Schiedel CM03 - CM06 F(S)QT Modes

Operating Manual 90° ACTUSAFE CMF(S)QT
OM-ENGLISH-Failsafe-QT-16xx-V2.00-2022.03.01 14 Mode of operation F(S)QT
14.2 CM06 F(S)QT
ON-OFF & INCHING operation
CM06 F(S)QT 100 CM06 F(S)QT 200 CM06 F(S)QT 300 CM06 F(S)QT 500
S2 - 15 minutes
according to IEC 60034
S2 - 15 minutes
according to IEC 60034
S2 - 15 minutes
according to IEC 60034
S2 - 15 minutes
according to IEC 60034
2,5 - 60 RPM 2,5 - 60 RPM 2,5 - 60 RPM 2,5 - 60 RPM
M
max
= 1.000 Nm M
max
= 2.000 Nm M
max
= 3.000 Nm M
max
= 5.000 Nm
M
avg
= 300 Nm M
avg
= 600 Nm M
avg
= 900 Nm M
avg
= 1.500 Nm
Life time
*
10.000 cycles 5.000 cycles 5.000 cycles 2.500 cycles
MODULATING operation
CM06 F(S)QT 100 CM06 F(S)QT 200 CM06 F(S)QT 300 CM06 F(S)QT 500
S4 - 1.200 c/h - max.
50% DC according to
IEC 60034
S4 - 1.200 c/h - max.
50% DC according to
IEC 60034
S4 - 1.200 c/h - max.
50% DC according to
IEC 60034
S4 - 1.200 c/h - max.
50% DC according to
IEC 60034
2,5 - 30 RPM 2,5 - 30 RPM 2,5 - 30 RPM 2,5 - 30 RPM
M
max
= 1.000 Nm M
max
= 2.000 Nm M
max
= 3.000 Nm M
max
= 5.000 Nm
M
avg
= 500 Nm M
avg
= 1.000 Nm M
avg
= 1.500 Nm M
avg
= 2.500 Nm
Life time
*
1.200.000 starts 500.000 starts 500.000 starts 250.000 starts
CONTINIOUS MODULATING operation
CM06 F(S)QT 100 CM06 F(S)QT 200 CM06 F(S)QT 300 CM06 F(S)QT 500
S9 - 1.800 c/h according
to IEC 60034
S9 - 1.800 c/h according
to IEC 60034
S9 - 1.800 c/h according
to IEC 60034
S9 - 1.800 c/h according
to IEC 60034
2,5 - 20 RPM 2,5 - 20 RPM 2,5 - 20 RPM 2,5 - 20 RPM
M
max
= 1.000 Nm M
max
= 2.000 Nm M
max
= 3.000 Nm M
max
= 5.000 Nm
M
avg
= 300 Nm M
avg
= 600 Nm M
avg
= 900 Nm M
avg
= 1.500 Nm
Life time
*
1.200.000 starts 500.000 starts 500.000 starts 250.000 starts
NOTE: Life time is based on proper operation and maintenance according to SCHIEBEL operating manual.
CYCLE = movement of 90° in both directions with at least 30% of nominal force and the ability to accept 100% of nominal
torque for at least 5% of the stroke
START = movement of at least 1° of stroke in both directions with a load of minimum 30% of nominal torque
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