Products

Summits SM Series Dew Point Meters are precision moisture monitoring instruments engineered to measure pressure dew point levels in compressed air and gas systems. Designed as portable or panel-mounted sampling units, these systems provide accurate real-time moisture analysis essential for validating dryer performance and ensuring process air quality compliance. The sampling unit incorporates a complete measurement assembly including ball valve isolation, pressure regulator, measuring chamber, flow control meter, dew point transmitter, and non-return valve protection. This configuration ensures stable sample conditioning before moisture analysis. The dew point transmitter measures moisture levels across a wide range from –80°C to +20°C dew point with high repeatability. Electrical signals proportional to moisture concentration are transmitted to a process indicator for display and monitoring. The process indicator features multi-resolution LED display with retransmission outputs including 4–20 mA, 0–10V, and RS485 Modbus RTU communication for BMS / SCADA integration. Sensor assemblies are protected using sintered stainless steel filters preventing contamination ingress. Lightweight aluminium modular enclosures enable portability and field deployment for compressed air audits and dryer validation testing. These instruments are widely used in pharmaceuticals, instrumentation air, food processing, PET blowing, electronics manufacturing, and critical compressed air quality monitoring applications.

Summits Zero Air Loss Drain Valves are intelligent condensate discharge systems engineered to remove moisture from compressed air systems without any loss of valuable compressed air. Unlike timer-based drains that discharge air along with condensate, these level-sensing drain valves operate only when condensate is present, delivering significant energy savings. The Pacto Series operates using a magnetic float level sensing mechanism. As condensate accumulates inside the drain chamber, the magnetic float activates a reed switch, triggering a solenoid valve that discharges condensate for a short duration. Solid contaminants are retained via integrated strainers. Smart Shift Technology automatically switches operation from level sensing mode to timer mode if dirt accumulation is detected, ensuring uninterrupted drainage even under extreme contamination conditions. Pactoplus models incorporate 3-point sensing with BMS connectivity, maintenance alerts, and intelligent contamination detection. Hygrobot variants utilize pneumatically actuated full-bore ball valves, eliminating the need for electrical power, making them suitable for hazardous and explosive environments. Constructed using E-coated die-cast aluminium bodies with stainless steel float assemblies, the valves ensure corrosion resistance and long service life. Large surface strainers extend maintenance intervals, while magnetic test switches enable manual functional testing. These drain valves are installed on air receivers, filters, dryers, aftercoolers, and pipelines to ensure efficient condensate removal and compressed air energy conservation.

Summits Pneuzorb Series Modular Heatless Air Dryers are compact twin-tower adsorption drying systems engineered to deliver ultra-dry compressed air in space-optimized industrial installations. Designed on Pressure Swing Adsorption (PSA) principle, the modular platform combines high drying performance with low purge consumption and simplified maintenance architecture. Wet compressed air first passes through pleated borosilicate depth pre-filters that remove bulk moisture and liquid oil, extending desiccant life. Pre-treated air is directed via shuttle valves into one adsorption tower where premium-grade desiccant removes moisture vapor. Simultaneously, the second tower undergoes regeneration using expanded dry purge air. Stainless steel conical diffusers ensure uniform air distribution through the desiccant bed, maximizing adsorption efficiency at every stage of airflow travel. High crushing strength desiccant with low attrition loss enhances longevity and consistent dew point performance. Integrated purge economizer technology reduces purge air consumption significantly during partial load operation. The system also incorporates Dew Point Dependent Switching (DDS) enabling demand-based regeneration for additional energy savings. Moisture indicators provide real-time outlet air quality validation, while optional oil check apparatus measures residual oil content down to 0.1–0.2 mg/m³. Honed cylinders, PTFE guide rings, and U-cup seals in switching valves extend Mean Time Between Maintenance (MTBM). The modular vertical design reduces footprint, simplifies installation, and enables easy scalability for instrumentation, pharmaceuticals, electronics, painting, and process air applications requiring low dew point compressed air.

Summits LC Series Laser Air Dryers are precision-engineered multi-stage compressed air purification systems designed specifically for laser cutting and CNC laser processing applications. The system ensures delivery of ultra-clean, moisture-free, and oil-free compressed air to protect sensitive optical components such as lenses, mirrors, and beam delivery systems from contamination damage. The drying process begins with multi-stage coalescing pre-filtration using 5-micron particulate filters and 0.01-micron oil removal filters to eliminate bulk moisture and liquid oil from incoming compressed air. Pre-treated air then enters twin desiccant adsorption towers where moisture vapor is removed to achieve pressure dew points up to –40°C. Downstream activated carbon towers remove oil vapors to residual levels as low as 0.003 mg/m³, while submicron filters remove particles down to 0.01 micron ensuring ISO 8573-1 compliant air quality. Integrated Auto Vent Systems (AVS) prevent untreated air from reaching laser cutting heads during switching cycles. Moisture indicators enable real-time outlet air validation, while oil check apparatus monitors residual oil content. Energy optimization is achieved through purge economizers that reduce purge air consumption during part-load operation. The skid-mounted packaged design ensures plug-and-play installation in laser cutting air supply networks. LC Series dryers are essential for fiber laser, CO₂ laser, plasma cutting, and precision sheet metal fabrication industries where air purity directly impacts cut quality, optics life, and production accuracy.

Summits Adzorb Series Heatless Desiccant Air Dryers are twin-tower adsorption drying systems engineered to deliver ultra-low dew point compressed air for critical industrial applications. The dryers operate on Pressure Swing Adsorption (PSA) principle, where moisture is adsorbed by desiccant media in one tower while the second tower undergoes regeneration using dry purge air. Wet compressed air first passes through multi-stage pre-filtration comprising 5 micron particulate filters and 0.01 micron oil removal filters to eliminate bulk moisture, aerosols, and contaminants before entering the adsorption chamber. Inside the towers, activated desiccant beds adsorb moisture vapor achieving pressure dew points up to –40°C (optional –70°C). The regeneration cycle diverts a controlled portion of dry air, expands it to atmospheric pressure, and purges accumulated moisture from the saturated desiccant. The system integrates PLC-based control for precise valve sequencing, alarm management, and maintenance alerts. Moisture indicators provide real-time outlet air quality validation. Oil check apparatus ensures downstream oil content remains within 0.1–0.2 mg/m³. Energy-saving features include purge economizers and Dew Point Dependent Switching (DDS), capable of reducing purge air consumption by up to 50% under part-load conditions. The dryers are supplied as skid-mounted packaged units with pre-filter, oil filter, desiccant towers, after-filter, silencers, and auto drain systems, ensuring plug-and-play installation. Adzorb dryers are ideal for pharmaceuticals, electronics, instrumentation, painting, food processing, PET blowing, and critical pneumatic applications requiring moisture-free compressed air.

Industrial PPR & PP-RCT Piping Systems are advanced thermoplastic polymer piping solutions engineered for high-pressure industrial fluid and gas transfer applications. Manufactured using Polypropylene Random Copolymer and next-generation PP-RCT crystalline structure material, these systems provide superior hydrostatic strength, thermal stability, and chemical resistance compared to conventional metal piping. Designed for compressed air, process water, chemical transfer, chilled water, and hot water circulation systems, PPR pipelines ensure corrosion-free, scale-free, and leakage-proof performance across long operating cycles. The homogeneous socket fusion welding process creates a monolithic joint, eliminating leakage risks and ensuring system integrity over decades. The piping range typically covers diameters from 20 mm to 315 mm with pressure classes PN10 to PN25, suitable for varying industrial load conditions. Operating temperature range extends from sub-zero chilled water applications up to high-temperature hot water circuits. Multi-layer variants such as Glass Fiber Reinforced (FRP) and UV-stabilized pipes enhance rigidity, reduce thermal expansion, and improve outdoor durability. Smooth inner bore minimizes frictional pressure drop, improving flow efficiency and reducing compressor energy consumption in compressed air lines. These systems comply with DIN 8077/8078 pipe standards and DIN 16962 fitting standards and are suitable for pharmaceuticals, food processing, textiles, chemicals, engineering plants, and utility distribution networks. Industrial Applications Compressed Air Distribution Nitrogen / Gas Lines Process Water Circulation Chilled Water HVAC Systems Chemical Transfer Lines Cooling Tower Pipelines Boiler Hot Water Lines Pharmaceutical Utilities Food & Beverage Plants Textile & Paper Mills

Servosine Servo Voltage Stabilizers are precision-engineered automatic voltage correction systems designed to deliver stable output voltage under fluctuating grid conditions. Built for industrial and commercial applications, these stabilizers utilize advanced servo motor–driven variac technology integrated with high-speed electronic control circuits for accurate voltage regulation. The system continuously senses input voltage variations and corrects them through a carbon brush assembly mounted on a continuously variable auto transformer (CVT). The servo motor dynamically adjusts brush position to maintain output voltage within ±1% accuracy even under wide input fluctuation ranges. Servosine stabilizers are available in air-cooled and oil-cooled configurations with copper-wound transformers, ensuring high thermal endurance and long service life. Heavy-duty buck-boost transformers compensate voltage deviation while maintaining waveform integrity without harmonic distortion. Microprocessor / DSP-based control cards provide real-time voltage monitoring, overload protection, phase failure detection, high/low voltage cutoff, and automatic/manual operation modes. Optional digital display meters and IoT monitoring interfaces are available. The systems support capacities from 5 kVA up to 5000 kVA and are compatible with CNC machines, compressors, hospitals, printing presses, textile plants, data centers, and process industries requiring regulated power supply.

The TMEIC TMUPS Series is a next-generation industrial online double-conversion UPS platform engineered to deliver uninterrupted, high-reliability power for mission-critical infrastructure and heavy industrial loads. The system is scalable from 100 kW up to 10.5 MW, making it suitable for high-density data centers and large process industries. TMUPS utilizes patented multi-level power conversion technology integrated with CSTBT (Carrier Stored Trench Gate Bipolar Transistor) power modules. This architecture reduces switching and conduction losses, lowers thermal stress on components, and enhances system reliability and lifespan. The transformerless double-conversion topology ensures true online power conditioning with tight voltage regulation, harmonic suppression, and unity output power factor. Smart Drive Mode improves operational efficiency by allowing bypass-parallel operation for harmonic correction and PF compensation while preserving battery life. Parallel scalability supports up to 8 UPS modules for redundancy and load sharing, while MW modular frames enable megawatt capacity deployment with compact footprint optimization. Advanced DSP-based control systems enable instantaneous waveform correction, regenerative load compatibility, and unbalanced load handling. Integrated communication protocols support SNMP, Modbus, and remote diagnostics platforms. TMUPS systems are widely deployed in data centers, semiconductor plants, oil & gas, manufacturing, healthcare, banking, and infrastructure utilities requiring uninterrupted, conditioned power supply.

The ShiftAir Aluminium Modular Piping System is an engineered compressed air distribution network designed for high-efficiency air transmission with minimal pressure loss and zero corrosion risk. Manufactured from high-grade extruded aluminium, the piping system offers lightweight yet high-strength construction suitable for compressed air, vacuum, nitrogen, and inert gas applications. The internal bore is smooth and oxidation-resistant, preventing scale formation and ensuring long-term flow efficiency. Corrosion-free metallurgy eliminates rust contamination common in MS/GI pipelines, maintaining air purity and downstream equipment protection. Advanced clamp-fit connection technology incorporates aluminium clamps, cross-linked NBR flat seals, stainless steel gripping rings, and high-tensile fasteners to deliver leak-proof joints without welding or threading. Two connection formats are available — Ring Clamp (20–40 mm) and Lugged Clamp (50–250 mm). The modular architecture enables rapid installation, easy expansion, and layout modification with minimal downtime. Wide ranges of fittings including bends, tees, reducers, ball valves, butterfly valves, and drop kits support complete turnkey distribution networks. Designed for long lifecycle performance, the system ensures leak-free operation, reduced energy losses, and lower maintenance costs. A 10-year warranty supports reliability and product confidence. ShiftAir piping systems are deployed across automotive, FMCG, textiles, pharmaceuticals, electronics, engineering, and process industries requiring efficient compressed air transmission infrastructure..

The FS Curtis BWV Series Oil-Free Screw Blowers are high-efficiency process air systems engineered for continuous low-pressure, high-volume air delivery in industrial aeration and pneumatic conveying applications. The series utilizes oil-free screw compression technology combined with Permanent Magnet Variable Frequency Drive (PM-VFD) motors to deliver superior energy efficiency and precise airflow control. The oil-free airend incorporates precision male–female screw rotors operating without lubrication inside the compression chamber, ensuring ISO 8573-1 Class 0 oil-free air quality. Labyrinth ring seals on the air loop and carbon ring seals on the discharge side minimize internal leakage while maintaining compression chamber cleanliness. Direct drive coupling between PM motor and screw airend ensures loss-free torque transmission and reduced maintenance. The integrated VFD enables real-time speed modulation, matching blower output to process demand and reducing energy consumption significantly compared to conventional Roots blowers. Advanced intake duct design and discharge mufflers ensure low pulsation and reduced noise levels. Modular packaged construction with soundproof canopy allows indoor installation with simplified maintenance access. The intelligent touchscreen control system supports multi-language interface, RS485 communication, CAN bus networking, remote start/stop, and multi-blower sequencing. Typical applications include wastewater treatment aeration, fermentation, pneumatic conveying, textile processing, chemical plants, food processing, and industrial oxidation processes requiring stable low-pressure airflow.

The FS Curtis VSV Series is a next-generation Permanent Magnet Variable Frequency Oil Screw Vacuum Pump platform engineered for high-efficiency vacuum generation in continuous industrial processes. Designed with integrated PM motor and VFD control technology, the VSV series delivers precise vacuum regulation, reduced energy consumption, and superior operational stability. The vacuum airend incorporates a specialized screw profile optimized for vacuum duty with precision injection orifices aligned to screw rotation direction. This reduces coolant resistance, improves sealing efficiency, and enhances volumetric performance. Direct-coupled PM motors driven by high-precision inverters enable smooth linear speed modulation based on real-time vacuum demand. Variable frequency control allows RPM and power consumption adjustment, achieving energy savings up to 45% compared to fixed-speed vacuum pumps. The package integrates intelligent IoT-enabled control systems supporting CAN network communication, RS485 connectivity, remote on/off functionality, and multi-unit sequencing. Cloud-based monitoring enables fault diagnostics, maintenance alerts, and performance tracking. Advanced cooling architecture features independent air ducts for inverter, motor, and control panels, ensuring optimal thermal stability. External air intake cooling with louvered silencers reduces intake noise and enhances cooling efficiency. The VSV platform is widely used in solar panel manufacturing, lithium battery production, electronics, CNC machining, glass processing, printing, food packaging, PVC processing, and medical vacuum systems.

The FS Curtis CR Series Refrigerated Air Dryers are high-efficiency moisture removal systems engineered to deliver dry, contamination-free compressed air for industrial pneumatic applications. Available in capacities ranging from 20 to 2000 CFM, the CR platform utilizes advanced non-cyclic refrigeration drying technology to maintain consistent pressure dew points under varying load conditions. The drying system incorporates an integrated heat exchanger module combining a pre-cooler (air-to-air), evaporator (air-to-refrigerant), and stainless steel demister moisture separator. This cross-flow heat exchanger design increases turbulence and maximizes heat transfer efficiency while preventing internal clogging. Encapsulated PUF insulation minimizes thermal losses and enhances cooling efficiency. A hot gas bypass valve automatically regulates refrigerant flow to maintain stable dew point temperatures across fluctuating ambient and load conditions. High-pressure, high-temperature refrigerant vapor injection ensures precise temperature control, preventing condensate re-evaporation. Automatic electronic timer-controlled condensate drains enable positive discharge of heavily contaminated moisture. The dryers are factory pre-piped and wired for plug-and-play installation. Eco-friendly refrigerants with zero ozone depletion potential make the CR Series environmentally compliant. Models up to 600 CFM utilize reciprocating refrigeration compressors, while higher capacities employ scroll or hybrid refrigeration systems for enhanced efficiency. CR Series dryers are ideal for automotive, manufacturing, pharmaceuticals, textiles, plastics, food processing, and instrumentation air systems requiring reliable moisture control.