AIR COMPRESSOR, VACUUM PUMP & LIQUID PUMP

Transcription

1 Lk1f Linear-motor-driven Free Piston Pumps and other Pumps for various applications AIR COMPRESSOR, VACUUM PUMP & LIQUID PUMP GENERAL CATALOG

2 Our air compressors and vacuum pumps are unique products featuring a Linear-motor-driven Free Piston System. Nitto Kohki has made available a complete series of air compressors and vacuum pumps that incorporate this revolutionary mechanism. These are quite appropriate as air sources or vacuum units for various pneumatically operated equipment and apparatus in advanced industries. Linear-motor-driven Free Piston Mechanism The Electro-magnet and return spring alternatively drive the piston inside the cylinder, the mechanical resonance of which is synchronized with the input current cycle. In a single mechanism, the piston combines the functions of two normally independent devices; the pump and the motor. Operating Principle The energized electro-magnet attracts the piston, compresses the return spring, and draws air into the cylinder through the opened inlet valve. *1) Incorporated in AC models *2) Incorporated in DC models A silicon diode *1 in between the coils or inverter *2 converts the full-wave input current into half-rectified current. In turn this activates and deactivates the electro-magnet, producing a smooth mechanically resonating action. A AC Power(The effect of using a silicon diode) DC Power(The effect of using an inverter) Current B No Current When the electro-magnet is de-energized, the return spring pushes the piston back, forcing the compressed air out of the cylinder through the now opened outlet valve. Repeating the movements of A and B delivers the function of compressor or vacuum pump. 1

3 Contents The Key Design Features of the Linear-motor-driven Free Piston System How to Use This Catalog Series Selection Conversion Tables Safety Guide Page AC Linear Free Piston Compressor AC2 / AC1A / AC1A / AC1A / AC2 / AC91 AC92 / AC / AC1 / AC7 / ACA / AC6 AC9 / AC9 Linear Free Piston AC Linear Free Piston Pump VP12 / VP / VP3A / VP / VP62 / VP6 VP9 / VP9T DC Linear Free Piston Compressor DAH2-X1 / DAH2-Y1 / DAH-X1 / DAH-Y1 DAH1-X1 / DAH1-Y DC Linear Free Piston Pump DVH1-X1 / DVH1-Y1 / DVH1-X1 / DVH1-Y1 Compact Integrated Design This unique system enables the mechanical resonance of a single part. An incredibly compact, lightweight design is achieved by combining what are entirely independent functions in conventional pumps the motor and the compressor into a superior single, unified structure. Diaphragm DC Motor Liquid Pump AC Linear Diaphragm Pump Dual & Blower Type : VC / VC1 / VC1B / VC1B DC Piston Pump DC Diaphragm Pump DP-X1 / DP-Y1 / DPA-X1 / DPA-Y1 / DP-X1 DP-Y1 / DP-X2 / DP-Y2 / DPT-Y1 / DPT-Y2 DP12 / DP / DP2 / DP2S / DP2H-X1 / DP2H-X2 DP1-X1 / DP1-Y1 / DP1-X3 / DP1T-X1 / DP1T-Y1 DP2TA-Y1 Piezoelectric Pump BPS / BPH / BPHS/ BPF Type DC Diaphragm Liquid Pump DPE- / DPE- / DPE-BL / DPE-8 AC Linear Free Piston Blower LA-28B / LA-C / LA-B / LA-8B / LA-A / LA-1A / LAM- Linicon ( Pump) LV-12A and Pen Assembly Self-cooling Design Made to Order AC6A / VP6 / VP9 / VP92A / VP6 x 2 VCK1 / VC1E / VC1S / LAM- / Bimor Pump Cool intake air passes over the coils to reduce and control the rise in the pump's internal temperature. As a result of this feature, it is possible to almost completely seal the unit, thus improving the suppression of internal operating noise. "CUPLA" Quick Connect Couplings 113 Overpressure Control Mechanism Should the output pressure exceed the rated value, the piston will automatically adjust to a shorter stroke. Simultaneously, power consumption will automatically reduce to prevent the motor from failing or being burnt out. Green Procurement Nitto Kohki has made every effort in developing Environmental Improvement Plans through the implementation of ISO1, to execute environmentally conscious business activities on a company-wide basis. As a part of our ongoing commitment to the environment, we are also committed to reduce and/or exclude restricted substances from our products as designated by RoHS directives, laws and regulations of chemical substances. 2

4 Series Selection AC Linear Free Piston Compressor Rated Pressure Max. Pressure Rated Pressure & Max. Pressure kpa psig kpa psig L/min cfm Rated Page AC AC1A AC1A AC1A AC AC AC AC AC AC ACA AC6/C6A /1 AC AC AC Linear Free Piston Pump Attainable Attainable kpa in.hg L/min cfm Free Air Displacement Free Air Displacement Page VP VP VP3A VP VP VP VP92A VP VP9T VP VP VP6x2 Series Parallel DC Linear Free Piston Compressor Rated Pressure Max. Pressure Rated Pressure & Max. Pressure Rated Page kpa psig kpa psig L/min cfm DAH2-X DAH2-Y DAH-X DAH-Y DAH1-X DAH1-Y DC Linear Free Piston Pump Attainable Attainable kpa in.hg L/min cfm Free Air Displacement Free Air Displacement Page DVH1-X DVH1-Y DVH1-X DVH1-Y

5 AC Linear Free Piston Compressor Rated Pressure Max. Pressure Rated Pressure & Max. Pressure Rated Page kpa psig kpa psig L/min cfm AC AC2 Linear Diaphragm 2.8 Pump.69 (Blower Type) AC1A Rated 1.2 Max. 2.8 Rated.71 AC1A Pressure Pressure Rated Pressure & Max. Pressure kpa psig kpa psig L/min cfm Page 11 AC1A VC AC2 VC AC91 VC1E AC92 VC1S AC VC1B AC1 VC1B AC ACA AC6A AC AC AC Linear Diaphragm Pump (Dual Type) Attainable Attainable Rated Pressure Max. Pressure Rated Pressure & Max. Pressure kpa in.hg kpa psig kpa psig L/min cfm Rated Page VC VC1 1 V VC1 2 V VC1E VC1S VC1B VC1B VCK1 ( only) *.6* *Free Air Displacement DC Liquid Pump DPE- Working Pressure Range kpa psig to to 1.2 Working Pressure Range Flow Rate ml/min Flow Rate Self-priming Pressure kpa psig 2.8 Self-priming Pressure Page 89 DPE- to to DPE-BL to to DPE-8 to to (ml/min) 8 *Test conditions: Water at 2 degrees C

6 DC Linear Compressor and Pump (Dual Type) Attainable Attainable Max. Pressure Max. Pressure kpa in.hg kpa psig L/min cfm Free Air Displacement Free Air Displacement Page DP DP DP DP2S DP2H-X DP1-X DP1-Y DP1-X DP1T-X DP1T-Y DP2TA-Y DP-X DP-Y DC Linear Compressor only Attainable Attainable Max. Pressure Max. Pressure kpa in.hg kpa psig L/min cfm Free Air Displacement Free Air Displacement Page DP2H-X DPA-X DPA-Y DP-X DP-Y DPT-Y DC Pump only Attainable Attainable Max. Pressure Max. Pressure kpa in.hg kpa psig L/min cfm Free Air Displacement Free Air Displacement Page DP-X DP-Y DPT-X

7 Conversion Tables Pressure / Flow Rate / Pressure kpa kgf/cm 2 (bar) psig Flow Rate CFM LPM CFM LPM kpa mmhg mbar in.hg Pressure to from kpa kgf/cm 2 bar psig kpa kgf/cm bar psig to from kpa mmhg in.hg mbar kpa mmhg in. Hg mbar Gauge pressure Absolute vacuum 6

8 Explanation of Technical Terms Be sure to read the following Explanation of Technical Terms before selecting a model appropriate for your application. and Applicable Fluids for Compressors and Pumps Application: for incorporation into equipment Applicable fluid: Air For Compressors & Pumps Rated performance: The average total accumulated time over which the unit can be used without repair, except the maintenance of the filter. This indicates the expected time required for the rated air flow to fall to 8 % of the specification value. The actual life might vary depending on the actual operating and environmental conditions such as output pressure setting, maintenance schedule, ventilation, ambient temperature, duty cycle, etc. MTTF: Rated voltage: Duty cycle: Rated frequency: Coil insulations: MTTF (Mean Time to Failure) is the average time that the product will function before it fails.however, this time is reference only and does not guarantee.since MTTF depends on your actual operating environment and conditions, conduct performance evaluation test with an actual product prior to use. The two major types are 11 V AC/ Hz and 2 V AC/ Hz (excluding DC motors). While most models can be operated at both Hz and Hz with different performance characteristics, there are some models that are frequency specific. The period of operation under the condition that the coil temperature will not exceed the coil insulation class limit. In the case of AC drive pumps, the rated frequency will vary according to the model. While some are designed for only Hz or for Hz, some are designed for both Hz and Hz. The suggested class, most bare units attaining E class, is based on Japanese electric regulations. They are merely suggestions since bare units are considered components and are not classified as complete products or systems. Coil Insulation Class(for reference only) (Temperature limit, degrees C) A E 11 B 12 F Control method: Outside & mounting dimensions: Operating ambient temperature: Operating ambient humidity: Be careful when controlling compressors and vacuum pumps with electronic components because the power factor depends upon the load. Useful for assessing the required space for installation. Include sufficient space surrounding the pump when designing it into your application. to 8 % non-condensing Improvement Suggestion Our compressors and vacuum pumps employ a unique internal coil cooling feature to reduce or control the rise in internal temperature. If they are operated at higher than rated pressures, elevated temperatures may result. Should these temperatures become excessive, operating duty cycles may need to be reduced, or the use of an auxiliary cooling fan should be considered. 7

9 For Compressors Rated performance: Rated airflow: Rated operation: Maximum pressure: Power consumption: Electric current: characteristics: Power consumption characteristics: This is the pressure point where you will get optimum capabilities for performance and service life and where the pump is designed to have almost the same airflow regardless of a rated frequency of Hz or Hz. The discharge airflow volume at the rated pressure. Operating conditions regarding the rated pressure, rated voltage, and rated frequency. The highest obtainable pressure at which the pump is designed to operate while producing zero discharge airflow (not guaranteed; for reference only). The wattage during operation at the rated pressure. The electric current during operation at the rated pressure (for reference only). -airflow curve (for reference only). -power consumption curve (for reference only). For Pumps Attainable vacuum : Free air displacement: Power consumption: Electric current: characteristics: Power consumption characteristics: Exhaust characteristics: The highest vacuum the pump can attain with the pump inlet closed (except some of the exclusive models). The airflow volume at zero vacuum (within three (3) minutes after starting). The maximum wattage on the power consumption curve when measured against vacuum levels up to the pumps attainable vacuum. The maximum electric current on the current characteristics curve when measured against vacuum levels up to the pumps attainable vacuum. (for reference only). -airflow curve (for reference only). -power consumption curve (for reference only). The time required to attain the respective vacuum in a liter container (for reference only). For DC Pumps Operating ambient temperature: Operating ambient humidity: to 8 % non-condensing Start-up the pump at the same level as the atmospheric pressure (Similarly in the case of DPE series pumps) For Liquid Pumps Self-priming pressure: This catalog will give the guidelines needed to determine the appropriate model for your application(s). However, in certain cases you may need further detailed information, which will be provided in the form of a specifications sheet for each model/version by our technical staff who will further assist you in your selection. and designs are subject to change at any time without notice. It is recommended that OEM customers confirm the required specifications in writing before placing orders. 8

10 Experience gained in designing, engineering, manufacturing and continually perfecting our products in thousands of applications has resulted in a functionally intelligent package. Please review these key design features and see how every design element contributes overall to the creation of a superior compressor or vacuum pump. The Key Design Features of the Linear-motor-driven Free Piston System Compact and Lightweight With the motor and compressor combined into the single structure With the piston as the only moving part, efficient space utilization enables our pump to be considerably smaller and lighter than other pumps. This allows the OEM design engineer increased packaging options for other internal components. Low Vibration Using an ultra-lightweight piston Reducing the moving parts to only the piston minimizes reactive force vibrations to the pump body. In addition, the secondary vibrations are isolated or absorbed through the anti-vibration rubber feet. Low Noise Level No transmission assemblies, means less noise With no need for complicated transmission mechanisms riding on ball bearings, or actuating linkages creating friction and noise, NITTO KOHKI s pumps are inherently quieter. Additionally, the almost completely sealed configuration further suppresses secondary internal operating noises. Clean Operation Clean Air Due to oil-less construction All wearing surfaces use no oil, grease or other contaminating lubricants. The combination of a precision fluoropolymer sleeved piston assisted by an air-bearing effect made possible through a unique air path design, assures that the outlet air is completely free of oil. Low Power Consumption Truly energy efficient through integrated design Overload Protection Structure Protects against burnout Since the low mass piston is the only moving part, frictional losses are minimized, allowing lower starting and running current, and thus greater efficiency. Related benefits are realized through a lower rise in temperature, facilitating a longer operating life for the pump and the other components within your system. Minimal Pulsating Effect Due to the ideal piston stroke The piston s mechanical resonance speed is synchronized with the input power frequency regardless of the load, i.e., strokes at Hz, and strokes at Hz per minute. This high speed produces shorter pulses which translate into a smoother, more uniform and linear motion. As the pressure within the compressor increases, the piston stroke decreases. Along with this, electric current decreases. Thus a temporary overload will not cause a failure or the pump to burnout. Instant Response Enabling easy start-ups in frequent on-off short cycle applications A very low starting current enables our pumps to produce immediate performance in quick short cycle applications, even in the presence of residual back pressure. Easy Maintenance Only air filter and piston to change Longer Durability Increased OEM value The oil-less construction requires no lubrication. A simple mechanism containing the piston as the only moving part causes no failure or burning due to an overload and provides stable performance over a long period of time. All key design features listed here combine to provide superior performance in all the important aspects of superior pump design. This enables the OEM engineer to have complete confidence in incorporating the unit into the most demanding systems, in the most advanced equipment. 9

11 AC LINEAR Free Piston Compressor AIR COMPRESSOR Page AC2-11 AC1A- 12 AC series Low pressure AC series Intermediate pressure AC1A- AC1A- AC AC91-16 AC AC91 11 V is made to order Low pressure Intermediate pressure AC AC1 AC AC92 ACA- 21 AC6-22 AC9-23 AC9-2 AC2 Made to Order AC6A- 1 AC1A Rated L/min AC1A AC1A AC7 11 V is made to order AC2 AC ACA AC9 AC6 AC6A Made to order AC9 11 V is made to order AC1 Max. Pressure

12 Compressor LINEAR AC2 11V/2V 2V (W) Characteristics Hz Power Consumption Characteristics Hz..69 Hz (kgf/cm 2 ) 8.3 kpa (.2 kgf/cm 2 ) Rated Pressure.2 bar 2.8 psig L/min.177 cfm kpa (. kgf/cm 2 ) Maximum Pressure. bar.69 psig Rated Voltage 11 V AC 2 V AC 1 W 1 W Rated Frequency Hz Hz (MTTF), hours 6 mm O.D. hose barb Coil Insulation Class Class B for UL 8 (L) x 62 (W) mm 1-7/6" (L) x 2-7/16" (W).7 kg 1. Lbs mm 7-7/8" 1 Dripping Machine Blood Pressure Tester 8 18 ø6 22 Hz Power Consumption (kgf/cm 2 ) Female Thread M for Grounding 62 ø

13 Compressor LINE LINEAR AC1A 11 V is made to order 11V 2V (W) Hz Characteristics Hz.3.27 Power Consumption Characteristics (kgf/cm 2 ).69 kpa (.1 kgf/cm 2 ) Rated Pressure.1 bar 1.2 psig L/min.71 cfm kpa (.2 kgf/cm 2 ) Maximum Pressure.2 bar 2.8 psig Rated Voltage 11 V AC 2 V AC 19 W 23 W Rated Frequency Hz Hz AR 6, hours ISO Rc 1/ Coil Insulation Class E or its equivalent (JETL) and B for UL 73 (L) x 88 (W) mm 2-7/8" (L) x 3-1/32" (W) 1. kg 3.3 Lbs mm 7-7/8" Hz Hz Seat Lifter Bed Sore Prevention Mattress Power Consumption (kgf/cm 2 ) A 2 ø Rc 1/ IN Grounding Screw M View A 88 ø

14 Compressor LINE LINEAR AC1A 11V/2V 2V (W) Characteristics Hz.3.27 Hz Power Consumption Characteristics (kgf/cm 2 ) kpa (.1 kgf/cm 2 ) Rated Pressure.1 bar 1.2 psig 28 L/min.99 cfm kpa (.3 kgf/cm 2 ) Maximum Pressure.3 bar.27 psig Rated Voltage 11 V AC 2 V AC 2 W 29 W Rated Frequency Hz Hz AR, hours ISO Rc 1/ Coil Insulation Class E or its equivalent (JETL) and B for UL 68 (L) x 8 (W) mm 2-3/6" (L) x 3-/16" (W) 1.9 kg.2 Lbs mm 7-7/8" Hz Liquid Mixer Seat Lifter Hz Power Consumption (kgf/cm 2 ) 118 Grounding Screw M Rc 1/ ø ø ø1 13

15 Compressor LINE LINEAR AC1A 11V 2V (W) Characteristics Hz Hz Power Consumption Characteristics Hz (kgf/cm 2 ) kpa (.1 kgf/cm 2 ) Rated Pressure.1 bar 1.2 psig 3 L/min 1.2 cfm 3 kpa (.3 kgf/cm 2 ) Maximum Pressure.3 bar.98 psig Rated Voltage 1 V AC 2 V AC 3 W 38 W Rated Frequency Hz Hz AR, hours ISO Rc 1/ Coil Insulation Class E or its equivalent (JETL) and A for UL 68 (L) x 8 (W) mm 2-3/6" (L) x 3-/16" (W) 1.9 kg.2 Lbs mm 7-7/8" Hz Liquid Mixer Air Bearing Power Consumption (kgf/cm 2 ) 118 Grounding Screw M Rc 1/ ø ø ø1 1

16 Compressor LINE LINEAR AC2 11V 2V (W) 7 7 Hz Characteristics Hz Power Consumption Characteristics Hz (kgf/cm 2 ) kpa (.1 kgf/cm 2 ) Rated Pressure.1 bar 2.13 psig L/min 1.1 cfm 3 kpa (.3 kgf/cm 2 ) Maximum Pressure.3 bar.98 psig Rated Voltage 11 V AC 2 V AC 2 W 8 W Rated Frequency Hz Hz AR, hours ISO Rc 1/ Coil Insulation Class E or its equivalent (JETL) and A for UL 68 (L) x 8 (W) mm 2-3/6" (L) x 3-/16" (W) 3 kg 6.6 Lbs 23 mm 9-1/" mm 13-2/32" Air Blaster for Bandsaw Clean Room Ventilation ø1 A ø Hz Power Consumption (kgf/cm 2 ) Grounding Screw M Rc 1/ View A 8 ø

17 Compressor LINE LINEAR AC91 11 V is made to order 1V/2V 2V (W) Power Consumption Characteristics Hz Hz (kgf/cm 2 ) Power Consumption Characteristics Hz Hz kpa (.1 kgf/cm 2 ) Rated Pressure.1 bar 1.2 psig 8 L/min 2.83 cfm kpa (. kgf/cm 2 ) Maximum Pressure. bar.69 psig Rated Voltage 1 V AC 2 V AC 88 W 99 W Rated Frequency Hz Hz AR, hours ISO Rc 3/8 Coil Insulation Class E or its equivalent (JETL) and B for UL 2 (L) x 1 (W) mm -1/6" (L) x -1/8" (W).9 kg.8 Lbs mm 11-13/16" Air Lifter for Bathtub Liquid Dispenser 136 Wing Bolt for Non-UL 7 1 ø1 ø1 A (kpa ). (kgf/cm2 ) Grounding Screw M Rc 3/8 View A 1 ø

18 Compressor LINE LINEAR AC92 11V 2V (W) Hz Characteristics Hz Power Consumption Characteristics Hz (kgf/cm 2 ) 8.3 kpa (.2 kgf/cm 2 ) Rated Pressure.2 bar 2.8 psig L/min 1.9 cfm kpa (. kgf/cm 2 ) Maximum Pressure. bar 6. psig Rated Voltage 11 V AC 2 V AC 7 W 8 W Rated Frequency Hz Hz AR, hours ISO Rc 3/8 Coil Insulation Class E or its equivalent (JETL) and B for UL 2 (L) x 1 (W) mm -1/6" (L) x -1/8" (W).9 kg.8 Lbs mm 11-13/16" 3 mm 12-19/32" Hz Air Lifter for Bathtub Liquid Dispenser Power Consumption (kgf/cm 2 ) Wing Bolt for Non-UL 1 Grounding Screw M Rc 3/8 7 1 ø1 ø1 A View A ø

19 Compressor LINEAR AC 11V/2V [W] Hz Characteristics Hz. 1. (kgf/cm 2 ) Power Consumption Characteristics Hz Rated Pressure kpa (. kgf/cm 2 ). bar 7.11 psig 2. L/min.88 cfm 8 kpa (.8 kgf/cm 2 ) Maximum Pressure.8 bar 11. psig Rated Voltage 11 V AC 2 V AC 1 W 1 W Rated Frequency Hz Hz (MTTF), hours 6 mm O.D. hose barb minutes Coil Insulation Class E or its equivalent (JETL) and B for UL 8 (L) x 62 (W) mm 1-7/6" (L) x 2-7/16" (W).7 kg 1. Lbs mm 7-7/8" Hz Saline Water Splasher Copy Paper Separator Power Consumption 8 18 ø (kgf/cm 2 ) 9 Female Thread M for Grounding 62 ø

20 Compressor LINE LINEAR AC1 11V 2V (W) Characteristics Hz Hz (kgf/cm 2 ) Power Consumption Characteristics Hz kpa (1. kgf/cm 2 ) Rated Pressure 1. bar 1.2 psig.8 L/min.28 cfm 1 kpa (1.2 kgf/cm 2 ) Maximum Pressure 1.2 bar 17.1 psig Rated Voltage 11 V AC 2 V AC 12 W 1 W Rated Frequency Hz Hz AR, hours (MTTF) 6 mm O.D. hose barb minutes Coil Insulation Class E or its equivalent (JETL) and B for UL 8 (L) x 62 (W) mm 1-7/6" (L) x 2-7/16" (W).7 kg 1. Lbs mm 7-7/8" Hz Automatic Dispenser Power Consumption Female Thread M for Grounding 22 8 (39.) ø (kgf/cm 2 ) ø

21 Compressor LINEAR AC7 11V 2V (W) Hz Hz Characteristics Power Consumption Characteristics (kgf/cm 2 ) Hz Rated Pressure 7 kpa (.7 kgf/cm 2 ).7 bar 9.96 psig 3. L/min.12 cfm kpa (1. kgf/cm 2 ) Maximum Pressure 1. bar 1.2 psig Rated Voltage 11 V AC 2 V AC W 2 W Rated Frequency Hz Hz 3, hours.7 mm O.D. hose barb Coil Insulation Class E or its equivalent (JETL) and B for UL 7 (L) x 88 (W) mm 2-61/6" (L) x 3-1/32" (W) 1.7 kg 3.7 Lbs mm 7-7/8" Air Bearing for Precision Machines Nebulizer 9 12 A 2 ø IN ø Hz Power Consumption (kgf/cm 2 ) Grounding Screw M View A 88 1 ø

22 Compressor LINE LINEAR ACA 11 V is made to order 2V (W) Hz Characteristics Power Consumption Characteristics Hz Hz kpa (1. kgf/cm 2 ) Rated Pressure 1. bar 1.2 psig L/min.177 cfm 1 kpa (1.3 kgf/cm 2 ) Maximum Pressure 1.3 bar 18. psig Rated Voltage 11 V AC * 2 V AC 39 W 3 W Rated Frequency Hz Hz AR 3, hours ISO Rc 1/ Coil Insulation Class B or its equivalent (JETL) 68 (L) x 98 (W) mm 2-3/6" (L) x 3-/6" (W) 2.1 kg.6 Lbs *11 V is made to order. 2 mm 8-21/32" 17 mm 6-11/16" Industrial Sewing Machine Various Aerosol Sprays (kgf/cm 2 ) 28. Hz Power Consumption (kgf/cm 2 ) Rc 1/ Grounding Screw M ø

23 Compressor LINEAR AC6 11V 2V (W) Characteristics Hz Hz Power Consumption Characteristics Hz (kgf/cm 2 ) 3.6 Rated Pressure kpa (1. kgf/cm 2 ) 1. bar 1.2 psig 8 L/min.283 cfm kpa (1. kgf/cm 2 ) Maximum Pressure 1. bar 21.3 psig Rated Voltage 11 V AC 2 V AC 2 W W Rated Frequency Hz Hz 3, hours ISO Rc 1/ Coil Insulation Class E or its equivalent (JETL) and B for UL 68 (L) x 8 (W) mm 2-3/6" (L) x 3-/16" (W) 3.2 kg 7.1 Lbs mm 7-7/8" Hz Dispenser Automatic Stamper Power Consumption (kgf/cm 2 ) A ø1 ø Rc 1/ IN 1 View A Grounding Screw M 8 ø

24 Compressor LINE LINEAR AC9 11V/2V 2V (W) Characteristics Hz Hz Power Consumption Characteristics (kgf/cm 2 ) kpa (1. kgf/cm 2 ) Rated Pressure 1. bar 1.2 psig 16 L/min.7 cfm kpa (1. kgf/cm 2 ) Maximum Pressure 1. bar 21.3 psig Rated Voltage 11 V AC 2 V AC 8 W 9 W Rated Frequency Hz Hz AR 3, hours ISO Rc 1/ Coil Insulation Class E or its equivalent (JETL) or B for UL 2 (L) x 1 (W) mm -1/6" (L) x -1/8" (W).9 kg.8 Lbs mm 11-13/16" 3 mm 12-19/32" Sealant gun Leakage Tester Air Cylinder/Chuck Driver 136 Wing Bolt for Non-UL Rc 1/ Hz Hz Power Consumption (kgf/cm 2 ) Grounding Screw M 7 1 ø1 ø1 62 A View A 1 ø

25 Compressor LINEAR AC9 11V (Hz) 2V (Hz) (W) Power Consumption Hz Hz Characteristics (kgf/cm 2 ) Power Consumption Characteristics Hz Hz Rated Pressure kpa (2. kgf/cm 2 ) 2. bar 28. psig 8 L/min.283 cfm kpa (3. kgf/cm 2 ) Maximum Pressure 3. bar 2.7 psig Rated Voltage 11 V AC 2 V AC 81 W W Rated Frequency Hz Hz 3, hours ISO Rc 1/ minutes Coil Insulation Class E or its equivalent (JETL) 2 (L) x 1 (W) mm -1/6" (L) x -1/8" (W) kg 11 Lbs Air Cylinder/Chuck Driver mm 11-13/16" mm -29/32" Leakage Tester 136 Wing Bolt for Non-UL Rc 1/ (kgf/cm 2 ) Grounding Screw M 7 1 ø1 ø1 62 A View A 1 ø

26 2

27 AC LINEAR Free Piston Pump VACUUM PUMP Page VP12-27 VP - 28 VP series VP3A VP VP VP6-32 VP9-33 VP9T VP9T 11 V is made to order Made to Order VP92A Made to order VP6-2 VP9-3 VP92A - VP6 x 2-8 VP9 VP62 Parallel Connection Made to order VP62 VP62 Series Connection Rated L/min Made to order VP6 VP VP6 VP9 Made to order VP3A VP VP12 Made to order Attainable 26

28 Pump LINE LINEAR VP12 11V/2V 2V Power Consumption (W) (sec) Characteristics Power Consumption Characteristics Hz Hz Hz Hz Exhaust Characteristics Hz Attainable Free Air Displacement Dripping Machine kpa (- mmhg) -333 mbar -9.8 in. Hg 7 L/min.27 cfm Rated Voltage 11 V AC 2 V AC 1 W 1 W Rated Frequency Hz Hz, hours (MTTF) AR 6 mm O.D. hose barb 6 mm O.D. hose barb Coil Insulation Class Class B for UL 8 (L) x 62 (W) mm 1-7/6" (L) x 2-7/16" (W).7 kg 1. Lbs mm 7-7/8" Paper Card Dispenser ø ø6 Hz (mmhg) (in.hg) (kpa ) - (mmhg) (in.hg ) with L tank Time (kpa ) - (mmhg) (in.hg ) Female Thread M for Grounding 62 7 ø

29 Pump LINE LINEAR VP 11V 2V Power Consumption (W) (sec) Characteristics Power Consumption Characteristics Hz Hz Hz Exhaust Characteristics Hz Hz Attainable * Free Air Displacement *Operations at higher than -3.kPa need an additional leak valve or relief valve on the inlet piping. Dripping Machine -3.3 kpa (- mmhg) -33 mbar -1.7 in. Hg 3 L/min.6 cfm Rated Voltage 11 V AC 2 V AC 1 W 1 W Rated Frequency Hz Hz, hours (MTTF) AR 6 mm O.D. hose barb 6 mm O.D. hose barb minutes Coil Insulation Class E or its equivalent (JETL) and B for UL 8 (L) x 62 (W) mm 1-7/6" (L) x 2-7/16" (W).7 kg 1. Lbs mm 7-7/8" Paper Card Dispenser ø ø with L tank (mmhg) (in.hg) (mmhg) (in.hg ) Time Hz (mmhg) (in.hg) Female Thread M for Grounding 62 7 ø

30 Pump LINE LINEAR VP3A 11V 2V Power Consumption (W) (sec) Characteristics Power Consumption Characteristics Hz Hz Hz Hz Exhaust Characteristics Attainable Free Air Displacement Machine Screw Feeder -6.7 kpa (- mmhg) -67 mbar in. Hg 2 L/min.88 cfm Rated Voltage 11 V AC 2 V AC 39 W Rated Frequency Hz Hz 3, hours 1mm O.D. hose barb AR ISO Rc 1/ Coil Insulation Class B or its equivalent (JETL) and B for UL 68 (L) x 8 (W) mm 2-3/6" (L) x 3-/16" (W) 2.3 kg.1 Lbs mm 11-13/16" Air Sampler mm 21-21/32" 6 7 Rc 1/ Rc 1/ with L tank (mmhg) (in.hg ) (mmhg) (in.hg ) Hz Time Hz (mmhg) (in.hg ) 122 Grounding Screw M 8 ø

31 Pump LINE LINEAR VP 1V 2V Power Consumption (W) (sec) Characteristics Power Consumption Characteristics Hz Hz Hz Hz Exhaust Characteristics Attainable Free Air Displacement kpa (- mmhg) -667 mbar in. Hg 18 L/min.6 cfm Rated Voltage 1 V AC 2 V AC 3 W 3 W Rated Frequency Hz Hz, hours ISO Rc 1/ AR ISO Rc 1/ Coil Insulation Class E or its equivalent (JETL) and A for UL 8 (L) x 88 (W) mm 3-11/32" (L) x 3-1/32" (W) 2.2 kg.9 Lbs mm 11-13/16" Machine Screw Feeder Air Sampler (3.7) 68 (18) 1. Grounding Screw M (1.) 3 Rc 1/ Rc 1/ 21 7 Hz with L tank (mmhg) (in.hg) -8. (kpa ) - (mmhg) (in.hg ) Time Hz (mmhg) (in.hg) ø

32 Pump LINE LINEAR VP62 11V/2V 2V Power Consumption (W) (sec) Characteristics Power Consumption Characteristics Hz Exhaust Characteristics Hz Hz Hz Hz with L tank (mmhg) (in.hg) (mmhg) (in.hg) Attainable Free Air Displacement kpa (- mmhg) -333 mbar -9.8 in. Hg L/min 1.1 cfm Rated Voltage 11 V AC 2 V AC W Rated Frequency Hz Hz, hours 1mm O.D. hose barb AR ISO Rc 1/ Coil Insulation Class E or its equivalent (JETL) and B for UL 68 (L) x 8 (W) mm 2-3/6" (L) x 3-/16" (W) 3 kg 6.6 Lbs 23 mm 9-1/" 3 mm 12-19/32" Solar Collection Screen 118 Rc 1/8 138 Grounding Screw M 38 8 Time Hz (mmhg) (in.hg) Rc 1/ A 1 ø1 ø View A 8 ø

33 Pump LINE LINEAR VP6 11V (Hz) 2V (Hz) Power Consumption (W) (sec) 8 Characteristics Hz Hz Power Consumption Characteristics Attainable * 1 Free Air Displacement *1: Operations at higher than -3.kPa need an additional leak valve or relief valve on the inlet piping. Material Handling Equipment -8 kpa (- mmhg) -8 mbar in. Hg 2 L/min.88 cfm Rated Voltage 11 V AC 2 V AC 7 W W Rated Frequency Hz Hz 6, hours ISO Rc 1/ AR ISO Rc 1/ Coil Insulation Class E or its equivalent (JETL) and B for UL 2 (L) x 1 (W) mm -1/6" (L) x -1/8" (W) kg 11 Lbs mm 11-13/16" mm 23-/8" Chucking 136 Rc 1/ Rc 1/ ø Grounding Screw M Hz Hz Exhaust Characteristics with L tank (mmhg) (in.hg) (mmhg) (in.hg) Hz Time Hz (mmhg) (in.hg)

34 Pump LINE LINEAR VP9 11V/2V 11V/2V Power Consumption (W) (sec) Characteristics 7 Hz Hz Power Consumption Characteristics Hz Hz Exhaust Characteristics Hz with L tank 2.7 Attainable * 1 Free Air Displacement *1: Operations at higher than -3.3kPa need an additional leak valve or relief valve on the inlet piping kpa (- mmhg) -33 mbar -1.7 in. Hg L/min 2.12 cfm Rated Voltage 11 V AC 2 V AC 9 W Rated Frequency Hz Hz, hours ISO Rc 1/ AR ISO Rc 1/ Coil Insulation Class B or its equivalent (JETL) and B for UL 2 (L) x 1 (W) mm -1/6" (L) x -1/8" (W). kg. Lbs Label Sticking Machine mm 11-13/16" 3 mm 12-19/32" Rc 1/ Rc 1/ 8 ø (mmhg) (in.hg) (mmhg) (in.hg) Hz Time (mmhg) (in.hg) 1 Grounding Screw M

35 Pump LINEAR VP9T 11 V is made to order Characteristics Power Consumption Characteristics Attainable * 1 Free Air Displacement *1: Operations at higher than -3.3kPa need an additional leak valve or relief valve on the inlet piping. *2: UL Pending -3.3 kpa (- mmhg) -33 mbar -1.7 in. Hg 1 L/min.2 cfm Rated Voltage 11 V AC * 2 2 V AC 18 W Rated Frequency Hz Hz, hours ISO Rc 3/8 AR ISO Rc 3/8 Coil Insulation Class B or its equivalent (JETL) 172 (L) x 211 (W) mm 6-9/6" (L) x 8-/16" (W) kg 22 Lbs Wiring diagram White mm 11-13/16" 3 mm 12-19/32" Coil A Coil B Coil A Coil B Silicon Diode Black White Silicon Diode 11 V AC or 2 V AC Black Rc 3/8 (PT 3/8) Female Thread M for Grounding 277 Rc 3/8 (PT 3/8) Power Consumption (W) Time (sec) Hz Hz (kpa ) (mmhg) (in.hg) Hz Hz (kpa ) (mmhg) (in.hg ) Exhaust Characteristics Hz Hz (kpa ) (mmhg) (in.hg ) 6 ø

36 3

37 DC LINEAR Free Piston Compressor AIR COMPRESSOR Page DAH series DAH2-X1-37 DAH2-Y1-38 DAH-X1-39 DAH-Y1 - DAH1-X1-1 DAH1-Y DAH2 DAH 3 Rated L/min 2 DAH1 1 Maximum PressurekPa 36

38 Compressor LINEAR DAH2-X1 12 V DC & Electric Current Characteristics Current Characteristics Rated Pressure Maximum Pressure Rated Voltage Current (Mean Value) Coil Insulation Class kpa (.2 kgf/cm 2 ).2 bar 2.8 psig L/min *1.177 cfm kpa (. kgf/cm 2 ). bar 7.11 psig 12 V DC.81 A, hours 6 mm O.D. hose barb A or its equivalent 76 (L) x 7 (W) mm 2-63/6" (L) x 2-3/" (W).91 kg 2.1 Lbs mm 11-13/16" Optional Accessory (LB7793) Red (+) Black (-) x ø. 6 Female Thread M for Grounding ø6 8 (A) (kgf/cm 2 ) Electric Current (Mean Value) (kgf/cm 2 ) Heavy duty rubber feet available on request. Medical equipment, analyzers, etc

39 Compressor LINE LINEAR DAH2-Y1 2 V DC & Electric Current (A) 8 Characteristics Current Characteristics Rated Pressure kpa (.2 kgf/cm 2 ).2 bar 2.8 psig L/min *1.177 cfm kpa (. kgf/cm 2 ) Maximum Pressure. bar 7.11 psig Rated Voltage 2 V DC Current (Mean Value). A AR, hours 6 mm O.D. hose barb Coil Insulation Class A or its equivalent 76 (L) x 7 (W) mm 2-63/6" (L) x 2-3/" (W).91 kg 2.1 Lbs mm 11-13/16" Optional Accessory (LB7793) Heavy duty rubber feet available on request. Medical equipment, analyzers, etc Red (+) Black (-) x ø. 6 Female Thread M for Grounding ø (kgf/cm 2 ) Electric Current (Mean Value) (kgf/cm 2 )

40 Compressor LINEAR DAH-X1 12 V DC & Electric Current (A) Characteristics Current Characteristics (kgf/cm 2 ) 1.2 Rated Pressure Maximum Pressure Rated Voltage Current (Mean Value) (MTTF) Coil Insulation Class kpa (. kgf/cm 2 ). bar 7.11 psig 2. L/min *1.88 cfm 8 kpa (.8 kgf/cm 2 ).8 bar 11. psig 12 V DC.7 A, hours 6 mm O.D. hose barb A or its equivalent 76 (L) x 7 (W) mm 2-63/6" (L) x 2-3/" (W).91 kg 2.1 Lbs mm 11-13/16" Optional Accessory (LB7793) Electric Current (Mean Value) Red (+) Black (-) x ø. 6 Female Thread M for Grounding ø (kgf/cm 2 ) 1.2 Heavy duty rubber feet available on request. Medical equipment, analyzers, etc

41 Compressor LINE LINEAR DAH-Y1 2 V DC & Electric Current (A) Characteristics Current Characteristics (kgf/cm 2 ) 1.2 Rated Pressure kpa (. kgf/cm 2 ). bar 7.11 psig 2. L/min *1.88 cfm 8 kpa (.8 kgf/cm 2 ) Maximum Pressure.8 bar 11. psig Rated Voltage 2 V DC Current (Mean Value).3 A AR (MTTF), hours 6 mm O.D. hose barb Coil Insulation Class A or its equivalent 76 (L) x 7 (W) mm 2-63/6" (L) x 2-3/" (W).91 kg 2.1 Lbs mm 11-13/16"..3 Optional Accessory (LB7793) Electric Current (Mean Value) Red (+) Black (-) x ø. 6 Female Thread M for Grounding ø (kgf/cm 2 ) 1.2 Heavy duty rubber feet available on request. Medical equipment, analyzers, etc

42 Compressor LINEAR DAH1-X1 12 V DC & Electric Current (A) Characteristics Current Characteristics Rated Pressure Maximum Pressure Rated Voltage Current (Mean Value) (MTTF) Coil Insulation Class kpa (1. kgf/cm 2 ) 1. bar 1.2 psig 1. L/min *1.3 cfm 1 kpa (1.2 kgf/cm 2 ) 1.2 bar 17.1 psig 12 V DC.7 A, hours.7 mm O.D. hose barb A or its equivalent 76 (L) x 7 (W) mm 2-63/6" (L) x 2-3/" (W).91 kg 2.1 Lbs mm 11-13/16" Optional Accessory (LB7793) 76 7 Red (+) Black (-) x ø. 6 Female Thread M for Grounding 8 ø (kgf/cm 2 ) Electric Current (Mean Value) (kgf/cm 2 ) Heavy duty rubber feet available on request. Medical equipment, analyzers, etc. 1 82

43 Compressor LINE LINEAR DAH1-Y1 2 V DC & Electric Current Characteristics Current Characteristics Rated Pressure kpa (1. kgf/cm 2 ) 1. bar 1.2 psig 1. L/min *1.3 cfm 1 kpa (1.2 kgf/cm 2 ) Maximum Pressure 1.2 bar 17.1 psig Rated Voltage 2 V DC Current (Mean Value).27 A AR (MTTF), hours.7 mm O.D. hose barb Coil Insulation Class A or its equivalent 76 (L) x 7 (W) mm 2-63/6" (L) x 2-3/" (W).91 kg 2.1 Lbs mm 11-13/16" Optional Accessory (LB7793) 76 7 Red (+) Black (-) x ø. 6 Female Thread M for Grounding 8 ø.7 88 (A) (kgf/cm 2 ) Electric Current (Mean Value) (kgf/cm 2 ) Heavy duty rubber feet available on request. Medical equipment, analyzers, etc. 82 2

44 3

45 DC LINEAR Free Piston Pump VACUUM PUMP Page DVH series DVH1-X1- DVH1-Y1-6 DVH1-X1-7 DVH1-Y1-8 DVH DVH1 Rated L/min Attainable

46 Pump LINEAR DVH1-X1 12 V DC & Electric Current Characteristics Current Characteristics Attainable Free Air Displacement Rated Voltage Current (Mean Value) Coil Insulation Class *1: Free air displacement at no-load operation. - kpa (- mmhg) - mbar in. Hg 7 L/min *1.27 cfm 12 V DC.86 A, hours 6 mm O.D. hose barb 6 mm O.D. hose barb A or its equivalent 76 (L) x 7 (W) mm 2-63/6" (L) x 2-3/" (W).91 kg 2.1 Lbs mm 11-13/16" Optional Accessory (LB7793) Heavy duty rubber feet available on request. Medical equipment, analyzers, etc Red (+) Black (-) x ø. 6 Female Thread M for Grounding 88 ø (mmhg) (in.hg) (A) Electric Current (Mean Value) (mmhg) (in.hg) 8 82

47 Pump LINE LINEAR DVH1-Y1 2 V DC & Electric Current Characteristics Current Characteristics Attainable Free Air Displacement Rated Voltage Current (Mean Value) AR Coil Insulation Class *1: Free air displacement at no-load operation. - kpa (- mmhg) - mbar in. Hg 7 L/min *1.27 cfm 2 V DC.1 A, hours 6 mm O.D. hose barb 6 mm O.D. hose barb A or its equivalent 76 (L) x 7 (W) mm 2-63/6" (L) x 2-3/" (W).91 kg 2.1 Lbs mm 11-13/16" Optional Accessory (LB7793) Heavy duty rubber feet available on request. Medical equipment, analyzers, etc Red (+) Black (-) x ø. 6 Female Thread M for Grounding 88 ø (mmhg) (in.hg) (A).6.. Electric Current (Mean Value) (mmhg) (in.hg)

48 Pump LINEAR DVH1-X1 12 V DC & Electric Current Characteristics Current Characteristics Attainable Free Air Displacement Rated Voltage Current (Mean Value) (MTTF) Coil Insulation Class - kpa (- mmhg) - mbar in. Hg 3 L/min *1.6 cfm 12 V DC.73 A, hours 6 mm O.D. hose barb 6 mm O.D. hose barb A or its equivalent 76 (L) x 7 (W) mm 2-63/6" (L) x 2-3/" (W).91 kg 2.1 Lbs mm 11-13/16" *1: Free air displacement at no-load operation. Optional Accessory (LB7793) Red (+) Black (-) x ø. 6 Female Thread M for Grounding 88 ø6 (mmhg) (in.hg) (A) Electric Current (Mean Value) (mmhg) (in.hg) Heavy duty rubber feet available on request. 8 Medical equipment, analyzers, etc. 7 82

49 Pump LINE LINEAR DVH1-Y1 2 V DC & Electric Current (A) 3 2 Characteristics Current Characteristics Attainable Free Air Displacement Rated Voltage Current (Mean Value) (MTTF) AR Coil Insulation Class - kpa (- mmhg) - mbar in. Hg 3 L/min *1.6 cfm 2 V DC.3 A, hours 6 mm O.D. hose barb 6 mm O.D. hose barb A or its equivalent 76 (L) x 7 (W) mm 2-63/6" (L) x 2-3/" (W).91 kg 2.1 Lbs mm 11-13/16" *1: Free air displacement at no-load operation. Optional Accessory (LB7793) Red (+) Black (-) x ø. 6 Female Thread M for Grounding 88 ø (mmhg) (in.hg).6.. Electric Current (Mean Value) (mmhg) (in.hg) Heavy duty rubber feet available on request. 8 Medical equipment, analyzers, etc. 82 8

50 9

51 AC LINEAR Diaphragm Pump DIAPHRAGM PUMP Page VC Dual Type - 1 VC Blower Type - 2 VC1 Dual Type - 3 VC series VC1 VC1S Blower Type Blower Type - - VC1B Dual Type - 6 VC1B Dual Type Pump Compressor VC1B Dual Type Blower Type VC1B VC1B VC1B Blower Type Dual Type Blower Type Blower Type 1 V is made to order VCK1 Pump Type Made to order VC1B Dual Type VC1E Dual Type 2 Blower Type VC1B Dual Type Blower Type 1 V is made to order VC1S Dual Type Blower Type VC1E Dual Type Blower Type Made to Order VC1E VC1E VC1S Dual Type Blower Type Dual Type VCK1 Pump Type Dual Type Made to order Made to order 1 Blower Type 1 V is made to order Made to order VC1S Dual Type VC1 Dual Type V VC1 Dual Type 2 V VC1 Dual Type 2 V VC1 Blower Type Rated L/min Made to order VC Dual Type VC Dual Type Blower Type VC1 Dual Type V Attainable Maximum Pressure

52 Compressor and Pump DIAPHRAGM LINE VC Dual Type 11V 2V Characteristics Power Consumption Characteristics kpa (. kgf/cm 2 ) Rated Pressure. bar.7 psig 6 L/min.212 cfm 16 kpa (.16 kgf/cm 2 ) Maximum Pressure.16 bar 2.28 psig -1.7 kpa (-1 mmhg) Attainable -17 mbar -.33 in.hg Rated Voltage AR 1 V AC 2 V AC 6 W Rated Frequency Hz Hz, hours Working Pressure Range Massage Devices -1.7 kpa to 16 kpa (-1 mmhg to.16 kgf/cm 2 ) -17 mbar to.16 bar -.33 in.hg to 2.28 psig 6 mm O.D. hose barb 6 mm O.D. hose barb Coil Insulation Class A for 1V or its equivalent E for 2V or its equivalent 7 (L) x 72 (W) mm 2-3/" (L) x 2-3/6" (W). kg.99 Lbs mm 11-13/16" Bedsore Prevention Mattress 3 3 x ø ø6 (68) (W) Power Consumption 3 17 ø6 7 (82) (mmhg) (kgf/cm 2 ) (in.hg) Hz Hz Hz Hz (mmhg) (kgf/cm 2 ) (in.hg)

53 Compressor DIAPHRAGM LINE VC Blower Type 1V 2V (W) Hz Characteristics Hz Power Consumption Characteristics Hz kpa (. kgf/cm 2 ) Rated Pressure. bar.7 psig 6 L/min.212 cfm 16 kpa (.16 kgf/cm 2 ) Maximum Pressure.16 bar 2.28 psig Rated Voltage 1 V AC 2 V AC 6 W Rated Frequency Hz Hz AR, hours Working Pressure Range to 16 kpa ( to.16 kgf/cm 2 ) to.16 bar to 2.28 psig 6 mm O.D. hose barb Coil Insulation Class A for 1V or its equivalent E for 2V or its equivalent 7 (L) x 72 (W) mm 2-3/" (L) x 2-3/6" (W). kg.99 Lbs mm 11-13/16" Massage Devices Bedsore Prevention Mattress 7 (82) x ø ø6 (68) (kgf/cm 2 ) Hz Power Consumption (kgf/cm 2 )

54 Compressor and Pump DIAPHRAGM LINE VC1 Dual Type 11V 2V (W) Power Consumption (mmhg) (in.hg) Characteristics Power Consumption Characteristics kpa (.1 kgf/cm 2 ) Rated Pressure.1 bar 1.2 psig L/min.3 cfm Rated Voltage 1 V AC 2 V AC Maximum Pressure AR Attainable Working Pressure Range Massage Devices 18 kpa (.18 kgf/cm 2 ).18 bar 2.6 psig kpa (- mmhg) -187 mbar -.1 in.hg kpa to 18 kpa (- mmhg to.18 kgf/cm 2 ) -187 mbar to.18 bar -.1 in.hg to 2.6 psig 1 kpa (.1 kgf/cm 2 ).1 bar 2.13 psig - kpa (-76 mmhg) - mbar -2.9 in.hg - kpa to 1 kpa (-76 mmhg to.1 kgf/cm 2 ) - mbar to.1 bar -2.9 in.hg to 2.13 psig 11 W Rated Frequency Hz Hz, hours 7. mm O.D. hose barb 7. mm O.D. hose barb Coil Insulation Class B for 1V or its equivalent B for 2V or its equivalent 66 (L) x (W) mm 2-19/32" (L) x 2-1/16" (W).82 kg 1.81 Lbs mm 11-13/16" Bedsore Prevention Mattress x ø7. (6) (93) x ø. (38) (9) (66) 1 (11) ø7. L (11) (mmhg) (in.hg) Hz Hz (kgf/cm 2 ) Hz Hz (kgf/cm 2 )

55 Compressor DIAPHRAGM LINE VC1 Blower Type 1V 2V (W) Characteristics Hz..71 Power Consumption Characteristics Hz Hz kpa (.1 kgf/cm 2 ) Rated Pressure.1 bar 1.2 psig L/min.3 cfm kpa (.2 kgf/cm 2 ) Maximum Pressure.2 bar 2.8 psig Rated Voltage 1 V AC 2 V AC 11 W Rated Frequency Hz Hz AR, hours Working Pressure Range to kpa ( to.2 kgf/cm 2 ) to.2 bar to 2.8 psig 7. mm O.D. hose barb Coil Insulation Class A for 1V or its equivalent E for 2V or its equivalent 66 (L) x (W) mm 2-19/32" (L) x 3-1/16" (W).82 kg 1.81 Lbs mm 7-7/8" Massage Devices Bedsore Prevention Mattress 66 (6) (93) x ø. (38) (9) (66) 1 (11) ø7. L (11) 2.2 (kgf/cm 2 ) 3.6 Power Consumption Hz (kgf/cm 2 )

56 Compressor DIAPHRAGM LINE VC1S Blower Type 1 V is made to order 1V 2V (W) Hz Characteristics Hz Power Consumption Characteristics Hz (kgf/cm 2 ) kpa (. kgf/cm 2 ) Rated Pressure. bar.71 psig 1 L/min.3 cfm 26 kpa (.26 kgf/cm 2 ) Maximum Pressure.26 bar 3.7 psig Rated Voltage 1 V AC * 1 2 V AC 1 W Rated Frequency Hz Hz AR, hours Working Pressure Range Coil Insulation Class *1: Non-UL product.1 V is made to oder. to 26 kpa ( to.26 kgf/cm 2 ) to.26 bar to 3.7 psig 7. mm O.D. hose barb minutes B or its equivalent (JETL) 66 (L) x (W) mm 2-19/32" (L) x 3-1/16" (W).83 kg 1.81 Lbs mm 11-13/16" Massage Devices Bedsore Prevention Mattress 66 (6) (93) x ø. (38) (9) (66) 1 (11) ø7. L (11) Power Consumption Hz (kgf/cm 2 ) 128

57 Compressor and Pump DIAPHRAGM LINE VC1B Dual Type 1V 2V Power Consumption (mmhg) - (in.hg) (W) (mmhg) (in.hg) Characteristics Power Consumption Characteristics kpa (.1 kgf/cm 2 ) Rated Pressure.1 bar 1.2 psig L/min.71 cfm 18 kpa (.18 kgf/cm 2 ) Maximum Pressure.18 bar 2.6 psig kpa (- mmhg) Attainable -187 mbar -.1 in.hg Rated Voltage AR 1 V AC 2 V AC 21 W Rated Frequency Hz Hz, hours Working Pressure Range Coil Insulation Class kpa to 18 kpa (- mmhg to.18 kgf/cm 2 ) -187 mbar to.18 bar -.1 in.hg to 2.6 psig. mm O.D. hose barb 8. mm O.D. hose barb E or its equivalent (JETL) and A for UL 12 (L) x 6 (W) mm -9/6" (L) x 2-13/6" (W) 1.7 kg 3.7 Lbs mm 11-13/16" Solder Fume Suction ø. ø9. 6 (13.1) x ø ø8. ø Grounding Screw M () (9.3) (6) (7) Hz Hz..71 Hz (kgf/cm 2 ) Hz 2.2 (kgf/cm 2 ) 3.6 Bedsore Prevention Mattress

58 Compressor DIAPHRAGM LINE 2V VC1B Blower Type 1 V is made to order (W) Hz Characteristics Hz Power Consumption Characteristics Hz kpa (.1 kgf/cm 2 ) Rated Pressure.1 bar 1.2 psig L/min.71 cfm 18 kpa (.18 kgf/cm 2 ) Maximum Pressure.18 bar 2.6 psig Rated Voltage 1 V AC 2 V AC 21 W Rated Frequency Hz Hz, hours Working Pressure Range Coil Insulation Class to 18 kpa ( to.18 kgf/cm 2 ) to.18 bar to 2.6 psig 8. mm O.D. hose barb E or its equivalent (JETL) and A for UL 12 (L) x 6 (W) mm -9/6" (L) x 2-13/6" (W) 1.7 kg 3.7 Lbs mm 11-13/16" (13.1) x ø ø8. ø Grounding Screw M () (9.3) (6) (7) (kgf/cm 2 ).26 1 Hz Power Consumption (kgf/cm 2 ).26 Bedsore Prevention Mattress

59 Compressor and Pump DIAPHRAGM LINE VC1B Dual Type 1V 2V (W) Power Consumption (mmhg) (in.hg) (mmhg) (in.hg) Characteristics Power Consumption Characteristics Hz Hz kpa (.1 kgf/cm 2 ) Rated Pressure.1 bar 1.2 psig 2 L/min.88 cfm kpa (.2 kgf/cm 2 ) Maximum Pressure.2 bar 2.8 psig kpa (-1 mmhg) Attainable -213 mbar -6.3 in.hg Rated Voltage AR 1 V AC 2 V AC 27 W Rated Frequency Hz Hz, hours Working Pressure Range Coil Insulation Class kpa to kpa (-1 mmhg to.2 kgf/cm 2 ) -213 mbar to.2 bar -6.3 in.hg to 2.8 psig. mm O.D. hose barb 8. mm O.D. hose barb B or its equivalent 12 (L) x 6 (W) mm -9/6" (L) x 2-13/6" (W) 1.7 kg 3.7 Lbs mm 11-13/16" Solder Fume Suction ø. ø9. 6 (13.1) x ø ø8. ø Grounding Screw M () (9.3) (6) (7) Hz Hz (kgf/cm 2 ).26.3 (kgf/cm 2 ).26 Bedsore Prevention Mattress

60 Compressor DIAPHRAGM LINE 2V VC1B Blower Type 1 V is made to order (W)..71 Hz Characteristics Power Consumption Characteristics Hz Hz Hz kpa (.1 kgf/cm 2 ) Rated Pressure.1 bar 1.2 psig 2 L/min.88 cfm kpa (.2 kgf/cm 2 ) Maximum Pressure.2 bar 2.8 psig Rated Voltage 1 V AC 2 V AC 27 W Rated Frequency Hz Hz, hours Working Pressure Range Coil Insulation Class to kpa ( to.2 kgf/cm 2 ) to.2 bar to 2.8 psig 8. mm O.D. hose barb B or its equivalent 12 (L) x 6 (W) mm -9/6" (L) x 2-13/6" (W) 1.7 kg 3.7 Lbs mm 11-13/16" (13.1) x ø ø8. ø Grounding Screw M () (9.3) (6) (7) (kgf/cm 2 ).26 Power Consumption (kgf/cm 2 ).26 Bedsore Prevention Mattress

61 DC Motor Driven Piston Pump Diaphragm Pump PISTON PUMP DIAPHRAGM PUMP - DP series Pump Compressor DPT Pump Type 36 3 DPT Blower Type Piston Pump Page DP-X1 61 DP-Y1-62 DPA-X1-63 DPA-Y1-6 DP-X1-6 DP-Y1-66 DP-X2-67 DP-Y2-68 DPT-Y1-69 DPT-Y2-7 Diaphragm Pump DP Pump Type DP Blower Type DP12-71 DP DP2 DP2S DP2TA Dual Type 12 DP2TA Dual Type DP2H-X1-7 DP2H-X2-76 DP1-X1-77 DP1 Dual Type DP2S Dual Type DP2S Dual Type DP1 Dual Type DP1-Y1 DP1-X DP1T-X1-8 Rated L/min DP1T Dual Type DP Dual Type 6 DP2 Dual Type DP Dual Type DP2H Dual Type DP1T Dual Type DPA Blower Type DP Dual Type DP1T-Y1-81 DP2TA-Y1-82 DP Dual Type DP12 Dual Type 2 DP12 Dual Type - - Attainable Maximum Pressure

62 Compressor and Pump PISTON DP-X1 Brush DC Motor 12 V DC (A) (mmhg) (in.hg) Characteristics Current Characteristics (kgf/cm 2 ) Attainable Free Air Displacement Rated Voltage Maximum Pressure Maximum Current Working Pressure Range (MTTF) Coil Insulation Class kpa (- mmhg) -667 mbar in.hg 2.8 L/min.99 cfm 12 V DC kpa (2. kgf/cm 2 ) 2. bar 3.6 psig 1.9 A minutes to kpa (- mmhg to 1 kgf/cm 2 ) -667 mbar to 1 bar in.hg to 1.2 psig 2, hours mm O.D. straight barb mm O.D. straight barb E or its equivalent (JETL) 2 (L) x 2. (W) mm 1-21/32" (L) x 1-31/32" (W).36 kg.79 Lbs 3 mm 1-11/6".8 Electric Current Vending Machines (mmhg) (in.hg) (kgf/cm 2 ) 9 Red (+) ø 62. Black (-) View A A () 2 3 Insulated Rubber Feet (2.) () (1) (2) ø6.3 61

63 Compressor and Pump LINE PISTON DP-Y1 Brush DC Motor 2 V DC (mmhg) (in.hg) (A) Characteristics Current Characteristics (kgf/cm 2 ) Attainable Free Air Displacement Rated Voltage Maximum Pressure Maximum Current AR Working Pressure Range (MTTF) Coil Insulation Class kpa (- mmhg) -667 mbar in.hg 2.8 L/min.99 cfm 2 V DC kpa (2. kgf/cm 2 ) 2. bar 3.6 psig.9 A minutes to kpa (- mmhg to 1 kgf/cm 2 ) -667 mbar to 1 bar in.hg to 1.2 psig 2, hours mm O.D. straight barb mm O.D. straight barb E or its equivalent (JETL) 2 (L) x 2. (W) mm 1-21/32" (L) x 1-31/32" (W).36 kg.79 Lbs 3 mm 1-11/6" Electric Current (mmhg) (in.hg) (kgf/cm 2 ) Vending Machines 9 Red (+) ø 62. Black (-) View A A () 2 3 Insulated Rubber Feet (2.) () (1) (2) ø6.3 62

64 Compressor PISTON DPA-X1 Brushless DC Motor 12 V DC (A) Characteristics Current Characteristics (kgf/cm 2 ) 2.7 Free Air Displacement Rated Voltage Maximum Pressure Maximum Current Working Pressure Range (MTTF) Coil Insulation Class 2.8 L/min.99 cfm 12 V DC 2 kpa (2.2 kgf/cm 2 ) 2.2 bar 31.3 psig 1. A to kpa ( to 1 kgf/cm 2 ) to 1 bar to 1.2 psig, hours mm O.D. straight barb mm O.D. straight barb A or its equivalent (JETL) 32 (L) x 27. (W) mm 1-9/32" (L) x 1-/6" (W).3 kg.66 Lbs 3 mm 1-11/6" Electric Current (kgf/cm 2 ) 2.7 Vending Machines 68 Red (+) () ø A 3 View A Insulated Rubber Feet B Black (-) Enlarged B (2:1) (62) Insulated Rubber Feet () 63

65 Compressor LINE PISTON DPA-Y1 Brushless DC Motor 2 V DC (A) Characteristics Current Characteristics (kgf/cm 2 ) 2.7 Free Air Displacement Rated Voltage Maximum Pressure Maximum Current Working Pressure Range AR (MTTF) Coil Insulation Class 2.8 L/min.99 cfm 2 V DC 2 kpa (2.2 kgf/cm 2 ) 2.2 bar 31.3 psig.7 A to kpa ( to 1 kgf/cm 2 ) to 1 bar to 1.2 psig, hours mm O.D. straight barb mm O.D. straight barb A or its equivalent (JETL) 32 (L) x 27. (W) mm 1-9/32" (L) x 1-/6" (W).3 kg.66 Lbs 3 mm 1-11/6" Electric Current (kgf/cm 2 ) 2.7 Vending Machines 68 Red (+) () ø A 3 View A Insulated Rubber Feet B Black (-) Enlarged B (2:1) (62) Insulated Rubber Feet () 6

66 Pump LINE PISTON DP-X1 Brushless DC Motor 12 V DC (A) Characteristics Current Characteristics 8 ø (83) 7 Rc1/8 Rc1/8 () (28) A 11. (22) (137) Position of the Cable Tie Detail A Circuit No (). Connection Table Source Control Signal Circuit No Cord Color Red Black Orange Green Gray Function V+ V- DRIVE /FREE PULSE ALARM SPEED SGND Option ON OFF Function On ON ON Cord Size AWG AWG22 Line Type UL7 *Control function is OFF by default. detail A.) If they are not secured, poor contact of the connector may occur and result in failure (mmhg) (in.hg) Attainable Free Air Displacement Rated Voltage Maximum Current (MTTF) AR Coil Insulation Class kpa (-8 mmhg) -773 mbar in.hg 18 L/min.6 cfm 12 V DC 2. A or less, hours Rc1/8 Rc1/8 E or its equivalent (JETL) 7 (L) x (W) mm 2-3/" (L) x 1-9/6" (W) 1.1 kg 2. Lbs 28 mm 11-7/32" Electric Current (sec) Exhaust Characteristics (mmhg) (in.hg) with L tank Air Cylinder/Chuck Driver Time (mmhg) (in.hg) 6

67 Pump LINE PISTON DP-Y1 Brushless DC Motor 2 V DC Characteristics Current Characteristics Attainable Free Air Displacement Rated Voltage Maximum Current (MTTF) AR Coil Insulation Class kpa (-8 mmhg) -773 mbar in.hg 18 L/min.6 cfm 2 V DC 1. A or less, hours Rc1/8 Rc1/8 E or its equivalent (JETL) 7 (L) x (W) mm 2-3/" (L) x 1-9/6" (W) 1.1 kg 2.3 Lbs 28 mm 11-7/32" Air Cylinder/Chuck Driver 8 ø. 7 Rc1/8 Rc1/ (83) () (28) A 11. (22) (137) Position of the Cable Tie Detail A Circuit No (). Connection Table Source Control Signal Circuit No Cord Color Red Black Orange Green Gray Function V+ V- DRIVE /FREE PULSE ALARM SPEED SGND Option ON OFF Function On ON ON Cord Size AWG AWG22 Line Type UL7 *Control function is OFF by default. detail A.) If they are not secured, poor contact of the connector may occur and result in failure.. (A) (mmhg) (in.hg) Electric Current (sec) Exhaust Characteristics (mmhg) (in.hg) with L tank Time (mmhg) (in.hg) 66

68 Compressor LINE PISTON DP-X2 Brushless DC Motor 12 V DC (A) Characteristics Current Characteristics AR Air Cylinder/Chuck Driver 8 ø (83) 7 Rc1/8 Rc1/8 () (28) A 11. (22) (137) Position of the Cable Tie Detail A Circuit No (). Connection Table Source Control Signal Circuit No Cord Color Red Black Orange Green Gray Function V+ V- DRIVE /FREE PULSE ALARM SPEED SGND Option ON OFF Function On ON ON Cord Size AWG AWG22 Line Type UL7 *Control function is OFF by default. detail A.) If they are not secured, poor contact of the connector may occur and result in failure (kgf/cm 2 ) 2.7 Free Air Displacement Rated Voltage Maximum Pressure Maximum Current Working Pressure Range 18 L/min.6 cfm 12 V DC 18 kpa (1.8 kgf/cm 2 ) 1.8 bar 2.6 psig. A to 18 kpa ( to 1.8 kgf/cm 2 ) to 1.8 bar to 2.6 psig (MTTF), hours ISO RC 1/8 ISO RC 1/8 Coil Insulation Class E or its equivalent (JETL) 7 (L) x (W) mm 2-3/" (L) x 1-9/6" (W) 1.1 kg 2. Lbs 28 mm 11-7/32" Electric Current (kgf/cm 2 )

69 Compressor LINE PISTON DP-Y2 Brushless DC Motor 2 V DC (A) Characteristics Current Characteristics AR Air Cylinder/Chuck Driver 8 ø (83) 7 Rc1/8 Rc1/8 () (28) A 11. (22) (137) Position of the Cable Tie Detail A Circuit No (). Connection Table Source Control Signal Circuit No Cord Color Red Black Orange Green Gray Function V+ V- DRIVE /FREE PULSE ALARM SPEED SGND Option ON OFF Function On ON ON Cord Size AWG AWG22 Line Type UL7 *Control function is OFF by default. detail A.) If they are not secured, poor contact of the connector may occur and result in failure (kgf/cm 2 ) 2.7 Free Air Displacement Rated Voltage Maximum Pressure Maximum Current Working Pressure Range 18 L/min.6 cfm 2 V DC 18 kpa (1.8 kgf/cm 2 ) 1.8 bar 2.6 psig 2.7 A to 18 kpa ( to 1.8 kgf/cm 2 ) to 1.8 bar to 2.6 psig (MTTF), hours ISO RC 1/8 ISO RC 1/8 Coil Insulation Class E or its equivalent (JETL) 7 (L) x (W) mm 2-3/" (L) x 1-9/6" (W) 1.1 kg 2. Lbs 28 mm 11-7/32" Electric Current (kgf/cm 2 )

70 Pump LINE PISTON DPT-Y1 Brushless DC Motor 2 V DC (A) Characteristics Current Characteristics Attainable Free Air Displacement Rated Voltage Maximum Current (MTTF) AR Coil Insulation Class kpa (-8 mmhg) -773 mbar in.hg 3 L/min 1.2 cfm 2 V DC 2. A, hours Rc1/8 Rc1/8 E or its equivalent (For DC motor) 166 (L) x 8 (W) mm 6-17/32" (L) x 3-/16" (W) 1.6 kg 3. Lbs 28 mm 11-7/32" Air Cylinder/Chuck Driver (99) 86. (26.) (8) 7 (166) 11. Ø Rc1/8 IN () (28) Rc1/8 OUT +PAN HEAD SCREW M3 18 Rc1/8 IN Slide switch Rc1/8 OUT (6) (113).177 (mmhg) (in.hg) Electric Current 1. (sec) Exhaust Characteristics (mmhg) (in.hg) with L tank Time (mmhg) (in.hg) (22) Circuit No Position of the Cable Tie Detail A Connection Table Source Control Signal Circuit No Cord Color Red Black Orange Green Gray Function V+ V- DRIVE /FREE PULSE ALARM SPEED SGND Option ON OFF Function On ON ON Cord Size AWG AWG22 Line Type UL7 *Control function is OFF by default. detail A.) If they are not secured, poor contact of the connector may occur and result in failure. A 69

71 Compressor PISTON DPT-Y2 Brushless DC Motor 2 V DC (A) Characteristics Current Characteristics (kgf/cm 2 ) 2.7 Free Air Displacement Rated Voltage Maximum Pressure Air Cylinder/Chuck Driver ø. Please use ø. places (pitch 7 11.) for pump installation. (99) (8) 7 Rc1/8 (166) Rc1/8 Position of the Cable Tie Detail A 86. (26.) Rc1/8 () (28) +Pan Head Screw M3 18 Rc1/8 Slide switch (6) (113) Maximum Current Working Pressure Range 3 L/min 1.2 cfm 2 V DC kpa (1. kgf/cm 2 ) 1. bar 21.3 psig. A to kpa ( to 1. kgf/cm 2 ) to 1. bar to 21.3 psig (MTTF), hours RC 1/8 RC 1/8 Coil Insulation Class E or its equivalent (For DC motor) 166 (L) x 8 (W) mm 6-17/32" (L) x 3-/16" (W) 1.6 kg 3. Lbs 28 mm 11-7/32" Electric Current (kgf/cm 2 ) 2.7 Circuit No Connection Table Source Control Signal Circuit No Cord Color Red Black Orange Green Gray Function V+ V- DRIVE /FREE PULSE ALARM SPEED SGND Option ON OFF Function On ON ON Cord Size AWG AWG22 Line Type UL7 *Control function is OFF by default. (22) detail A.) If they are not secured, poor contact of the connector may occur and result in failure. A 7

72 Compressor and Pump DIAPHRAGM DP12 Brush DC Motor 12 V DC (A) Characteristics (mmhg) (in.hg) Current Characteristics (kgf/cm 2 ) Attainable Free Air Displacement Rated Voltage Maximum Pressure Maximum Current (MTTF) Coil Insulation Class kpa (- mmhg) -333 mbar in.hg 2. L/min.88 cfm 12 V DC kpa (.3 kgf/cm 2 ).3 bar.27 psig. A hours 3 mm O.D. straight barb 3 mm O.D. straight barb E or its equivalent (JETL) 32 (L) x 32. (W) mm 1-17/6" (L) x 1-9/32" (W).8 kg.18 Lbs. Sucking Pen Blood Pressure Tester.2 Electric Current (mmhg) (in.hg) (kgf/cm 2 ) DC Power Input Terminal (+) DC Power Input Terminal (-) 1. Range of Motion (ø18) () (1) 32 ø27. ø Insulated Rubber Feet ø3.3 ø

73 Compressor and Pump DIAPHRAGM LINE DP Brush DC Motor 12 V DC (A) Characteristics (mmhg) (in.hg) Current Characteristics (kgf/cm 2 ) 7.11 Attainable Free Air Displacement Rated Voltage Maximum Pressure Maximum Current AR (MTTF) Coil Insulation Class -3.3 kpa (- mmhg) -33 mbar -1.7 in.hg. L/min.11 cfm 12 V DC kpa (. kgf/cm 2 ). bar 7.11 psig. A 8 hours mm O.D. straight barb mm O.D. straight barb E or its equivalent (JETL) 2 (L) x 36 (W) mm 2-3/6" (L) x 1-27/6" (W).19 kg.2 Lbs..3 Sucking Pen Blood Pressure Tester.2 Electric Current (mmhg) (in.hg) (kgf/cm 2 ) DC Power Input Terminal (ø31) ø ø ø ø6.3 9 Insulated Rubber Feet 2 72

74 Compressor and Pump DIAPHRAGM DP2 Brushless DC Motor 12 V DC (A) (mmhg) (in.hg) Characteristics Current Characteristics (kgf/cm 2 ) Attainable Free Air Displacement Rated Voltage Maximum Pressure Maximum Current Working Pressure Range Coil Insulation Class kpa (- mmhg) -267 mbar in.hg. L/min.177 cfm 12 V DC kpa (. kgf/cm 2 ). bar 6. psig.7 A kpa to kpa (- mmhg to. kgf/cm 2 ) -267 mbar to. bar in.hg to 6. psig, hours 6 mm O.D. straight barb 6 mm O.D. straight barb E or its equivalent (JETL) (L) x (W) mm 1-31/32" (L) x 1-3/16" (W).2 kg. Lbs mm 1-3/".2 Electric Current (mmhg) (in.hg) (kgf/cm 2 ) Endoscopes Removal of micromachining chips 1 73 ø6 8 9 (8.) (.) 38 2 x ø3. 2 View A 6. (68) (31) ø6.3 Insulated Rubber Feet Red (+) Black (-) A 73

75 Compressor and Pump DIAPHRAGM LINE DP2S Brushless DC Motor 2 V DC (mmhg) (in.hg) (A) Characteristics Current Characteristics (kgf/cm 2 ) Attainable Free Air Displacement Rated Voltage Maximum Pressure Maximum Current AR Working Pressure Range Coil Insulation Class kpa (- mmhg) -267 mbar in.hg 7. L/min.27 cfm 2 V DC kpa (. kgf/cm 2 ). bar 6. psig. A kpa to kpa (- mmhg to. kgf/cm 2 ) -267 mbar to. bar in.hg to 6. psig, hours 6 mm O.D. straight barb 6 mm O.D. straight barb E or its equivalent (JETL) (L) x (W) mm 1-31/32" (L) x 1-3/16" (W).2 kg. Lbs mm 1-3/".2 Electric Current (mmhg) (in.hg) (kgf/cm 2 ) Endoscopes Removal of micromachining chips ø6 9 (8.) (.) 38 2 x ø3. 2 View A 6. (68) (31) ø6.3 Insulated Rubber Feet Red (+) Black (-) A 7

76 Compressor and Pump DIAPHRAGM DP2H-X1 Brushless DC Motor 12 V DC (A) (mmhg) (in.hg) Characteristics Current Characteristics (kgf/cm 2 ) Attainable Free Air Displacement Rated Voltage Maximum Pressure Maximum Current Working Pressure Range Coil Insulation Class -.7 kpa (-38 mmhg) -7 mbar -1 in.hg. L/min.11 cfm 12 V DC 8 kpa (.8 kgf/cm 2 ).8 bar 11. psig.7 A -.7 kpa to 8 kpa (-38 mmhg to.8 kgf/cm 2 ) -7 mbar to.8 bar -1 in.hg to 11. psig 3, hours 6 mm O.D. straight barb 6 mm O.D. straight barb E or its equivalent (JETL) (L) x (W) mm 1-31/32" (L) x 1-3/16" (W).2 kg. Lbs mm 1-3/".2 Electric Current (mmhg) (in.hg) (kgf/cm 2 ) pick up and place devices for CD & DVD Removal of micromachining chips (.) 38 ø6 2 x ø3. 2 (68) (81) (68) (31) Insulated rubber Feet ø6.3 Red (+) Black (-) A View A 7

77 Compressor DIAPHRAGM LINE DP2H-X2 Brushless DC Motor 12 V DC (A).6 Characteristics Current Characteristics (kgf/cm 2 ) Free Air Displacement Rated Voltage Maximum Pressure Maximum Current Working Pressure Range AR Coil Insulation Class. L/min.11 cfm 12 V DC 8 kpa (.8 kgf/cm 2 ).8 bar 11. psig.7 A to 8 kpa ( to.8 kgf/cm 2 ) to.8 bar to 11. psig 3, hours 6 mm O.D. straight barb 6 mm O.D. straight barb E or its equivalent (JETL) (L) x (W) mm 1-31/32" (L) x 1-3/16" (W).2 kg. Lbs mm 1-3/"..2 Electric Current Removal of micromachining chips (kgf/cm 2 ) (.) 38 ø6 (68) (81) 67 2 x ø (68) (31) Insulated Rubber Feet ø6.3 Red (+) Black (-) A View A 76

78 Compressor and Pump DIAPHRAGM DP1-X1 Brushless DC Motor 12 V DC (A) Characteristics (mmhg) (kgf/cm 2 ) (in.hg) Current Characteristics Attainable Free Air Displacement Rated Voltage Maximum Pressure Maximum Current (MTTF) Coil Insulation Class kpa (- mmhg) -667 mbar in.hg 7. L/min.26 cfm 12 V DC kpa (1. kgf/cm 2 ) 1. bar 21.3 psig 1.2 A or less, hours 6 mm O.D. straight barb 6 mm O.D. straight barb A or its equivalent (JETL) (L) x (W) mm 1-31/32" (L) x 1-3/16" (W). kg.66 Lbs 3 mm 1-11/6".8 Electric Current. (mmhg) (in.hg) (kgf/cm 22.8 pick up and place devices for CD & DVD 8 Red (+) (.) ø Black (-) 2 x ø3. View A 38 () (8.7) ø38 ø Insulated Rubber Feet () A (8.) 77

79 Compressor and Pump DIAPHRAGM LINE DP1-Y1 Brushless DC Motor 2 V DC (A) Characteristics (mmhg) (kgf/cm 2 ) (in.hg) Current Characteristics Attainable Free Air Displacement Rated Voltage Maximum Pressure Maximum Current AR (MTTF) Coil Insulation Class kpa (- mmhg) -667 mbar in.hg 7. L/min.26 cfm 2 V DC kpa (1. kgf/cm 2 ) 1. bar 21.3 psig.6 A or less, hours 6 mm O.D. straight barb 6 mm O.D. straight barb A or its equivalent (JETL) (L) x (W) mm 1-31/32" (L) x 1-3/16" (W). kg.66 Lbs 3 mm 1-11/6". Electric Current. 2 (mmhg) (in.hg) (kgf/cm 2 ) 22.8 pick up and place devices for CD & DVD 8 Red (+) (.) ø6 1 Black (-) 38 (8.7) x ø3. View A () ø38 ø Insulated Rubber Feet () A (8.) 78

80 Compressor and Pump DIAPHRAGM DP1-X3 Brushless DC Motor 12 V DC PWM control possible (A) Characteristics (mmhg) (kgf/cm 2 ) (in.hg) Current Characteristics Control Range Control Range Attainable Free Air Displacement Rated Voltage Maximum Pressure Maximum Current (MTTF) kpa (- mmhg) -667 mbar in.hg 7. L/min.26 cfm 12 V DC kpa (1. kgf/cm 2 ) 1. bar 21.3 psig 1. A or less, hours Control(PWM) 2. - V, 1-2 khz, Duty cycle 8 - % 6 mm O.D. straight barb 6 mm O.D. straight barb Coil Insulation Class A or its equivalent (JETL) (L) x (W) mm 1-31/32" (L) x 1-3/16" (W). kg.66 Lbs 18 mm 7-3/32".8 Electric Current. (mmhg) (in.hg) (kgf/cm 2 ) 22.8 pick up and place devices for CD & DVD Mounting Dimension of Rubber Foot: Plate thickness : t = 2 mm, Hole diameter : ø mm (Rubber feet come with the product as accessories.) ø Red (+) Blue PWN Signal (In) 2. - V 1-2 khz Yellow Pulse Signal (Out) 2 x ø3. View A 38 (8.7) (.) ø38 ø () Insulation Rubber Feet ( ) A (8.) 79

81 Compressor and Pump DIAPHRAGM LINE DP1T-X1 Brushless DC Motor 12 V DC (mmhg) (in.hg) (A) Characteristics Current Characteristics (kgf/cm 2 ) 22.8 Attainable Free Air Displacement Rated Voltage Maximum Pressure Maximum Current AR (MTTF) Coil Insulation Class -. kpa (- mmhg) - mbar in.hg. L/min.19 cfm 12 V DC kpa (1. kgf/cm 2 ) 1. bar 21.3 psig 1.2 A or less, hours 6.8 mm O.D. straight barb 6.8 mm O.D. straight barb A or its equivalent (JETL) 36. (L) x 37. (W) mm 1-7/16" (L) x 1-1/32" (W).27 kg. Lbs 3 mm 1-11/6".8 Electric Current.6..2 (mmhg) (in.hg) (kgf/cm 2 ) 22.8 Vending Machines x M3 with mm Depth Black (-) 63 ø38 ø Red (+) 37. View B Lead Wire Position (1) 71 (2) View A (ø6.8) B (.6) A 8

82 Compressor and Pump DIAPHRAGM DP1T-Y1 Brushless DC Motor 2 V DC (A) Characteristics (mmhg) (kgf/cm 2 ) (in.hg) Current Characteristics Attainable Free Air Displacement Rated Voltage Maximum Pressure Maximum Current (MTTF) Coil Insulation Class -. kpa (- mmhg) - mbar in.hg. L/min.19 cfm 2 V DC kpa (1. kgf/cm 2 ) 1. bar 21.3 psig.6 A or less, hours 6.8 mm O.D. straight barb 6.8 mm O.D. straight barb A or its equivalent (JETL) 36. (L) x 37. (W) mm 1-7/16" (L) x 1-1/32" (W).27 kg. Lbs 3 mm 1-11/6"..3.2 Electric Current.1 (mmhg) (in.hg) (kgf/cm 2 ) 22.8 Vending Machines x M3 with mm Depth Black (-) 63 ø38 ø Red (+) 37. View B Lead Wire Position (1) 71 (2) View A (ø6.8) B (.6) A 81

83 Compressor and Pump DIAPHRAGM DP2TA-Y1 Brushless DC Motor 2 V DC PWM control possible (mmhg) (in.hg) (A).7.6. Characteristics Current Characteristics (kgf/cm 2 ) 22.8 Attainable Free Air Displacement Rated Voltage Maximum Pressure Maximum Current (MTTF) Coil Insulation Class -. kpa (- mmhg) - mbar in.hg L/min.3 cfm 2 V DC kpa (1. kgf/cm 2 ) 1. bar 21.3 psig.8 A, hours 6.8 mm O.D. straight barb 6.8 mm O.D. straight barb B or its equivalent 36. (L) x 37. (W) mm 1-7/16" (L) x 1-1/32" (W).32 kg.71 Lbs mm 11-13/16"..3.2 Electric Current.1 (mmhg) (in.hg) (kgf/cm 2 ) 22.8 Vending Machines Connection Table Circuit No Cord Color Yellow White 6 Blue 7 Black 8 Red M3 with mm Depth Connection Table Control Signal Power Source Function FG PWM BRAKE GND VM Cord Size AWG28 AWG26 Cord UL Style UL171 Ø 37. No control function GND VM (1) (2) View A Use control function FG PWM BRAKE GND VM S8B-ZR-SMA(JST) or (CNPLS) or 1WR-8A(YENHO) 1 8 B (6) 3.1 (12) View B A 82

84 83

85 LIQUID PUMP Piezoelectric Pump DC Diaphragm Liquid Pump LIQUID PUMP Piezoelectric Pump BIMOR series BPS Type BPH Type BPHS Type BPF Type Page - 93 DC Diaphragm Liquid Pump DPE series Liquid Pump series (V/1V/2V AC/DC) *The flow rate of 2 V pump is not same as /1 V. 9 DPE- - DPE- - DPE-BL- DPE BPHS-1i/E/G DPE-8 7 BPHS-7G/P BPH-1i/D/E BPH-1G BPH-7G/P BPF-6P DPE-/BL i : Butyl Rubber G : Fluorine Rubber D : Dimethyl rubber E : Ethylene Propylene Rubber P : Perfluor BPH-21G BPH-21i/D/E Flow Rate (ml/min) BPS-23G DPE- BPS-21i UPS-112E/G Self-priming Pressure 8

86 Piezoelectric Pump BIMOR PUMP Compact, lightweight, durable & quiet As the Bimorph has no motors or shafts or other troublesome mechanisms. We have achieved maintenance free continuous operation for months. Suitable for pumping liquids Low power consumption & electromagnetic noise The Bimor is driven by low energy consuming piezoelectric elements. Consequently it costs very little to run and emits virtually no electromagnetic noise. Simple flow rate adjustment As the flow rate of the Bimor is proportional to the voltage and frequency, adjusting the flow rate is as simple as adjusting either one. You may use the product at the rated voltage or lower. Application versatility The parts can be made of several different materials, so you can select the material appropriate to your needs, be it a liquid application. The Bimor is currently employed in a variety of different fields including medicine, scientific research, and the PC and chemical industries. Applications For supply and drainage For cooling circulation For medical injection For liquid sampling Dimensional Outline Drawing (Unit: mm) BPS type ø3.1 ø ø ø BPHS type 7 ø7. ø6 ø Lead Wires L= BIMOR Lead Wires L= BPH type ø.3 7 ø7. ø6 ø9 BPF type ø ø8.2 Rc1/8 Taper Thread Tube Fitting Outer Diameter 6 mm Lead Wires L= ø (26) 33 Lead Wires L=

87 BIMOR BPS Type BPH Type BPHS-1 Type BPHS-7 Type Current (ma) Voltage(AC) Self-priming Pressure 1 V Hz FlowRate (ml/min) Discharge Pressure Voltage(AC) Current (ma) Self-priming Pressure 2 V Hz FlowRate (ml/min) Discharge Pressure Liquid Surface Materials Housing Liquid Contact Sheet Valve/O-ring (g) BPS-21i PP PP IIR BPH-21E BPH-21G BPH-21E BPH-21G PP PP PTFE EPDM FKM BPH-1E 12 3 PP EPDM BPH-27G BPH-27P PPS PTFE FKM FFKM FEP 17 Voltage(AC) V Hz Liquid Surface Materials Current Self-priming FlowRate Discharge Pressure Liquid (ma) Pressure (ml/min) Housing Contact Sheet Valve O-ring BPHS-1i IIR PP BPHS-1E 12 7 PP EPDM BPHS-1G FKM 3 BPHS-7G FKM PTFE PPS BPHS-7P FFKM FFKM FEP Condition of Use Ambient temperature Ambient humidity Fluid temperature to *1 3 to 8 *2 to *1) No Freezing *2) No condensation (g) 18 Material Description EPDM Ethylene Propylene Rubber FEP Fluoroethylene Propylene FFKM Fluorine Rubber (Perfluoro) FKM Fluorine Rubber IIR Butyl Rubber PP Polypropylene PTFE Tetrafluororesin (Polytetrafluoroethylene) Suitable/unsuitable chemical liquids Examples of suitable chemical liquids Examples of unsuitable chemical liquids BPS-21i BPHS-1i BPH-21E BPH-1E BPHS-1E BPH-21G BPHS-1G Ethanol,Dilute hydrochloric acid, Sodium carbonate,benzaldehyde,formalin Ammonia water, Ethanol, Hydrochloric acid, Caustic potash, Caustic soda, Methanol Ethanol, Dilute hydrogen peroxide, Mineral oil, Sodium hypochlorite Xylene,Mineral oil,carbon tetrachloride, Trichloroethylene,Toluene,Benzene Acetone, Ammonia water, Glacial acetic acid, Hydrofluoric acid, Formalin BPH-27G BPHS-7G Ethanol, Xylene, Carbon tetrachloride, Silicone oil, Trichloroethylene Acetone, Ammonia water, Chlorosulfonic acid, Glacial acetic acid, Hydrofluoric acid, Formalin BPH-27P BPHS-7P Ethanol, Chloroform, Glacial acetic acid, Benzene, Methyl ethyl ketone Chlorosulfonic acid, Fluorine oil, CFC 112, CFC

88 BIMOR The Next Step in Pump Miniaturization Revolutionary piezoelectric bimorph technology The Bimor's driving force, the bimorph, comprises two parallel piezoelectric wafers. Their nature is to expand or contract depending on the direction of the voltage. Therefore when an alternating current is applied, one wafer expands then contracts while the other contracts then expands, causing the bimorph to bend. Repeating the cycle creates the pumping action. Cross section O-ring and Valves O-ring Liquid Contact Sheet Bimorph Vibrator Elastic Mold Principle / Structure "The Bimor pump" uses the displacement operation of the piezoelectric bimorph vibrator as the direct source of the pumping action. Driving Power : Piezoelectric Bimorph Winding Suction Expulsion and Valves Piezoelectric Bimorph 87

89 DC Liquid Pump DIAPHRAGM LINE DPE series DPE- Built-in Pulse Absorption Chamber Self-priming type with air suction acceptable DPE- Typical Conventional Pump without Pulse Absorption As liquid is transported through the suction and discharge passages of the pump and liquid circuit, high pulsations can vibration in tubing, fittings, peak pulsing mechanisms. These negative results are often increased through the use of small pumps having relatively high rotational speeds. Suction AR Discharge Suction Motor Rotation Direction Discharge Suction Crank Angle 3 Advanced design DPE Pump with Pulse Absorption vibration throughout the fluid circuit, and enhances life of the pump and other circuit pulsation dampers. Pulse Absorption Chamber Suction 2 absorption chamber, not directly forced to outlet port. Suction Motor Rotation Direction Discharge Suction Discharge 3 Discharge Pulses are attenuated through the process of 2 and 3. Suction Crank Angle 3 88

90 DC Liquid Pump DIAPHRAGM LINE DPE- Brush DC Motor 2 V DC Flow & Electric Current Flow (ml (A Electric Current Self-priming Pressure Self-priming Pressure Current Characteristics (in.hg) (in.hg) Rated Voltage 1 Working Pressure Range Maximum Pressure * 2 Maximum Current AR (MTTF) * 2 Self-priming Pressure * 1 Motor Build materials and applicable fluids Cylinder Head Head Cover DPE--2E DPE--2G DPE--7G DPE--7P PA Polyamide(Nylon) PPS Polyphenylene sulfide Diaphragm PTFE Polytetrafluoroethylene 2 V DC ml/min.3 cfm to kpa to 1 bar to 1.2 psig kpa 3 bar 2.7 psig ma hours kpa.2 bar 2.8 psig.7 mm O.D. straight barb.7 mm O.D. straight barb E class equivalent 9. (L) x 17 (W) mm 3/8"(L) x 3/6"(W) 67 g.18 Lbs Brush DC Motor *1. Valve O-ring Applicable fluids EPDM Sodium hydroxide, Citric acid Ethylene-propylene rubber Ammonia water, Caustic potash FKM Fluoro rubber Ethanol, Ethylene glycol Sodium carbonate, mineral oil Xylene, Carbon tetrachloride Trichloroethylene, Silicon oils FFKM Chloroform, Benzene Perfluoroelastomer Glacial acetic acid, Methyl ethyl ketone DC Power Input Terminal (-) 2 x ø3.2, Effective Depth 1 mm x ø3.2, Effective Depth 1 mm x M3 with mm Depth ø DC Power Input Terminal (+) 89

91 DC Liquid Pump DIAPHRAGM DPE- Brush DC Motor 2 V DC Flow & Electric Current Flow (ml (A Electric Current Self-priming Pressure Self-priming Pressure Current Characteristics (in.hg) (in.hg) Rated Voltage 1 Working Pressure Range Maximum Pressure * 2 Maximum Current (MTTF) * 2 Self-priming Pressure * 1 Motor Build materials and applicable fluids 2 V DC ml/min.11 cfm to kpa to 1 bar to 1.2 psig kpa 3 bar 2.7 psig 3 ma hours kpa. bar.69 psig. mm O.D. straight barb. mm O.D. straight barb F class equivalent 19 (L) x 26 (W) mm 3/"(L) x 1-1/32"(W) 187 g.12 Lbs Brush DC Motor *1. Cylinder Head Head Cover DPE--2E PA DPE--2G Polyamide(Nylon) DPE--7G DPE--7P PPS Polyphenylene sulfide Diaphragm PTFE Polytetrafluoroethylene Valve O-ring Applicable fluids EPDM Sodium hydroxide, Citric acid Ethylene-propylene rubber Ammonia water, Caustic potash FKM Fluoro rubber FFKM Perfluoroelastomer Ethanol, Ethylene glycol Sodium carbonate, mineral oil Xylene, Carbon tetrachloride Trichloroethylene, Silicon oils Chloroform, Benzene Glacial acetic acid, Methyl ethyl ketone 12 DC Power Input Terminal (-) DC Power Input Terminal (+) x M3 with mm Depth ø32.8 ø. 7 ø ø3 26 9

92 DC Liquid Pump DIAPHRAGM LINE DPE-BL Brushless DC Motor 2 V DC Flow & Electric Current Flow (ml (A Electric Current (in.hg) Self-priming Pressure Self-priming Pressure Current Characteristics (in.hg) Rated Voltage 1 Working Pressure Range Maximum Pressure * 2 Maximum Current AR (MTTF) * 2 Self-priming Pressure * 1 Motor Build materials and applicable fluids Cylinder Head Head Cover DPE-BL-2E DPE-BL-2G DPE-BL-7G DPE-BL-7P PA Polyamide(Nylon) PPS Polyphenylene sulfide Diaphragm PTFE Polytetrafluoroethylene 12 V / 2 V DC ml/min.11 cfm to kpa to 1 bar to 1.2 psig kpa 3 bar 2.7 psig 9 / ma 6, hours kpa. bar.69 psig. mm O.D. straight barb. mm O.D. straight barb A class equivalent 1 (W) mm 1-39/6 "(W) 2 g.7 Lbs Brushless DC Motor *1. *2. Pumps may not re-start against high backpressure. Valve O-ring Applicable fluids EPDM Sodium hydroxide, Citric acid Ethylene-propylene rubber Ammonia water, Caustic potash FKM Fluoro rubber Ethanol, Ethylene glycol Sodium carbonate, mineral oil Xylene, Carbon tetrachloride Trichloroethylene, Silicon oils FFKM Chloroform, Benzene Perfluoroelastomer Glacial acetic acid, Methyl ethyl ketone Red Wire Vm (+) x Cross Recessed Head Screw M Black Wire GND ø. 21 A x M3 with. mm Depth ø3.8 ø ( ) View A 91

93 DC Liquid Pump DIAPHRAGM DPE-8 Brush DC Motor 2 V DC DPE-8-7P DPE-8-7G DPE-8-2G DPE-8-2E Flow & Electric Current Flow (ml (A Electric Current Self-priming Pressure Self-priming Pressure Current Characteristics (in.hg) (in.hg) Rated Voltage 1 Working Pressure Range Maximum Pressure * 2 Maximum Current (MTTF) * 2 Self-priming Pressure * 1 Motor Build materials and applicable fluids 2 V DC 8 ml/min.283 cfm to kpa to 1 bar to 1.2 psig kpa 3 bar 2.7 psig ma hours kpa. bar.69 psig. mm O.D. straight barb. mm O.D. straight barb E class equivalent 7. (L) x 1 (W) mm 2-1/16"(L) x 1-39/6"(W) g.771 Lbs Brush DC Motor *1. Cylinder Head Head Cover DPE-8-2E PA DPE-8-2G Polyamide(Nylon) DPE-8-7G DPE-8-7P PPS Polyphenylene sulfide Diaphragm PTFE Polytetrafluoroethylene Valve O-ring Applicable fluids EPDM Sodium hydroxide, Citric acid Ethylene-propylene rubber Ammonia water, Caustic potash FKM Fluoro rubber FFKM Perfluoroelastomer Ethanol, Ethylene glycol Sodium carbonate, mineral oil Xylene, Carbon tetrachloride Trichloroethylene, Silicon oils Chloroform, Benzene Glacial acetic acid, Methyl ethyl ketone ø. Terminal (+) Terminal (-) ø (3) (93). x Pan Head Phillips Screw M x M3 with. mm Depth

94 93

95 AC LINEAR Free Piston Blower LA BLOWER Page LA series LA-28B LA-C LA-B LA-8B LA-A LAM- LA-1A - 97 LAM-- 98 LAM- Made to Order Made to order LAM-- 1 LA-1A LA-A LA-8B Rated L/min LA-C LA-B LA-28B Rated pressurekpa 9

96 Blower LINE LINEAR LA-28B & LA-C 1V (Hz) 2/V (Hz) LA-28B 2V (Hz) LA-C Characteristics Hz LA-28B Hz (bar) LA-28B LA-C 1 V AC 2/ V AC 1 V AC 2/ V AC Rated Frequency Hz Hz Hz Hz 2. W 29 W W 7 W 11 kpa (.11 kgf/cm 2 ) Rated Pressure.11 bar 1.6 psig 28 L/min L/min.99 cfm 1.9 cfm AR Optional Hose Assemblies LB kg 6. Lbs LA kg 7.1 Lbs LA-C 2.12 Liquid Mixer Bubbling LA-28B LA-C ø18 7. ø18 8. Hz Hz (bar) 9

97 Blower LINE LINEAR LA-B & LA-8B 1V (Hz) 2V (Hz) LA-B 2/V (Hz) LA-8B Characteristics LA-B AR LA-8B Liquid Mixer Bubbling Home Aerobic Sewage Treatment System ø Hz Hz (bar) LA-B LA-8B 1 V AC 2/2/ V AC 1 V AC 2/2/ V AC Rated Frequency Hz Hz Hz Hz W 6 W 8 W 86 W 1 kpa (.1 kgf/cm 2 ) Rated Pressure.1 bar 2.13 psig L/min 8 L/min 2.12 cfm 2.83 cfm Optional Hose Assemblies LB318. kg 11 Lbs LA977.3 kg 11.7 Lbs 9 Hz Hz (bar)

98 Blower LINE LINEAR LA-A & LA-1A 2V (Hz) LA-A 2/V (Hz) LA-1A Characteristics LA-A Hz Hz AR LA-1A Liquid Mixer Bubbling Home Aerobic Sewage Treatment System ø (bar) LA-A LA-1A 1 V AC 2/ V AC 1 V AC 2/ V AC Rated Frequency Hz Hz Hz Hz 9 W W 118 W 1 W 18 kpa (.18 kgf/cm 2 ) Rated Pressure.18 bar 2.6 psig L/min 1 L/min 3.3 cfm.2 cfm 9.7 kg 21. Lbs Optional Hose Assemblies LB396 LB Hz Hz (bar)

99 LINEAR Blower 1V (Hz) LINE LAM- 2/V (Hz) LAM- Characteristics LAM V^LY :\WWS` Rated Frequency 7V^LY *VUZ\TW[PVU LAM Hz Rated Pressure H[LK (PYÅV^ Hz V AC Hz AR 2/ V AC Hz 21 W kpa (.2 kgf/cm2).2 bar 2.8 psig L/min 7.6 cfm 12.3 kg 27.1 Lbs Optional Hose Assemblies.9 (bar) LB396 LB7 Grease Trap Home Aerobic Sewage Treatment System Dimensional Outline Drawing (Unit : mm) ø

100 LINEAR Other product: Linicon ( Pump) LV-12A Oil-less Compressor AC linear free piston vacuum pump Equipped with fuse and removable power cable Compact and lightweight Low noise level Oil-less construction Rated Voltage 11 V AC 2 V AC Consumption 1 W 1 W Rated Frequency Hz Hz Maximum kpa (- mm Hg, -333 mbar, -9.8 in. Hg) Dimensions 13 (L) x 91 (W) x 16 (H) mm (-/16" x 3-37/6" x -3/") Coil Insulation Class B or its equivalent E or its equivalent 1. kg (3.3 Lbs) Pick-Up Set the Pick-Up Set can be arranged. LB7629 pen assembly LQ1267 Tube 3 x x LA7122 Needle 1 x 1. x (6 pcs/set) LA7121 Pad 6 mm dia. LA7129 Pad mm dia. LA7113 Pen stand *LA769 P- includes High Adsorption Power In the case that the depth of vacuum is kpa (- mmhg) and Pad Diameter A B placed vertically and moved laterally. mm g g 6 mm g 2 g LV-12A Pen Stand Pen Assembly 2 x 7.8 x /736 A is calculated by multiplying the safety rate of. to the above equation, and then rounded. B is calculated by multiplying the safety rate of.2 to the above equation, and then rounded. D mm Transferring spherical objects such as balls Assembling precision parts Moving tiny parts Transferring uneven parts 99

101 MADE TO ORDER MADE TO ORDER Page Compressor AC6A - 1 Pump VP6 VP9 VP92A VP6 x Diaphragm Pump VCK1 Pump Type VC1E VC1E VC1S Dual Type Blower Type Dual Type Blower LAM- - 1 Piezoelectric Pump Made to order model- 111

102 Compressor LINEAR AC6A 11V 2V (W) Characteristics Hz Hz Power Consumption Characteristics Hz (kgf/cm 2 ) 3.6 Rated Pressure kpa (1. kgf/cm 2 ) 1. bar 1.2 psig 8 L/min.283 cfm kpa (1. kgf/cm 2 ) Maximum Pressure 1. bar 21.3 psig Rated Voltage 11 V AC 2 V AC 2 W W Rated Frequency Hz Hz, hours ISO Rc 1/ Coil Insulation Class F or its equivalent (JETL) 68 (L) x 8 (W) mm 2-3/6" (L) x 3-/16" (W) 3.2 kg 7.1 Lbs mm 7-7/8" Hz Dispenser Automatic Stamper Power Consumption (kgf/cm 2 ) A ø1 ø Rc 1/ IN 1 View A Grounding Screw M 8 ø

103 Pump LINE LINEAR VP6 Power Consumption (W) (sec) Characteristics Power Consumption Characteristics Hz Hz Hz Hz Exhaust Characteristics Hz with L tank Attainable * 1 Free Air Displacement - kpa (- mmhg) - mbar in. Hg L/min.3 cfm Rated Voltage 11 V AC 2 V AC 8 W W Rated Frequency Hz Hz 3, hours 1 mm O.D. hose barb AR ISO Rc 1/ Coil Insulation Class E or its equivalent (JETL) 68 (L) x 8 (W) mm 2-3/6" (L) x 3-/16" (W) 3.2 kg 7.1 Lbs mm 7-7/8" A ø1 ø1 12 Rc 1/ (mmhg) (in.hg) (mmhg) (in.hg) *1: Operations at higher than -kpa need an additional leak valve or relief valve on the inlet piping. Hz Time (mmhg) (in.hg) 138 In 1 View A ø Grounding Screw M 2

104 Pump LINE LINEAR VP9 Power Consumption (W) (sec) Characteristics Hz Power Consumption Characteristics Hz Hz Hz Exhaust Characteristics Hz with L tank (mmhg) (in.hg) (mmhg) (in.hg) Attainable * 1 Free Air Displacement - kpa (- mmhg) - mbar in. Hg 12 L/min.2 cfm Rated Voltage 11 V AC 2 V AC 7 W 8 W Rated Frequency Hz Hz 3, hours 1 mm O.D. hose barb AR ISO Rc 1/ Coil Insulation Class E or its equivalent (JETL) 2 (L) x 1 (W) mm -1/6" (L) x -1/8" (W).9 kg.8 Lbs Vice mm 11-13/16" 3 mm 12-19/32" *1: Operations at higher than -kpa need an additional leak valve or relief valve on the inlet piping. Impregnation Depressurizer Time 136 Wing Bolt for Non-UL Rc 1/ Hz (mmhg) (in.hg) 1 Grounding Screw M 7 1 ø1 ø1 62 A View A 1 ø

105 Pump LINE LINEAR VP92A Power Consumption (W) (sec) Characteristics Power Consumption Characteristics Hz Hz Exhaust Characteristics Hz Hz Hz with L tank 2.83 Attainable * 1 Free Air Displacement *1: Operations at higher than -33.3kPa need an additional leak valve or relief valve on the inlet piping kpa (- mmhg) -333 mbar -9.8 in. Hg 8 L/min 2.83 cfm Rated Voltage 11 V AC 2 V AC 9 W 88 W Rated Frequency Hz Hz, hours ISO Rc 1/ AR ISO Rc 1/ Coil Insulation Class B or its equivalent (JETL) 2 (L) x 1 (W) mm -1/6" (L) x -1/8" (W). kg 9.9 Lbs mm 11-13/16" 3 mm 12-19/32" Material Handling Equipment Rc 1/ Rc 1/ 8 ø (mmhg) (in.hg) (mmhg) (in.hg) Hz Time (kpa ) - (mmhg) (in.hg) 1 Grounding Screw M

106 Pump LINE LINEAR VP6x2 (sec) Characteristics (Series air connection) Characteristics (Parallel air connection) Exhaust Characteristics Attainable * 1 Free Air Displacement Series Connection *1: Operations at higher than -93.3kPa in series or -8kPa in parallel need an additional leak valve or relief valve on the inlet piping kpa (-7 mmhg) -933 mbar in. Hg 2 L/min.88 cfm Parallel Connection -8 kpa (- mmhg) -8 mbar in. Hg L/min 1.77 cfm 6, hours Rated Voltage 11 V AC 2 V AC 12 W W Rated Frequency Hz Hz ISO Rc 1/, 2 ports AR ISO Rc 1/, 2 ports Coil Insulation Class B or its equivalent (JETL) 28 (L) x 1 (W) mm 11-1/32" (L) x -1/8" (W) kg 22 Lbs mm mm -7/8" 23-/8" Series Connection Silencer OUT IN IN OUT Airfilter Wiring diagram Coil A Coil B Coil A Coil B Silicon Diode Silicon Diode Parallel Connection Silencer OUT IN Airfilter IN OUT * Air line connection is required by the user. 11 V AC or 2 V AC 136 Rc 1/ Rc 1/ (Series) with L tank (mmhg) (in.hg) (mmhg) (in.hg) Time (Parallel) (mmhg) (in.hg) 1 Grounding Screw M 1 ø

107 Pump DIAPHRAGM VCK1 *Internal image Power Consumption (W) (sec) Characteristics Power Consumption Characteristics Attainable Free Air Displacement kpa (- mmhg) mbar in.hg 18 L/min.6 cfm Rated Voltage 1 V AC 2 V AC 1 W 11 W Rated Frequency Hz Hz, hours ISO Rc 1/8 AR ISO Rc 1/8 Coil Insulation Class B or its equivalent 12 (L) x 128 (W) mm -63/6" (L) x -3/6" (W) 1.9 kg.2 Lbs mm 11-13/16" Grounding Screw M View A Hz.3 Hz (mmhg) (in.hg) Exhaust Characteristics (mmhg) (in.hg) Hz Hz Hz with L tank.71.3 Medical Cup Suction Time Hz (mmhg) (in.hg) 2 Rc 1/8 ø1 76 A 6

108 Compressor and Pump DIAPHRAGM LINE VC1E Dual Type 11V 2V (W) Power Consumption (mmhg) - (in.hg) (mmhg) (in.hg) Characteristics Power Consumption Characteristics Hz kpa (.1 kgf/cm 2 ) Rated Pressure.1 bar 1.2 psig 1 L/min.3 cfm kpa (.2 kgf/cm 2 ) Maximum Pressure.2 bar 2.8 psig kpa (- mmhg) Attainable -186 mbar -.1 in.hg Rated Voltage AR 1 V AC 2 V AC 11. W Rated Frequency Hz Hz, hours Working Pressure Range Coil Insulation Class A UL approved model for 1V is available upon request. Massage Devices kpa to kpa (- mmhg to.2 kgf/cm 2 ) -187 mbar to.2 bar -.1 in.hg to 2.8 psig 7. mm O.D. hose barb 7. mm O.D. hose barb E or its equivalent (JETL) 66 (L) x (W) mm 2-19/32" (L) x 3-1/16" (W).82 kg 1.81 Lbs mm 11-13/16" Bedsore Prevention Mattress x ø7. (6) (93) x ø. (38) (9) (66) 1 (11) ø7. L (11) Hz Hz Hz (kgf/cm 2 ).26.3 (kgf/cm 2 )

109 Compressor DIAPHRAGM LINE VC1E Blower Type 1V 2V (W) Hz Characteristics Hz Power Consumption Characteristics Hz (kgf/cm 2 ).27 kpa (.1 kgf/cm 2 ) Rated Pressure.1 bar 1.2 psig 1 L/min.3 cfm kpa (.2 kgf/cm 2 ) Maximum Pressure.2 bar 2.8 psig Rated Voltage 1 V AC 2 V AC 11. W Rated Frequency Hz Hz AR, hours Working Pressure Range Coil Insulation Class A UL approved model for 1V is available upon request. to kpa ( to.2 kgf/cm 2 ) to.2 bar to 2.8 psig 7. mm O.D. hose barb E or its equivalent (JETL) 66 (L) x (W) mm 2-19/32" (L) x 3-1/16" (W).82 kg 1.81 Lbs mm 11-13/16" Power Consumption Massage Devices Bedsore Prevention Mattress 66 (6) (93) x ø. (38) (9) (66) 1 (11) ø7. L (11) Hz (kgf/cm 2 )

110 Compressor and Pump DIAPHRAGM LINE VC1S Dual Type 11V 2V (W) Power Consumption (mmhg) - (in.hg) (mmhg) - (in.hg) Characteristics Power Consumption Characteristics Hz kpa (. kgf/cm 2 ) Rated Pressure. bar.71 psig 1 L/min.3 cfm 26 kpa (.26 kgf/cm 2 ) Maximum Pressure.26 bar 3.7 psig -2 kpa (-18 mmhg) Attainable - mbar -7.9 in.hg Rated Voltage AR 1 V AC * 1 2 V AC 1 W Rated Frequency Hz Hz, hours Working Pressure Range Coil Insulation Class Massage Devices -2 kpa to 26 kpa (-18 mmhg to.26 kgf/cm 2 ) - mbar to.26 bar -7.9 in.hg to 3.7 psig 7. mm O.D. hose barb 7. mm O.D. hose barb minutes B or its equivalent (JETL) 66 (L) x (W) mm 2-19/32" (L) x 3-1/16" (W).82 kg 1.81 Lbs mm 11-13/16" Bedsore Prevention Mattress x ø7. (6) (93) x ø. (38) (9) (66) 1 (11) ø7. L (11) Hz Hz Hz (kgf/cm 2 ).26.3 (kgf/cm 2 ).26 *1: 1V AC UL version is unavailable

111 LINEAR Blower LINE LAM- 2V (Hz) Characteristics Hz V^LY :\WWS` Rated Frequency 7V^LY *VUZ\TW[PVU LAM- Rated Pressure 9H[LK (PYÅV^ AR LAM- 2 V AC Hz W kpa (.2 kgf/cm2).2 bar 2.8 psig L/min.3 cfm 12.3 kg 27.1 Lbs Optional Hose Assemblies 2.83 (bar) LB396 LB7 Grease Trap Home Aerobic Sewage Treatment System Dimensional Outline Drawing (Unit : mm) ø

112 Piezoelectric Pump BIMOR PUMP Made to order model These models are made-to-order model. Please ask your nearest distributor about cost. The minimum order quantity is units. BPS Type BPH Type BPF Type Current (ma) Voltage(AC) Self-priming Pressure 1 V Hz FlowRate (ml/min) Discharge Pressure BPS-21i Voltage(AC) Current (ma) Self-priming Pressure 2 V Hz FlowRate (ml/min) Discharge Pressure. Liquid Surface Materials Liquid Housing Contact Sheet Valve/O-ring PP PP IIR (g) BPH-21i BPH-1D BPH-1G BPH-7G BPH-7P BPF-6P BPH-21i BPH-21D BPF-26P PP PPS PFA PP PTFE IIR VMQ FKM FFKM FEP 17 Material Description FFKM FKM IIR POM Fluorine Rubber (Perfluoro) Fluorine Rubber Butyl Rubber Polyacetal PFA PP PTFE VMQ Fluororesin (Perfluoroalkoxy) Polypropylene Tetrafluororesin (Polytetrafluoroethylene) Dimethyl Silicon Rubber suitable/unsuitable chemical liquids BPS-21i BPH-21i BPH-21D BPH-1D BPH-1G BPH-7G BPH-7P BPF-6P BPF-26P Examples of suitable chemical liquids Ethanol,Dilute hydrochloric acid, Sodium carbonate, Benzaldehyde, Formalin Ammonia water, Ethanol, Dilute hydrogen peroxide, Sodium hypochlorite, Methanol Ethanol, Hydrogen peroxide, Mineral oil, Sodium hypochlorite Ethanol, Xylene, Carbon tetrachloride, Silicone oil, Trichloroethylene Ethanol, Chloroform, Glacial acetic acid, Benzene, Methyl ethyl ketone Ethanol, Aqua regia, Ozone, Carbon tetrachloride, Concentrated nitric acid, Concentrated sulfuric acid, Fuming sulfuric acid Examples of unsuitable chemical liquids Xylene, Mineral oil, Carbon tetrachloride, Trichloroethylene, Toluene, Benzene Caustic soda, Carbon tetrachloride, Silicone oil, Trichloroethylene, Toluene, Benzene Acetone, Ammonia water, Glacial acetic acid, Hydrofluoric acid, Formalin Acetone, Ammonia water, Chlorosulfonic acid, Glacial acetic acid, Hydrofluoric acid, Formalin Chlorosulfonic acid, Fluorine oil, CFC 112, CFC 113 Fluorine oil, CFC 112, CFC

113 Safety Guide Be sure to carefully read the following precautions and the operation manual that comes with the product before use. Precautions for Compressors and Pumps CAUTION WARNING Do not let the unit draw in or discharge any gas other than air. This may cause an explosion, fire or electric shock. The unit must be incorporated into a device that has an appropriate case and wiring. Not doing so may cause a fire, electric shock or burns. Do not use the unit with a power supply other than the voltage shown on the unit. Doing so may cause a fire or electric shock. Do not place combustible materials near the unit. This may cause a fire. Do not pull, scratch, forcefully bend, twist or heat the lead wires. This may damage them and cause a fire or electric shock. Do not install the unit in a completely enclosed case (box) without proper or adequate ventilation. This may cause a fire or electric shock. The grounding screw of the unit should be utilized, except when connected to a double insulation device. Not grounding the unit may result in a fire or electric shock. When incorporating the unit into a device, the lead wires from the unit should be connected securely to the wiring of the device by means of soldering, crimping or by the use of screws. Insufficient connections may cause a fire or electric shock. Avoid drawing in water and splashing any water on the unit. Otherwise there is the risk of a short circuit causing a fire or electric shock. Avoid any strong impact to the unit as this may reduce the performance and durability of the unit. Use the unit within the proposed ambient temperature range. Using it out of the range may cause a fire or electric shock. The unit must be installed at a level higher than the water surface when it is used for bubbling. If the unit is installed at a level lower than the water surface, fluid may flow into the unit and cause an electric shock. The unit must not be disassembled or repaired by anyone other than a person who has received Nitto Kohki technical training. (Except in the case of filter and piston maintenance and inspection in accordance with the operation manual.) Otherwise it may result in a fire or electric shock. Units must not be modified. Modifications may cause a fire or electric shock. When drawing in air contaminated with moisture, powder, or dust, add an external device to the unit for removing them. If these contaminants are drawn in, it may cause an electric shock. *Only for vacuum pumps. Do not allow anything to be placed on or to fall onto the lead wires. This may damage them and cause a fire or electric shock. The unit must be disconnected from its power source before cleaning or replacing filters. Failure to do so may result in an electric shock or injury. Precautions for Blowers CAUTION Do not install the unit in a place where it may be soaked with water or covered with snow. This may cause an electric shock or fire. Use a power supply equipped with a ground-fault interrupter and overcurrent breaker. Failure to do so may cause an electric shock or fire. The power supply voltage must be limited to the individual unit specifications as stated on the nameplate or instruction manual. Failure to do so may cause an electric shock or fire. Do not place anything near the unit (within about cm). Doing so may cause an electric shock or fire. WARNING Do not let the unit draw in or discharge any gas other than air. This may cause an explosion, fire or electric shock. Do not use the unit in hot and humid conditions. This may cause an electric shock, breakdown or fire. Have a qualified electrician do the electrical work. Failure to do so may cause an electric shock or fire. Never touch the power plug with wet hands. This may cause an electric shock. Do not use the unit in a place where flammable materials, such as gasoline, thinner, lacquer, benzene, etc. are being used. This may cause a fire or explosion. Always place the unit above water level. Failure to do so may result in an electric shock or breakdown. Never modify the unit. This may cause an electric shock, breakdown, or fire. Insert the power plug securely into the innermost position. Failure to do so may cause an electric shock. Check the power plug at least once a year for dirt and dust and clean if necessary. Failure to do so may result in an electric shock or fire. Use a waterproof wall outlet to supply power to the unit. Failure to do so may cause an electric shock or fire. Do not use the unit with the outlet port closed or at free displacement. This may cause an electric shock, breakdown, or fire. Do not put anything on the power cable. Doing so may cause a fire or electric shock. The power plug must be disconnected before the air filter is cleaned or replaced. Failure to do so may cause an electric shock or accident. Always grasp the power plug to disconnect the unit from the socket. Pulling it out by the cord may cause an electric shock or breakdown. Any removed air filter must be replaced before the operation is resumed. Failure to do so may cause an electric shock or breakdown. Never try to disassemble or repair the unit. This may cause an electric shock, breakdown, fire or injury. Any repairs must be done by an electrician authorized by Nitto distributors. Do not cover the Blower with a box or the like without proper or adequate ventilation. Doing so may cause a breakdown or fire. Precautions for DC-Motor Pumps Connect the plus terminal (If there is no indication of the plus terminal, use the terminal with a red mark as the plus terminal.) or the red lead wire of the unit to the plus terminal of the DC power source. Reverse connection may cause a breakdown, malfunction, or reduced rated performance. Precautions for Liquid Pumps CAUTION Avoid any liquid contaminated with solids such as debris or dust. If dust or debris sticks to the valve, the unit may not perform properly. When the intrusion of dust or debris is expected, be sure to place a filter on the inlet side of the unit. WARNING Confirm the suitability of the liquid that passes through the unit before use. Failure to do so may cause a leak, explosion, fire or electric shock. Avoid any liquid that may crystallize. If crystals stick to the valve, the unit may not perform properly. A preliminary test on the unit with the liquid to be used is recommended. The performance of the unit is measured with the pump in its proper mounting position, which is described in the user s manual. Different mounting positions or nozzle directions may result in different performances. There may be a risk that even a slight liquid pressure can open the valve due to siphon phenomenon. Place the outlet port at a position higher than the water level in the supply tank, or install a check valve if necessary to prevent water from being siphoned into the pump. When Using Compressors and Pumps Check with our distributor in advance if you plan to use the compressor/vacuum pump at free displacement ( kpa), or the vacuum pump with inlet port closed, or the compressor at maximum pressure. As compressors and vacuum pumps employ a self-cooling system, if the units are used at more than the rated pressure, the duty cycle of some of the models will need to be shortened. When wanting to increase the duty cycle, it is recommended to use a fan to cool the compressor. Do not use the compressor near flammable liquid gas. Do not use the compressor in the rain or in wet and damp places. Do not allow the pump to draw in corrosive gas. Be sure to install and use the compressor at a position higher than water level. Handling Problems In any of the below cases, stop operation immediately, switch off the power and disconnect the unit from the power supply. Ask our distributor for repair. When oil such as a lubricant has been applied to the unit in error. When the unit has suffered a severe impact such as being dropped. When liquid such as water has entered into the unit by mistake. When an abnormal operation is observed, such as the emission of smoke, or an unusual smell or noise. Precautions for Pumps with Brush Motor As operational time is increased, the value of insulation resistance becomes lower than that of the initial insulation resistance. If the outer surface of motor and the grounding of the power source are connected, do a preliminarily check to assure no issues occur. Our Product Warranty Our Products are covered by a limited warranty ( Warranty ) under the following conditions. 1. Duration: depends on individual products and their specifications 2. Service: repair or replacement at our option Please be aware that a warranty claim will not be reimbursed with a cash payment. 3. Object Person: original purchaser from our designated distributors Limitation of Liability. Out of Warranty The following conditions are not covered by Warranty purchaser improperly used our products. purchaser did not comply with specifications and instructions stipulated in this Catalog when using our products, or purchaser did not comply with Caution for Safety stipulated in this Catalog when using our products, or repairing of our products was done by someone other than us, or We are not able to anticipate or predict such defects or causes of failure based on general technical knowledge of the specific application before or at the time of shipment, or defects are caused by the force majeure or other situations not attributable to us, or defects are not clearly attributable to us and defects are not about design, material or workmanship. We, including designated distributors, will not be liable for any special damages or consequential damages and will not have any monetary liability to purchasers. 112

114 CUPLA, Quick Connect Couplings, Enable Flexible, Fast, and Secure Connections in Various Fluid Lines. PLASTIC CUPLA BC Type Valveless For low pressure air piping Working pressure Valve structure Applicable fluid CUBE CUPLA Small and lightweight coupling for air supply lines to medical and/or scientific equipment Working pressure Valve structure Applicable fluids.7 MPa {.7 kgf/cm 2 } Air.7 MPa Air Straight through {.7 kgf/cm 2 } Two-way shut-off One-way shut-off Straight through To connect, just push the plug into the socket. Plastic makes this ideal for use in environment prone to rusting. Compact and light weight for easy handling. Valveless construction gives more stable flow. Water Ultra-lightweight, made of polyacetal resin. Compact design for space saving. Just push plug into socket for connection. Simply press the button on the socket for disconnection. Both socket and plug have built-in valve types and valveless types. Valveless structure suits high viscosity fluids. Suitable for a wide range of applications from medical/scientific equipment to beverage machines or semiconductor manufacturing devices. MICRO CUPLA For piping in pneumatic control devices Working pressure Valve structure Applicable fluids SMALL CUPLA Lightweight and compact for use on air lines and scientific equipment Working pressure Valve structure Applicable fluids 1. MPa Air.7 MPa Air Water { kgf/cm 2 } One-way shut-off {7 kgf/cm 2 } One-way shut-off Even though the valve is built in the socket, the sleeve outer diameter is confined to 9. mm. Compact design for piping in narrow spaces. Push-to-connect operation. Tube Fitter type for even easier tube insertion. Plated brass and stainless bodies are available for excellent corrosion resistance. Available in various end configurations to satisfy a wide range of pneumatic applications. Light, compact for air piping connections SUPER CUPLA HI CUPLA Water Compact socket with built-in valve and 1 mm OD sleeve. Just push in the plug to the socket for connection. Also available with quick connect/disconnect Tube Fitter type. Chrome-plated brass for corrosion resistance adopted for the body. Available in various end configurations to satisfy a wide range of pneumatic applications. Push-to-connect type for air lines Working pressure Valve structure Applicable fluid Working pressure Valve structure Applicable fluid 1. MPa Air 1. MPa Air { kgf/cm 2 } {1 kgf/cm One-way shut-off 2 } One-way shut-off Lightweight design suits direct connection to power tools. Push-to-connect for easy operation. Also available with quick connect/disconnect Tube Fitter type. Chrome-plated steel for corrosion resistance adopted for the body. (Partly aluminum) Available in various end configurations for a wide range of pneumatic applications. Just push the plug into the socket for simple and secure connection. New valve design for low pressure loss to achieve flow rate increase (1% up over the conventional model). End-face seal is achieved when connected. Enhanced operability with low connection resistance. End-face seal design is superior to external seal with an O-ring due to no seal damage caused by exhausted lubrication. Also available with quick connect/disconnect Tube Fitter type. HI CUPLA Universal purpose couplings for air lines Working pressure Valve structure Applicable fluids (Steel applies to air only) HI CUPLA ACE Lightweight plastic coupling with automatic safety lock for air line applications Working pressure Valve structure Applicable fluids 1. MPa 1. MPa Air 1. MPa Air {1 kgf/cm 2 } { kgf/cm 2 } Water {1 kgf/cm One-way shut-off 2 } One-way shut-off An excellent general purpose coupling for connecting factory air supply to pneumatic tools. Steel coupling is suitable for air. Brass or stainless steel is suitable for water. Critical structural parts of steel models are heat-treated for increased strength giving greater durability and resistance to wear. Available in various body materials, sizes and end configurations applicable to a wide range of applications. Water Pressure ratings comparable to steel Cuplas. A built in automatic lock mechanism locks the sleeve upon connection, thus prevents accidental disconnection. Just push plug into socket for simple connection. The weight is a quarter of steel Hi Cupla for easy handling. Can be used for air and water. 113 For more information, please visit and see our ecatalog here.