The medium-sized ASE adsorption dryer from Aerial. Handy yet powerful, making it ideal for flexible use in drying water damage or for keeping rooms dry with permanent moisture exposure. The mobile adsorbers of this type are also suitable for industrial applications where low air humidity is required, for example in production facilities.Adsorption dryers have a practically constant dehumidification performance regardless of the room temperature. They are therefore also suitable for use in cold environments, even below freezing point. In principle, the air is passed through a continuously rotating sorption rotor, which is a wheel made of a very moisture-absorbent material. The moisture absorbed by the rotor is expelled from the device by a heated (PTC heating) air stream flowing in the opposite direction (= regeneration air) and must be vented out of the room. The dry air is directed into the room or through hoses to the areas that need to be dried.serviceThe operation is incredibly simple: plug it into the socket, turn on the device with the toggle switch, and set the desired humidity level on the hygrostat. Adjusting the air volumes is not necessary.    Installation of the deviceThe dryer can optionally be placed outside the damp zone or in the room itself:Set up outside the damp area, the dry air is blown into the area to be dried using suitable hoses. The moist exhaust air either enters the room where the dryer is located or can also be discharged using hoses, for example, through a window to the outside. This setup is usually used for drying water damage in cavities, such as water damage under bathtubs or in water pits. When drying water damage in dense materials like underfloor drying, the dry air from the adsorption dryer is additionally pressurized with the help of compressors (e.g., with VP2-6 sound boxes from our range) and can thus be directed to hard-to-reach areas.The arrangement in the room itself is suitable when the entire air volume needs to be kept dry, usually in industrial or commercial applications. The dry air flows directly from the device into the room, while the moist exhaust air is led out of the room via a hose.  Rotor ECODRY G3-MH / PTC Heating ElementThe high-performance rotor is optimized for maximum water intake under varying entry conditions. The mechanical strength of the rotor's surface is extremely high. Non-flammable. The rotor is maintenance-free and washable. Dynamic, safe, and self-regulating PTC heating element.Characteristics • Stackable, quiet, maintenance-friendly • Energy efficient through ecoDRY rotor • Precisely adjustable with built-in hygrostat • Cost and duration control through combination meter for• Operating hours and kWh • Robust stand device with foldable carrying handle • 4 rubber buffers (abrasion-resistant and non-staining) on the underside protect sensitive floor surfaces • Air intake: process and regeneration air together• with air filter and silencer • Housing: Stainless steel / powder-coated steel sheet • Connection cable 4.5 m with power plug • PTC heating elements for maximum operational safety • Optional with calibrated power meterAir Inlet: Common air inlet for process and regeneration air at the front Ø = 125 through silencer and air filter. Air outlet: Dry air: rear side, Ø = 80 mm or 2 x Ø 50 mm, regeneration air: rear side, Ø = 80 mm     Technical data  Tension 1 x 230V / 50 Hz Power consumption 1040W max. insurance 10A Sound pressure level 3 m distance 57 dB(A) dehumidification performance 25.70kg/Tag (20°C / 60% r.F.) Liters per kilowatt-hour = 1.05 l/kWh Kilowatt hour per liter = 0.97 kWh/l Airflow Process air volumes: 300m³/h Regeneration air volume: 110m³/h Weight 18 Kg dimension 37 x 33.5 x 43 cm (including stubs and stand feet) Ambient temperature -10°C ~ 35°C ambient humidity 10 to 100% RH control panel On/Off switch, built-in hygrostat in the Air intake side, kilowatt-hour meter Swiss plug Yes guarantee 2 years

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This maintenance-friendly adsorption dehumidifier guarantees high dehumidification values. With its standard stainless steel housing and an electrical control box in IP53 design, it is also corrosion-resistant and withstands adverse operating environments. "It is ideally suited for many drying tasks or dry air production. Typical applications include drying in the chemical, pharmaceutical, and food industries, as well as in mechanical engineering. Furthermore, it is also used to protect machines, inventory, and buildings from corrosion, condensate, or mold formation, for example in water engineering facilities or electrical control centers."   High dry air performance even at low dew point The TTR series adsorption dehumidifiers take advantage of the vapor pressure difference between the humid air and a hygroscopic sorbent material, which is incorporated into a drying wheel that has an extremely large surface structure. This process ensures high dehumidification performance even at low humidity and low air temperatures.   TTR-Trisorp-Dual-Principle    Two separate air ducts lead process and regeneration air through each fan. The process air to be dehumidified is drawn in with the help of a fan and flows through the dehumidification sector of the continuously rotating drying wheel, where the moisture contained in it is removed by binding in the sorbent. From there, it flows out as dry air.    When flowing through the heating register, the air is heated significantly and can thus reduce its moisture. Subsequently, it passes through the regeneration sector, where it can reabsorb the moisture bound in the silica gel and discharge it outside through the moist air outlet.     Series-integrated heat recovery (HR)   A major advantage of the TTR adsorption dryers is the already integrated heat recovery system as standard. Depending on the ambient conditions, this saves 20 - 50% energy. Thus, the savings at 20° C and 60% relative humidity (i.e., under "normal" room conditions) is about 50%. In principle, the regeneration air is also drawn in with a separate fan and passed through the purge sector. As the drying wheel heats up due to the released adsorption heat and the regeneration heat, the purge sector serves for heat recovery and cooling of the drying wheel. This reduces the required energy input and improves the dehumidification performance, especially at lower dew points.   Wide range of applications Due to its very high dehumidification performance in continuous operation even at low dew points, this dehumidifier is suitable for a variety of applications, for example: • Pre-dehumidification of supply air to maintain the trickling and flowability of hygroscopic products in storage, conveying, and dosing systems.• Process air dehumidification for gas turbines and humidity control in gas distribution stations• Ice-free maintenance of freezing tunnels and deep-freeze storage• Dehumidification or process air drying in the fields of the chemical and pharmaceutical industry, electronics and semiconductor industry, or food industry• Avoidance of condensation formation, material changes, or granulate clumping in plastic processing• Process air drying and plant dehumidification in the steel industry• Air drying and dew point control in cold storage rooms• Drying of water engineering facilities and pumping stations• Climate conditioning of ammunition depots or military technical equipment storage facilities• Dehumidification and dew point control in clean and dry rooms• Climate conditioning in dry air storage or in timber storage halls  Value added without extra cost The dryer is already equipped as standard with numerous functions and features that guarantee reliable operation, easy handling, and long service life with low maintenance effort: • Wide voltage• Rotor speed control (rotor and drive)• Overtemperature safety system with restart lock (regeneration air)• Operating temperature management (regeneration air)• Filter monitoring (per air flow and collective warning light)• Configurable air direction reversal (conversion with minimal effort)• Terminals for external ON/OFF• Potential-free contacts (operation, fault, filter)• Operating hour meter• Air volume regulation• integrated heat recovery• Robust and maintenance-friendly stainless steel housing• Duoventic control* for regeneration air and process air fan respectively• Overtemperature safety system with restart lock (regeneration air)• G4 air filter in Z-line design with electronic monitoring and collective warning light• External connection terminals On/Off and connection terminals Hygrostat  Possible additional options • Tax module Millennium• Flowmatic-Flow Rate Control• Humidity/Temperature Control• Dew point sensor -80 °C ... +20 °C• Touch screen for device operation• Remote connection GSM• Remote connection WLAN• Heat exchanger module• Electric reheater for dry air• External Hygrostat HG 120• External Hygrostat HG 125• Transport frame (stackable), with wheels  Advantages at a Glance  • High dehumidification performance even at low dew points• Robust stainless steel housing• Reliable silica gel adsorption rotor• Configurable air direction reversal (conversion with minimal effort)• Duoventic control – the performance of each fan can be individually adjusted using a potentiometer.• TTR-Trisorp-Dual-Principle with separate guidance of process and regeneration air for a pressure-neutral recirculation operation• Electric regeneration heating• Filter monitoring (per air flow and collective warning light)• Individually configurable through a variety of equipment options for almost every application.*According to Duoventic, the performance for each fan can be independently adjusted via a potentiometer; no throttling devices are required on-site.  A notice: This device is available under the brands "Trotec" and "Dantherm". Technical data  dry air Dehumidification at 20°C/60% r.H. 3.6 kg/hour = 86.4 kg/day Air volume blowing free 950 m³/h nominal air volume 750 m³/h external pressing 300 Pa connection inlet Ø 250 mm connection outlet Ø 250 mm     regeneration air nominal air volume 130 m³/h external pressing 300 Pa connection inlet Ø 160 mm connection outlet Ø 160 mm     working principle TTR-Trisorp-Dual Ambient temperature -20 to +40 °C Ambient humidity (non-condensing) 0 - 100 % r.F. power connection 380 - 480 V/50 - 60 Hz rated current consumption 7.5 A Installed capacity 4.9 kW heating capacity 4.1 kW recommended coverage 16A electrical connection terminal connection Suitable for continuous operation and Dimensions H x W x D 942 x 649 x 734 mm Weight 85 kg Country of production Germany Trotec article no. 1.110.000.150 guarantee 2 years

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This maintenance-friendly adsorption dehumidifier guarantees high dehumidification values. With its standard stainless steel housing and an electrical control box in IP53 design, it is also corrosion-resistant and withstands adverse operating environments. "It is ideally suited for many drying tasks or dry air production. Typical applications include drying in the chemical, pharmaceutical, and food industries, as well as in mechanical engineering. Furthermore, it is also used to protect machines, inventory, and buildings from corrosion, condensate, or mold formation, for example in water engineering facilities or electrical control centers."   High dry air performance even at low dew point The TTR series adsorption dehumidifiers take advantage of the vapor pressure difference between the humid air and a hygroscopic sorbent material, which is incorporated into a drying wheel that has an extremely large surface structure. This process ensures high dehumidification performance even at low humidity and low air temperatures.  TTR-Trisorp-Dual-Principle  Two separate air ducts lead process and regeneration air through each fan. The process air to be dehumidified is drawn in with the help of a fan and flows through the dehumidification sector of the continuously rotating drying wheel, where the moisture contained in it is removed by binding in the sorbent. From there, it flows out as dry air.  When flowing through the heating register, the air is heated significantly and can thus reduce its moisture. Subsequently, it passes through the regeneration sector, where it can reabsorb the moisture bound in the silica gel and discharge it outside through the moist air outlet.  Series-integrated heat recovery (HR) A major advantage of the TTR adsorption dryers is the already integrated heat recovery system as standard. Depending on the ambient conditions, this saves 20 - 50% energy. Thus, the savings at 20° C and 60% relative humidity (i.e., under "normal" room conditions) is about 50%. In principle, the regeneration air is also drawn in with a separate fan and passed through the purge sector. As the drying wheel heats up due to the released adsorption heat and the regeneration heat, the purge sector serves for heat recovery and cooling of the drying wheel. This reduces the required energy input and improves the dehumidification performance, especially at lower dew points.   Wide range of applications Due to its very high dehumidification performance in continuous operation even at low dew points, this dehumidifier is suitable for a variety of applications, for example: • Pre-dehumidification of supply air to maintain the trickling and flowability of hygroscopic products in storage, conveying, and dosing systems.• Process air dehumidification for gas turbines and humidity control in gas distribution stations• Ice-free maintenance of freezing tunnels and deep-freeze storage• Dehumidification or process air drying in the fields of the chemical and pharmaceutical industry, electronics and semiconductor industry, or food industry• Avoidance of condensation formation, material changes, or granulate clumping in plastic processing• Process air drying and plant dehumidification in the steel industry• Air drying and dew point control in cold storage rooms• Drying of water engineering facilities and pumping stations• Climate conditioning of ammunition depots or military technical equipment storage facilities• Dehumidification and dew point control in clean and dry rooms• Climate conditioning in dry air storage or in timber storage halls  Value added without extra cost The dryer is already equipped as standard with numerous functions and features that guarantee reliable operation, easy handling, and long service life with low maintenance effort: • Wide voltage• Rotor speed control (rotor and drive)• Overtemperature safety system with restart lock (regeneration air)• Operating temperature management (regeneration air)• Filter monitoring (per air flow and collective warning light)• Configurable air direction reversal (conversion with minimal effort)• Terminals for external ON/OFF• Potential-free contacts (operation, fault, filter)• Operating hour meter• Air volume regulation• integrated heat recovery• Robust and maintenance-friendly stainless steel housing• Duoventic control* for regeneration air and process air fan respectively• Overtemperature safety system with restart lock (regeneration air)• G4 air filter in Z-line design with electronic monitoring and collective warning light• External connection terminals On/Off and connection terminals Hygrostat  Possible additional options • Tax module Millennium• Flowmatic-Flow Rate Control• Humidity/Temperature Control• Dew Point Sensor -80 °C to +20 °C• Touch screen for device operation• Remote connection GSM• Remote connection WLAN• Heat exchanger module• Electric reheater for dry air• External Hygrostat HG 120• External Hygrostat HG 125• Transport frame (stackable), with wheels  Advantages at a Glance  • High dehumidification performance even at low dew points• Robust stainless steel housing• Reliable silica gel adsorption rotor• Configurable air direction reversal (conversion with minimal effort)• Duoventic control – the performance of each fan can be individually adjusted using a potentiometer.• TTR-Trisorp-Dual-Principle with separate guidance of process and regeneration air for a pressure-neutral recirculation operation• Electric regeneration heating• Filter monitoring (per air flow and collective warning light)• Individually configurable through a variety of equipment options for almost every application.*According to Duoventic, the performance for each fan can be independently adjusted via a potentiometer; no throttling devices are required on-site.  A notice: This device is available under the brands "Trotec" and "Dantherm". Technical data  dry air Dehumidification at 20°C/60% r.H. 7.4 kg/hour = 177.6 kg/day Air volume blowing free 1750 m³/h nominal air volume 1450 m³/h external pressing 300 Pa connection inlet Ø 250 mm connection outlet Ø 250 mm     regeneration air nominal air volume 270 m³/h external pressing 300 Pa connection inlet Ø 160 mm connection outlet Ø 160 mm     working principle TTR-Trisorp-Dual Ambient temperature -20 to +40 °C Ambient humidity (non-condensing) 0 - 100 % r.F. power connection 380 - 480 V/50 - 60 Hz rated current consumption 15 A Installed capacity 9.8 kW heating capacity 9 kW recommended coverage 16A electrical connection terminal connection Suitable for continuous operation and Dimensions H x W x D 942 x 649 x 734 mm Weight 100 kg Country of production Germany Trotec article no. 1.110.000.160 guarantee 2 years

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This maintenance-friendly adsorption dehumidifier guarantees high dehumidification rates of several hundred kilograms per day. With its standard stainless steel housing and an electrical control box in IP53 design, it is also corrosion-resistant against adverse operating environments.   "It is ideally suited for many drying tasks or dry air production. Typical applications include a wide range of air and gas dehumidification tasks in industry, logistics, or supply companies, for example, for production and product security or for the preservation of machines, inventory, and buildings through constant protection against corrosion, condensate, or mold formation."      High dry air performance even at low dew point   The TTR series adsorption dehumidifiers take advantage of the vapor pressure difference between the humid air and a hygroscopic sorbent material, which is incorporated into a drying wheel that has an extremely large surface structure. This process ensures high dehumidification performance even at low humidity and low air temperatures.     TTR-Trisorp-Dual-Principle    Two separate air ducts lead process and regeneration air through each fan. The process air to be dehumidified is drawn in with the help of a fan and flows through the dehumidification sector of the continuously rotating drying wheel, where the moisture contained in it is removed by binding in the sorbent. From there, it flows out as dry air.    When flowing through the heating register, the air is heated significantly and can thus reduce its moisture. Subsequently, it passes through the regeneration sector, where it can reabsorb the moisture bound in the silica gel and discharge it outside through the moist air outlet.     Series-integrated heat recovery (HR)   A major advantage of the TTR adsorption dryers is the already integrated heat recovery system as standard. Depending on the ambient conditions, this saves 20 - 50% energy. Thus, the savings at 20° C and 60% relative humidity (i.e., under "normal" room conditions) is about 50%. In principle, the regeneration air is also drawn in with a separate fan and passed through the purge sector. As the drying wheel heats up due to the released adsorption heat and the regeneration heat, the purge sector serves for heat recovery and cooling of the drying wheel. This reduces the required energy input and improves the dehumidification performance, especially at lower dew points.     Wide range of applications   Due to its very high dehumidification performance in continuous operation even at low dew points, this dehumidifier is suitable for a variety of applications, for example:   • Pre-dehumidification of supply air to maintain the trickling and flowability of hygroscopic products in storage, conveying, and dosing systems.• Process air dehumidification for gas turbines and humidity control in gas distribution stations• Ice-free maintenance of freezing tunnels and deep-freeze storage• Dehumidification or process air drying in the fields of the chemical and pharmaceutical industry, electronics and semiconductor industry, or food industry• Avoidance of condensation formation, material changes, or granulate clumping in plastic processing• Process air drying and plant dehumidification in the steel industry• Air drying and dew point control in cold storage rooms• Drying of water engineering facilities and pumping stations• Climate conditioning of ammunition depots or military technical equipment storage facilities• Dehumidification and dew point control in clean and dry rooms• Climate conditioning in dry air storage or in timber storage halls     Value added without extra cost   The dryer is already equipped as standard with numerous functions and features that guarantee reliable operation, easy handling, and long service life with low maintenance effort:   • Wide voltage• Rotor speed control (rotor and drive)• Overtemperature safety system with restart lock (regeneration air)• Operating temperature management (regeneration air)• Filter monitoring (per air flow and collective warning light)• Configurable air direction reversal (conversion with minimal effort)• Terminals for external ON/OFF• Potential-free contacts (operation, fault, filter)• Operating hour meter• Air volume regulation• integrated heat recovery • Robust and maintenance-friendly stainless steel housing• Duoventic control* for regeneration air and process air fan respectively• Overtemperature safety system with restart lock (regeneration air)• G4 air filter in Z-line design with electronic monitoring and collective warning light• External connection terminals On/Off and connection terminals Hygrostat    Possible additional options   • Tax module Millennium• Flowmatic-Flow Rate Control• Humidity/Temperature Control• Dew Point Sensor -80 °C to +20 °C• Touch screen for device operation• Remote connection GSM• Remote connection WLAN• Heat exchanger module• Electric reheater for dry air• External Hygrostat HG 120• External Hygrostat HG 125• Transport frame (stackable), with wheels   Advantages at a Glance   • High dehumidification performance even at low dew points• Robust stainless steel housing• Reliable silica gel adsorption rotor• Configurable air direction reversal (conversion with minimal effort)• Duoventic control – the performance of each fan can be individually adjusted using a potentiometer.• TTR-Trisorp-Dual-Principle with separate guidance of process and regeneration air for a pressure-neutral recirculation operation• Electric regeneration heating• Filter monitoring (per air flow and collective warning light)• Individually configurable through a variety of equipment options for almost every application.*According to Duoventic, the performance for each fan can be independently adjusted via a potentiometer; no throttling devices are required on-site.   A notice: This device is available under the brands "Trotec" and "Dantherm".     Technical data   dry air Dehumidification at 20°C/60% r.H. 10.8 kg/Std. = 259.2 kg/Day Air volume blowing free 2350 m³/h nominal air volume 2000 m³/h external pressing 300 Pa connection inlet Ø 315 mm connection outlet Ø 315 mm     regeneration air nominal air volume 380 m³/h external pressing 250 Pa connection inlet Ø 200 mm connection outlet Ø 200 mm     working principle TTR-Trisorp-Dual Ambient temperature -20 to +40 °C Ambient humidity (non-condensing) 0 - 100 % r.F. power connection 380 - 480 V/50 - 60 Hz rated current consumption 23 A Installed capacity 15 kW heating capacity 12.5 kW recommended coverage 32A electrical connection terminal connection Suitable for continuous operation and Dimensions H x W x L 1323 x 769 x 1348 mm Weight 230 kg Country of production Germany Trotec article no. 1.110.000.171 guarantee 2 years

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