Danfoss logo
 Micro Plate heat exchanger, PIC. X

Micro Plate heat exchanger, MPHE C129L-EZD-D, Number of plates: 58

111B8636

Max. Working Pressure [bar]: 49, Chiller, Function: Evaporator, Brazing material: Copper brazing

Product specifications

Characteristic
Value
ApplicationChiller
ApprovalASCECRNEACUAUL
Brazing materialCopper brazing
China RoHS complianceYes
Contain batteriesNo
DG Indicator ProfileNot relevant for dangerous goods
Design temperature range [°C] [max]200 °C
Design temperature range [°C] [min]-196 °C
Design temperature range [°F] [max]320 °F
Design temperature range [°F] [min]-390 °F
EU RoHS complianceYes
EU RoHS exemption clauseNo
EquipmentStud
FunctionEvaporator
Function noteWith distributor
H1 conn. sizeNull
H1 conn. typeNull
H2 conn. sizeNull
H2 conn. typeNull
H3 conn. sizeH1/2D
H3 conn. typeSolder connection
H4 conn. sizeNull
H4 conn. typeNull
H5 conn. sizeH3/4H
H5 conn. typeSolder connection
H6 conn. sizeNull
H6 conn. typeNull
In scope of WEEENo
Material DescriptionHeat Exchanger C129L-EZD-D-58(29/14+14)
Characteristic
Value
Max working pressure [psi]711 psi
Max. Working Pressure [bar]49.0 bar
Model No.129
Number of plates58
PED categoryII
Packing formatSingle pack
Plate material no.AISI 316L
Plate patternZD-D
Product TypeMPHE C129L-EZD-D
Product groupHeat exchangers
Product lineBrazed Plate Heat Exchangers
Product nameMicro Plate heat exchanger
Q1 conn. size rangeH1"5/8H
Q1 conn. typeSolder connection
Q2 conn. size rangeH1"5/8H
Q2 conn. typeSolder connection
Q3 conn. size rangeNull
Q3 conn. typeNull
Q4 conn. size rangeH3/4H
Q4 conn. typeSolder connection
Q5 conn. size rangeNull
Q5 conn. typeNull
Q6 conn. size rangeH1/2D
Q6 conn. typeSolder connection
Quantity per packing format1 pc
REACH Candidate List substancesNo
RefrigerantsR1233zd(E)R1234yfR1234zeR134aR22R245faR404AR407CR444BR448A
Type designationC129L-EZD-D

General specifications

Characteristic
Value
Gross weight30.5 Kilogram
Net weight30.24 Kilogram
Volume99.36 Liter
Characteristic
Value
EAN/UPC5715255014249
Proposition 65Cancer and Reproductive Harm