Selection guide for energy saving products Energy Saving
SMC Energy Saving Gain competitive advantage discover some simple and effective ways to ensure operational savings and improve productivity We are all being urged to save energy. Headlines remind us almost daily of the need to reduce our carbon footprint and adopt a greener lifestyle. It s an important issue and one we ignore at our peril. Growing customer expectations and increasing legislation also mean that businesses can no longer afford to ignore green issues. By adopting an energy saving strategy as a part of your business efficiency programme, not only will you save money but you ll help make a sustainable lifestyle for future generations. Cooling Tower Compressor room Tank Compressor Filter Dryer Flow Switch How can your business benefit by saving energy? Higher global energy prices are hitting everyone, and governments, responsible businesses and consumers are all looking at ways to save money, reduce energy consumption and at the same time help the environment. Whatever business you're in, you have the potential to save energy and money just by making your business more energy efficient. For example, did you know that the average business wastes around 0% of the energy it uses! As world leaders in pneumatics, our experts have developed some of the most innovative ranges of energy saving products and activities for compressed air systems which will help you save money as well as helping in the fight to protect our environment. Filter Flow Switch If this sounds too good to be true, we ll be happy to share our energy efficiency knowledge and technology with you! Air distribution Filter We love energy-saving products that save money and help the environment! Air application
SMC Energy Saving How much air do you think is being wasted in compressed air systems used in Europe? According to some recent research there are now more than 30,000 production facilities in Europe using compressed air systems. In total, the estimated annual industrial electricity consumption in Europe is 400 TWh which is divided into three main energy related categories: Coolant, Compressed Air and Others. The electrical energy required to manufacture compressed air for these facilities accounts for around 0% of this total industrial consumption. In an average facility, 70% of the generated compressed air is used in air blow applications, 10% for actuation with the remaining 0% lost through leakage. Most compressed air users are unaware that their systems often offer poor energy efficiency and that by specifically focusing on these systems savings of between 5 50% are the norm. Air 0% Coolant 30% Other 50% Actuators 10% Air leakage 0% Air blow 70% Do you know how much money is being wasted? To put this figure into some perspective, if you assume that an average saving of 33% could be achieved thanks to more efficient compressed air systems (6 TWh) and that the average electricity cost is 0.09 /kwh, the total electrical energy savings in Europe in compressed air systems alone would account for a staggering:,340 million euros And, in addition to these savings we will also stop 10.5 million tons of CO being released into the atmosphere! So, if you use compressed air in your manufacturing or production facilities, we have energy saving solutions and products to help you reduce your energy consumption thereby saving you money and maximising your energy efficiency. 3
SMC Energy Saving Software and Top Tips SMC's Energy Saving Software Energy Saving Software v.3.1b Every possible calculation related to Energy saving in compressed air Systems, for maximising the efficiency of your system. But also in simple applications you can calculate how much money you can save but using our ''start'' energy saving products. VMG calculator VXE calculator ASR/ASQ calculator And for correct sizing of your pneumatic circuit, don't forget to use our Model Selection Software. Ten top tips from our compressed air system (CAS) design experts Reduce the air pressure to the minimum requirement Size the pneumatic components for the actual performance needs Filter and dry air in an appropriate way Use only quality products Isolate the plant when not in use using port valves Stop air blow when not needed Generate vacuum using multi-stage ejectors with vacuum switches Where possible select low energy consuming components Periodically check the air consumption Prevent and reduce air leaks 4
SMC Energy Saving Audits SMC Energy Saving Audits Reason for improvement Recognise the potential of improvement As the world leaders in pneumatics, we can provide a specific service for compressed air users aimed at helping achieve maximum energy efficiency. Throughout Europe our highly trained Energy Saving Teams are on standby to study your complete installation from compressor control to actuator efficiency to detect any leakages and poor performance issues. This in-depth evaluation includes: Measurement Recognise current consumption Improvement Measurement Verify the enegy consumption after the improvement Energy savings Inefficient Compressor Control Air blow Leakages Pressure Levels Intermittent Demands General Air Consumption Our specialists will monitor your current consumption and evaluate all leakages, using a full range of measuring equipment and checks including: Flow, Pressure and Dew Point Monitors/Checks Data Loggers Filtration and Air Quality Checks Ultrasonic Leak Detection Infrared Temperature Guns Once the system has been thoroughly checked from top- to- bottom, our Energy Saving experts will provide a comprehensive evaluation of your compressed air system. This audit includes the following: In-depth report of the existing compressed air system Measurement and Findings Improvement Proposals Expected Savings Return on Investment Calculations System Maintenance Recommendations And unlike the majority of consultants who will only give you reports and recommendations, our SMC Energy Saving Teams will work with you and your people to help deliver these practical energy saving solutions with guaranteed results of building energy efficiency in your business. If you re interested in hearing more about our SMC Energy Saving Audits simply check out our dedicated Energy Saving web site on: http://energysaving.smc.eu, or contact your local subsidiary for more information. 5
SMC FLOW SWITCH RESET SET UNIT SMC FLOW SWITCH RESET SET UNIT SMC FLOW SWITCH RESET SET UNIT SMC Energy Saving Products Index 1 Low Consumption Solenoid Valves Energy saving type port solenoid valve Series VXE Master solenoid valve M/C Pressure and Flow Monitoring Digital flow switch -colour display digital flow switch Differential pressure gauge Multi-channel controller for detecting differential pressure Series PFA Series PFM GD40--01 PSE01-X101 3 Air Blow Blow gun Air nozzle Series VMG Series KN Air blow Air gun 4 Pressure boosters Booster regulator Series VBA Heavy Booster Regulator + Air Tank 5 Energy Saving Cylinders and Accessories Non-rotating double power cylinder Series MGZ Pressure valve / flow valve Series ASR / Series ASQ Compact cylinder with solenoid valve Series CVQ Lifter 6 Vacuum Equipment Multistage ejector Vacuum pad with check valve Vacuum ejectors with check valve Series ZL INO-3769 Special order product Series ZM Special order product Suction transfer 6
1 Low Consumption Solenoid Valves Purpose Reduction of solenoid valves electricity consumption. For VXE Series power consumption is reduced down to 1/3 with respect to VX Series. A built-in power-saving circuit (based on the Pulse Width Modulation method) allows same performance with reduced energy consumption. Before improvement After improvement Energy Saving Type Port Solenoid Valve Series VXE Energy saving type of the VX, VXD and VXZ port solenoid valve series (replaceable coil). Coil heat reduction. Single and manifold options available. For various fluids and variety of sizes. Applicable voltages: 4 and 1 V DC. Voltage is applied to the coil during the whole ON regime of the valve, even during holding. The power consumption required to hold the solenoid in the ON position is optimised. Hence, less energy is consumed. Series VXE Direct operated type VXE110-01F-5DO1 VXE10-0F-5DO1 VXE30-0F-5DO1 VXE40-03F-5DO1 VXE350-03F-5DO1 VXE360-04F-5DO1 Series VXED Pilot operated type VXED130-0F-5DO1 VXED140-03F-5DO1 VXED140-04F-5DO1 VXED150-06F-5DO1 VXED60-10F-5DO1 coil voltage coil voltage coil current Series VXEZ Zero differential pressure pilot operated type VXEZ30-0F-5DO1 VXEZ30-03F-5DO1 VXEZ40-04F-5DO1 VXEZ350-06F-5DO1 VXEZ360-10F-5DO1 Orifice size [mm] 3 4.5 6 8 10 10 15 0 5 10 15 0 5 Port size G1/8" G1/4" G3/8" G1/" G1/4" G3/8" G1/" G3/4" G1" G1/4" G3/8" G1/" G3/4" G1" start start Rated voltage + Electrical entry hold hold 4 V DC, for DIN terminal (without connector, with gasket), with built-in surge voltage supressor circuit 4 V DC, for DIN terminal (without connector, with gasket), with built-in surge voltage supressor circuit 4 V DC, for DIN terminal (without connector, with gasket), with built-in surge voltage supressor circuit ON OFF ON OFF ON OFF 5 Port Solenoid Valve Series VQ/VQC 5 Port Solenoid Valve Series SY 5 Port Solenoid Valve Cassette Type Series SJ000/3000 Power comsumption: Standard: 0.4 W / High Pressure option (1MPa): 0.95 W Power comsumption: 0.35 W / 0.1 W (with energy saving circuit) Power comsumption: 0.15 W (with energy saving circuit) 7
Pressure and Flow Monitoring Purpose Pressure and flow rate maintenance. Before improvement Pressure and flow rate losses due to leaks or clogging of the elements are not controlled. This causes the compressor, pump, etc. to work harder with subsequent, unnecessary air consumption. After improvement Differential Pressure Gauge GD40--01 The effective use of measuring instruments optimises the installation performance. Regular maintenance of clogged elements is implemented by mounting (differential) pressure monitoring equipment in every line. Air leakage is also detected and controlled with flow switches. q Differential pressure gauge GD40--01 q Differential pressure gauge Digital Flow Switch Series PFA For air. Simple, LED display readout. Either integrated or remote combination of sensor and display. Key pad for simple adjustments. independent outputs/switch points. No mechanically moving parts, so longer service life. 8 4 1 4-channel Flow Monitor Series PFD0 3 Integrated type PFA710-F01-67N PFA710-F0-67N PFA750-F01-67N PFA750-F0-67N PFA711-F03-67N PFA71-F03-67N PFA751-F04-67N PFA703H-F10-69N PFA706H-F14-69N PFA71H-F0-69N Remote type PFA510-F01N PFA510-F0N PFA550-F01N PFA550-F0N PFA511-F03N PFA51-F03N PFA551-F04N PFA301-A PFA311-A IN Upstream side Flow rate (l/min) 1 ~ 10 1 ~ 10 5 ~ 50 5 ~ 50 10 ~ 100 0 ~ 00 50 ~ 500 150 ~ 3000 300 ~ 6000 600 ~ 1000 Flow rate (l/min) 1 ~ 10 1 ~ 10 5 ~ 50 5 ~ 50 10 ~ 100 0 ~ 00 50 ~ 500 1 ~ 50 10 ~ 500 Accessory Cable/plug with ferrite core Straight ZS-9-A Min. set unit (l/min) 0.1 0.5 1 5 5 10 Type Measuring sensor Display OUT Downsteam side Switch outputs x PNP 80 ma 1 x PNP 80 ma Analogue: 4 ~ 0 ma Switch outputs x PNP, 80 ma q Digital flow switch for air Supply voltage 1-4 VDC 4VDC Supply voltage 1-4 VDC q Operating pressure range -50 kpa ~ 0.5 MPa -50 kpa ~ 0.75 MPa 0.1 ~ 1.5 MPa Operating pressure range -50 kpa ~ 0.5 MPa -50 kpa ~ 0.75 MPa Equipment Equipment Equipment
-Colour Display Digital Flow Switch Series PFM Integrated type Flow rate Dry air, N, Ar Flow rate CO Supply voltage Operating pressure range PFM710 * - ** - *** PFM75 * - ** - *** PFM750 * - ** - *** PFM711 * - ** - *** 0. to 10 l/min 0.5 to 5 l/min 1 to 50 l/min to 100 l/min 0. to 5 l/min 0.5 to 1.5 l/min 1 to 5 l/min to 50 l/min 4 V DC -100 kpa to 750 kpa Remote type Flow rate Dry air, N, Ar Flow rate CO Supply voltage Operating pressure range For air, N, Ar and CO. A digital flow switch that uses a MEMS sensor for detecting the flow. Compact size. Improved visibility with two colour display indication. Two piping directions are possible. Integrated flow adjustment valve. Multiple mounting combinations. PFM510 * - ** - PFM55 * - ** - PFM550 * - ** - PFM511 * - ** - PFM5 - Output specification Analogue output (4 to 0 ma) * Flow adjustment valve - Without flow adjustment valve S With flow adjustment valve *** PFM7 - Output specification Multi-Channel Controller for Detecting Differential Pressure PSE01-X101 B E F Accesories ZS-33-D ZS-33-F ZS-33-M ZS-33-MS ZS-33-J ZS-33-JS ZS-33-R* PNP outputs 0. to 10 l/min 0.5 to 5 l/min 1 to 50 l/min to 100 l/min 1 PNP output + Analogue (1 to 5 V) 1 PNP output + Analogue (4 to 0 ma) Lead wire with connector ( m) Lead wire with connector ( m) + rubber coverfor connector Bracket (for without adjustment flow valve ) Bracket (for with adjustment flow valve ) Panel mount adapter (for without adjustment flow valve ) Panel mount adapter (for with adjustment flow valve ) DIN rail mounting bracket *=number of stations (1 to 5) 0. to 5 l/min 0.5 to 1.5 l/min 1 to 5 l/min to 50 l/min ** Port size (straight piping) Symbol F01 F0 C4 C6 C8 PFM313-LF PFM314-LF Description Flow sensor monitor Part number 4 V DC -100 kpa to 750 kpa G1/8'' G1/4'' ø4 one-touch fitting ø6 one-touch fitting ø8 one-touch fitting Input specification Current input Flow rate range 10 5 50 11 Current input Output specification PNP + 1 to 5 V outputs PNP + 4 to 0 ma outputs Accesories ZS-8-B Bracket ZS-7-C Panel mount adapter Panel mount adapter + front ZS-7-D protective cover ZS-8-C-1 Sensor connector PSE01-X101 Accesories ZS-8-C ZS-6-B ZS-6-C E-con connector for sensor (1pc) Panel mount adapter Panel mount adapter with front protective cover 9
3 Air Blowing Purpose Reduction of pressure consumption when air blowing. Effect of Energy Saving Improvement Pressure loss Min. Reduction Before After Before improvement After improvement S 0 to S 1 Effective area ratio 0.69 : 1 S Conventional coupler model Conventional coil tube model Air gun Nozzle ø3 S 0 to S 1 Effective area ratio 3.04 : 1 S Filter regulator S coupler Coil tube VMG Nozzle ø.5 Factory air line pressure is used directly. With VMG blow guns, pressure loss is reduced in the air flow direction. Adding a KN nozzle, the effective area ratio with the upstream side is improved (increased), hence pressure loss is reduced. Equipment Effective area Blow Gun Series VMG Coupler Piping Air gun Coupler, Piping (S 0 ) Air gun (S 1 ) Nozzle (S ) Effective area ratio (S 0 to S 1 :S ) Impact pressure Regulator pressure Pressure inside nozzle Compressor pressure Air consumption Electricity consumed by compressor Before improvement Conventional model Conventional coil tube model (I.D. ø5, equivalent length 5 m) Conventional model (Nozzle size ø3) 6.8 mm 6 mm 6.3 mm 0.69 : 1 0.011 MPa (at a distance of 100 mm) 0.5 MPa 0.76 MPa 0.6 MPa 87 dm 3 /min (ANR) 1.56 kw Piping direction Port thread After improvement S coupler TCU1065-1-0-X6 VMG (Nozzle size ø.5) 13.45 mm 30 mm 4.4 mm 3.04 : 1 0.011 MPa (at a distance of 100 mm) 0.4 MPa 0.385 MPa 0.5 MPa 57 dm 3 /min (ANR) 1.5 kw Colour Operating pressure range (MPa) Ergonomically designed body with patented valve design and KN nozzles produces considerably reduction in pressure losses. connection options. Minimum actuation force required. Air Nozzle Series KN Male Thread Nozzle VMG11BU-F0 VMG11BU-F03 VMG11W-F0 VMG11W-F03 VMG1BU-F0 VMG1BU-F03 VMG1W-F0 VMG1W-F03 Nozzle-Ø Bottom Top Piping thread Low Noise Nozzle G1/4'' G3/8'' G1/4'' G3/8'' G1/4'' G3/8'' G1/4'' G3/8'' Blue White Blue White 0-1,0 Nozzle-Ø Piping thread KN-R0-100 KN-R0-150 KN-R0-00 KN-R0-50 1 1,5,5 KNS-R0-075-4 KNS-R0-090-8 KNS-R0-100-4 KNS-R0-110-8 ø0.75 x 4 ø0.9 x 8 ø1 x 4 ø1.1 x 8 Long Copper Pipe Nozzle Nozzle-Ø O.D. Length High Efficiency Nozzle Nozzle-Ø Piping thread 10 KNL3-06-150 KNL3-06-00 KNL6-06-150 KNL6-06-00 1,5 1,5 6 6 6 6 300 300 300 300 KNH-R0-100 KNH-R0-150 KNH-R0-00 1 1,5
4 Pressure Boosters Purpose Increase factory air pressure. Before improvement Force is insufficient due to low factory pressure. Increasing factory pressure is not efficient because of compressor energy consumption. After improvement Factory air pressure is increased up to twice with no need of an electrical supply. Boost pressure Heavy 0.3 MPa 0.6 MPa Factory line Booster Regulator + Air Tank 0.3 MPa 0.3 MPa Light Compressor 0.3 MPa Light Booster Regulator Series VBA Operating range (MPa) Flow rate (l/min) Port size Pressure ratio Circuit Symbol VBA11A-F0 VBA10A-F0 VBA0A-F03 VBAA-F03 VBA40A-F04 VBA4A-F04 VBA43A-F04 0. -.0 0. - 1.0 0. - 1.6 70 30 1000 1900 1600 G1/4'' G3/8'' G1/'' max. 4 : 1 max. : 1 Increases the main circuit pressure to an adjustable value. Major energy savings. No other energy source required. Operating temperature: -50 C. Input pressure: 0.1-1 MPa. Mounting position: horizontal. Improved service life: Floating piston structure and grease retaining groove. Improved reliability: Built-in mesh filter at IN port. Reduced noise. Accessories Model VBA10A-F0 VBA11A-F0 VBA0A-F03 VBAA-F03 VBA40A-F04 VBA43A-F04 VBA4A-F04 Pressure gauge G7-0-01 G36-10-01 KT-VBAA-7 G36-10-01 G7-0-01 Silencer AN0-0 AN30-03 AN40-04 High noise reduction ANA1-0 ANA1-03 ANA1-04 silencer Air tank VBAT10AF-SV-Q VBAT05AF-SV-Q VBAT0AF-RV-Q VBAT0AF-RV-Q VBAT10AF-SV-Q VBAT38AF-RV-Q VBAT38AF-RV-Q 11
5 Energy Saving Cylinders and Accessories Purpose Reduction of air consumption by actuators. Effect of Energy Saving Improvement Air 100% consumption 35% Reduction Before After Before improvement Non-optimised consumption of air in cylinders. After improvement Double Power Cylinder Series MGZ/MGZR Double-acting double power cylinder. Highly loadable as a result of integrated slide bearing. Non-rotating rod (MGZ) - by slide bearing with built-in non-rotating mechanism. Double extension output power by piston in piston construction. Approx. 30% reduced overall length compared with standard cylinders in tandem arrangement. Moment absorption is the same as guide cylinders (e.g. MGP), but with a 40% reduced overall width. Improved non-rotating accuracy: ±0,3 (±0,4 for ø0, 5). Optimum design by the use of profile tube, auto switch can be integrated in grooves. Simple piping connection via ports, resulting from internal air channels. Pre-cut mounting threads in cylinder covers and piston rod. The performance of a double power extension cylinder, series MGZ, requires lower operating pressure than a conventional cylinder. Air saving valves, series ASR and ASQ, enable a 40% reduction in air consumption. Also, compact solutions such as CVQ series, integrating a valve and a compact cylinder in one product, allow a considerable reduction in air consumption and piping requirements. MGZ0 - * MGZ5TF - * MGZ3TF - * MGZ40TF - * MGZ50TF - * MGZ63TF - * MGZ80TF - * MGZR0 - * MGZR5TF - * MGZR3TF - * MGZR40TF - * MGZR50TF - * MGZR63TF - * MGZR80TF - * Ø 0 5 3 40 50 63 80 0 5 3 40 50 63 80 Standard strokes 75, 100, 15, 150, 175, 00, 50, 300 Long stroke version up to 1000 mm available (800 mm for ø0,ø5) Theoretical output, extension stroke (N) at 0,6MPa * Stroke length Mounting elements such as foot brackets, flanges on request Possible auto switches/accessories Type Reed switch 3-wire solid state PNP -wire solid state Auto switch spacer MGZ Ø 0, 5, 3 mm D-A93L, D-A90L D-M9PWL D-M9BWL BMY3-016 436 651 973 150 309 3567 589 436 651 973 150 309 3567 589 MGZ Ø 40-80 mm D-A93L, D-A90L D-M9PWL D-M9BWL BMG-01 AB AB Cushion Rubber bumper Type With non-rotating mechanism Without non-rotating mechanism Port Size M5 G1/8'' G1/8'' G1/4'' G3/8'' M5 G1/8'' G1/8'' G1/4'' G3/8'' 1
Air Saving Valve Series ASR (Pressure Valve) Series ASQ (Flow Valve) 40% reduction in air consumption Pressure valve / Series ASR Integrated display type Applicable tubing O.D. Port size Pressure Valve Flow valve 6 8 10 1 ASR430F-0- S ASR530F-0- S ASR530F-03- S ASR630F-03- S ASR630F-04- S ASQ430F-0- S ASQ530F-0- S ASQ530F-03- S ASQ630F-03- S ASQ630F-04- S : Add applicable tubing O.D. R1/4'' R1/4'' R3/8'' R3/8'' R1/'' Cuts air consumption by operating the return stroke at a reduced pressure. Conventional valve Working and return strokes operated at the same pressure Air saving valve Return stroke operated at a reduced pressure Pressure valve Flow valve Flow valve / Series ASQ Working stroke Return stroke Working stroke Return stroke Working principle Cylinder performance comparison When a large load affects both lifting and lowering Pressure ON OFF Regulator with check valve Stroke Conventional circuit Air saving valve circuit Compact Cylinder with Solenoid Valve Series CVQ Bore size Port size ø Rated voltage Electrical entry CVQB3-*-5MO CVQB40-*-5MO * Stroke 3 40 4 4 V DC M-type plug connector without connector Bore size 3 40 Standard stroke 5 10 15 0 5 30 40 50 75 A double acting compact cylinder with integrated solenoid valve ( positions single solenoid type). Space, energy and labour saving. Improved response speed. Different piping directions are possible. Two sizes: ø3 and ø40 mm. Enclosure: IP40. 13
6 Vacuum Equipment Purpose Reduction of air consumption in vacuum applications. Before improvement Suction of a workpiece under leakage conditions requires large suction flow which, in turn, demands the use of a larger nozzle and increased air consumption. After improvement Vacuum Ejector Series ZL Compact design. 3 different types: Ejector + vacuum switch. Ejector + vacuum gauge. Only ejector Vacuum built by 3 stage ejector therefore less air consumption, by the nozzle. Nozzle diameter 1. mm. Suction capacity 100 l/min or 00 l/min with ZL1. Different ways of fixing to body. The use of a 3-stage ejector, Series ZL, enables the reduction of air consumption even under the same suction flow and vacuum pressure conditions. INO-3769- vacuum pads with valve enable suction of the workpiece at the moment of contact with the pad and not previously, with the subsequent air consumption. Specials of the series ZM, vacuum ejector with check valve enable stopping air supply to maintain the suction of the workpiece. Air consumption is reduced by shortening the vacuum generation time. Nozzle Ø [mm] 1. x 1. Without casing Type number ZL11-Q ZL11-G-Q ZL11-DPL-Q ZL11-DNL-Q ZL11-DEL-Q ZL11-K15LOZ-DPL-Q ZL11-K15LOZ-DNL-Q ZL11-K15LOZ-DEL-Q ZL1-Q ZL1-G-Q ZL1-DPL-Q ZL1-DNL-Q ZL1-DEL-Q Type Standard Standard with vacuum pressure gauge Standard with vacuum switch Standard with vacuum switch and control valves Standard Standard with vacuum pressure gauge Standard with vacuum switch Switch output PNP NPN PNP + (1 5 V) PNP NPN PNP + (1 5 V) PNP NPN PNP + (1 5 V) Suction cap. (l/min) 100 00 Max. Vacuum Pressure -84 kpa -84 kpa Cable L= 0.6 m Cable L= 1 m Cable L= m Cable L= 3 m SY100-30-4A-6 SY100-30-4A-10 SY100-30-4A-0 SY100-30-4A-30 Air consumption before and after using ZL Vacuum pressure (kpa) Nozzle size ø1.8 Air consumption 150 l/min Vacuum pressure (kpa) Nozzle size ø1. Air consumption 63 l/min Vacuum Working principle of a 3-stage vacuum ejector 14 14 50 % increase in suction capacity Suction capacity 14 55 Suction flow (l/min) 55 Suction flow (l/min)
Vacuum Pad with Check Valve Series INO-3769 Special Order Product The valve opens only when the pad end pin contacts the workpiece, and vacuum is generated. When multiple pads are used in the branch piping, vacuum level is not reduced even in case of vacuum failure or change in the workpiece size. INO-3769-131-10CN INO-3769-131-13CN INO-3769-131-16CN INO-3769-1494-0CN-B01 INO-3769-1494-5CN-B01 INO-3769-1494-3CN-B01 INO-3769-431-06UN INO-3769-431-08UN INO-3769-431-08US Pad diameter Ø, [mm] 10 13 16 0 5 3 6 8 8 Pad shape Flat with ribs Flat Material NBR Silicon rubber Others Vacuum entry: Rc 1/8'' Vacuum Ejector with Check Valve Series ZM Special Order Product Nozzle diameter, Ø 05 0.5 mm (H type only) 07 0.7 mm (except S type) 10 1.0 mm (except S type) 13 1.3 mm 15 1.5 mm (S type only) Body type Conforms to the standard product Standard supply pressure H 0.5 MPa M 0.35 MPa (except 15) S 0.45 MPa (13, 15 only) ZM ** 1 * -B5LZ-E**L-X14-Q CE marked Switch type Conforms to the standard product Electrical entry Conforms to the standard product Power supply voltage 4 V DC With N.O. air supply valve / N.O. type vacuum release valve Before using ZM - continuous supply of air is required Standard ejector Vacuum generation After using ZM - air consumption is reduced by shortening the vacuum generation time. Suction is achieved with no continuous supply of air. Ejector with check valve Ejector unit circuit Vacuum generation Vacuum holding Assumed to be sec. 80 kpa Workpiece 1.5 sec 0.5 sec Note) Since vacuum pressure may drop due to leakage, etc., use a pressure switch to maintain the vacuum pressure necessary for the suction of a work piece. 15
ES01A-UK www.smc.eu http://energysaving.smc.eu SMC CORPORATION (Europe) Austria +43 66800 www.smc.at office@smc.at Belgium +3 (0)33551464 www.smcpneumatics.be info@smcpneumatics.be Bulgaria +359 974449 www.smc.bg office@smc.bg Croatia +385 13776674 www.smc.hr office@smc.hr Czech Republic +40 54144611 www.smc.cz office@smc.cz Denmark +45 705900 www.smcdk.com smc@smcdk.com Estonia +37 6510370 www.smcpneumatics.ee smc@smcpneumatics.ee Finland +358 07513513 www.smc.fi smcfi@smc.fi France +33 (0)164761000 www.smc-france.fr contact@smc-france.fr Germany +49 (0)6103400 www.smc-pneumatik.de info@smc-pneumatik.de Greece +30 10 71765 www.smchellas.gr sales@smchellas.gr Hungary +36 3511390 www.smc.hu office@smc.hu Ireland +353 (0)14039000 www.smcpneumatics.ie sales@smcpneumatics.ie Italy +39 (0)9711 www.smcitalia.it mailbox@smcitalia.it Latvia +371 7817700 www.smclv.lv info@smclv.lv Lithuania +370 564816 Netherlands +31 (0)05318888 www.smcpneumatics.nl info@smcpneumatics.nl Norway +47 671900 www.smc-norge.no post@smc-norge.no Poland +48 119600 www.smc.pl office@smc.pl Portugal +351 6166570 www.smc.eu postpt@smc.smces.es Romania +40 1305111 www.smcromania.ro smcromania@smcromania.ro Russia +7 811185445 www.smc-pneumatik.ru info@smc-pneumatik.ru Slovakia +41 413131 www.smc.sk office@smc.sk Slovenia +386 7388541 www.smc.si office@smc.si Spain +34 945184100 www.smc.eu post@smc.smces.es Sweden +46 (0)8603100 www.smc.nu post@smcpneumatics.se Switzerland +41 (0)53963131 www.smc.ch info@smc.ch Turkey +90 (0)1444076 www.entek.com.tr smc@entek.com.tr UK +44 (0)800138930 www.smcpneumatics.co.uk sales@smcpneumatics.co.uk SMC CORPORATION Akihabara UDX 15F, 4-14-1, Sotokanda, Chiyoda-ku, Tokyo 101-001, JAPAN Phone: 03-507-849 FAX: 03-598-536 1st printing LX printing MY 5 Printed in Spain Specifications are subject to change without prior notice and any obligation on the part of the manufacturer.