MAKING MODERN LIVING POSSIBLE. Eliminator Liquid line filter driers, DCL and DML. Flare connection. Solder connection (copper) Technical brochure

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Augustus Weaver
5 years ago
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1 MAKING MODERN LIVING POSSIBLE Eliminator Liquid line filter driers, DCL and DML Flare connection Solder connection (copper) Technical brochure

2 Contents Page Introduction Features Approvals Technical data Technical data and capacities Ordering Identification Selection Selection example Design and function Dimensions and weights - Flare connections Dimensions and weights - Solder connections Conversions DKRCC.PD.E00.B.02 / H2 Danfoss A/S (RA-MC / mr), 0-0

Introduction TE2 Eliminator liquid line filter driers protect refrigeration and air-conditioning systems from moisture, acids, and solid particles.

Type DML driers have a core composition of 0% Molecular Sieve, while type DCL contain 0% Molecular Sieve with % activated alumina.

Eliminator type DML, with a solid core of 0% Molecular Sieve, is optimized for use with HFC refrigerants and polyolester (POE) or polyalkyl glycol (PAG) oils.

3 Introduction TE2 Eliminator liquid line filter driers protect refrigeration and air-conditioning systems from moisture, acids, and solid particles. With these contaminants eliminated, systems are safer from harmful chemical reactions and from abrasive impurities. There are two types of Eliminator cores. Type DML driers have a core composition of 0% Molecular Sieve, while type DCL contain 0% Molecular Sieve with % activated alumina. All Eliminator driers have a solid core with binding material held to an absolute minimum. Core selection is primarily based on the refrigerant oil used in the system. Eliminator type DML, with a solid core of 0% Molecular Sieve, is optimized for use with HFC refrigerants and polyolester (POE) or polyalkyl glycol (PAG) oils. Type DML driers are designed for applications requiring high water adsorption, and can be used with any manufacturer s compressor. Because type DML driers contain no activated alumina, oil additives will not be depleted. Eliminator type DCL, with a solid core of 0% Molecular Sieve and % activated alumina, is the drier of choice for systems with HCFC and CFC refrigerants and mineral or alkyl benzene oils. Type DCL driers are particularly suited for systems that operate at high condensing temperatures and require high drying capacity. Features The Core Type DML 0% Å Molecular Sieve core. High drying capacity minimizing the risk of acid formation (hydrolysis). Optimized for HFC refrigerants (Ra, R0A, RA, etc.) with POE or PAG oils. Compatible with R. Will not deplete oil additives. Type DCL 0% Å Molecular Sieve with % activated alumina. Perfect core blend for systems that operate at high condensing temperatures and require high drying capacity. Optimized for CFC and HCFC refrigerants (R, R02, etc.) with mineral or alkyl benzene oils. Compatible with HFC s and refrigerant blends. The Shell UL approved for MWP up to bar ( psig). Available with solder (copper) and flare connections. Compact cubic inches drier ideal for refrigeration and air conditioning units. Corrosion resistant powder-painted finish. Can be used in all environments including marine applications. Allows installation with any orientation provided the arrow is in the flow direction. Available in sizes from to cubic inches. The Filter 2 μm (0.00 in.) filter provides high retention with minimal pressure drop. Thermally stable up to C ( F). Approvals UL file no. SA PED /EC - ap Danfoss A/S (RA-MC / mr), 0-0 DKRCC.PD.E00.B.02 / H2

4 Technical data Surface and volume Solid core surface Solid core volume Filter drier volume (shell volume) Filter drier volume (net volume) Filter [cm 2 ] [cm ] [l] [l] DML/DCL DML/DCL DML/DCL DML/DCL DML/DCL DML/DCL DML/DCL DML/DCL. 0.0 Acid capacity Temperature range Acid Filter capacity [g] DCL 0 0. DCL 0 0. DCL 0. DCL.2 DCL 0.0 DCL.0 DCL DCL.0 0 to 0 C ( 0 to 0 F) Technical data and capacities ) Drying capacity is based on following moisture content test standards before and after drying: Ra: From 0 ppm W to ppm W. If drying to 0 ppm W is required, reduce stated capacities by %. R0A, R0: From ppm W to 0 ppm W. R0C: From ppm W to 0 ppm W. RA: From 0 ppm W to 0 ppm W. R: From 0 ppm W to 0 ppm W in accordance with ARI -. R2: From ppm W to ppm W in accordance with ARI -. R02: From ppm W to 0 ppm W in accordance with ARI -. 2 ) Given in accordance with ARI - for t e = C ( F), t c = 0 C ( F) and Δp = 0.0 bar ( psig). DML Drying and liquid capacity - Type DML Type DML 02/02s DML 02.s DML 0/0s DML 0s DML 02/02s DML 02.s DML 0/0s DML 0s DML 0s DML 02/02s DML 02.s DML 0/0s DML 0/0s DML 0/0s DML 2s DML 2.s DML /s DML s DML /s DML /s DML s DML 0/0s DML 0/0s DML 0/0s DML 0/0s DML 0s DML 0s DML DML s DML s DML s DML s DML 0s DML 0s DML 0s DML s DML s Ra Drying capacity [kg refrigerant] ) Liquid capacity [kw] 2 ) Max R0A R, R0C R0 RA C 2 C C 2 C C 2 C Ra, R0, R0A, R, R0C, RA Ra R0A R R R0C RA Working Pressure PS [bar] DKRCC.PD.E00.B.02 / H2 Danfoss A/S (RA-MC / mr), 0-0

5 Technical data and capacities ) Drying capacity is based on following moisture content test standards before and after drying: Ra: From 0 ppm W to ppm W. If drying to 0 ppm W is required, reduce stated capacities by %. R0A, R0: From ppm W to 0 ppm W. R0C: From ppm W to 0 ppm W. RA: From 0 ppm W to 0 ppm W. R: From 0 ppm W to 0 ppm W in accordance with ARI -. R2: From ppm W to ppm W in accordance with ARI -. R02: From ppm W to 0 ppm W in accordance with ARI -. 2 ) Given in accordance with ARI - for t e = C ( F), t c = 0 C ( F) and Δp = 0.0 bar ( psig). DCL Drying and liquid capacity - Type DCL Type DCL 02/02s DCL 02.s DCL 0/0s DCL 02/02s DCL 02.s DCL 0/0s DCL 02/02s DCL 02.s DCL 0/0s DCL 0/0s DCL 2s DCL 2.s DCL /s DCL s DCL /s DCL /s DCL s DCL 0/0s DCL 0/0s DCL 0/0s DCL 0/0s DCL 0s DCL 0s DCL DCL s DCL s DCL s DCL s DCL 0s DCL 0s DCL 0s DCL s DCL s Ra Ra, R0, R0A, R0C, RA Drying capacity [kg refrigerant] ) Liquid capacity [kw] 2 ) Max R0A R0 R0C RA C 2 C C 2 C C 2 C Ra R0A R R0C RA Working Pressure PS [bar] Type DCL 02/02s DCL 02.s DCL 0/0s DCL 02/02s DCL 02.s DCL 0/0s DCL 02/02s DCL 02.s DCL 0/0s DCL 0/0s DCL 2s DCL 2.s DCL /s DCL s DCL /s DCL /s DCL s DCL 0/0s DCL 0/0s DCL 0/0s DCL 0/0s DCL 0s DCL 0s DCL DCL s DCL s DCL s DCL s DCL 0s DCL 0s DCL 0s DCL s DCL s R, R2, R02 Drying capacity [kg refrigerant] ) Liquid capacity [kw] 2 ) Max Working R R2 R02 Pressure C 2 C C 2 C C 2 C R R2 R02 PS [bar] Danfoss A/S (RA-MC / mr), 0-0 DKRCC.PD.E00.B.02 / H2

6 Ordering Flare DCL Type Conn. Multipack Industrialpack for OEM only in. mm Code no. Code no. Qty. DCL 02 DCL 02 DCL 0 DCL 0 DCL 02 DCL 0 DCL 02 DCL 0 DCL 0 DCL 2 DCL DCL DCL DCL DCL 0 DCL 0 DCL 0 DCL 0 / / / / / / / / DCL / DCL DCL / * Wire mesh in filter drier outlet Z000* 02Z0 02Z00* 02Z0 02Z002 02Z00 02Z00 02Z00 02Z00 02Z00 02Z00 02Z00 02Z0 02Z0 02Z002 02Z00 02Z00 02Z0 02Z0 02Z02 02Z0 02Z0 02Z0 02Z002 02Z00 02Z00 02Z00 02Z00 02Z00 02Z00 02Z00 02Z0 02Z0 02Z0 02Z 2 2 Solder (copper) Type Conn. Multipack Industrialpack for OEM only DCL 02s DCL 02.s DCL 0s DCL 02s DCL 02.s DCL 0s DCL 02s DCL 02.s DCL 0s DCL 0s DCL 2s DCL 2.s DCL s DCL s DCL s DCL s DCL s DCL 0s DCL 0s DCL 0s DCL 0s DCL 0s DCL 0s DCL s DCL s DCL s DCL s DCL 0s DCL 0s DCL 0s DCL s DCL s Conn. Multipack Industrialpack for OEM only in. Code no. Code no. Qty. mm Code no. Code no. Qty. / / / / / / / / / / / / / / / / / / / / / * Wire mesh in filter drier outlet 02Z0* 02Z0 02Z0 02Z0 02Z 02Z0 02Z0 02Z 02Z02 02Z02 02Z02 02Z 02Z02 02Z02 02Z0 02Z00 02Z0 02Z000 02Z00 02Z002 02Z00 02Z00 02Z00 02Z0 02Z0 02Z0 02Z0 02Z0 02Z00 02Z00 02Z0 02Z0 02Z0* 02Z0* 2 02Z0 02Z0 02Z0 02Z02 02Z02 02Z02 02Z0 02Z00 02Z02 02Z Z02* 02Z0 02Z0 02Z0 02Z 02Z0 02Z02 02Z 02Z0 02Z02 02Z02 02Z 02Z00 02Z0 02Z0 02Z00 02Z0 02Z0 02Z0 02Z002 02Z02 02Z00 02Z00 02Z0 02Z0 02Z0 02Z02 02Z0 02Z00 02Z0 02Z0 02Z0 02Z02* 02Z0* 2 02Z0 02Z0 02Z02 02Z00 02Z0 02Z 02Z02 02Z0 DCL 2 DKRCC.PD.E00.B.02 / H2 Danfoss A/S (RA-MC / mr), 0-0

7 Ordering (cont.) Flare DML Type Conn. Multipack Industrialpack for OEM only in. mm Code no. Code no. Qty. DML 02 DML 0 DML 0 DML 02 DML 0 DML 02 DML 0 DML 0 DML 0 DML 2 DML DML DML DML DML 0 DML 0 DML 0 DML 0 DML DML DML / / / / / / / / / / / * Wire mesh in filter drier outlet Z0* 02Z0* 02Z00 02Z0 02Z0 02Z0 02Z00 02Z0 02Z0 02Z02 02Z0 02Z0 02Z0 02Z0 02Z00 02Z000 02Z00 02Z0 02Z0 02Z0 02Z0 02Z0* 02Z0* 02Z00 02Z0 02Z0 02Z0 02Z00 02Z0 02Z0 02Z02 02Z0 02Z0 02Z0 02Z0 02Z0 02Z00 02Z0 02Z 02Z 02Z 02Z 2 2 Solder (copper) Type Conn. Multipack Industrialpack for OEM only DML 02s DML 02.s DML 0s DML 0s DML 02s DML 02.s DML 0s DML 0s DML 0s DML 02s DML 02.s DML 0s DML 0s DML 0s DML 2s DML 2.s DML s DML s DML s DML s DML s DML 0s DML 0s DML 0s DML 0s DML 0s DML 0s DML s DML s DML s DML s DML 0s DML 0s DML 0s DML s DML s Conn. Multipack Industrialpack for OEM only DML in. Code no. Code no. Qty. mm Code no. Code no. Qty. / / / / / / / / / / / / / / / / / / / / / / / * Wire mesh in filter drier outlet 02Z0* 02Z0 02Z00 02Z2 02Z0 02Z 02Z0 02Z 02Z0 02Z0 02Z 02Z0 02Z0 02Z02 02Z0 02Z 02Z0 02Z0 02Z0 02Z0 02Z0 02Z00 02Z00 02Z00 02Z000 02Z00 02Z002 02Z0 02Z02 02Z0 02Z0 02Z0 02Z00 02Z00 02Z0 02Z0 02Z0* 02Z0 02Z00* 2 02Z0 02Z0 02Z 02Z 02Z0 02Z0 02Z0 02Z0 02Z0 02Z 02Z 02Z 02Z Z0* 02Z0 02Z0 02Z2 02Z02 02Z 02Z0 02Z0 02Z0 02Z0 02Z 02Z0 02Z00 02Z02 02Z02 02Z 02Z0 02Z0 02Z0 02Z0 02Z0 02Z0 02Z0 02Z00 02Z000 02Z00 02Z0 02Z0 02Z02 02Z0 02Z0 02Z0 02Z00 02Z0 02Z0 02Z0 02Z0* 02Z0 02Z0* 02Z Z0 02Z0 02Z0 02Z0 02Z0 02Z 02Z 2 Danfoss A/S (RA-MC / mr), 0-0 DKRCC.PD.E00.B.02 / H2

8 Identification Example for type codes D C L 0 s Type codes Filter drier Solid core D C M Application L Liquid line Size (volume) Connection (filter connection in / of an inch increments) Connection type 2 2. (blank) s 0 / % composite core 0% Molecular Sieve core in in in in 0 in in 0 in in in. / mm / in. / mm / in. / mm in. / 2 mm / in. / mm in. / () mm / in. / mm / in. / 2 mm Flare connection Solder connection Selection Type selection is made considering the application ) For CFC systems, DCL filter driers are rec om mend ed. In these systems, circumstances may require the use of a filter drier with acid adsorbing properties. 2 ) Use of filter driers containing activated alumina are not recommended in systems with oils containing additives. Refrigerant Oil DCL DML HFC Can be used Recommended HCFC Recommended Can be used CFC Recommended Not recommended ) Mineral or AB Recommended Can be used POE or PAG, pure Can be used Recommended POE or PAG, with additives Not recommended 2 ) Recommended Selection example SI-units Select the appropriate type (DML or DCL) based on refrigerant and oil type. Then select the dri er size based on the ad sorp tion and liquid ca pac i ty required. a. Amount of charge: 2 kg Ra at t L = C To dry 2 kg Ra at C from 0 to 0 ppm moisture, a DML is necessary. b. Cooling capacity: Q e = kw To obtain a mass flow corresponding to kw cooling capacity with a DML filter drier, a / inch connection must be cho sen. Larger connections can be chosen in accordance with the liquid line dimension. c. Result DML or DML s can be used. If the initial moisture content is very small or a planned change of the filter drier is considered, a smaller filter drier size can be chosen. Type DML 02/02s DML 02.s DML 0/0s DML 0s DML 2s DML 2.s DML /s DML s DML /s DML /s DML s Ra Drying capacity [kg refrigerant] ) Liquid capacity [kw] 2 ) Max R0A R, R0C R0 RA C 2 C C 2 C C 2 C Ra 0 R0A R0 0 R R0C RA 2 Working Pressure PS [bar] DKRCC.PD.E00.B.02 / H2 Danfoss A/S (RA-MC / mr), 0-0

9 Design and function DML / DCL 0 DML / DCL 0, DML / DCL 0 DML / DCL 0,. Inlet 2. Spring. Solid core. Polyester mat. Perforated plate. Seal cap, flare connection. Seal cap, solder connection DML / DCL 0, The relatively large diameter of the filter drier means that the liquid flow velocity is suitably low and the pressure drop minimal. Powder formation is eliminated because the solid core grains are bonded and cannot move against each other. Dimensions and weights Flare connections Type A A L D DCL/DML 02 mm 0 0. kg DCL/DML 0 mm kg Danfoss A/S (RA-MC / mr), 0-0 DKRCC.PD.E00.B.02 / H2

10 Dimensions and weights (cont.) Flare connections Type A A L D DCL/DML 02 mm kg DCL/DML 0 mm kg Type A A L D DCL/DML 02 mm kg DCL/DML 0 mm kg DCL/DML 0 mm kg DML 0 mm kg DCL/DML 2 mm 0 0. kg DCL/DML mm kg DCL/DML mm 0 0. kg DCL/DML mm 0 0. kg DCL/DML mm kg Type A A L D DCL/DML 0 mm kg DCL/DML 0 mm kg DCL/DML 0 mm kg DCL/DML 0 mm kg DCL/DML mm - -. kg DCL/DML mm - -. kg DCL/DML mm kg DKRCC.PD.E00.B.02 / H2 Danfoss A/S (RA-MC / mr), 0-0

11 Dimensions and weights (cont.) Solder connections Type A A B L D DCL/DML 02s mm kg DCL/DML 02.s mm kg DCL/DML 0s mm 0 0. kg DCL/DML 0s mm 0 0. kg Type A A B L D DCL/DML 02s mm kg DCL/DML 02.s mm kg DCL/DML 0s mm kg DML 0s mm kg DML 0s mm kg Type A A B L D DCL/DML 02s mm kg DCL/DML 02.s mm kg DCL/DML 0s mm kg DCL/DML 0s mm kg DML 0s mm kg DCL/DML 2s mm kg DCL/DML 2.s mm kg DCL/DML s mm kg DCL/DML s mm kg DCL/DML s mm kg DCL/DML s mm kg DCL/DML s mm kg Danfoss A/S (RA-MC / mr), 0-0 DKRCC.PD.E00.B.02 / H2

12 Dimensions and weights (cont.) Solder connections Type A A B L D DCL/DML 0s mm kg DCL/DML 0s mm kg DCL/DML 0s mm kg DCL/DML 0s mm kg DCL/DML 0s mm kg DCL/DML 0s mm kg DCL/DML s mm kg DCL/DML s mm kg DCL/DML s mm kg DCL/DML s mm kg DCL/DML 0s mm kg DCL/DML 0s mm kg DCL/DML 0s mm kg DCL/DML s mm kg DCL/DML s mm kg Conversions Drops of water = (kg of refrigerant (Initial PPM of water - Final PPM of water)) 0 See ARI standard - for recommended initial and final PPM values for different refrigerants. 2 DKRCC.PD.E00.B.02 / H2 Danfoss A/S (RA-MC / mr), 0-0

Eliminator Liquid line filter driers, type DCL and DML

Eliminator Liquid line filter driers, type DCL and DML Flare connection Solder connection (copper) REFRIGERATION AND AIR CONDITIONING Technical leaflet Eliminator Liquid line filter driers, type DCL and