140DAO84000 strong clearance

For details of the 140DAO84000 please visit my store home page http://xrd0196.pack.cn Contact: Zheng Gong - 0196 Contact QQ
Main: world famous brand PLC, DCS system spare parts module 〖1〗 Allen-Bradley (USA AB) series products》
〖2.〗 Schneider (Schneider Electric Series)
〖3. General electric series products』
〖4.〗 Westinghouse (United States Westinghouse series products)
〖5.〗 SIEMENS (Siemens series products)
〖6.〗 Sales of ABB Robots. FANUC Robots, YASKAWA Robots, KUKA Robots, Mitsubishi Robots, OTC Robots, Panasonic Robots, MOTOMAN Robots.
〖7.〗 estinghouse (Westinghouse): OVATION system, WDPF system, MAX1000 system spare parts.
〖8. Invensys Foxboro: I/A Series system, FBM (field input/output module) sequential control, ladder logic control, accident recall processing, digital-analog conversion, input/output signal processing, data communication, and processing Wait. Invensys Triconex: Redundant fault-tolerant control system, the most modern fault-tolerant controller based on Triple Modular Redundancy (TMR) architecture.
〖9.〗 Siemens (Siemens): Siemens MOORE, Siemens Simatic C1, Siemens CNC system and so on.
〖10.〗 Bosch Rexroth (Bosch Rexroth): Indramat, I/O module, PLC controller, drive module, etc.
〖11.〗 Motorola: MVME 162, MVME 167, MVME1772, MVME177 and Other series.
Contact: Zheng Gong

Matching cooling fan supply voltage (only for converters with dimensions FX and GX)
The inverter is equipped with a transformer for matching the supply voltage with the actual operating voltage of the cooling fan.
In order to match the actual supply voltage, it may be necessary to reconnect the transformer primary-side terminals.
Figure 2-12 Matching cooling fan supply voltage Note If the connection terminal for the supply voltage is not reconnected, the cooling fan fuse may blow.
Replacement of Cooling Fan Fuse Dimensions Fuse (2 per drive)
FX (90 kW CT) 1A Cooper-Bussmann FNQ-R-1, 600V
FX(110 kW CT) 2.5A Ferraz Gould Shawmut ATDR2-1/2, 600V
GX(132-200 kW CT) 4A Ferraz Gould Shawmut ATDR4, 600V
2.4.3 Electromagnetic Interference (EMI) Protection The design of the inverter allows it to operate in an industrial environment with strong electromagnetic interference. In general, if the installation is of good quality, safe and trouble-free operation can be ensured. If you get a problem during the operation, please follow the measures indicated below.
Actions taken Ø Make sure that all equipment in the cabinet is reliably connected to a common star ground or common ground bus with a short, thick ground cable.
Ø Make sure that any control device (such as a PLC) connected to the inverter is also connected to the same ground grid or star ground with a short, thick ground cable like the inverter.
Ø The ground wire returned by the motor is directly connected to the ground terminal (PE) of the inverter controlling the motor.
Ø Conductive conductors are preferably flat because they have low impedance at high frequencies.
Ø Cut the ends of the cables as neatly as possible to ensure that the unshielded lines are as short as possible.
Ø The control cable should be routed away from the power supply line as far as possible. Use a separate cable channel. When it must intersect with the power cable, use a 90o right angle to cross each other.
Ø Shielded cables should be used at all times to connect the control circuit.