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This is a dedicated tank for Babycon, ideal for situations where a large amount of air is needed instantly.
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Please choose the largest air tank possible. It will contribute to energy savings.
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System Features - Enhanced LCD display touch panel with increased size Driving operations and various settings can be easily managed through an interactive interface. The monitor screen now includes a progress display for the effect waiting timer, making it easier to understand the operational status. - Standard features include weekly operation function and second pressure setting function It is possible to schedule a week-long quantity control operation. By setting a second pressure, you can differentiate pressure usage by day of the week and time period, contributing to energy savings. - Energy-saving effects Compared to a method that operates compressors in parallel with suction throttling control, the quantity control operation method using the Multi-Roller G series achieves significant energy savings.
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Features HITACHI FOOD GRADE ROTARY COMPRESSOR OIL has the following features: 1. Complies with the global hygiene management method HACCP 2. Uses safe materials as specified by the US FDA 3. Certified and registered as H1 grade by NSF International 4. A dedicated oil that can be commonly used for Hitachi screw compressors HISCREW and DSP series
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The Hitachi oil-free screw compressor (SDS-NH series) is well-received for its high quality, high reliability, and reduced total running costs due to high efficiency and long maintenance intervals. Leveraging its features, it further pursues energy savings and labor reduction from various aspects. In particular, it achieves energy savings by precisely controlling discharge pressure and preventing unnecessary high-pressure operation. This is the new intelligent control panel for Hitachi SDS compressors, designed to quickly respond to the needs of the coming era. Active Power Control (APC) patent pending. The new intelligent control panel calculates air consumption and the associated piping pressure loss, automatically controlling the load/unload pressure settings of the compressor to maintain constant plant pressure. It performs automatic operation (pressure control) in response to changes in air consumption flow, aiming for energy savings. This truly realizes the control of next-generation compressors. Power Save Control. For more details, please contact us.
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Features - Energy savings can be achieved by utilizing surplus steam. - Energy savings can be achieved by replacing the pressure reducing valve on the steam line with a turbo motor. - By adopting a dual-shaft motor, stable compressed air can be supplied even with steam fluctuations. - The use of an overrunning clutch enables the automation of power transmission with the turbo motor. - Stable operation can be maintained even with load fluctuations in the compressor's capacity control (load/unload control).
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Advanced drain purification system that does not rely on filters.
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Features - Economical B-type NEXT Since the main system does not use a filter, the number of consumable parts is minimized. The cost of regularly replaced parts is half that of filter systems. - High performance achieved with standard separation promoting liquid We have completed an advanced purification system that promotes oil-water separation using microbubbles, unaffected by the installation environment. It is also possible to support reciprocating compressors as an option. (Proper evaluation through sample drainage is required.) - High functionality in a series Standard features include lamp indicators for failure content, processing count meters, and failure/alarm output contacts. We have developed a series of models compatible with compressor outputs of 100/200/400/600 kW.
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Features - Capable of supplying hot water up to 70°C. Contributes to the reduction of fuel consumption, electricity costs, and CO2 emissions previously used for hot water generation. - Adds waste heat recovery functionality by modifying existing compressors. - Compact design that can be closely installed on the left side of existing compressors (conditions apply for close installation). - Standard equipped with a differential pressure switch for water outage detection. - Standard equipped with various external input/output contacts: external device interlock signal input (with voltage), fault output (without voltage), alarm output (without voltage), water outage output (without voltage), heat recovery operation output (without voltage).
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Features (1) Zero air loss during drain discharge The structure only discharges the drain, preventing the release of excess air. (2) Compact design integrating water tank and discharge mechanism The case drain (water tank) and solenoid valve (discharge mechanism) are integrated, avoiding the risk of leakage at connection points. (3) Standard linkage function with compressor By incorporating the compressor unload signal, discharge stops during unloading. (4) Adoption of float switch The use of a float switch that is not affected by pressure, temperature, or liquid specific gravity in the case drain ensures reliable detection of the drain. (5) Operation status displayed with lamps Equipped with operation and fault lamps, clearly indicating the operating status.
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Features - Extensive lineup Dew point at atmospheric pressure: -30C/-40C/-57C/-72C - Excellent maintainability Easy maintenance with a simple structure - Comprehensive options available Soundproof box, outdoor specifications, energy-saving features, etc.
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Features - Extensive lineup From pre-filters to activated carbon filters - All models made of SUS304 All models are made of SUS304 to supply clean air - Large capacity models also available Meeting the clean air needs of large factories
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Structure By adopting an upward exhaust structure and flattening the panels on the back and right sides, the flexibility of installation has been improved. - Low vibration and low noise Due to the continuous compression performed by the rotary compressor, it achieves low vibration and low noise. This significantly reduces the hassle of maintenance and total costs. - Long maintenance cycles due to the longevity of consumable parts The overhaul of the 0.75kW compressor unit is at 24,000 counts on the product counter (equivalent to 24,000 hours at 50Hz and 20,000 hours at 60Hz) or 8 years. The intermediate maintenance of the 1.5~5.5kW compressor unit is 12,500 hours or 5 years (including chip seal replacement, greasing, etc.), and the overhaul is 25,000 hours or 10 years, achieving long maintenance cycles.
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Energy-saving with inverter control. By automatically adjusting the rotation speed of the compressor to match the required air volume and pressure, it maintains a constant pressure*1. Compared to pressure switch control, it achieves energy-saving operation by cutting unnecessary pressure boosting operations. Long maintenance cycle. Reduced operational burden during operation due to the inverter The maintenance interval has been extended from the conventional 4 years (10,000 hours) to 5 years (12,500 hours), reducing maintenance costs. Improved usability - Enhanced usability by standardizing specifications for 50/60Hz and 0.3/0.8/1.0MPa. - Power limiter function: Output can be switched according to the power capacity of the installation location.
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Low Vibration and Low Noise Achieved low vibration and low noise by equipping multiple oil-free scroll compressors. 58dB (A) for the 15kW model and 63dB (A) for the 30kW model. Energy Saving with Multi-Drive Control Automatically controls the number of operating compressors according to the amount of air used, eliminating unnecessary pressure boosting operations. Compact and Space-Saving Installation Improved installation with a flat back and right side and an upward exhaust structure. High Reliability and Long Maintenance Intervals - In the event of a failure in one compressor, other compressors will operate as backup, ensuring continuous supply of compressed air. - Intermediate maintenance is required every 12,500 hours or 5 years. - Overhaul is required every 25,000 hours or 10 years. Versatile Expandability Standard equipped with terminals for external input/output signals.
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Low Vibration and Low Noise Achieved through the installation of multiple oil-free scroll compressors, resulting in low vibration and low noise levels. 58dB (A) for the 15kW model and 63dB (A) for the 30kW model. Energy Saving with Multi-Drive Control The number of operating compressors is automatically controlled according to the amount of air used, eliminating unnecessary pressure increases. Compact and Space-Saving for Improved Installation Flat design on the back and right side, along with an upward exhaust structure, enhances installation convenience. High Reliability and Long Maintenance Intervals - In the event of a failure in one compressor, other compressors will continue to operate as backup, ensuring a continuous supply of compressed air. - Intermediate maintenance is required every 12,500 hours or 5 years. - Overhaul is required every 25,000 hours or 10 years. User-Friendly with Simple Operation - Pressure values, operating hours of each compressor, and error details are displayed digitally. - Pressure values and operating modes can be easily changed with switch operations. For further details, please contact us.
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More Energy Saving - Improvement of Energy Efficiency Through the enhancement of the air end's performance and the efficiency of permanent magnet motors, the new model shows up to a 3% improvement in energy efficiency at full load compared to conventional machines. - Inverter Control for Cooling Fans (Air-Cooled Units Only) Inverter control has been adopted for the motors of cooling fans in air-cooled units. This achieves further energy savings and reduced noise levels. We are advancing product development with careful consideration of users and the environments in which they are used. - Clean Air Providing Class Zero level oil-free air Based on ISO 8573-1 (Compressed Air - Contaminants and Purity Classes), a third-party organization (TUV) conducted measurements of the oil concentration in the discharge compressed air of Hitachi's oil-free screw compressors (DSP). The oil content in the discharge compressed air has been proven through testing to be at the highest quality level of "Class Zero." For more details, please contact us.
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Improvements in basic performance and control capabilities have achieved further energy savings. - [Approximately 7.3% increase] Increased air discharge volume of 37kW Through the development of a new air end that optimizes gaps and reduces pressure loss, we have achieved greater airflow and higher efficiency. - [Approximately 280,000 yen annual savings] Improved energy efficiency By enhancing the performance of the air end and increasing the efficiency of the permanent magnet motor, we have reduced electricity costs compared to conventional models. In the new model, under full load, energy efficiency has improved by up to 6% with variable speed drives and up to 5% with fixed speed drives. - [Approximately 130,000 yen annual savings] New feature FI control (deceleration unload control) F type (fixed speed machine with permanent magnet motor) The F type demonstrates further energy-saving performance through FI control (deceleration unload), which is an evolution of the conventional I-type control. Compared to the traditional I-type control, it enables reductions in electricity costs. For more details, please contact us.
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Structure of the Air End of High-Performance Screw Compressors - Stainless Fine Rotor The rotor, processed with high-precision tooth surface grinding, is made from a special stainless steel that excels in corrosion resistance and durability. Additionally, to minimize internal leakage, a mirror finish is applied, taking into account thermal expansion during operation to ensure optimal gaps. - High-Performance Rotor Profile The rotors, exposed to discharge temperatures exceeding 300°C in single-stage machines and over 200°C in two-stage machines, experience significant thermal expansion. To accommodate this thermal expansion and maintain optimal gaps during operation, Hitachi's unique three-dimensional correction technology is applied. - High-Performance Solid Lubrication Coating Furthermore, a solid lubrication coating is applied to the rotors to further reduce gaps between the metals and enhance performance. This solid lubrication coating possesses sufficient performance even in harsh environments exceeding 300°C, utilizing Hitachi's proprietary technology. For more details, please contact us.
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Each component born from advanced technology has further refined its functionality and performance. Air end that achieves high efficiency and energy saving Supplies the necessary air volume at the required pressure using cutting-edge energy-saving technology. - Load/Unload control method Load (loaded operation) During normal operation, the intake valve is fully opened, and the exhaust valve is fully closed for loaded operation. During this time, fluctuations in the discharge side load are continuously detected. Unload (unloaded operation) When the air volume used on the load side decreases and the pressure in the discharge piping rises to the unload set pressure, the intake valve automatically closes completely, and at the same time, the exhaust valve opens to release compressed air to the atmosphere. - Speed control method The variable speed mechanism (inverter) of the SDS compressor changes the motor speed according to load fluctuations to control the airflow. Capacity adjustment through two-step control alternates between loaded and unloaded operation. For more details, please contact us.
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Each component born from advanced technology has further refined its functionality and performance. Air end that achieves high efficiency and energy saving. Supplies the required air volume at the necessary pressure with cutting-edge energy-saving technology. - Load/Unload control method Load (loaded operation) During normal operation, the intake valve is fully opened, and the exhaust valve is fully closed for loaded operation. During this time, load fluctuations on the discharge side are constantly detected. Unload (unloaded operation) When the air volume used on the load side decreases and the pressure in the discharge piping rises to the unload set pressure, the intake valve automatically closes completely, and at the same time, the exhaust valve opens to release compressed air to the atmosphere. - Speed control method The variable speed mechanism (inverter) of the SDS compressor changes the motor speed according to load fluctuations to control the airflow. Capacity adjustment with two-step control alternates between loaded and unloaded operation. For more details, please contact us.
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High Efficiency Air End By improving the rotor profile (tooth shape) specifications and optimizing the lubrication method, we have achieved further increased airflow and higher efficiency. Operating Characteristics Equipped with the energy-saving control switch "E-MODE" as standard. By selecting the appropriate model and the optimal energy-saving operating mode according to the application, maximum energy-saving effects can be achieved. IPC Control (End Pressure Prediction Control) Predicts the pressure up to the end based on the amount of air used, reducing the compressor outlet pressure during low load conditions to decrease power consumption. Enhanced IT Communication Functions - USB Memory Compatible The operation data can be saved on USB, allowing external extraction in CSV data format. This can be utilized for examining energy-saving operations. - Web Server Function via Bluetooth Using a tablet's web interface, it is possible to check the operating status of the compressor and confirm or change settings. - Modbus Communication Compatible For further details, please contact us.
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We have achieved further energy savings through improvements in basic performance and control capabilities. - [Up to approximately 2.3% increase] Increased air discharge volume We pursued further efficiency improvements by enhancing the compressor body. - [Annual savings of about 160,000 yen] Improved energy efficiency By enhancing the performance of the compressor body and adopting a permanent magnet motor, we have achieved a reduction in electricity costs compared to conventional models. In the new model, energy efficiency has improved by 2% under full load with variable speed operation. We are advancing product development with careful consideration of users and the environments in which they are used. - Heat Safety Mode When operation is expected in an environment with consistently high ambient temperatures, the Heat Safety Mode reduces the air discharge volume according to the surrounding temperature, ensuring stable air supply while minimizing the deterioration of the equipment's components. - Standardization of emergency stop switch An emergency stop switch is equipped on the front panel. For further details, please contact us.
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More Energy Saving - Increased Air Discharge Volume Equipped with an evolved air end featuring a rotor profile (tooth shape). The air discharge volume has been increased by up to 9.3% compared to conventional models. - Improved Energy Efficiency [Annual Savings of Approximately 80,000 Yen] By enhancing the performance of the compressor body and increasing the efficiency of the permanent magnet motor, we have achieved a reduction in electricity costs compared to conventional models. In the new model, energy efficiency has improved by 5% under full load with variable speed operation. - All-in-One Structure The high-efficiency DCBL* motor is directly connected to the air end, eliminating transmission losses. Additionally, by integrating the oil separator into a single structure, we have removed connecting pipes, minimizing energy loss due to pressure loss. The DCBL motor features an aluminum housing, further improving cooling efficiency compared to conventional models. Furthermore, the seal between the DCBL motor and the compressor body utilizes a highly reliable mechanical seal. For more details, please contact us.
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Improvements in basic performance and control capabilities have achieved further energy savings. - [Up to approximately 9% increase] Increased air discharge volume By adopting a newly developed rotor and a collision oil supply method (Patent No. 6767353), we pursued further efficiency in the compressor body. - [Annual savings of about 200,000 yen] Improved energy efficiency The high performance of the compressor body and the high efficiency of the permanent magnet motor have realized a reduction in electricity costs compared to conventional machines. In the new model, under full load, energy efficiency has improved by 5% with variable speed machines and by 6% with fixed speed machines. - [Up to 12% increase in maximum air volume] Further expansion of PQ wide mode In the new model, the PQ wide range has been further expanded. On the high-pressure side, the pressure increase range has been expanded to 0.95 MPa (from 0.85 MPa in the conventional model). On the low-pressure side, the airflow increase range has been expanded to 0.5 MPa (from 0.6 MPa in the conventional model). Maximum air at low pressure. For more details, please contact us.
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IoT-compatible air compressor (optional) The cloud monitoring service "FitLive" continuously monitors the operating status. By monitoring the condition, it identifies issues in the customer's equipment environment and automatically sends alerts via email. This aims to reduce equipment downtime and improve operational efficiency. Long and Simple Maintenance - Lubricating oil change every 2 years A newly developed lubricating oil with excellent high-temperature durability suppresses foaming. It is initially filled as the new compressor-specific oil "NEW HISCREW OIL NEXT." The oil change interval remains the same as conventional models, at 2 years. - Overhaul period of 8 years With a combination of high-load capacity bearings and a precise lubricating oil filtration system, the overhaul of the compressor body is every 8 years. - Package filter standard equipment A filter is standardly equipped at the package intake.
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Energy-saving performance <Diverse energy-saving controls> Equipped with the energy-saving control switch "E-MODE." By selecting the optimal energy-saving operation mode according to the model and application, it maximizes energy-saving effects. Next-generation high efficiency <New air end equipped> By adopting a new tooth shape air end and a new oil supply method, we pursue high efficiency in air compression. Compared to conventional models, the discharged air volume has increased by up to 3%. Ensuring reliability under high temperatures <Supports ambient temperature of 45°C> By reviewing the cooling structure, we significantly improved pressure loss and cooling efficiency within the unit. Additionally, we enhanced the operating capability of high-performance motors (both constant speed and variable speed) and the new dryer at high ambient temperatures. Continuous operation at an ambient temperature of 45°C maintains the same maintenance cycle as conventional models. IPC control (End pressure prediction control) Predicts the pressure up to the end based on the amount of air used, lowering the pressure at the compressor outlet during low load conditions. For more details, please contact us.
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Features - Energy-saving control and enhanced IT communication functions Improved energy efficiency in the intermediate load range with the incorporation of end pressure prediction control Strengthened integration with monitoring systems through Modbus communication compatibility Increased operational management efficiency by saving operating data to USB memory - Ensured reliability at high temperatures (specification temperature 45°C, operable at 50°C) - Improved dust resistance with standard package filter installation
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High Efficiency Air Band By improving the specifications of the rotor profile (tooth shape) and optimizing the lubrication method, we have achieved further increased airflow and efficiency. Improved Energy Saving Performance Equipped with two 75kW units, it demonstrates excellent energy-saving characteristics through VM combined control. The variable speed machine operates as the primary unit, and when the air volume increases, a constant speed machine is activated. The variable speed machine absorbs load fluctuations through rotational speed control. Automatic Switching Operation in Case of Failure In the unlikely event that one of the compressors stops, the system automatically switches to the other compressor to continue operation. Enhanced IT Communication Features - USB Memory Support The operation data can be saved to USB, allowing external retrieval in CSV data format, which can be utilized for energy-saving operation analysis. - Web Server Function via Bluetooth Using a tablet's web interface, it is possible to check the operating status of the compressor and confirm or change settings. For more details, please contact us.
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Features - Improved energy efficiency The 2-stage HISCREW NEXTIII series is equipped with a unique two-stage air end, which has enhanced motor efficiency, resulting in an air discharge volume increase of up to approximately 2% compared to conventional models. - Reliability under high temperatures (ambient temperature 45°C, operable up to 50°C) Utilizes a compressor-specific synthetic oil "NEW HISCREW OIL NEXT" that excels in high-temperature durability. Equipped with a totally enclosed external fan motor to handle high ambient temperatures.
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Features - Basic Specifications The outdoor installation model inherits the high performance and functionality of the HISCREW NEXT series. Additionally, it features a high-efficiency air end, energy-saving control through IPC, and significantly improved operability with a touch panel. - Touch Panel Screen Lock Function The outdoor installation model is newly equipped with a "screen lock function" on the touch panel to prevent unintended setting changes. - Oil Pan Equipped An oil pan is installed beneath the air end. In the event of an oil leak, it prevents oil from flowing outside the compressor.
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New Air End By adopting a new tooth shape and a new oil supply method, the air end has been made more efficient. The discharge air volume has been significantly increased compared to conventional types. High Ambient Temperature Compatibility With a unit structure that places the air-cooled cooler at the top and forced ventilation inside the unit by a high-efficiency large turbo fan, stable continuous operation at an ambient temperature of 45°C is possible. Enhanced IT Communication Features - USB Memory Compatibility The operation data can be saved to USB, allowing for external retrieval in CSV data format. This can be utilized for energy-saving operation considerations. - Web Server Function via Bluetooth Using a web interface on a tablet device, it is possible to check and modify the operating status and settings of the compressor. A new operational environment that has never been achieved before can be realized. - Modbus Communication Compatibility Standard support for open network serial communication Modbus/RTU is provided. It is easy to connect to the upper monitoring systems used by customers.
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Features - Heat shield piston compatible with ambient temperatures of 45-50°C By adopting a heat shield piston, the bearings at the small end of the piston connecting rod, which are susceptible to the effects of compression heat, have been reduced. Additionally, the aluminum piston has a hollow structure and is coated with a super engineering plastic. The coating blocks compression heat, and the hollow structure efficiently cools the entire piston, reducing the temperature of the large end bearings. This maintains product reliability even in high-temperature environments. The tank mount type is now usable up to 50°C, while the package type is usable up to 45°C. - Improved offset structure and air valve increase discharged air volume by up to 3% The inclination of the piston rings, which is characteristic of oscillating pistons, is suppressed by the offset structure, improving sealing performance. Combined with improvements to the air valve, the discharged air volume has increased by up to 3%. - Reduction in the number of consumable parts and extended warranty Consumable parts include the rider ring. For further details, please contact us.
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User-friendly oil-free Being oil-free, there is no need for daily oil management. You can use air without oil content. Increased pressure for expanded applications By improving the cooling structure and adopting new material lip rings, the maximum pressure across the entire series has been achieved at 0.8MPa. This allows for a wider range of applications. Additionally, it can also accommodate 1.0MPa as an option. Further noise reduction By adopting the conventional oscillating lip ring method and crank chamber suction method, optimizing the suction port, and improving the air valve structure, we have achieved low noise levels and a softer operating sound that is easier on the ears. Reduced vibration through improved balance in single-cylinder (0.2/0.45kW) Improvements in the balance structure have resulted in reduced vibration compared to conventional models. Universal 50Hz/60Hz compatibility No frequency management is required. It can be used anywhere in Japan for equipment integration. For more details, please contact us.
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We would like to propose energy-saving solutions for the air sources in production factories from Hitachi. From now on, it's about appropriate placement and pressure. With a wide range of products, we will support energy savings through "appropriate placement and pressure."
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Features: 0.4/0.75/1.5kW Silent Type - High Efficiency This is a high-efficiency unit that can discharge over 95% of the intake air. - Low Noise Utilizing a lip-type ring, it operates quietly. The 1.5kW model adopts a full package structure with a noise level of 55dB (A), while the 0.4/0.75kW models feature a half package structure. - Automatic Stop Function for Energy Saving Equipped as standard with an automatic stop function when the intake air pressure drops or the air supply stops, the booster baby con will automatically cease operation. - Compatible with Intake Pressures up to 0.6MPa The usable intake pressure ranges from 0.3 to 0.6MPa, allowing for pinpoint pressure boosting. - Directly Compatible with Typical Air Cylinder Intake Temperatures (70°C) - Easy Replacement for Boosters with Slightly Higher Air Volume The 1.5kW silent type is compared to our conventional models. - Discharged Air For more details, please contact us.
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Local pressure boosting enables the reduction of the set pressure for the supply compressor. This achieves energy savings and improves energy unit consumption. Energy-saving effects from reducing factory air pressure Lowering the compressor discharge pressure from 0.7MPa to 0.5MPa reduces theoretical power by approximately 18%. Features: 3.7/7.5/11kW silent type - Further energy savings with high output, significantly contributing to factory energy efficiency. The 11kW booster baby compressor has a discharge air volume equivalent to a 37kW class compressor (4,250L/min) with atmospheric intake. - Standard equipped with suction pressure detection stop function It detects suction pressure and automatically stops when the suction pressure drops (suction air supply stops), preventing unnecessary operation. - Discharge pressure can be set arbitrarily Standard equipped with a pressure switch that allows arbitrary setting of the control pressure for ON-OFF operation*1 (adjustable by screw).
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Cumulative sales of 3 million units ~ Stable supply of oil-free air ~ - Standard equipment includes a totally enclosed motor (excluding 0.75kW single-phase models) - Standard equipment includes dual-sided belt covers Furthermore, safety, operability, and reliability have improved - Standard equipment includes an ON-OFF switch - Standard equipment includes a thermal protector - Standard equipment includes a time counter [0.75~5.5kW GREEN Series] - Increased air discharge volume, achieving energy savings per unit of air and reducing CO2 emissions - Realization of low noise levels - Increased maximum pressure, unified with oil-lubricated baby compressors (7.5/11kW increased to 0.85MPa) - Extended maintenance cycle achieved
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Features 1. High Pressure (3.0MPa) - By adopting a new piston structure and special bearings, it supports pressure increase up to 3.0MPa. - Contributes to improved processing capabilities such as increased processing speed and cutting thickness of laser processing machines through the supply of high-pressure assist gas. 2. Nitrogen Pressure Increase Support - High-purity nitrogen pressure increase is possible using a new piston ring and new piston structure, with nitrogen gas generation devices as the supply source. - By using it for assist gas supply for laser processing machines, clean cutting that does not oxidize the processing surface is possible. - Equipped with a standard purity reduction prevention kit to prevent the decrease in nitrogen purity during startup. 3. Oil-Free - By making the compressor body oil-free, it prevents oil contamination in the discharged nitrogen, reducing the risk of lens contamination inside the laser processing machine due to oil leakage. - Eliminates the need for expensive high-pressure oil mist filters, thereby reducing maintenance costs. For further details, please contact us.
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Features - A powerful series that has surpassed cumulative sales of 2 million units - easier to use and tougher than ever Standard equipment includes a totally enclosed motor (excluding 0.75kW single-phase models) Standard equipment includes dual-sided belt covers - Further improvements in safety, operability, and reliability Standard equipment includes an ON-OFF switch Standard equipment includes a thermal protector Standard equipment includes a time counter
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Improvement of operability - Standard equipped with ON-OFF switch The standard inclusion of a hand switch has improved the operation of starting and stopping. Improvement of safety and reliability - Standard equipped with switch with thermal protector ON-OFF switch with thermal protector / 0.75, 1.5kW Babycon, oil-free Babycon Electromagnetic contactor (with thermal relay) / 2.2~15kW Babycon, 2.2~11kW oil-free Babycon Improvement of maintainability - Standard equipped with time counter The standard inclusion of a time counter has made daily maintenance management easier.
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"Baby Monitor" refers to a new baby monitor and dedicated app that solves problems in the environment surrounding baby monitoring. - Check the status of the baby monitor from a remote location - Monitor up to 4 baby monitors simultaneously with one smart device - Error and alarm functions make the cause immediately clear. Immediate countermeasures - Confirm information such as the timing for replacing consumables and contact details for purchasing sources.
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Class Lightweight - Portable, so it can be used anywhere. - Thanks to the unique technology of the "high-pressure compatible locking piston mechanism," it achieves both lightness and durability. - Being lightweight, it can be used not only as a compressed air source for construction nailers but also for cleaning air conditioners and high-pressure piping, as well as for painting exterior walls and fences. Additionally, it makes tasks like loading and unloading easier. - The operational components such as the coupler, sheet switch, and pressure reducing valve are consolidated at the front for smooth preparation work. - In addition to the lightweight body, the handle structure makes it easy to carry with one hand. It was designed with the usability of field workers who have many tools in mind. Furthermore, in response to requests for large capacity, three types of dedicated auxiliary tanks are also available. Three selectable operating modes - You can choose from three operating modes: "Normal Operation, Powerful Operation, and Low-Speed Operation." - The Powerful Operation is effective when you want to work efficiently. - Low For more details, please contact us.
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Nailing, painting, DIY. The lightweight and portable compressor Air Punch (Lightweight Baby Compressor) is a lightweight air compressor suitable for light work on site. It supports various sites, providing power for large construction tasks such as nailing at construction sites, and can be brought in for inspections of electrical and plumbing systems. The PA2000VHB series, equipped with Bluetooth communication capabilities, allows for smooth setting changes even while working away from the unit. Choose the auxiliary tank according to your needs, available in general pressure and high pressure options.
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Class Lightweight - Portable, so it can be used anywhere - Unique technology "High-pressure compatible locking piston mechanism" achieves both lightness and durability. - Because it is lightweight, it can be used not only as a compressed air source for construction nailers but also for cleaning air conditioning and high-pressure piping, as well as for painting exterior walls and fences. Additionally, it makes tasks like loading and unloading easier. - The operation panel, including the coupler, sheet switch, and pressure reducing valve, is consolidated at the front for smooth preparation work. - In addition to the lightweight body, the handle structure makes it easy to carry with one hand. We have pursued ease of use for field workers with many tools. Furthermore, in response to requests for large capacity, we offer three types of dedicated auxiliary tanks. Three selectable operating modes - You can choose from three operating modes: "Normal operation, Powerful operation, and Low-speed operation." - Powerful operation is effective when you want to work efficiently. - Low For more details, please contact us.
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