Ingersoll Rand Thermosorb Desiccant Dryer (TZV070----TZV2417)

Product Details
Customization: Available
Movement Way: Fixed
Heating Mode: Dielectric
Diamond Member Since 2013

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Number of Employees
18
Year of Establishment
2012-05-13
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Basic Info.

Model NO.
TZV070----TZV2417
Operation Pressure
10bar
Operational Method
Continuous
Capacity
7-241.7m3/Min
Structure
Air Flow Drier
Appearance of Dried Sample
Bulk
Type of Flow
Parallel Flow
Type of Atomization
Rotary Atomization
Sprayer
Air-Flowing Type
Transport Package
Wooden Case
Specification
CE
Trademark
Ingersoll Rand
Origin
Wujiang, China
HS Code
84193990
Production Capacity
500units/Month

Product Description

Desiccant dryers
Why Desiccant?
Refrigeration dryers are excellent for providing lower cost 'dry' compressed air. But they cannot achieve pressure dew points down below 0° C because the water vapour in the compressed air would freeze, blocking pipes and damaging down-stream equipment.
To provide pressure dew points down to -40° C or lower, a desiccant dryer is the most effective solu-tion. The Ingersoll-Rand ThermoSorb dryer uses twin columns filled with desiccant beads to dry the compressed air.
Tiny pores within the desiccant beads trap moisture and remove it permanently from the compressed air
Supply. The temperature of the compressed air is not lowered, so there is no danger of water vapour
Freezing.
The desiccant is supported by a self cleaning stain-less steel wedge shaped support screen. This
Ensures lower differential pressures, constant pres-sure dew points and increases desiccant life.
To maintain acceptable pressure dew point levels, the desiccant must be regenerated by removing the
Water vapour collected within the desiccant. Themost common methods used are either heatless
(TZ) or heated vacuum technology (TZV).
Energy Management System
Regeneration air requirement is dependent on flow, pressure and temperature. Compressed air systems are rarely constant. All three factors change accord-ing to the compressor loading, the ambient temperature and relative humidity. This means that a constant regeneration flow usually wastes compressed air.
The EMS measures the outlet air dew point and adjusts the cycle time accordingly. This can lower
Operating costs dramatically by reducing the regeneration air usage.
The EMS is integrated into the dryer controller, and shows the outlet dew point.

TZV Features and Benefits
The Ingersoll-Rand TZV externally heated
(electrical or steam) vacuum dryer with zero
Compressed air loss makes this dryer, the
Most cost effective and economical dryer on
The market.
Vacuum Regeneration
- Reduces the energy costs required in heat for regeneration.
- Reduces the energy required in for the cooling cycle.
- Reduces temperature stress on desiccant optimizing life
No System Compressed Air Loss
- Zero loss of dry compressed air saves energy
- Maximum process air available
Constant Dew Point
- No temperature spikes at changeover
- Rated at -40° C as standard
- Two layers of desiccant for optimum efficiency
Total Reliability
- Easy to maintain
- Galvanised inlet and outlet piping
- Low maintenance valving
Stainless Steel Desiccant Support
- Maximum flow distribution
- Low pressure drop
Electronic Controller
- LCD display of running conditions and alarms
- Energy Management System available as an option
Type Nominal Flow* Dimensions in mm Air Weight Installed Absorbed
  m3/min cfm A B C Connection kg Power kW Power kWh
TZV 070 7 247 1215 1955 985 DN 40 460 5.3 3.5
TZV 085 8.5 300 1215 2205 985 DN 40 560 5.3 3.8
TZV 107 10.7 378 1305 2250 1085 DN 50 640 9.5 5.1
TZV 142 14.2 501 1360 2275 1095 DN 50 770 9.5 6.6
TZV 197 19.7 696 1560 2665 1295 DN 80 940 15 10.9
TZV 250 25 848 1610 2680 1285 DN 80 1200 18 12.1
TZV 330 33 1165 1700 2730 1390 DN 80 1580 23.5 16.2
TZV 392 39.2 1384 2020 2845 1415 DN 100 1880 35.5 18.1
TZV 488 48.8 1386 2085 2870 1515 DN 100 2350 35.5 22.4
TZV 592 59.2 2091 2170 2950 1630 DN 100 2850 44 27.1
TZV 683 68.3 2412 2450 3190 1630 DN 150 3300 44 31.7
TZV 790 79 2790 2515 3210 1835 DN 150 3800 53.7 37.3
TZV 875 87.5 3090 2550 3230 1770 DN 150 4200 63.3 42
TZV 1035 103.5 3655 2600 3500 1885 DN 150 4950 73 49.4
TZV 1183 118.3 4178 2650 3520 1905 DN 150 5700 84 52.9
TZV 1333 133.3 4707 3210 3585 2115 DN 200 6400 89 62.7
TZV 1533 153.3 5414 3150 3615 2240 DN 200 7400 108.2 71.2
TZV 1800 180 6356 3250 3670 2290 DN 200 8700 119.2 81.4
TZV 2050 205 7240 3500 3860 2480 DN 250 11500 144 97.3
TZV 2417 241.7 8536 3600 3900 2530 DN 250 13500 165 111.2

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