The mechanical ON/OFF function will be explained.
Type of Control Method
There are four typical specifications for these.
These four are not options, but a combination of the four constitutes one specification.
These four are not options, but a combination of the four constitutes one specification.
There are four typical specifications for these.
These four are not options, but a combination of the four constitutes one specification.
1) No Voltage / Voltage
This is the difference between "Activate function by short circuit of terminal" or "Activate function by applying voltage to the terminal".
2) Single Activation / Binary Activation
When it is written as [control output vs activated function],
The difference is that the former corresponds to [N vs N], the latter corresponds to [Nvs 2N- 1].
3) Normally Open/ Normally Close
This is the difference between ON/OFF of the device and start / stop of the function.
4) Level / Pulse
This is the difference whether it is ON all the time while the function is running, or ON for a very short time.
These four are not options, but a combination of the four constitutes one specification.
1) No Voltage / Voltage
This is the difference between "Activate function by short circuit of terminal" or "Activate function by applying voltage to the terminal".
2) Single Activation / Binary Activation
When it is written as [control output vs activated function],
The difference is that the former corresponds to [N vs N], the latter corresponds to [Nvs 2N- 1].
3) Normally Open/ Normally Close
This is the difference between ON/OFF of the device and start / stop of the function.
4) Level / Pulse
This is the difference whether it is ON all the time while the function is running, or ON for a very short time.
1) No Voltage / Voltage
This is the difference between "Activate function by short circuit of terminal" or "Activate function by applying voltage to the terminal". (Only this item has a lot of content.)
Combining input and output, the control signal is transferred from the equipment to the equipment.
<< Voltage >>
Apply voltage to the output side and activate the function by applying this voltage to the input side due to short circuit.
Apply voltage to the output side and activate the function by applying this voltage to the input side due to short circuit.
These are also classified as <<Voltage>>.
2) Single Activation / Binary Activation
There are also differences between the single mode and the binary mode as a difference in starting method.
3) Normally Open and Normally Close
The above assumes that "ON means Close" and "OFF means Open", but the opposite pattern is also possible. In other words, there are terminals with specifications such as "ON means Open" and "OFF means Closed."
Normally Open (NO)
The terminal is open when it is OFF.
The control output closes (ON) in conjunction with the function.
Normally Close (NC)
The terminal is closed when it is ON.
The control output opens (OFF) in conjunction with the function.
Normally Open (NO)
The terminal is open when it is OFF.
The control output closes (ON) in conjunction with the function.
Normally Close (NC)
The terminal is closed when it is ON.
The control output opens (OFF) in conjunction with the function.
An example of NO and NC in no voltage output.
While the function of "S" is running, link the function "A" has. While the function of "S" is running, stop the function "B" has.
While the function of "S" is running, link the function "A" has. While the function of "S" is running, stop the function "B" has.
4) Level and Pulse
They are classified based on how the function moves when the control is turned on.
LEVEL
The function operates in conjunction with control ON. When controlled by a switch, the function continues to operate as long as the switch is pressed. The function will stop when you release the switch.
PULSE
Once the control is turned on, the function will continue to operate even if the control is turned off immediately.
If you turn the control ON again, the function will stop.
LEVEL
The function operates in conjunction with control ON. When controlled by a switch, the function continues to operate as long as the switch is pressed. The function will stop when you release the switch.
PULSE
Once the control is turned on, the function will continue to operate even if the control is turned off immediately.
If you turn the control ON again, the function will stop.