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

• Customization: Available
• Movement Way: Fixed
• Heating Mode: Dielectric
• Model NO.: TZV070----TZV2417
• Drying Medium: Air
• 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