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The workload of system design is small, easy to maintain, and easy to modify
(1) Design and Maintenance
PLC replaces wiring logic with storage logic, greatly reducing the external wiring of control equipment, greatly shortening the design and construction cycle of the control system, making daily maintenance easier, and more importantly, making it possible for the same equipment to change the production process through program changes. Especially suitable for multi variety and small batch production occasions.
(2) Installation and wiring
Power lines, control lines, and PLC power lines.
A power cord is used as a connecting wire between electrical components or equipment and a power source. Generally speaking, it refers to the collection of plugs or tail plugs that connect the wire to its end, and is one of the basic components of electrical products. The power cord is divided into two parts: wires and plugs.
The and I/O lines should be wired separately, and the isolation transformer should be connected to the PLC and I/O using twisted pair cables. Separate the I/O lines and high-power lines of the PLC from each other. If necessary, bundle the AC and DC lines separately in the same trunking. If conditions permit, divide the trunking and route them well. This not only allows for maximum space distance, but also reduces interference to a minimum.
PLC should be kept away from strong interference sources such as welding machines, high-power silicon rectifier devices, and large power equipment, and should not be installed in the same switchgear as any other piezoelectric devices. The PLC inside the cabinet should be kept away from the power line (the distance between the two should be greater than 200 mm). Inductive loads installed in the same cabinet as PLCs, such as high-power relays and contactor coils, should be connected in parallel with RC arc suppression circuits.
The input and output of PLC should be wired separately, and the switching and analog quantities should also be laid separately. The transmission of analog signals should use shielded wires, and the shielding layer should be grounded at one or both ends, with a grounding resistance
The resistance of a substance to an electric current is called its resistance. Substances with low resistance are called electrical conductors, abbreviated as conductors. Substances with high resistance are called electrical insulators, abbreviated as insulators. It should be less than 1/10 of the shielding layer resistance.
Do not use the same cable as the AC output line and DC output line. The output line should be as far away from the voltage line and power line as possible to avoid parallelism.
Cable is a wire product used to transmit electrical energy information and achieve electromagnetic energy conversion. A product with a complex structure and a large cross-sectional area is called a cable, which includes both a conductor and insulation layer, and sometimes a tight inner protective layer to prevent water intrusion, or an outer protective layer with high mechanical strength.
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GE | IC200ALG326D | GE | IC693CMM321 |
GE | IC200ALG326 | GE | IC693CMM311 |
GE | IC200ALG320 | GE | IC693CHS398 |
GE | IC200ALG264H | GE | IC693CHS397 |
GE | IC200ALG264F | GE | IC693CHS393 |
GE | IC200ALG264E | GE | IC693CHS392 |
GE | IC200ALG264 | GE | IC693CHS391N |
GE | IC200ALG262 | GE | IC693CHS391 |