Ingersoll Rand Thermosorb Desiccant Dryer (TZ022----TZ933)

• Movement Way: Fixed
• Heating Mode: Dielectric
• Drying Medium: Air
• Operation Pressure: 10bar
• Operational Method: Continuous
• Capacity: 2.2-93.3m3/Min
• Model NO.: TZ022----TZ933
• 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.

TZ Features and Benefits
Electronic control and compact design combine to give high performance with minimum space requirements
Compact Non Return Valves
- Long life
- Reduced maintenance.
Electronic Controller
- Reliable and simple
- Energy Management System (EMS) available as an option
Ease of Installation
- Complete with pre and after filter(up to TZ 142)
Efficient Operation
- Dryer control can be matched to load/unload state of compressor
Stainless Steel Desiccant Support
- Maximum flow distribution
- Low pressure drop
Electronic Pneumatic Valve Control
- Simple trouble free operation.
Power Failure Protection
- Back up ensures continuity on power restoration.
Simple Inlet Valve Block
- Fewer and simpler connections
- Ease of maintenance
- Minimum pressure drop

Type	Nominal Flow*		Dimensions in mm			Air	Weight
	m3/min	cfm	A	B	C	Connection	kg
TZ 022	2.2	77	565	440	1700	G 1	127
TZ 028	2.8	101	595	440	1700	G 1	162
TZ 038	3.8	136	634	460	1760	G 1	206
TZ 050	5	177	634	460	1800	G 1	237
TZ 061	6.1	216	820	540	1860	G 11/2	292
TZ 087	8.7	308	874	540	1860	G 1 1/2	382
TZ 117	11.7	414	905	510	1975	G 1 1/2	350
TZ 142	14.2	503	1015	510	1995	G 2	436
TZ 192	19.2	680	1060	840	2070	DN 50	640
TZ 250	25	888	1270	900	2110	DN 65	830
TZ 325	32.5	1154	1350	990	2150	DN 65	955
TZ 392	39.2	1390	1530	1040	2210	DN 80	1075
TZ 500	50	1775	1600	1100	2230	DN 80	1500
TZ 633	63.3	2248	1875	1200	2340	DN 100	1990
TZ 767	76.7	2722	1910	1250	2640	DN 100	2410
TZ 933	93.3	3314	2160	1150	2815	DN 125	2850