LK Automation Limited
Home >> Price >> MITSUBISHI >> Sale HF-SP352BK MITSUBISHI HF-SP352BK
Brand sort

Sale HF-SP352BK MITSUBISHI HF-SP352BK

Country: JAPAN
Name: Medium inertia power servo motor
Model: HF-SP352BK
Market price: U.S.$ 0
(The following are the market open price not sales price!)
MITSUBISHI HF-SP352BK
Power: 22kw.
Voltage: 200V.
There are 100% braking torque output in continuous regeneration, which can correspond to the continuous regeneration operation of the pipeline control.
There is no need to install the braking unit for each frequency converter, which can reduce the comprehensive space and reduce the comprehensive cost HF-SP352BK.
Renewable energy can be used for other frequency converter, excess energy back to the grid, to achieve energy saving HF-SP352BK Input channel number: 4.
Output channel number: 2.
Occupy I/O points: 64.
A1S63ADA analog input / output combination components can be analog / digital / digital / analog conversion,
The input and output signals can be voltage or current,
Offset and gain can be set and stored HF-SP352BK.
The length of time required to execute the instruction, the length of the user''s program, the type of instruction, and the speed of the CPU execution are very significant,
Generally, a scanning process, the fault diagnosis time,
Communication time, input sampling and output refresh time is less,
The execution time is accounted for the vast majority of HF-SP352BK.
The response time of PLC is the interval between the time of the change of the external output signal of the PLC and the time of the change of the external output signal which is controlled by it,
Lag time, this is the time constant of the input circuit,
The time constant of the output circuit, the arrangement of the user statement and the use of the instruction,
The cycle scan mode of PLC and the way of PLC to refresh the I/O and so on .
This phenomenon is called the I/O delay time effect. Input voltage range: AC100 ~ 120V/AC200 ~ 240V.
Output voltage: DC5/12V.
Output current: 2.3A/1.5A.
I/O points is an important indicator of PLC.
Reasonable selection of I/O points can not only satisfy the control requirements of the system,
And the total investment of the system is the lowest.
The input and output points and types of PLC should be determined according to the analog quantity and switch quantity of the controlled object,
Generally an input / output element to take up an input / output point.
Taking into account the future adjustment and expansion,
In general should be estimated on the total number of points plus the amount of spare 20%~30%.
The following describes the centralized control system I/O points of the estimate.
Relay output interface circuit of PLC
Working process: when the internal circuit output digital signal 1,
There is a current flowing through, the relay coil has a current, and then the normally open contact is closed,

Provide load current and voltage MITSUBISHI HF-SP352BK.
When the internal circuit outputs a digital signal 0, there is no current flowing through it,
The relay coil does not have a current, and the normally open contact is broken off,
A current or voltage that is discoonnnected from the load MITSUBISHI HF-SP352BK.
It is through the output interface circuit to the internal digital circuit into a signal to make the load action or not action.
HF-SP352BK Operation manual/Instructions/Model selection sample download link: /searchDownload.html?Search=HF-SP352BK&select=5


...more relevant model market price >>>>
Related products
MITSUBISHI
Medium inertia power servo motor
HF-SP2024
MITSUBISHI Medium inertia power servo motor HF-SP2024
Servo motor series: medium inertia, medi
MITSUBISHI
Medium inertia power servo motor
HF-SP81
MITSUBISHI Medium inertia power servo motor HF-SP81
Servo motor series: medium inertia, medi
MITSUBISHI
Medium inertia power servo motor
HF-SP7024B
MITSUBISHI Medium inertia power servo motor HF-SP7024B
Servo motor series: medium inertia, medi
MITSUBISHI
Medium inertia power servo motor
HF-SP121B
MITSUBISHI Medium inertia power servo motor HF-SP121B
Servo motor series: medium inertia, medi