Particulate filter cassette H13 main filter 580 x 580 x 145 mm for LAS 1200 - ULT 02.1.619

With recirculating air it is the HEPA stage that decides what reaches the workplace. The ULT H13 particulate filter cassette is the main filter stage of the THA16 and FHA16 filter modules of the LAS 1200. It retains the finest airborne particles that pass the prefilter stages and, according to ULT, guarantees a particle separation rate of 99.95%. ULT lists it as replacement filter 4-00094.

Benefits

• H13 HEPA filter to DIN EN 1822, particle separation rate 99.95%
• 580 x 580 x 145 mm cassette with correspondingly high dust holding capacity
• Storage filter principle, replaced as a closed cassette without stirring up dust
• Replacement point read from the optical particulate filter loading indicator of the unit
• Quick-Lock fasteners on the LAS 1200 keep the filter change short
• Genuine ULT part, replacement filter number 4-00094

Technical data

Applications

The cassette is used in the LAS 1200 for laser fume from laser cutting, marking, structuring and engraving whenever the cleaned air is returned into the hall. In the THA16 module the expanded metal prefilter, the F7 pocket filter (ePM1 50%) and the M5 filter mat (ePM10 50%) work upstream, in the FHA16 module the F particulate filter cassette (ePM1 80%). These stages determine the service life of the H13 cassette.

Compatibility and scope of delivery

Suitable for the ULT extraction units LAS 1200 MD.18 THA16 and LAS 1200 MD.18 FHA16. The unit runs at a nominal operating point of 1000 m³/h at 1700 Pa, reaches up to 1500 m³/h, weighs 145 kg and carries protection class IP54. Supplied as one H13 particulate filter cassette in 580 x 580 x 145 mm format. Both filter modules place the A16 adsorption filter with 16 kg of activated carbon downstream, ordered separately.

Recirculating operation is not permitted when extracting carcinogenic, mutagenic or reprotoxic substances. In those cases the exhaust air spigot has to be fitted on the outlet side and the clean air routed through ducting into a central exhaust system.