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Desiccant Dehumidifier TTR 10000
Desiccant dehumidifier with comprehensive equipment, featuring an incredible moisture removal capacity of 55 kg per hour
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Product Details
Desiccant dehumidifier with comprehensive equipment, featuring an incredible moisture removal capacity of 55 kg per hour
Highest dry air capacity even at low dew point
With a nominal moisture removal capacity of approximately 1,322 kilograms per day and a nominal air volume of 9,800 cubic meters of dry air per hour at a constant pressure of 300 Pa, the TTR 10000 is optimally equipped for very high dry air requirements even in cold environments with a low dew point threshold. For example, optimum conditions for continuous dry keeping, gas dehumidification or dry air production in the chemical, pharmaceutical and food industries and in machine manufacturing, as well as for protecting machines, fixtures and buildings against corrosion, condensation and mold formation, in water treatment plants or electrical connection centers.
German-made high performance
With the TTR 10000, you will not miss out on a service-friendly design with a long lifespan and very high usage time for no reason; as a result, this is an original TeknoDRY brand desiccant dehumidifier that, without exception, contains branded components of the latest technological generation from leading component manufacturers and is developed and manufactured according to the highest quality standards in Germany.
The high-performance fans of the TTR 10000 are driven by energy-saving EC motors whose speeds are independently adjusted via the Duoventic regulator. Thanks to this integrated Duoventic air volume control, the TTR 10000 desiccant dehumidification unit can be quickly and demand-oriented configured for every requirement without any conversion work. Extremely dry air with low air flow, large volumes of dry air, or maximum circulation air capacity with a metered dry air ratio.
| Technical information | ||
|---|---|---|
| General | ||
| Product number | 1.110.000.192 | |
| Dry air (at 20°C / 60% relative humidity in intake air) | ||
| Moisture removal [kg/24h] | 1,322.4 | |
| Moisture removal [kg/h] | 55.1 | |
| Free-blowing air volume [m³/h] | 10,500 | |
| Nominal air volume | Dry air (at 20 °C / 60% relative humidity in intake air) [m³/h] | 9,800 | |
| External static pressure | Dry air (at 20 °C / 60% relative humidity in intake air) [Pa] | 300 | |
| Inlet connection Ø [mm] | Dry air (at 20°C / 60% relative humidity in intake air) | 700 | |
| Outlet connection Ø | Dry air (at 20°C / 60% relative humidity in intake air) [mm] | 700 | |
| Regeneration air | ||
| Nominal air volume | Regeneration air [m³/h] | 1,970 | |
| External static pressure | Regeneration air [Pa] | 300 | |
| Inlet connection Ø | Regeneration air [mm] | 400 | |
| Outlet connection Ø | Regeneration air [mm] | 400 | |
| Operating principle | ||
| Operating principle | TTR-Trisorp-Dual | |
| Operating range | ||
| min. temperature [°C] | -20 | |
| max. temperature [°C] | 40 | |
| min. humidity [% relative humidity] | 0 | |
| max. humidity [% relative humidity (non-condensing)] | 100 | |
| Electrical values | ||
| Mains connection | 380 – 480 V, 50/60 Hz | |
| Nominal current consumption [A] | 108 | |
| Installed power [kW] | 74 | |
| Heating capacity [kW] | 66 | |
| Recommended fuse [A] | 160 | |
| Electrical connection | ||
| Terminal connection | ||
| high air capacity | ||
| Continuous dehumidification | ||
| Dimensions | ||
| Length (excluding packaging) [mm] | 2,032 | |
| Width (excluding packaging) [mm] | 1,460 | |
| Height (excluding packaging) [mm] | 1,802 | |
| Weight | ||
| (excluding packaging) [kg] | 900 | |
| Equipment, features and functions | ||
|---|---|---|
| Housing type | ||
| Steel housing, galvanized and painted | ||
| Stainless steel | ||
| Unit model | ||
| Indoor installation (standard) | ||
| Weatherproof | ||
| Rental model | ||
| stackable | ||
| Equipment | ||
| Wide scope | ||
| Rotor rotation control (rotor and drive) | ||
| Overtemperature safety system with reclose lockout (regeneration air) | ||
| Operating temperature management (regeneration air) | ||
| Filter monitoring (individual air flow and general warning lamp) | ||
| Duoventic control | ||
| Configurable air direction reversal function (low-cost modification) | ||
| Terminals for external ON/OFF | ||
| Hygrostat connection terminals | ||
| Potential-free contacts (operation, fault, filter) | ||
| Operating hours counter | ||
| Air volume control | ||
| Integrated heat recovery unit | ||
| Sensor-assisted FlowMatic control | ||
| Hygrostat (electronic) | ||
| Hygrostat (mechanical) | ||
| Humidity control | ||
| Humidity and temperature detection | ||
| Current consumption meter | ||
| Ammeter | ||
| DIN socket for external ON/OFF | ||
| Regeneration heater design | ||
| Electric resistance | ||
| Electro-PTC | ||
| Saturated steam (4 bar gauge) | ||
| Gas | ||
| Air pre-/post-treatment | ||
| Pre-cooling | ||
| Re-cooling | ||
| Pre-heating | ||
| Re-heating | ||
| Portability | ||
| Transport frame | ||
| Braked castors | ||
| Stand casters | ||
| Crane – lifting equipment | ||
| Stacking pockets | ||
Optional Features
This unit can be controlled via a SCADA system. It is not included in the standard equipment and is offered as an optional feature.
- Unit fault detection via MODBUS RS-485 infrastructure
- Remote control; ability to read temperature and humidity values
- Ability to record measured values
The unit can perform its own drainage from the drainage point on it. For upward or long-distance water drainage connections, a water pump can be integrated as an option.
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- ✔ Installation and commissioning included
How It Works?
Humid air, slowly rotating silica gel coated desikant rotordan passes through; moisture is absorbed by the rotor. A small segment of the rotor is continuously dried with heated regeneration air, and the moisture is expelled through a separate duct. This way eksi sıcaklıklarda bile and operates continuously even at very low humidity targets.
