Datasheet

K6CM
2
System Configuration
Basic Configuration
*2. For details, refer to the technical data on page 16.
Dedicated tool
EtherNet/IP
Object monitored
K6CM-VBS1
(pre-amplifier)
K6CM-VBM
1 m
(extendable to 100 m)
2.6 m
Single-phase
power supply
Output signal
(transistor output)
Measurement
trigger signal
Built-in EtherNet/IP port
LAN
Note: Even without a computer, the alarm bar of the main unit notifies you of changes of motor state.
By keeping a computer or PLC
continuously connected, you can
monitor the state of a motor.
Sensor head
Connector
Tighten screw
perpendicularly
directly above
rotation shaft
(load side)
0.3 m
Inverter *1
Three-phase
power supply
(pre-wired cable)
(pre-wired cable)
Vibration & temperature monitoring type (K6CM-VB)
*1. Using an inverter helps prevent motor deterioration.
In the conditions below, acceleration fluctuations tend to occur
more frequently.
The frequency is stable at an inverter drive frequency of 50
Hz or higher.
The inverter carrier frequency is stable at 12.5 KHz or higher.
Test in the actual installation environment before use.
Dedicated tool
LAN
EtherNet/IP
Built-in EtherNet/IP port
Object monitored
Inverter secondary-side voltage
K6CM-ISM
1 m (extendable to 100 m)
Single-phase
power supply
Output signal
(transistor output)
Inverter
(measurement is also
possible with an inverter)
Three-phase
power supply
40 m max. (From ZCT to motor.
Extendable in some conditions) *2
Note: Even without a computer, the alarm bar of the main unit notifies you of changes of motor state.
By keeping a computer or PLC
continuously connected, you can
monitor the state of a motor.
7.5 kW or less
(Measurement error
increases when this
value is exceeded.)
R
S
T
(pre-wired cable)
(pre-wired cable)
1 m
Insulation resistance monitoring type (K6CM-IS)
Three-phase, three-conductor, S-phase ground