Catalogue Setco - Smart Spindles
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Temperature
SPINDI.R MOTOR COOLING RECOMMENDATIONS
Spindle Series
Heat Removal Requirements (kW)
Flow (I/min,)
Inlet Liquid Temp, to Spindle
(°C)
170
5.0
12.0
26
200
5.5
13.5
26
230
7.0
ISO
26
250
4.0
10.0
26
320
h S
16.5
26
400
7,5
19.0
26
500
12.5
32.0
26
THERMAL BEARING CONTROL RECOMMENDATIONS
Spindle Series
H e EU Removal Requirements (kW)
Flow ■I/nino
Inlet Liquid Temp, to Spindle
(°C)
170
.5
2.0
30
200
.5
2.0
30
230
.75
2.0
30
250
.75
2-0
30
320
-75
2-0
30
400
.75
2-0
30
500
.15
2.0
30
The heat generated by the motor in a SMART SPINDLE must be dissipated with the circulation of liquid through internal spindle passages, This liquid absorbs the excess heat and is circulated through a closed loop heating/cooling system.
The standard SMART SPINDLE is equipped with external SAE thread inlet and outlet ports for connection of required cooling system. See chart to select the proper self-contained heating/cooling system for various applications according to spin­dle size.
As an option, the SMART SPINDLE can be fur­nished with internal passages for thermal bearing control. Separate SAE thread inlet and outlet ports are provided for connection of optional heating/ cooling system. See chart for recommendations to select the right self-contained dual-stage heating/cooling system for various applications.
Consult SETCO Application Engineers for assistance to determine thermal bearing control requirements for your applications to optimize power output and system stabilization.
A typical closed-loop heating/ cooling system used to operate a SETCO SMART SPINDLE.
2086843020�38639
21
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