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Forcer precision cooler for LMFA/LMFP

Since the electrical power is mainly converted in the forcer or primary part of the linear motor and most of the waste heat is generated there, the greatest improvements can be achieved using the precision cooler on the forcer. The precision cooler is assembled on the forcer and integrated into the existing cooling circuit. In order to achieve the best possible effect, the coolant inlet of the precision cooler (forcer) should be connected directly to the coolant outlet of the cooling system of the machine. Likewise, the coolant outlet of the precision cooler should be connected to the coolant inlet of the forcer. This ensures the best possible thermal decoupling and cooling of the linear motor.
14 product(s)
Type
Suitable for forcers
Lc
Lc1
Wc
Wc1
Wc2
Wc3
Wc4
Wc5
N
n
Cooling system connection thread
LMFC31
 LMFA31/LMFP31 214 80,5 150 45 60 131 70 34,5 2 G 1/8 × 8 (2×)
LMFC32
 LMFA32/LMFP32 375 241,5 150 45 60 131 70 34,5 4 G 1/8 × 8 (2×)
LMFC33
 LMFA33/LMFP33 536 402,5 150 45 60 131 70 34,5 6 G 1/8 × 8 (2×)
LMFC34
 LMFA34/LMFP34 679 563,5 150 45 60 131 70 34,5 8 G 1/8 × 8 (2×)
LMFC41
 LMFA41/LMFP41 214 80,5 197 58,5 80 178 93,5 34,5 2 G 1/8 × 8 (2×)
LMFC42
 LMFA42/LMFP42 375 241,5 197 58,5 80 178 93,5 34,5 4 G 1/8 × 8 (2×)
LMFC43
 LMFA43/LMFP43 536 402,5 197 58,5 80 178 93,5 34,5 6 G 1/8 × 8 (2×)
LMFC44
 LMFA44/LMFP44 697 563,5 197 58,5 80 178 93,5 34,5 8 G 1/8 × 8 (2×)
LMFC52
 LMFA52/LMFP52 375 241,5 257 48,5 160 236 185,5 128,5 3 4 G 1/8 × 8 (2×)
LMFC53
 LMFA53/LMFP53 536 402,5 257 48,5 160 236 185,5 128,5 3 6 G 1/8 × 8 (2×)
LMFC54
 LMFA54/LMFP54 697 563,5 257 48,5 160 236 185,5 128,5 3 8 G 1/8 × 8 (2×)
LMFC62
 LMFA62/LMFP62 375 241,5 351 55,5 240 330 249,5 175,5 4 4 G 1/8 × 8 (2×)
LMFC63
 LMFA63/LMFP63 536 402,5 351 55,5 240 330 249,5 175,5 4 6 G 1/8 × 8 (2×)
LMFC64
 LMFA64/LMFP64 697 563,5 351 55,5 240 330 249,5 175,5 4 8 G 1/8 × 8 (2×)