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Brazed plate heat exchanger_ PIC L

Brazed plate heat exchanger, BPHE B3-260B, Number of plates: 200

021B7815

Max. Working Pressure [bar]: 20.0, Universal, Function: Null, Brazing material: Copper brazing

Product specifications

Characteristic
Value
ApplicationUniversal
ApprovalASCRNEACKRAIAPEDRoHSUAUKCAUL
Brazing materialCopper brazing
China RoHS complianceYes
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
DG Indicator ProfileNot relevant for dangerous goods
EquipmentFeet
EU RoHS complianceYes
EU RoHS exemption clauseNo
FunctionNull
Function noteNull
H1 conn. sizeNull
H1 conn. typeNull
H2 conn. sizeNull
H2 conn. typeSolder connection
H3 conn. sizeNull
H3 conn. typeNull
H4 conn. sizeNull
H4 conn. typeSolder connection
H5 conn. sizeNull
H5 conn. typeNull
H6 conn. sizeNull
H6 conn. typeNull
In scope of WEEENo
In scope of WEEE and contain batteriesNo
Material DescriptionHeat Exchanger B3-260B-200-2.0-H
Max working pressure [psi]290 psi
Max. Working Pressure [bar]20.0 bar
Characteristic
Value
Model No.260B
Number of plates200
Packing formatSingle pack
PED categoryIV
Plate material no.AISI 316L
Plate material no.AISI 316L
Plate patternH
Product groupHeat exchangers
Product lineBrazed Plate Heat Exchangers
Product nameBrazed plate heat exchanger
Product TypeBPHE B3-260B
Q1 conn. size range4 in
Q1 conn. typeSolder connection
Q2 conn. size rangeNull
Q2 conn. typeNull
Q3 conn. size range4 in
Q3 conn. typeSolder connection
Q4 conn. size rangeNull
Q4 conn. typeNull
Q5 conn. size rangeNull
Q5 conn. typeNull
Q6 conn. size rangeNull
Q6 conn. typeNull
Quantity per packing format1 pc
REACH Candidate List substancesNo
RefrigerantsR718
Type designationB3-260B
UK RoHS complianceYes
UK RoHS exemption clauseNo
UL evaluatedYes

General specifications

Characteristic
Value
Gross weight214.15 Kilogram
Net weight214 Kilogram
Volume196.8 Liter
Characteristic
Value
EAN5702424278724
Proposition 65Cancer and Reproductive Harm