Micro Plate heat exchanger, XB37H-1, Number of plates: 30
004H4641
16 bar, Brazing material: Stainless steel
Product specifications
Characteristic | Value |
---|---|
Approval | PED |
Brazing material | Stainless steel |
China RoHS compliance | Yes |
Connection length 1 [mm] | 20 mm |
Connection length 2 [mm] | 20 mm |
Connection length side 1 [mm] | 20 mm |
Connection length side 2 [mm] | 20 mm |
Connection size 1 | 1 |
Connection size 2 | 1 |
Connection standard | ISO 228/1 |
Connection type 1 | G |
Connection type 2 | G |
DG Indicator Profile | Not relevant for dangerous goods |
EU RoHS compliance | Yes |
EU RoHS exemption clause | No |
Fluid Group | 2 |
Horizontal center porthole[mm] | 72 mm |
In scope of WEEE | No |
In scope of WEEE and contain batteries | No |
Material Description | XB37H-1-30_2StS_16_S1_7G1_L20 |
Material Description (Short Te | XB37H-1-30_2StS_16_S1_7G1_L20 |
Max working pressure 1 [bar] | 16 bar |
Max working pressure 2 [bar] | 16 bar |
Number of passes | 1 |
Characteristic | Value |
---|---|
Number of plates | 30 |
Packing format | Single pack |
PED category | I |
Plate material no. | 1.4404 |
Plate material no. | 1.4404 |
Plate pattern | H |
Product group | Heat exchangers |
Product line | Brazed Plate Heat Exchangers |
Product name | Micro Plate heat exchanger |
Product Type | XB37H-1 |
Quantity per packing format | 1 pc |
REACH Candidate List substances | No |
Temperature range [°C] [max] | 180 °C |
Temperature range [°C] [min] | -196 °C |
Total height without feet [mm] | 525 mm |
Total width [mm] | 119 mm |
UK RoHS compliance | Yes |
UK RoHS exemption clause | No |
Vertical center porthole 1[mm] | 479 mm |
Vertical center porthole 2[mm] | 479 mm |
Vertical center porthole side 1 [mm] | 479.0 mm |
Volume per channel 1 [l] | 0.069 L |
Volume per channel 2 [l] | 0.069 L |
General specifications
Characteristic | Value |
---|---|
Gross weight | 7.172 Kilogram |
Net weight | 6.8 Kilogram |
Volume | 11.308 Liter |
Characteristic | Value |
---|---|
EAN | 5702425138485 |
Proposition 65 | Cancer and Reproductive Harm |