location where vacuum is needed. Their high efficiency makes the VOLKMANN Multijectors of the M- and ML-series the ideal vacuum pump for a multitude of different handling applications, for vacuum packing, vacuum testing, vacuum transportation, vacuum fixing, de-gassing of liquids and mixing, evacuation of small casting moulds etc.
MULTIJECTOR速 M
The optimal choice with the best efficiency. Vacuum pumps of this series are used when a compressed air supply of 6 bar is available: high suction power at a favourable price.
MULTIJECTOR速 ML
If the pressure in the compressed air supply line decreases frequently and nevertheless a high vacuum is needed, our Vacuum Pumps of the ML-series reach high vacuum levels with an inlet pressure of only 3.5 bar. They are the clever choice to ensure a high vacuum at low operating pressure and pressure variations.
Standard delivery features
All pumps of the M- and ML-series incl. vacuum gauge and fixing device for easy mounting.
Options
If the exhaust air is emitted directly into the surrounding, we recommend the usage of our FDsilencer (order option FD). The integrated vacuum non return valve prevents system vacuum leakage by back-flow through the pump when it is switched off, so that the vacuum is held longer inside the system (order option H). You get M-types with Viton-gaskets with the orderoption V.
Test Pumps can be sent to you for trials and approval.
8
Proven reliability, in tenthousands of installations.
Technical data:
Type
MULTIJECTOR® M / ML General Data M + ML Series
op. comp. air pres.consump. Suction air flow (in Nl/min) at the respective Vacuum (in mbar) bar Nl/min 0 -100 -200 -300 -400 -500 -600 -700 -800
M 90 M 180 M 270
5.5 5.5 5.5
86 172 252
395 226 790 452 1185 678
140 280 420
76 152 228
45 90 135
35 70 105
23 46 69
13 26 39
6 12 18
M 360 M 450 M 540
5.5 5.5 5.5
344 430 516
1501 859 1876 1074 2252 1288
560 700 840
304 380 456
180 225 270
140 175 210
92 115 138
52 65 78
24 30 36
ML 50 3.5 ML 100 3.5 ML 150 3.5
50 100 150
181 361 542
93 185 278
52 103 155
25 50 75
21 41 62
17 34 51
12 24 36
6 13 19
2 3 5
ML 200 3.5 ML 250 3.5 ML 300 3.5
200 250 300
722 370 903 463 1083 555
206 258 309
100 125 150
82 103 123
68 85 102
48 60 72
25 31 38
6 8 9
Vacuum: max. 91 % (-910 mbar) Suction air flow: 180 to 1450 Nl/min Operating pressure: 2 to 6 bar M-types opt. 5.6 bar ML-types opt. 3.5 bar Operating noise: 55 to 78 dB(A) (with FD-silencer) Oper. temp.range: -20 to +80 °C Materials: Aluminium, Stainl. Steel, Nitril, Polyethylene-HD, silicone-free
Type
max. Time in Seconds to evacuate a 1 m3 volume from atmospheric Vacuum pressure to stated vacuum level (in mbar) bar mbar -100 -200 -300 -400 -500 -600 -700 -800 -900
M 90 M 180 M 270
5.5 5.5 5.5
-910 -910 -910
16 8 5
46 23 15
98 49 33
214 107 71
368 184 123
612 306 204
1024 512 341
1896 948 632
5072 2536 1690
M 360 M 450 M 540
5.5 5.5 5.5
-910 -910 -910
4 3 3
12 9 8
25 20 16
54 43 36
92 74 61
153 122 102
256 205 170
474 379 316
1268 1014 844
ML 50 3.5 ML 100 3.5 ML 150 3.5
-910 -910 -910
32 16 11
100 50 33
272 136 91
528 264 176
857 429 286
1342 3567 5596 26862 671 1212 2798 13431 447 1189 1865 8954
ML 200 3.5 ML 250 3.5 ML 300 3.5
-910 -910 -910
8 6 5
25 20 17
68 54 45
132 106 88
214 172 143
336 268 224
892 485 404
1399 1119 933
Type
Model No. Width B Weight 110.141 110.142 110.143 110.144 110.145 110.146
52 mm 65 mm 88 mm 110 mm 133 mm 156 mm
0.7 kg 0.8 kg 1.0 kg 1.4 kg 1.7 kg 1.9 kg
ML 50 ML 100 ML 150 ML 200 ML 250 ML 300
110.180 110.181 110.182 110.183 110.184 110.185
52 mm 65 mm 88 mm 110 mm 133 mm 156 mm
0.7 kg 0.8 kg 1.0 kg 1.4 kg 1.7 kg 1.9 kg
M 90 M 180 M 270 M 360 M 450 M 540
Order Options
with FD-silencer: Model No. + FD with Viton gaskets/flaps: Model No. + V with vacuum non return valve: Model No. + H
6716 5372 4477
More detailed information can be found on the last double-page of this catalogue.
Order Example: M 270 with FD-silencer plus Viton gaskets: Model No. 110.143FDV
44
44 110
B
44
exhaust air 3 x BSP 3/4"
53
mounting holes 4 x M5
ML 250 ML 300
Vacuum (main) Ø42, 8xM5 holes on PCD 60 mm (1" BSP Flange accessory)
24
Vacuum BSP 1/8" (plugged)
74
M 450 M 540 compressed air BSP 1/4"
Vacuum (main) Ø42, 8xM5 holes on PCD 60 mm (1" BSP Flange accessory)
exhaust air 2 x BSP 3/4"
24
53
mounting holes 4 x M5
exhaust air BSP 3/4"
74
ML 200
alternative position for vacuum gauge
52
74
Vacuum gaugeØ 40mm BSP 1/8"
40
51
40 Flange (accessory)
Flange (accessory)
2 x FD-silencer Ø 37mm BSP 3/4" (accessory)
24
196
17.5
34.5
30
11.5
3 x FD-Silencer Ø 37mm BSP 3/4" (accessory)
115
Vacuum gauge Ø 40mm BSP 1/8"
17.5
196
30
52
51
Vacuum gauge Ø 40mm BSP 1/8"
34.5
51
196
11.5
115
52
30
34.5
115
11,5
17.5
B
mounting holes 4 x M5
53
Vacuum BSP 1/8" (plugged)
M 360
compressed air BSP 1/8"
ML 50 ML 100 ML 150
Vacuum (main) BSP 3/4"
Vacuum BSP 1/8" (plugged)
compressed air BSP 1/8"
M 90 M 180 M 270
FD-silencer Ø 37mm BSP 3/4" (accessory)
9
The Volkmann
MULTIJECTOR® G / GL
Our Multijector Vacuum Pumps of the G- and GL-series are four-stage ejectors and offer an even better efficiency especially at free aspiration and low vacuum. They consist of a light and nevertheless tough modular Aluminium design. As usual for Multijectors, also this pump family can be installed easily: Just connect compressed air- and vacuum line, that‘s all. The G- and GL-series are our top-models for fast evacuation of big volumes and for achieving high suction performance, e. g. for evacuation of casting-, press- and deep-drawing moulds, for vacuum conveying, for suction of abrasives and handling of heavy parts with high leakage risks. Also in the graphical and printing industries they are used successfully - not only for creation of vacuum but often also for fanning out and seperating paper sheets.
MULTIJECTOR® G – the optimum if 6 bar operating pressure are available because they are the most efficient.
MULTIJECTOR® GL – the safe choice at low operating pressure or if strong pressure variations have to be taken into account because they achieve their maximum vacuum at only 3.5 bar inlet pressure.
Standard delivery features
All Multijector G- and GL-types are equipped with vacuum- and pressure-gauge a well as with integrated valve and hand switch for turning the pump ON/OFF manually. Furthermore a direct remote control of this Multijector can be done via mini-couplings by a pneumatic signal, only control air is needed. The pump is supplied with an integrated silencer.
Order options
Suitable vacuum flanges are delivered together with the pump if you choose the order option FL. Please order the pump variant with exhaust air adaptor (order option AA) if the exhaust air shall be drawn off centrally. The optionally integrated vacuum non return valve prevents system vacuum leakage by back-flow through the pump when it is switched off so that the vacuum is held longer (order option H). G-types with Viton gaskets can be ordered with the option V.
Test Pumps can be sent to you for trials and approval.
10
The big one. Largest flow, best efficiency. Why compromize?
Technical data:
Type
MULTIJECTOR® G / GL
op. comp. air pres. consump. Suction air flow (in Nl/min) at the respective Vacuum (in mbar) bar Nl/min 0 -100 -200 -300 -400 -500 -600 -700 -800
G 360 G 540 G 720
5.5 5.5 5.5
344 516 688
1960 2744 3250
870 1305 1740
548 822 1096
306 459 612
185 278 369
136 204 272
87 131 173
48 72 96
G 900 G 1260 G 1800
5.5 5.5 5.5
860 1204 1720
4063 5688 8125
2175 3045 4350
1370 765 1918 1071 2740 1530
461 646 923
340 476 680
216 303 433
120 64 168 89 240 127
G 2700 G 3600 G 4500
5.5 5.5 5.5
2580 3440 4300
12188 6525 16250 8700 20313 10875
4110 2295 1384 1020 5480 3060 1845 1360 6850 3825 2306 1700
649 865 1081
360 191 480 254 600 318
GL 200 GL 300 GL 400
3.5 3.5 3.5
200 300 400
916 1373 1831
389 584 778
228 341 455
99 148 197
80 120 160
65 98 131
48 72 95
27 41 53
GL 500 GL 700 GL 1000
3.5 3.5 3.5
500 700 1000
2288 3203 4576
972 1361 1944
568 795 1136
246 344 492
200 280 400
164 230 327
119 167 238
66 16 92 22 133 31
GL 1500 GL 2000 GL 2500
3.5 3.5 3.5
1500 2000 2500
6864 2916 9152 3888 11440 4860
1704 738 600 491 2272 984 800 654 2840 1230 1000 818
357 476 595
199 47 265 63 332 79
Type
max. Vacuum pressure to stated vacuum level (in mbar) bar mbar -100 -200 -300 -400 -500 -600 -700 -800 -900
G 360 G 540 G 720
5.5 5.5 5.5
-910 -910 -910
2.5 1.7 1.3
9.5 6.3 4.8
23 15 11
46 31 23
80 53 40
136 91 68
244 163 122
444 296 222
1271 847 636
G 900 G 1260 G 1800
5.5 5.5 5.5
-910 -910 -910
1.0 0.7 0.5
3.8 2.7 1.9
9 6 5
18 13 9
32 23 16
54 39 27
98 70 49
178 127 89
508 363 254
G 2700 G 3600 G 4500
5.5 5.5 5.5
-910 -910 -910
0.3 0.3 0.2
1.3 1.0 0.8
3 2 2
6 5 4
11 8 6
18 14 11
33 24 20
59 44 36
169 127 102
GL 200 GL 300 GL 400
3.5 -910 3.5 -910 3.5 -910
6.5 4.3 3.3
21.0 14.0 10.5
56 37 28
116 77 58
190 127 95
299 199 150
494 329 247
1158 5193 772 3462 579 2597
GL 500 GL 700 GL 1000
3.5 -910 3.5 -910 3.5 -910
2.6 1.9 1.3
8.4 6.0 4.2
22 16 11
46 33 23
76 54 38
120 85 60
198 141 99
463 331 232
2077 1484 1039
GL 1500 GL 2000 GL 2500
3.5 -910 3.5 -910 3.5 -910
0.9 0.7 0.5
2.8 2.1 1.7
7 6 4
15 12 9
25 19 15
40 30 24
66 49 40
154 116 93
692 519 415
25 38 51
6 9 13
General data G+GL series Vacuum: Suction air flow: Operat. pressure: Operating noise: Oper. temp. range: Materialis:
max. 91 % (-910 mbar) 700 to 21000 Nl/min 2 to 6 bar G-Types opt. 5.6 bar GL-Types opt. 3.5 bar 55 to 80 dB(A) -20 to +60 °C Aluminium, Stainless Steel, Polyethylene-HD, brass, Nitrile, Silicone-free
Order options
with flange: Model No. + FL with Viton-gaskets/flaps: Model No. + V with exhaust air adaptor: Model No. + AA with vacuum non return valve: Model No. + H
Order example
Multijector G 1800 with flange and Viton-gaskets = Model No. 110.248FLV Time in Seconds to evacuate a 1 m volume from atmospheric 3
More detailed information can be found on the last double-pages of this catalogue.
B
85
81
25
PC
Vacuum
exhaust air connectors 1 (or 2) x NW75 (accessory)
Exhaust with built in silencer 37.5 P+
110
(75)
395
D
P+ compr. air
h(Fl)
P-
Vacuum-Flange (accessory)
Type Model No. width weight compressed vacuum connect. vacuum B air supply screw hole circle flange P+ PCD (accessory)
flange height h(Fl)
exhaustair adaptor (accessory)
G 360 G 540 G 720
110.244 110.254 110.245
127 mm 127 mm 127 mm
5.5 kg 5.6 kg 5.7 kg
BSP 1/2“ 8 x M5 with PCD 80 BSP 1/2“ 8 x M5 with PCD 80 BSP 1/2“ 8 x M5 with PCD 80
BSP 1 1/2“ BSP 1 1/2“ BSP 1 1/2“
39 mm 39 mm 39 mm
1 x Ø 75 1 x Ø 75 1 x Ø 75
G 900 G 1260 G 1800
110.246 110.247 110.248
150 mm 195 mm 262 mm
6.2 kg 7.3 kg 9.0 kg
BSP 3/4“ 8 x M5 with PCD 80 BSP 3/4“ 8 x M5 with PCD 110 BSP 3/4“ 8 x M5 with PCD 110
BSP 1 1/2“ BSP 2“ BSP 2“
39 mm 49 mm 49 mm
1 x Ø 75 1 x Ø 75 1 x Ø 75
G 2700 G 3600 G 4500
110.249 110.250 110.251
375 mm 487 mm 600 mm
11.7 kg 14.4 kg 17.3 kg
8 x M6 with PCD 160 BSP 2 1/2“ 8 x M6 with PCD 160 BSP 2 1/2“ 8 x M6 with PCD 160 BSP 2 1/2“
49 mm 49 mm 49 mm
1 x Ø 75 2 x Ø 75 2 x Ø 75
GL 200 GL 300 GL 400
110.315 110.325 110.316
127 mm 127 mm 127 mm
5.5 kg 5.6 kg 5.7 kg
BSP 1/2“ 8 x M5 with PCD 80 BSP 1/2“ 8 x M5 with PCD 80 BSP 1/2“ 8 x M5 with PCD 80
BSP 1 1/2“ BSP 1 1/2“ BSP 1 1/2“
39 mm 39 mm 39 mm
1 x Ø 75 1 x Ø 75 1 x Ø 75
GL 500 GL 700 GL 1000
110.317 110.318 110.319
150 mm 195 mm 262 mm
6.2 kg 7.3 kg 9.0 kg
BSP 1/2“ 8 x M5 with PCD 80 BSP 3/4“ 8 x M5 with PCD 110 BSP 3/4“ 8 x M5 with PCD 110
BSP 1 1/2“ BSP 2“ BSP 2“
39 mm 49 mm 49 mm
1 x Ø 75 1 x Ø 75 1 x Ø 75
GL 1500 110.320 GL 2000 110.321 GL 2500 110.322
375 mm 487 mm 600 mm
11.7 kg 14.4 kg 17.3 kg
BSP 3/4“ 8 x M6 with PCD 160 BSP 2 1/2“ BSP 1“ 8 x M6 with PCD 160 BSP 2 1/2“ BSP 1“ 8 x M6 with PCD 160 BSP 2 1/2“
49 mm 49 mm 49 mm
1 x Ø 75 2 x Ø 75 2 x Ø 75
BSP 1“ BSP 1“ BSP 1“
11
MULTIJECTOR® MRVA and MRVAC The first multiple stage ejector completely made of stainless steel Description
Multijectors of the MRVA- and MRVAC-series are three stage ejectors in a round stainless steel design. This Multijector-type offers an enormous suction performance of up to 4.5 times the used compressed air and up to -910 mbar vacuum at very compact size. As the MRVA vacuum generators are made of high-quality resistant materials (stainless steel AISI 304 and Vitongaskets are standard, options: stainless steel AISI 316L and others, PTFE-coated gaskets), they are ideal for applications where aggressive drawn-off media or critical ambience conditions have to be taken into consideration. Furthermore the Multijector MRVAC is the first
CIP-able multiple stage ejector pump
and can completely be rinsed inside from the vacuum side in installed state. The cleansing liquid leaves the MRVAC through the exhaust air opening (fitting position: exhaust air opening at the bottom). Vacuum- and exhaust air opening of the MRVAC are equipped with clamp-connection pieces. Model No. Type 110.693 MULTIJECTOR® M270 RVA 110.694 MULTIJECTOR® M360 RVA 190
BSP 1/4"
8
Vacuum
18
Ø76
Exhaust air
BSP 1"
BSP 1"
Ø76
Compressed air
20
BSP 1/4" Compressed air
• wear- and maintenance-free • good chemical resistance • easy installation • compact size • oil-free operation • CIP-able
26
BSP 1" Vacuum
8
Technical data BSP 1" Exhaust air
Model No. Type 110.703 MULTIJECTOR® M270 RVAC 110.704 MULTIJECTOR® M360 RVAC 196 172
14
12
Exhaust air Vacuum
26
BSP 1/4" Compressed air
Vacuum Clamp Øi 40 mm DIN 32676
Exhaust air Clamp Øi 40 mm DIN 32676
12
Ø76
Compressed air
M270 RVA M360 RVA M270 RVAC M360 RVAC Max. vacuum: -900 mbar Max. Suction air flow: 1150 Nl/min 1450 Nl/min Compr. air consumption: 252 Nl/min 344 Nl/min Operating pressure: 3 - 6 bar Opt. operating pressure: 5.6 bar Operating noise: 55-78 dB(A) Weight: 2.5 kg 2.6 kg Operable temp. range: -20 to +80°C Materials: AISI 304, Viton (optional AISI316L/PTFE) Please inquire separately for special materials. Suction air flow (in Nl/min) at the respective Vacuum (in mbar) Typ -0 -100 -200 -300 -400 -500 -600 -700 -800 M270 1150 660 420 228 135 105 69 39 18 M360 1450 810 560 304 180 140 92 52 24 Time in Seconds to evacuate a 1 m3 volume from atmospheric pressure to stated vacuum level (in mbar) Typ -100 -200 -300 -400 -500 -600 -700 -800 -900 M270 6 16 34 72 124 205 350 650 1700 M360 5 13 26 55 93 155 265 490 1300
Volkmann
VARI JECTOR®
Varijectors are adjustable radial gap ejectors with whole accessible linear vacuum flow/exhaust gas stream running through the ejector’s manifold. They can be used with a wide variety of different compressed operation media (propellants, e.g. compressed air, nitrogen, O2, CO2 ...) and aspire from any gas atmosphere. The compressed gas is injected radially, with a little angle directed into the flow direction, where it is mixed under high turbulences with the gas to be aspirated and goes into a diffuser nozzle. Varijectors have an open inner diameter with sizes between Ø 5 up to 50 mm. They reach a maximum vacuum between -10 to -70 kPa. Varijectors can be used to aspire material and blow it into cyclones; to evaporate chemical processes; to mix gases; to feed textile threads and fabrics; to dry wire, tubes and parts; to maximize blowing air; to cool surfaces ... there are hundreds of applications. Varijectors can be operated with compressed gases from 0 - 6 bar. According to the operation pressure, the Varijector reaches a certain aspiration volume, a ratio between aspired and compressed gas used and a certain maximum vacuum. Additionally, the radial gap can be adjusted at most of the models (not on the HT type), for easy adjustment of the maximum vacuum, airflow, gas consumption and mixing ratio. Volkmann Varijectors can be supplied in various materials, like anodized aluminium, stainless steel, high temperature resistant steel, PE, PP and other. Customized types with special diameters, flow ratios or individual materials are available upon request. Materials (other materials on request)
PA
Alu: anidized aluminium, nickelplated brass, nitrile gaskets Stainl.: Stainless steel 1.4305 (304) Viton gaskets HT steel: high temperature resistant steel easy exchangable wearing parts copper/brass gaskets
d2 D
P+
d d1
P–
L1
a
L2
P- Vacuum port P+ compressed media PA exhaust
L
Typ
Article No.
Ød
Ød1
Ød2
ØD
L
L1
L2
a
mm
mm
mm
mm
mm
mm
mm
mm
PV100
100.457 (Alu) 100.821 (Stainl.)
10
40
152,5
14
76
PV150
101.968 (Alu) 101.969 (Stainl.)
15
25
25
40
198
30
PV200
101.970 (Alu) 101.971 (Stainl.)
20
32
32
50
216
31,5
PV250
101.972 (Alu) 101.973 (Stainl.)
25
32
40
60
236,5
38
25
45
50
70
205
47,5
40,5 110
PV250HT 110.410 (HT steel)
G3/4“ 40 und (AG) IG3/4“
PV300
110.386 (Alu) 110.387 (Stainl.)
30
40
50
65
237
PV400
110.393 (Alu)
40
50
75
90
277
50
Inline vacuum for various applications.
P+ (BSP)
max. vacuum
air consumpt. at 6 bar op.pr.
suction air at 6 bar op.pr.
51,5
G 3/8“ (inner)
-80 kPa
0 - 1000 Nl/min
max. 700 Nl/min
90
57
G 3/8“ (IG)
-75 kPa
0 - 1600 Nl/min
max. 1200 Nl/min
90
63,5
G 3/8“ (IG)
-50 kPa
0 - 2200 Nl/min
max. 2400 Nl/min
110 64,5
G 3/8“ (IG)
-45 kPa
0 - 3200 Nl/min max. 3300 Nl/min
97
28,5
G 3/8“ (IG)
-30 kPa
62
G 3/8“ (IG)
-30 kPa
0 - 3400 Nl/min max. 4000 Nl/min
G 1/2“ (IG)
-15 kPa
0 - 3600 Nl/min max. 5500 Nl/min
120 62,5
2400 Nl/min
max. 3700 Nl/min
13
Vacuum Cups and components
VACUUM Cups More than 200 different Vacuum Cups available, regularly from stock. We supply miniature Vacuum Cups, e.g. for the handling of semiconductors, bellow cups with integrated lift, e.g. for packaging machines, flat cups for printing machines, transparent or blue cups for Pharma and Food applications (FDA conform materials used), and large Vacuum Cups with greater lifting forces for parts being very heavy (some hundred kilos). In our wide spread program, you can choose from various cup materials. We hope you find the suitable Vacuum Cup in our program, and are sure, you will like our attractive conditions.
Flat Vacuum Cups: Pages 14-15
Bellow Vacuum Cups: Pages 16-17
Universal Vacuum Cups: Pages 18-19
Vacuum Cup V10F
Vacuum Cup V15F
Vacuum Cup VC119
NBR: 111.277 SIL: 111.278 SIL (FDA): 111.279
NBR: 111.280 SIL: 111.281 SIL (FDA): 111.282
PVC: PU:
Materials NBR: Nitrile, oilresistant and durable, -20 to +120°C SIL: Silicone, for higher temperatures, -50 to + 220°C SIL (FDA): Silicone, suitable for foodstuff SIL (AS): Conductive Silicone (e.g. for Semiconductor handling)
Ø9
10,5
Ø 16
Ø 11
14
Fitting: VA10:
Fitting: 111.334
111.646 111.647
Ø9
Ø 10
The Fittings are listed on page 20 of this brochure.
Ø 19,5
Ø 16
13,5
Flat Vacuum Cups are used for flat objects such as sheetmetal, cardboard or porous materials and in those cases, when high lifting forces are necessary. Their integrated cleats and good stabilitiy offer a better precision in pick-and-place applications than Universal Vacuum Cups do.
Ø 11
11
Flat Vacuum Cups
VA10:
Ø 19,5 Fitting:
111.334
VCA9:
111.357
Ø 26
Ø 31
Ø 32
Ø 32
Vacuum Cup V20F
Vacuum Cup V25F
Vacuum Cup V30F
Vacuum Cup VC2C
Vacuum Cup VC2D
NBR: 111.286 SIL: 111.287 SIL (FDA): 111.288
NBR: 111.289 SIL: 111.290 SIL (FDA): 111.291
NBR: 111.295 SIL: 111.296 SIL (FDA): 111.297
PVC: PU:
PVC: PU:
111.658 111.659
111.662 111.663
Ø15,5
Ø 21
Ø 32
Fitting: 111.336 111.337
VA20: VA20M:
Fitting: 111.336 111.337
Ø 33
25
9,5 Ø 31
Ø 26
Fitting: VA20: VA20M:
Ø 20 9
8
Ø 14,2
21
Ø 14,2
Ø15,5
VA30: VA30M:
Ø 40
Ø 32
Fitting:
111.339 111.340
VCA8:
Fitting: 111.356
Ø 51
VCA7:
Ø 52
111.355
Ø 75
Vacuum Cup VC2EH
Vacuum Cup V40F
Vacuum Cup VC59
Vacuum Cup V50F
Vacuum Cup V75F
PVC: PU:
NBR: 111.301 SIL: 111.302 SIL (FDA): 111.303
PVC: PU:
NBR: 111.307 SIL: 111.308 SIL (FDA): 111.309
NBR: SIL:
111.686 111.687
Ø15,5 Ø 40
VA30: VA30M:
111.355
Ø 82
VA50: VA50M:
Ø 108
Ø 100
Ø 75
Fitting:
For tube mounting Ø 8-9 mm
111.339 111.340
Ø 66 BSP 3/8" a/f 30
Ø 52
Ø 51
Fitting:
Fitting:
17,5
16,5
Ø 40
Ø33
VCA7:
Ø 27
13
27
Ø 20
111.310 111.311
14
111.666 111.667
24
Ø 21
With molded fitting (Alum.)
111.342 111.343
Ø 125
Ø 150
Vacuum Cup VC27A
Vacuum Cup V100F
Vacuum Cup VC27
Vacuum Cup V125F
Vacuum Cup V150F
PVC: PU:
NBR: SIL:
PVC: PU:
NBR: SIL:
NBR: SIL:
17 Ø 82,5
With molded fitting (Alum.)
30
Ø 110 BSP 1/2" a/f 30
108
Ø 100
With molded fitting (Alum.)
Ø 108 BSP 1/2" a/f 30
111.319 111.320
19
G 1/2"
28.5
70
111.316 111.317
17
Ø 70 BSP 3/8" a/f 30
111.814 111.815
28
G 1/2" 20
57
111.313 111.314
25.5
111.818 111.819
Ø 125
With molded fitting (Alum.)
With molded fitting (Alum.)
Ø 150
With molded fitting (Alum.) 15
Ø5
Ø 10
Vacuum Cup V8B
Vacuum Cup V10B
NBR: 111.214 SIL (FDA): 111.215 SIL (AS): 111.216
NBR: 111.217 SIL (FDA): 111.218 SIL (AS): 111.219
NBR: 111.220 SIL: 111.221 SIL (FDA): 111.222
Ø4.5
Ø 5.5
Ø9
16
11.9
9.2
Materials NBR: Nitrile, oilresistant and durable, -20 to +120°C SIL: Silicone, for higher temperatures, -50 to + 220°C SIL (FDA): Silicone, suitable for foodstuff SIL (AS): Conductive Silicone (e.g. for Semiconductor handling)
Ø 8.8
Ø6.2
Ø 9.2
Fitting:
The Fittings are listed on page 20 of this brochure.
VA4:
Ø 12
Fitting: 111.333
Ø 15
Ø 10
VA4:
Fitting: 111.333
Ø 19
VA10:
111.334
Ø 19
Ø 20
Vacuum Cup VCB3
Vacuum Cup V15B
Vacuum Cup VCB2
VacuumCup VC33A5
Vacuum Cup V20B
PVC: PU:
NBR: 111.226 SIL: 111.227 SIL (FDA): 111.228
PVC: PU:
PVC: PU:
NBR: 111.232 SIL: 111.233 SIL (FDA): 111.234
111.564 111.565
111.560 111.561
111.590 111.591
Ø 10
Ø 14.2
Ø 15
Ø13
VCA3:
Fitting: 111.351
VA10:
Ø 22
VCA22:
Ø 27
25
Lift 8
Fitting: 111.334
19 Ø 20
Ø 19
Ø 19
Ø 17
Fitting:
Ø16,5 18,5
Lift 7
19.5
Lift 7
14,5
Ø13,3
Lift 11
Ø8
Ø 24
Fitting:
Fitting: 111.368
Lift 9.5
Ø 13
Ø5.5
Lift 4.5
Vacuum Cup V6B
Lift 3.5
Bellow Vacuum Cups provide an integrated lift function. They can compensate vertical tolerances of the surface which shall be gripped and can be used to separate thin items. They can handle flat and slightly curved surfaces.
Ø8
Lift 1.5
Bellow Vacuum Cups
VCA17:
Ø 30
VA20: VA20M:
111.364
Ø 32
111.336 111.337
Ø 32
VacuumCup VC33A3
Vacuum Cup V25B
Vacuum Cup VCB1
Vacuum Cup V30B
Vacuum Cup VC33A2
PVC: PU:
NBR: 111.238 SIL: 111.239 SIL (FDA): 111.240
PVC: PU:
NBR: 111.244 SIL: 111.245 SIL (FDA): 111.246
PVC: PU:
16
111.365
Ø 29 VA30: VA30M:
111.339 111.340
Ø 30
111.358
Lift 14
24
Lift 13.5
26
Ø16,5
Ø 32 Ø 35
Fitting:
Fitting: VCA11:
Lift 11
Lift 7
16
Ø14
Ø 27
Fitting:
Fitting: VCA18:
Lift 9
26 Ø22
111.578 111.579
Ø 20
Ø 20
Ø17
111.556 111.557
21
111.582 111.583
VA30: VA30M:
111.339 111.340
Ø 32 Fitting: VCA12:
111.359
Ø 38
Ø 49
Ø 52
Ø 50,5
Vacuum Cup VC33A1
Vacuum Cup V40B
VacuumCup VC32ABC
Vacuum Cup V50B
Vacuum Cup VC32C
PVC: PU:
NBR: 111.250 SIL: 111.251 SIL (FDA): 111.252
PVC: PU:
NBR: 111.256 SIL: 111.257 SIL (FDA): 111.258
PVC: PU:
Ø 95
VA50: VA50M:
111.363
Ø 100
Saugn. VC104-3,75
Vacuum Cup V100B
NBR: SIL:
PVC: PU:
NBR: SIL:
Ø 95
Ø 75
With molded fitting (Alum.)
Ø 150
With molded fitting (Alum.)
40
Lift 16,5
Lift 18
Ø 108 BSP 1/2" a/f 30
Ø 115
Lift 21
Ø 125
With molded fitting (Alum.)
With molded fitting (Alum.)
18 * 73
33 * 77
65 * 151
PVC: PU:
111.712 111.713
Vacuum Cup VC32-3,05*1,3
Vacuum Cup VC32-2,5*6
PVC: PU:
PVC: PU:
111.716 111.717
63*19
BSP 1/8" 18,5
Lift 22 45
Ø 112 BSP 1/2" a/f 30
Lift 22
Vacuum Cup VC188C1
Oval Bellow Vacuum Cups
111.271 111.272
56
NBR: SIL:
BSP1/2"
111.268 111.269
With molded fitting (Alum.)
Ø 150 Vacuum Cup V150B
NBR: SIL:
111.625 111.626
Ø 88,5
Ø 100
With molded fitting (Alum.)
Vacuum Cup V125B
54
Ø 75 BSP 3/8" a/f 30
PVC: PU:
111.354
Ø 125
Vacuum Cup VC104-4,5
111.265 111.266
45
BSP1/2" 52 Lift 23,5
Ø 70
44
35
Ø 66 BSP 3/8" a/f 30 Lift 16
111.622 111.623
VCA6:
Ø 115
Vacuum Cup V75B 111.262 111.263
Fitting:
111.342 111.343
45
Ø 75
VCA16:
73*18
With molded fitting (Alum.)
BSP1/8"
111.720 111.721
124*34,5
Lift 11
111.359
Fitting:
Fitting:
111.339 111.340
58
VCA12:
VA30: VA30M:
Ø 50,5
77*13 81*37
With molded fitting (Alum.)
BSP1/4"
45
Fitting:
Fitting:
Ø 58
Ø 49
Ø 42
Ø 52
22
Ø 35
Ø20 35
39
Ø 38
Lift 20
28
Lift 13.5
26
Lift 14
Ø 27
Ø 25
Lift 23
Ø 20
Ø17,5
111.616 111.617
56
111.604 111.605
Lift 7
111.574 111.575
Lift 20
Ø 35
151*65
With molded fitting (Alum.) 17
Universal Vacuum Cups are used for flat and slightly curved surfaces. They can compensate level tolerances and rough surfaces in a better way than Flat Vacuum Cups can do.
Ø5
Ø5
Vacuum Cup V4U
Vacuum Cup VCMini.200
NBR: 111.328 SIL (FDA): 111.329
Materials NBR: Nitrile, oilresistant and durable, -20 to +120°C SIL: Silicone, for higher temperatures, -50 to + 220°C SIL (FDA): Silicone, suitable for foodstuff SIL (AS): Conductive Silicone (e.g. for Semiconductor handling)
PVC: PU:
Ø4
111.764 111.765
Ø7,8
6,2
5,5
Ø5,9
Fitting: 111.333
VCA2:
Fitting: 111.350
Ø7
Ø7
Ø 6,4
PVC: PU:
111.742 111.743
Ø5
Fitting: VA4:
Vacuum Cup VCNJ8
Ø 5,6
Ø5 The Fittings are listed on page 20 of this brochure.
Ø6
6,7
Universal Vacuum Cups
VCA5:
Ø8
111.353
Ø 8,2
Vacuum Cup VC167A
Vacuum Cup V6U
Vacuum Cup VCNJ12
Vacuum Cup VCMini
Vacuum Cup VCNJ9
PVC: PU:
NBR: 111.330 SIL (FDA): 111.331
PVC: PU:
PVC: PU:
PVC: PU:
Ø 6,4 Fitting: VCA2:
Fitting: 111.350
VA4:
Fitting: 111.333
Ø9
VCA4:
Ø 8,2
Fitting: 111.352
Ø9
Ø 7,8
Ø5
Ø7
Ø7
111.768 111.769
Ø 5,6 7,3
5
6,5
Ø 7,8
111.738 111.739
6,7
Ø5
Ø3
111.780 111.781
5
111.728 111.729
VCA1:
Fitting: 111.349
VCA5:
Ø 10
Ø 10
111.353
Ø 10,5
Vacuum Cup V8U
Vacuum Cup VC161C
Vacuum Cup V10U
Vacuum Cup VCNJ10
Vacuum Cup VCNJ1
NBR: 111.379 SIL (FDA): 111.380
PVC: PU:
NBR: 111.325 SIL: 111.326 SIL (FDA): 111.327
PVC: PU:
PVC: PU:
VA4: 18
Fitting: 111.333
VA10:
VA10:
Fitting: 111.334
Ø9 7,5
Ø 10
Ø 10,5
Fitting: 111.334
111.746 111.747
Ø 7,8 10,5
13,5
7
Ø9
Ø9
Fitting:
Ø9
Ø6
Ø5
111.772 111.773
12,5
111.692 111.693
VCA5:
Ø10,5 Fitting:
111.353
VA10:
111.334
Ø 10,5
Ø 13
Ø 14
Ø 16
Ø 20
Vacuum Cup VC167
Vacuum Cup VCNJ2
Vacuum Cup VC167C
Vacuum Cup V15U
Vacuum Cup VC22
PVC: PU:
PVC: PU:
PVC: PU:
NBR: 111.382 SIL (FDA): 111.383
PVC: PU:
Ø3,5
Ø4
Ø 13
Fitting:
VA10:
VCA2:
VA10:
111.350
Ø 21
Ø 20 Fitting:
Fitting:
Fitting: 111.334
Ø 20
Ø 16
Ø 14
Fitting: 111.350
111.674 111.675
Ø11,5
Ø 10
8
7
13,5
Ø9
Ø 10,5
VCA2:
111.734 111.735
14
111.750 111.751
11
111.724 111.725
VCA11:
111.334
111.358
Ø 26
Ø 25
Ø 31
Vacuum Cup VC119B
Vacuum Cup V20U
Vacuum Cup VC36B
Vacuum Cup V25U
Vacuum Cup V30U
PVC: PU:
NBR: 111.385 SIL (FDA): 111.386
PVC: PU:
NBR: 111.388 SIL (FDA): 111.389
NBR: 111.391 SIL (FDA): 111.392
Ø14,5
Ø 21
Fitting:
VCA11:
VA20: VA20M:
111.358
Ø 41
VA20:
VA20: VA20M:
111.336
Ø 76
Ø 52
Ø 31
Fitting:
Fitting:
111.336 111.337
Ø14,2
Ø 26
Ø 25
Ø20 Fitting:
Ø 14,2 8,5
8
15,5
Ø 14,2
Fitting: 111.336 111.337
Vacuum Cup V50U
Vacuum Cup VC30
Vacuum Cup VC72
NBR: 111.394 SIL (FDA): 111.395
NBR: 111.398 SIL (FDA): 111.399
PVC: PU:
PVC: PU:
Fitting: VA30: VA30M:
Fitting: 111.339 111.340
VA50: VA50M:
111.342 111.343
Ø 78
Fitting: VCA15:
111.362
G 1/2" 44
35
Ø 52
111.336 111.337
111.654 111.655
Ø 36
Ø 29 16
13 Ø 41
111.696 111.697
Ø27
VA20: VA20M:
Ø 80
Vacuum Cup V40U
Ø20
10
Ø11,5
111.640 111.641
9
111.650 111.651
Ø 80 With molded fitting (Alum.) 19
Fittings: Plug Fitting (Alu = anodized Aluminium, NB = nickelplated Brass) Adapter VA4
Adapter VA10
NB, Nr. 111.333
Adapter VA20
NB, Nr. 111.334 M5
BSP 1/8"
M5 BSP 1/8"
Adapter VCA1
Alu, Nr. 111.342
BSP 1/4"
BSP 1/8"
NB, Nr. 111349
BSP 1/4" 8 22.5 1 6.5 9.5
1 5 7 Ø6.5 Ø8
Ø12 Ø15
Ø8 Ø11
Ø4
Ø1.5
a/f 24 20
16
a/f 13
Ø5.2
Ø2.3
a/f 17
5.5 1
17 8.5 5.5
Ø3
8
6
4
a/f 7
a/f 7 5.5 2
13
Adapter VA50
Alu, Nr. 111.339
4
M5
Adapter VA30
Alu, Nr. 111.336
Ø2.5
Adapter VCA3
Adapter VCA2 NB, Nr. 111350
NB, Nr. 111351
Adapter VCA7
Adapter VCA8
Alu, Nr. 111355
Alu, Nr. 111356
Adapter VCA15
Adapter VCA16
Alu, Nr. 111362
Alu, Nr. 111363
Adapter VCA5
Adapter VCA4 NB, Nr. 111352
Adapter VCA6
NB, Nr. 111353
Adapter VCA9
Alu, Nr. 111354
Adapter VCA12
Adapter VCA11
NB, Nr. 111357
Alu, Nr. 111359
Alu, Nr. 111358
Adapter VCA17
Adapter VCA18
Alu, Nr. 111364
Adapter VCA22
Alu, Nr. 111365
Alu, Nr. 111368
Fittings with internal plug (use with higher lifting forces), anodized Aluminium BSP 1/4"
a/f 30
5 6 1 3.5 7
0.5 3.7 5
Ø19.5 Ø 27 Ø 33
2,1
Ø 14 Ø 20 Ø 24.5
1,5
Ø 10 Ø 15 Ø 17.5
BSP 1/4"
15
a/f 22
Fitting VA50M, Nr. 111.343 BSP 1/8"
8
11.5
BSP 1/8"
3.7 4.5
a/f 16
Fitting VA30M, Nr. 111.340
4 7.5 8 8.5 17.5
BSP 1/8" 6
M5
1 5.2 9
Fitting VA20M, Nr. 111.337
Ø6.5 Ø7.5
Ø12 Ø14
Ø8 Ø10
Level Compensators Compensator M5, Nr. 111.461
Compensator 1/8“, Nr. 111.462 15 7
a/f 24
BSP1/8"
Lift 14 12
Lift 19,5
44
73 35 M16x1 7
Lift 7
44 22.5
a/f 8 M5
a/f 14 a/f 19
15
BSP1/2"
6 11
a/f 8 M10x1 a/f 13
20
Compensator 1/2“, Nr. 111.463
BSP1/8"
M5
a/f 24 BSP1/2"
Electric and pneumatic vacuum switches and vacuum accessories
VACUUM accessories In our extensive accessory program you will find nearly everything for your vacuum application. Please ask us for additional information material.
Vacuum switches and controls
Our program includes purely pneumatic, electric and digital vacuum switches. Choose variants with two separately adjustable switching points or adjustable hysteresis. Measure the present vacuum with vacuum switches with analogous output. Use our vacuum controls if you want to keep the vacuum in a previously adjusted target area without additional control requirements. The sensors automatically takes over the control of the solenoid valves.
Vacuum filters – A wide variety of filters are available for your vacuum application. Vacuum flanges
Ask for special design flanges according to your individual specifications. We can quickly manufacture and supply high quality low cost flanges to your exact requirements.
Customized Vacuum Pumps, Venturis and integrated systems For special demands, we develop and design customized vacuum pumps, e.g. in a special size, with an individual characteristics, certain flow rates, in special materials etc. If you require a Vacuum Pump completely preinstalled with other components like switches, valves, sensors, a control and/or a mounting frame, come and talk to us about our solutions we could provide.
VOLKMANN: Everything you‘ll need for your vacuum handling application.
21
Suction air flow and evacuation times at different operating pressures MULTIJECTORÂŽ M and G: optimum 5.6 bar operating
max. compr. air
(bar)
(mbar)
(Nl/min)
M 90
6 5.5 5 4.5 4 3.5 3
-910 -910 -850 -700 -630 -560 -490
93 86 80 73 67 60 54
413 395 380 363 343 317 292
245 226 205 188 166 145 123
145 140 125 106 97 71 65
88 76 63 56 54 51 45
45 45 46 46 40 28 20
34 35 33 30 21 8
23 23 16 11 5
14 13 6 2
5 6 4
14 16 16 18 20 22 26
42 46 50 54 64 74 90
94 98 118 132 152 168 202
198 214 232 248 270 308 406
360 368 384 408 480 700
608 612 676 812 1320
1016 1024 1460 3744
1932 1896 2624
5132 5072
M 180
6 5.5 5 4.5 4 3.5 3
-910 -910 -850 -700 -630 -560 -490
186 172 160 146 134 120 108
825 790 760 725 685 634 584
490 452 410 375 332 290 245
290 280 250 212 193 142 130
176 152 126 111 108 102 90
90 90 92 92 80 56 40
68 70 66 60 42 16
46 46 32 22 10
28 26 12 4
10 12 8
7 8 8 9 10 11 13
21 23 25 27 32 37 45
47 49 59 66 76 84 101
99 107 116 124 135 154 203
180 184 192 204 240 350
304 306 338 406 660
508 512 730 1872
966 948 1312
2566 2536
M 270
6 5.5 5 4.5 4 3.5 3
-910 -910 -850 -700 -630 -560 -490
279 252 240 219 201 180 162
1238 1185 1140 1088 1028 951 876
735 678 615 563 498 435 368
435 420 375 318 290 213 195
264 228 189 167 162 153 135
135 135 138 138 120 84 60
102 105 99 90 63 24
69 69 48 33 15
42 39 18 6
15 18 12
5 5 5 6 7 7 9
14 15 17 18 21 25 30
31 33 39 44 51 56 67
66 71 77 83 90 103 135
120 123 128 136 160 233
203 204 225 271 440
339 341 487 1248
644 632 874
1710 1690
M 360
6 5.5 5 4.5 4 3.5 3
-910 -910 -850 -700 -630 -560 -490
372 344 320 292 268 240 216
1568 1501 1444 1378 1302 1205 1110
931 859 779 713 631 551 466
580 560 500 424 386 284 260
352 304 252 222 216 204 180
180 180 184 184 160 112 80
136 140 132 120 84 32
92 92 64 44 20
56 52 24 8
20 24 16
4 4 4 5 5 6 7
11 12 13 14 16 19 23
24 25 30 33 38 42 51
50 54 58 62 68 77 102
90 92 96 102 120 175
152 153 169 203 330
254 256 365 936
483 474 656
1283 1268
M 450
6 5.5 5 4.5 4 3.5 3
-910 -910 -850 -700 -630 -560 -490
465 430 400 365 335 300 270
1959 1876 1805 1722 1627 1506 1387
1164 1074 974 891 789 689 582
725 700 625 530 483 355 325
440 380 315 278 270 255 225
225 225 230 230 200 140 100
170 175 165 150 105 40
115 115 80 55 25
70 65 30 10
25 30 20
3 3 3 4 4 4 5
8 9 10 11 13 15 18
19 20 24 26 30 34 40
40 43 46 50 54 62 81
72 74 77 82 96 140
122 122 135 162 264
203 205 292 749
386 379 525
1026 1014
M 540
6 5.5 5 4.5 4 3.5 3
-910 -910 -850 -700 -630 -560 -490
558 516 480 438 402 360 324
2351 2252 2166 2066 1952 1807 1664
1397 1288 1169 1069 946 827 698
870 840 750 636 579 426 390
528 456 378 333 324 306 270
270 270 276 276 240 168 120
204 210 198 180 126 48
138 138 96 66 30
84 78 36 12
30 36 24
2 3 3 3 3 4 4
7 8 8 9 11 12 15
16 16 20 22 25 28 34
33 36 39 41 45 51 68
60 61 64 68 80 117
101 102 113 135 220
169 170 243 623
322 316 437
854 844
G 360
6 5.5 5 4.5 4 3.5 3
-910 -910 -850 -700 -630 -560 -490
372 344 320 292 268 240 216
1980 1960 1940 1850 1750 1650 1500
950 870 795 685 620 575 525
593 548 508 445 365 306 266
361 306 263 227 226 208 183
180 185 180 161 161 136 93
136 136 135 121 94 55
92 87 70 50 24
54 48 28 5
23 25 20
2.0 2.5 2.5 3.5 5.0 5.0 4.5
9.0 9.5 10.0 11.5 13.0 16.0 19.0
20 23 25 29 33 38 43
43 46 50 55 62 69 85
79 80 86 93 108 152
137 136 151 178 265
230 244 317 781
451 444 604
1286 1271
G 540
6 5.5 5 4.5 4 3.5 3
-910 -910 -850 -700 -630 -560 -490
558 516 480 438 402 360 324
2772 2744 2716 2590 2450 2310 2100
1425 1305 1193 1028 930 863 788
890 822 762 668 548 459 399
542 459 395 341 339 312 275
270 278 270 242 242 204 140
204 204 203 182 141 83
138 131 105 75 36
81 72 42 8
35 38 30
1.3 1.7 1.7 2.3 3.3 3.3 3.0
6.0 6.3 6.7 7.7 8.7 10.7 12.7
13 15 16 19 22 25 28
28 31 33 37 41 46 57
53 53 57 62 72 101
91 91 101 119 177
153 163 211 521
301 296 403
857 847
G 720
6 5.5 5 4.5 4 3.5 3
-910 -910 -850 -700 -630 -560 -490
744 688 640 584 536 480 432
3350 3250 3200 3050 2850 2650 2400
1900 1740 1590 1370 1240 1150 1050
1185 1096 1016 889 729 612 532
721 612 526 453 451 415 366
359 369 359 322 322 271 186
272 272 270 242 187 110
184 173 140 99 47
107 96 56 10
46 51 39
1.0 1.3 1.3 1.8 2.5 2.5 2.3
4.5 4.8 5.0 5.8 6.5 8.0 9.5
10 11 12 15 16 19 21
21 23 25 28 31 35 43
40 40 43 47 54 76
69 68 76 89 133
115 122 159 391
226 222 302
643 636
G 900
6 5.5 5 4.5 4 3.5 3
-910 -910 -850 -700 -630 -560 -490
930 860 800 730 670 600 540
4188 4063 4000 3813 3563 3313 3000
2375 2175 1988 1713 1550 1438 1313
1481 1370 1270 1111 911 765 665
901 765 658 566 564 519 458
449 461 449 403 403 339 233
340 340 338 303 234 138
230 216 174 124 59
134 120 70 12
57 64 49
0.8 1.0 1.0 1.4 2.0 2.0 1.8
3.6 3.8 4.0 4.6 5.2 6.4 7.6
8 9 10 12 13 15 17
17 18 20 22 25 28 34
32 32 34 37 43 61
55 54 60 71 106
92 98 127 312
180 178 242
514 508
G 1260
6 5.5 5 4.5 4 3.5 3
-910 -910 -850 -700 -630 -560 -490
1302 1204 1120 1022 938 840 756
5863 5688 5600 5338 4988 4638 4200
3325 3045 2783 2398 2170 2013 1838
2074 1918 1778 1556 1276 1071 931
1262 1071 921 793 789 726 641
628 646 628 564 564 474 326
476 476 473 424 327 193
322 303 244 173 83
187 168 98 17
80 89 68
0.6 0.7 0.7 1.0 1.4 1.4 1.3
2.6 2.7 2.9 3.3 3.7 4.6 5.4
6 6 7 8 9 11 12
12 13 14 16 18 20 24
23 23 25 27 31 43
39 39 43 51 76
66 70 91 223
129 127 173
367 363
G 1800
6 5.5 5 4.5 4 3.5 3
-910 -910 -850 -700 -630 -560 -490
1860 1720 1600 1460 1340 1200 1080
8375 8125 8000 7625 7125 6625 6000
4750 4350 3975 3425 3100 2875 2625
2963 2740 2540 2223 1823 1530 1330
1803 1530 1315 1133 1128 1038 915
898 923 898 805 805 678 465
680 680 675 605 468 275
460 433 349 248 118
268 240 140 24
114 127 98
0.4 0.5 0.5 0.7 1.0 1.0 0.9
1.8 1.9 2.0 2.3 2.6 3.2 3.8
4 5 5 6 7 8 9
9 9 10 11 12 14 17
16 16 17 19 22 30
27 27 30 36 53
46 49 63 156
90 89 121
257 254
G 2700
Time in Seconds to evacuate a 1 m3 volume from atmospheric pressure to stated vacuum level (in mbar) -100 -200 -300 -400 -500 -600 -700 -800 -900
6 5.5 5 4.5 4 3.5 3
-910 -910 -850 -700 -630 -560 -490
2790 2580 2400 2190 2010 1800 1620
12563 12188 12000 11438 10688 9938 9000
7125 6525 5963 5138 4650 4313 3938
4444 4110 3810 3334 2734 2295 1995
2704 2295 1973 1699 1691 1556 1373
1346 1384 1346 1208 1208 1016 698
1020 1020 1013 908 701 413
690 649 523 371 177
401 360 209 36
171 191 146
0.3 0.3 0.3 0.5 0.7 0.7 0.6
1.2 1.3 1.3 1.5 1.7 2.1 2.5
3 3 3 4 4 5 6
6 6 7 7 8 9 11
11 11 11 12 14 20
18 18 20 24 35
31 33 42 104
60 59 81
171 169
G 3600
Suction air flow (in Nl/min) at the respective Vacuum (in mbar) 0 -100 -200 -300 -400 -500 -600 -700 -800
6 5.5 5 4.5 4 3.5 3
-910 -910 -850 -700 -630 -560 -490
3720 3440 3200 2920 2680 2400 2160
16750 16250 16000 15250 14250 13250 12000
9500 8700 7950 6850 6200 5750 5250
5925 5480 5080 4445 3645 3060 2660
3605 3060 2630 2265 2255 2075 1830
1795 1845 1795 1610 1610 1355 930
1360 1360 1350 1210 935 550
920 865 698 495 236
535 480 279 49
228 254 195
0.2 0.3 0.3 0.4 0.5 0.5 0.5
0.9 1.0 1.0 1.2 1.3 1.6 1.9
2 2 2 3 3 4 4
4 5 5 6 6 7 9
8 8 9 9 11 15
14 14 15 18 27
23 24 32 78
45 44 60
129 127
G 4500
pressure Vacuum consump.
6 5.5 5 4.5 4 3.5 3
-910 -910 -850 -700 -630 -560 -490
4650 4300 4000 3650 3350 3000 2700
20938 20313 20000 19063 17813 16563 15000
11875 10875 9938 8563 7750 7188 6563
7406 6850 6350 5556 4556 3825 3325
4506 3825 3288 2831 2819 2594 2288
2244 2306 2244 2013 2013 1694 1163
1700 1700 1688 1513 1169 688
1150 1081 872 619 295
669 600 349 61
284 318 244
0.2 0.2 0.2 0.3 0.4 0.4 0.4
0.7 0.8 0.8 0.9 1.0 1.3 1.5
2 2 2 2 3 3 3
3 4 4 4 5 6 7
6 6 7 7 9 12
11 11 12 14 21
18 20 25 62
36 36 48
103 102
22
All data feature a measuring inaccuracy of approx Âą 5 %.
Suction air flow and evacuation times at different operating pressures MULTIJECTOR速 ML and GL: optimum 3.5 bar operating
max. compr. air (mbar)
4.5 4 3.5 3 2.5 2
-890 -900 -910 -730 -620 -480
60 56 50 44 39 33
194 189 181 169 156 137
115 99 93 85 74 60
74 65 52 43 33 30
44 31 25 27 28 19
20 20 21 22 19 6
16 16 17 15 9
11 12 12 8
6 7 6
2 2 2
26 29 32 36 40 54
81 92 100 121 150 198
191 234 272 293 333 469
437 506 528 542 611 1114
782 848 857 894 1196
1256 1311 1342 1579 4888
2054 2073 3567 4425
4005 3961 5596
20262 26862
4.5 4 3.5 3 2.5 2
-890 -900 -910 -730 -620 -480
120 112 100 88 78 66
388 377 361 337 312 274
229 197 185 170 147 120
148 130 103 85 66 61
87 62 50 54 55 37
39 40 41 44 39 13
32 33 34 31 18
23 24 24 16
13 14 13
3 4 3
13 15 16 18 20 27
41 46 50 60 75 99
95 117 136 147 167 235
218 253 264 271 306 557
391 424 429 447 598
628 655 671 790 2444
1027 1036 1212 2213
2002 1980 2798
10131 13431
4.5 4 3.5 3 2.5 2
-890 -900 -910 -730 -620 -480
180 168 150 132 117 99
582 566 542 506 468 411
344 296 278 255 221 180
222 195 155 128 98 91
131 93 75 81 83 56
59 60 62 66 58 19
48 49 51 46 27
34 36 36 23
19 21 19
5 6 5
9 10 11 12 13 18
27 31 33 40 50 66
64 78 91 98 111 156
146 169 176 181 204 371
261 283 286 298 399
419 437 447 526 1629
685 691 1189 1475
1335 1320 1865
6754 8954
4.5 4 3.5 3 2.5 2
-890 -900 -910 -730 -620 -480
240 224 200 176 156 132
776 754 722 674 624 548
458 394 370 340 294 240
296 260 206 170 131 121
174 124 100 108 110 74
78 80 82 88 77 25
64 65 68 61 36
45 48 48 31
25 28 25
6 8 6
7 7 8 9 10 14
20 23 25 30 38 50
48 59 68 73 83 117
109 126 132 136 153 279
196 212 214 224 299
314 328 336 395 1222
514 518 892 1106
1001 990 1399
5066 6716
4.5 4 3.5 3 2.5 2
-890 -900 -910 -730 -620 -480
300 280 250 220 195 165
970 943 903 843 780 685
573 493 463 425 368 300
370 325 258 213 164 151
218 155 125 135 138 93
98 100 103 110 96 31
80 81 85 76 45
56 60 60 39
31 35 31
8 10 8
5 6 6 7 8 11
16 18 20 24 30 40
38 47 54 59 67 94
87 101 106 108 122 223
156 170 172 179 239
251 262 268 316 978
411 414 485 885
801 792 1119
4052 5372
4.5 4 3.5 3 2.5 2
-890 -900 -910 -730 -620 -480
360 336 300 264 234 198
1164 1131 1083 1011 936 822
687 591 555 510 441 360
444 390 309 255 197 182
261 186 150 162 165 111
117 120 123 132 116 38
96 98 102 92 54
68 72 72 47
38 42 38
9 12 9
4 5 5 6 7 9
14 15 17 20 25 33
32 39 45 49 56 78
73 84 88 90 102 186
130 141 143 149 199
209 218 224 263 815
342 345 404 738
667 660 933
3377 4477
4.5 4 3.5 3 2.5 2
-890 -900 -910 -730 -620 -480
240 224 200 172 156 132
1036 988 916 854 789 700
492 432 389 364 318 248
311 272 228 183 138 122
177 128 99 106 108 75
76 78 80 82 73 30
62 64 65 61 37
45 47 48 34 6
24 27 27 8
8 9 6
5.5 6.0 6.5 7.5 9.5 11.5
18.0 19.5 21.0 26.0 31.5 41.5
39 45 56 65 72 94
86 105 116 119 129 224
166 180 190 171 249
294 289 299 341 763
481 478 494 912
1022 976 1158
5160 5193
GL300
4.5 4 3.5 3 2.5 2
-890 -900 -910 -730 -620 -480
360 336 300 258 234 198
1554 1482 1373 1281 1184 1049
738 648 584 546 477 372
466 407 341 275 207 182
266 191 148 158 162 112
114 117 120 123 110 45
93 96 98 92 56
68 71 72 51 9
36 41 41 12
12 14 9
3.7 4.0 4.3 5.0 6.3 7.7
12.0 13.0 14.0 17.3 21.0 27.7
26 30 37 43 48 63
57 70 77 79 86 149
111 120 127 114 166
196 193 199 227 509
321 319 329 608
681 651 772
3440 3462
4.5 4 3.5 3 2.5 2
-890 -900 -910 -730 -620 -480
480 448 400 344 312 264
2072 1976 1831 1708 1578 1399
984 864 778 728 636 496
621 543 455 366 276 243
354 255 197 211 216 149
153 157 160 165 146 61
124 128 131 123 74
90 94 95 68 12
49 54 53 15
17 18 13
2.8 3.0 3.3 3.8 4.8 5.8
9.0 9.8 10.5 13.0 15.8 20.8
19 23 28 32 36 47
43 52 58 59 65 112
83 90 95 86 125
147 145 150 171 382
241 239 247 456
511 488 579
2580 2597
4.5 4 3.5 3 2.5 2
-890 -900 -910 -730 -620 -480
600 560 500 430 390 330
2590 2470 2288 2134 1972 1748
1230 1079 972 909 794 620
776 678 568 457 344 303
442 318 246 263 270 186
191 196 200 206 183 76
155 160 164 153 93
112 117 119 85 15
61 68 66 19
21 23 16
2.2 2.4 2.6 3.0 3.8 4.6
7.2 7.8 8.4 10.4 12.6 16.6
15 18 22 26 29 38
34 42 46 47 52 90
66 72 76 68 100
118 116 120 136 305
192 191 198 365
409 390 463
2064 2077
4.5 4 3.5 3 2.5 2
-890 -900 -910 -730 -620 -480
840 784 700 602 546 462
3626 3458 3203 2988 2761 2447
1722 1511 1361 1273 1112 868
1086 949 795 640 482 424
619 445 344 368 378 260
267 274 280 288 256 106
217 224 230 214 130
157 164 167 119 21
85 95 92 27
29 32 22
1.6 1.7 1.9 2.1 2.7 3.3
5.1 5.6 6.0 7.4 9.0 11.9
11 13 16 18 20 27
24 30 33 34 37 64
47 51 54 49 71
84 83 85 97 218
137 137 141 261
292 279 331
1474 1484
4.5 4 3.5 3 2.5 2
-890 -900 -910 -730 -620 -480
1200 1120 1000 860 780 660
5180 4940 4576 4268 3944 3496
2460 2158 1944 1818 1588 1240
1551 1356 1136 914 688 606
884 636 492 526 540 372
382 392 400 412 366 152
310 320 327 307 186
224 234 238 170 30
122 136 133 38
42 46 31
1.1 1.2 1.3 1.5 1.9 2.3
3.6 3.9 4.2 5.2 6.3 8.3
8 9 11 13 14 19
17 21 23 24 26 45
33 36 38 34 50
59 58 60 68 153
96 96 99 182
204 195 232
1032 1039
4.5 4 3.5 3 2.5 2
-890 -900 -910 -730 -620 -480
1800 1680 1500 1290 1170 990
7770 7410 6864 6402 5916 5244
3690 3237 2916 2727 2382 1860
2327 2034 1704 1371 1032 909
1326 954 738 789 810 558
573 588 600 618 549 228
465 480 491 460 279
336 351 357 255 45
183 204 199 57
63 68 47
0.7 0.8 0.9 1.0 1.3 1.5
2.4 2.6 2.8 3.5 4.2 5.5
5 6 7 9 10 13
11 14 15 16 17 30
22 24 25 23 33
39 39 40 45 102
64 64 66 122
136 130 154
688 692
4.5 4 3.5 3 2.5 2
-890 -900 -910 -730 -620 -480
2400 2240 2000 1720 1560 1320
10360 9880 9152 8536 7888 6992
4920 4316 3888 3636 3176 2480
3102 2712 2272 1828 1376 1212
1768 1272 984 1052 1080 744
764 784 800 824 732 304
620 640 654 613 372
448 468 476 340 60
244 272 265 76
84 91 63
0.6 0.6 0.7 0.8 1.0 1.2
1.8 2.0 2.1 2.6 3.2 4.2
4 5 6 6 7 9
9 10 12 12 13 22
17 18 19 17 25
29 29 30 34 76
48 48 49 91
102 98 116
516 519
4.5 4 3.5 3 2.5 2
-890 -900 -910 -730 -620 -480
3000 2800 2500 2150 1950 1650
12950 12350 11440 10670 9860 8740
6150 5395 4860 4545 3970 3100
3878 3390 2840 2285 1720 1515
2210 1590 1230 1315 1350 930
955 980 1000 1030 915 380
775 800 818 767 465
560 585 595 425 75
305 340 332 95
105 114 79
0.4 0.5 0.5 0.6 0.8 0.9
1.4 1.6 1.7 2.1 2.5 3.3
3 4 4 5 6 8
7 8 9 9 10 18
13 14 15 14 20
24 23 24 27 61
38 38 40 73
82 78 93
413 415
GL 200 ML 300 ML 250 ML 200 ML 150 ML 100
ML 50
(bar)
GL 400
Time in Seconds to evacuate a 1 m3 volume from atmospheric pressure to stated vacuum level (in mbar) -100 -200 -300 -400 -500 -600 -700 -800 -900
GL 500
(Nl/min)
Suction air flow (in Nl/min) at the respective Vacuum (in mbar) 0 -100 -200 -300 -400 -500 -600 -700 -800
GL 2500 GL 2000 GL 1500 GL 1000 GL 700
pressure Vacuum consump.
Technical data for combined vacuum + pressure operation is available on request.
23
On site tests, demonstrations, lab analysis, seminars and customer training Volkmann and our partners would like to demonstrate more of the world of the Volkmann Multijector vacuum pumps and components. We have demonstration and test facilities available in Soest and at many of our partners, where clients can see our Vacuum Pumps in action. Furthermore, we encourage “hands on” experience on all equipment. Vacuum handling tests and further ongoing evaluations can be undertaken as a special additional service either onsite or in our labs. A complete test summary and quotation are provided for the suitable system. Ask for our “Test Packs”. We also offer industrial seminars, training and company workshops tailored to your needs. We want to give you and your team the basic tools required to identify in your plant where and how Multijectors and other vacuum components from Volkmann could increase production quality and reduce costs: increase your production profit and save money by using Vacuum Pumps and Components from Volkmann.
http://www.Volkmann.info Germany VOLKMANN GmbH
Schloitweg 17 59494 Soest (Germany) Tel. +49 (0) 2921 96040 Fax +49 (0) 2921 9604900 eMail: mail@volkmann.info
Great Britain VOLKMANN UK Limited
Unit 50, Cressex Enterprise Centre Lincoln Road High Wycombe Bucks, HP12 3RL (Great Britain) Tel/Fax: +44 (0) 1494 512228 eMail: mail.uk@volkmann.info
USA VOLKMANN, Inc.
3855 Sylon Blvd. Hainesport Business Complex Hainesport, NJ 08036 (USA) Tel. 609 - 265 - 0101 Fax 609 - 265 - 0110 eMail: usa@volkmann.info
France VOLKMANN France sarl Creapole 1 32, chemin de Tournenfils 91540 MENNECY (France) Tél. +33 (0)164 572698 Fax +33 (0)164 572038 email: france@volkmann.info
VOLKMANN
... vacuum handling unlimited ...
© 2008, VOLKMANN GmbH, Soest, Germany. Technical data is subject to change without notice. Version MJ2008-E, April 2008. MULTIJECTOR and VARIJECTOR are registered trademarks of Volkmann GmbH.
VACUUMPumps & VACUUMComponents