Pocket Filters
Compact T 60
Durability for Demanding Requirements
The T 60 sets the standard for pocket filter performance and high dust capacity. It's engineered to reliably stop aggressive, abrasive particles in demanding applications and extreme climatic conditions.
Applications Features
| Article | Article number | Class to ISO 16890 |
Filter class acc. to ISO 29461-1 |
Filter class acc. to EN 779:2012 | Dimensions (W x H x D) [in] | Nominal volume flow [m³ / h] | Initial pressure drop [Pa] |
Face velocity [m/s] |
|
|---|---|---|---|---|---|---|---|---|---|
| T 60 1/1 8L | 8473449 | ISO ePM10 60% | ISO T5 | M6 | 24 x 24 x 26 | 4,250 | 65 | 3.2 | |
| T 60 1/1 8M | 53355007 | ISO ePM10 60% | ISO T5 | M6 | 24 x 24 x 20 | 3,400 | 55 | 2.5 | |
| T 60 1/2 3L | 8474250 | ISO ePM10 60% | ISO T5 | M6 | 12 x 24 x 26 | 1,600 | 65 | 2.6 | |
| T 60 1/2H 8L | 53471177 | ISO ePM10 60% | ISO T5 | M6 | 24 x 12 x 26 | 2,100 | 65 | 3.4 | |
| T 60 1/4 4L | 8474350 | ISO ePM10 60% | ISO T5 | M6 | 12 x 12 x 26 | 975 | 65 | 2.9 | |
| T 60 5/6 4L | 8474150 | ISO ePM10 60% | ISO T5 | M6 | 20 x 24 x 26 | 2,175 | 65 | 2.0 | |
| T 60 OG | 53430681 | ISO ePM10 60% | ISO T5 | M6 | 24 x 24 x 26 | 3,925 | 70 | 3.1 |
Applications
T 60 pocket filters are used for supply, exhaust and recirculated-air filtration in ventilation systems posing stringent requirements for durability and cost-efficiency, particularly in:
Supply air filtration for gas turbines and turbo-compressors on- and offshore
Supply and exhaust air filtration for paint shops
Sophisticated air-conditioning systems (hospitals, laboratories, libraries, museums, airports, etc.)
Dust removal systems
Features
Featured filter media is a progressively structured high-performance nonwovens, produced from non-breaking, synthetic-organic fibers. This ensures superlative durability, high arrestance, low pressure drop, long useful lifetimes, and high cost-efficiency.
Free of glass fibers, non-corroding, and microbiologically inactive.
High functional dependability thanks to the leak-proof welded configuration of the filter pockets, foam-sealed into a PUR front frame, with aerodynamically optimized welded-in spacers and dimensionally stable construction.
climatic conditions and in off shore intake air systems, even when subjected to increased volume flows.
Minimizes both fouling and erosion of blades for long performance in Turbo Machinery.
Overview of the Compact T 60 series pocket filters
Pocket filters of the Compact T 60 series
Pocket filters are classified as depth-loading filters. T 60 pocket filters are often used as prefilters and are ideal for use in two-stage or multi-stage filter systems. The high-performance Viledon pocket filters of the Compact T 60 series are robust in permanent use.
Applications of the Compact T 60 series
T 60 pocket filters are used for supply, exhaust and recirculating air filtration in ventilation systems. They are particularly convincing in applications with high demands on load-bearing capacity and economy. Their areas of application include gas turbines, compressors and paint shops. T 60 pocket filters are also ideal for use in demanding air-conditioning systems, for example in hospitals or museums. The product series is also used in dust removal technology.
Compact T 60 pocket filters and their advantages
The robust Compact T 60 pocket filters achieve top performance even in short-term overload operation. Progressively constructed high-performance nonwovens from our own production serve as filter media. These consist of break-resistant, synthetic-organic fibers. This gives the T 60 pocket filters a strong load capacity with high arrestance and low pressure drop. The energy-efficient product series helps reduce energy costs. Compact T 60 pocket filters are free of glass-fibers, non-corroding as well as microbiologically inactive. They meet the conditions for VDI Guideline 6022 "Hygiene Requirements for HVAC Systems and Units". Another plus point: leakproof-welded filter pockets foamed-sealed into a PUR front frame with aerodynamic spacers ensure a dimensionally stable structure of the entire filter element.
