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Cooling and refrigeration dryer

Druckluft-Kältetrockner
Nachkühler
Pure-PRO Compressed air system optimization
  • PN16
  • 2 voltage options 115VAC or 230VAC 50 / 60Hz
  • Medium temperature 1 to 100°C
  • Ambient temperature up to 50°C
  • Illuminated LCD display
  • Seven-day programs (up to 16 times a day)
  • Valve maintenance possible
  • remote control
  • Connections G1 and G2
  • Closing time 30 seconds / 90°
Downloads
Druckluft-Kältetrockner
Hersteller: Hiross
Starlette Plus E (SPE)
  • High Performance compressed air refrigeration dryer
  • For volume flows from 24 m³ / h to 600 m³ / h
  • The series with the lowest CO2 balance on the market
  • The lowest running costs and the lowest power consumption in this area
  • Fully integrated high performance aluminum heat exchanger ("E-Pack", patent pending)
  • Minimal refrigerant charges (average 25% less than comparable rows)
  • Dual frequency pre-equipped for applications at 50 or 60 Hz
  • Digital control unit with these functions:
    • Free contact
    • maintenance reminder
    • Arrester control (time-controlled mode)
    • Wall suspension possible (up to model SPE018)
    • Easy access to the arrester from both sides
    • Compact dimensions
Druckluft-Kältetrockner
Hersteller: Hiross
Tandem Dryer Antares (ATT)
  • High performance compressed air drying system with revolutionary tandem technology
  • Flow rate 2.5 m³/min. up to 34 m³/min. (Larger volume flows on request)
  • Lower operating costs compared to conventional cold and warm regenerating adsorption dryers (lower purge air requirement and lower energy consumption of the heater).
  • Reduced maintenance costs due to lower desiccant filling with increased service life.
  • Constant dew point performance - no peaks above the setpoint.
  • "Dew point control function" for seasonal operation (optional bypass line).
  • Additional energy savings at partial load - (dew point dependent change).
  • Compact overall dimensions - small footprint - space savings.
  • Technology for compressed air and nitrogen can be used
  • Dew point adjustable between -70°C and +3°C
  • Reduced maintenance costs due to lower desiccant filling with increased service life
Druckluft-Kältetrockner
Hersteller: Hiross
Polestar Smart (PST)
  • High performance compressed air refrigeration dryer with energy saving control
  • For flow rates from 720 m³/h to 10800 m³/h
  • Suitable for all compressed air applications
  • Suitable for all compressor types, even with variable flow rates
  • Refrigerated compressed air dryer with the highest energy efficiency for compressed air
  • Lower pressure drops reduce operating costs
  • Reduced cost
  • Significant contribution to the indirect reduction of CO2 emissions to the environment
  • Safe pressure dew point
  • Also available in water-cooled version
Druckluft-Kältetrockner
Hersteller: Hiross
Starlette Plus - High Pressure (SPH)
  • High pressure refrigeration dryer up to 50 bar ü
  • Volume flow 24 m³/h to 131 m³/h
  • reliable airtight reciprocating compressors that do not require preheating
  • simple and safe cooling circuits, which do not have to be readjusted during operation and which are subjected to strict quality checks during their manufacture
  • large condenser and fan rooms, so that even under extreme conditions optimum performance is achieved
  • Safety protection in the cooling circuit, which increases reliability and secures the air dryer as a whole
  • Easy disassembly and easily accessible internal components ensure effective maintenance
  • Condensate separator in a niche, thus easy accessibility without removing the cover plate possible.
Downloads
Druckluft-Kältetrockner
Hersteller: Hiross
Polstar Smart - High Pressure (PSH)
  • High pressure refrigeration dryer up to 50 bar ü
  • Volume flow 180 m³ / h to 7200 m³ / h
  • Suitable for all compressed air applications
  • Suitable for all compressor types, even with variable flow rates
  • Refrigerated compressed air dryer with the highest energy efficiency for compressed air
  • Lower pressure drops reduce operating costs
  • Reduced cost
  • Significant contribution to the indirect reduction of CO2 emissions to the environment
  • Conforms to DIN ISO 7183
  • Refrigerant R 407C
  • Max. Working pressure of 50 bar ü
  • With integrated, time-controlled condensate drain
  • With stainless steel ANSI flanges
  • Pressure dew point +3 ° C
  • Counter flanges, DIN flanges, other models and designs on request
Kaltwassersätze
Hersteller: Hiross
Hyperchill Plus ICEP
  • Chillers for oil and water cooling
  • Cooling capacity from 2 KW to 24 KW
  • Free iron-hydraulic circuit
  • Housing the pump and the tank in the housing of the chiller
  • Electronic controller with proprietary software
  • Low amounts of dirt through the condenser filter
  • Standard installed differential pressure switch
  • Designed with eyebolts (to ICEP014) for easy handling
  • IP54 standard
  • Independent condensation chamber
  • Water and refrigerant pressure gauge
  • Optical level indicator
  • Maximum ambient temperature up to 48 ° C, in tropicalized versions up to 53 ° C
  • PID software
  • Ambient temperature-dependent speed control
Kaltwassersätze
Hersteller: Hiross
Hyperchill ICE
  • Chiller for industrial applications
  • Cooling capacity from 15 KW to 360 KW (larger capacities on request)
  • Water circuit with water tank, evaporator and pump with bypass are a compact and easy to install system
  • Electronic controllers and proprietary software provide access to all system parameters and allow specific intervention for each specific requirement
  • Also available with remote control
  • Fully configurable with numerous options and accessories for the requirements of many industrial processes
  • capacitor filters
  • Independent condensation chamber
  • Construction with easy to maintain accessibility and ease of use
  • Large water tanks minimize temperature fluctuations and allow high-precision temperature control
  • Double independent cooling circuits (from model CE076)
  • Two compressors (from model CE076) and four compressors (from model ICE150) with automatic change
  • Double pumps available as reserve pumps
  • Maximum ambient temperature 45 ° C
  • Oversized capacitors and evaporators
  • Use of flexible scroll compressors (from model ICE022)
Kaltwassersätze
Hersteller: Hiross
Hyperchill Low Temperature
  • Chiller for particularly low cooling water temperatures
  • Hydraulic circuit: water tank, submerged evaporator and bypass pump provide a compact and easy to install solution.
  • Configurable with low water option for water temperature control down to -10 ° C;
  • Electronic controllers with proprietary software provide access to all system parameters as well as special interventions for special requirements.
  • Available with remote monitoring.
  • Fully configurable with many options and kits to meet the needs of many industrial applications.
  • Capacitor filter.
  • Independent condensation chamber.
  • Optimized design for unrestricted access and easy maintenance.
  • Ambient temperature-dependent speed control of the blower motor ensures a constant power at different temperatures
  • Large water tanks allow a minimum of compressor cycles and precise temperature control of the water.
  • Double independent cooling circuits (from model ICE076).
  • 2 compressors (from model ICE076) and 4 compressors (from model ICE150) with automatic change.
  • Double pumps available as reserve pumps
  • Maximum ambient temperature up to 45 ° C.
  • Oversized capacitors and evaporators.
  • Use of flexible scroll compressors.
Downloads
Nachkühler
Hersteller: Hiross
Hypercool Aftercooler air cooled
  • Significant savings in investment and energy costs
  • Optimized performance of the compressed air system
  • Reduced maintenance and improved product quality
  • Reliable and suitable for continuous operation
  • Very low pressure loss with optimum cooling performance
Downloads
Nachkühler
Hersteller: Hiross
Hypercool Aftercooler water cooled
  • Significant savings in investment and energy costs
  • Optimized performance of the compressed air system
  • Reduced maintenance and improved product quality
  • Reliable and suitable for continuous operation
  • Very low pressure loss with optimum cooling performance