12
13
¬ Hastelloy (C22 & C276)
¬ Nickel 201
¬ SMO 254, EN 1.4547
¬ AISI 904, EN 1.4539
¬ Duplex, EN 1.4462
¬ Other materials on request
Working mediums:
¬ Liquid of all groups
¬ Gas of all groups
¬ Steam (superheated & saturated) of all groups
¬ 2 phase mediums (i.e. liquid-gaseous mixture) of all groups
¬ Refrigerants group 1
¬ R170 (ethane)
¬ R1150 (ethylene)
¬ R290 (propane)
¬ R717 (ammonia)
¬ R1270 (propylene)
¬ Refrigerants group 2
¬ R134a
¬ R744 (CO2)
¬ R404a
¬ R410a
¬ R407F
¬ R507a
¬ All the other refrigerants from group 2
2 Assembly of the Heat Exchanger
2.1 Lifting
Plenty of space should be provided around the heat exchanger for mounting, insula-
tion and maintenance. With the openable model, there should be available space equal
to the total length at the front in order to remove the plate pack. Ensure that there is
adequate space above the heat exchanger in order to lift it freely. Most of the heat
exchangers are provided with welded lifting lugs or lifting eye lugs. If lifting lugs are not
provided, lift the heat exchanger with a textile belt around the shell.
Lifting (eye) lug
Lifting force (direct lift)
1t (welded)
1,000 kg
3t (welded)
3,000 kg
5t (welded)
5,000 kg
7t (welded)
7,000 kg
M16 (DIN 582)
700 kg
M20 (DIN 582)
1,200 kg
