Description
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MVR1600-4601 Other names:
Input/output module MVR1600-4601
MVR1600-4601 Analog Module
Controller Module MVR1600-4601
Introduction
MVR1600-4601-A is manufactured by Avid Controls under a license from General Electric
The rated voltage is 690 Vac and 1600 Adc (nominal).
Rectifier bridge module based on thyristors/diodes.
Air cooling.
• Protected pre charging circuit
2. Spare parts
The MVR1600-4601-A module does not contain user repairable components.
3. Related documents
Failure to comply with any general requirements for installation, operation, and maintenance, as provided in the technical manual, will significantly increase the risk of misoperation, fire, or electrical accidents
For instructions on removing and installing modules, as well as debugging drives, please refer to
The following general electrical manuals:
T1676EN, MV3000 AC Power Driver Beginner’s Guide
T1689, MV DELTA Technical Manual for MV3000 DELTA
T1679EN, MV3000 Driver Range Software Technical Manual
4. Fusing
The selection of fuses depends on many external factors, including current/time load conditions, number of starts per hour/day, fuse cooling, ambient temperature, continuous or intermittent operation, and fuse connection/installation arrangements.
The MVR1600-4601-A rectifier bridge module is a circuit module composed of four diodes, whose main function is to convert alternating current into direct current. In the rectifier bridge module, four diodes are connected in a specific way to change the direction of the current and convert the changing AC signal into a DC signal.
The working principle of the MVR1600-4601-A rectifier bridge module is based on the difference between the positive and negative biases of PN junction diodes. In a single PN junction diode, when P and N are reverse biased, almost no current flows through the PN junction; When they are positively biased, a large number of electrons will move from the N region to the P region, flow through the PN junction, and generate current. During each operation cycle of the rectifier bridge, only two diodes operate at the same time. Through the unidirectional conduction function of the diodes, AC power is converted into unidirectional DC pulsating voltage.
The MVR1600-4601-A rectifier bridge module is widely used in various power equipment, such as DC stabilized power supplies, electric drive equipment, and welding equipment. In these applications, the rectifier bridge module can convert the AC output of the transformer into stable DC power, providing the necessary power for the normal operation of the circuit.
In addition, the MVR1600-4601-A rectifier bridge module also has high efficiency, which can effectively convert electrical energy, reduce energy loss, and improve the energy utilization efficiency of the system.
The fuse information detailed here is intended to provide a basic fuse arrangement for individual units to operate at rated current and voltage, with an overload occurring every 10 minutes for 60 seconds, and a stop/start every day.
If larger cables or non SIWO-KUL cables need to be installed on the device, they will need to be connected to the customer’s connection. After installing the expansion bracket, the standard cover will not be suitable and additional covers will need to be installed. To provide additional protection, the cable is installed around the lower front crossbeam and connected to the DC customer.
All products on this website are special products, and market prices have been fluctuating,
The specific customer service quotation shall prevail, as the product is a new product and the price is not genuine,
Please confirm the model, product, price, and other detailed information with customer service before placing an order. The website has been used,
The new one is for sale, please contact customer service to communicate.
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The selection of fuses depends on many external factors, including current/time load conditions, number of starts per hour/day, fuse cooling, ambient temperature, continuous or intermittent operation, and fuse connection/installation arrangements.
The MVR1600-4601-A rectifier bridge module is a circuit module composed of four diodes, whose main function is to convert alternating current into direct current. In the rectifier bridge module, four diodes are connected in a specific way to change the direction of the current and convert the changing AC signal into a DC signal.
admin –
The selection of fuses depends on many external factors, including current/time load conditions, number of starts per hour/day, fuse cooling, ambient temperature, continuous or intermittent operation, and fuse connection/installation arrangements.
The MVR1600-4601-A rectifier bridge module is a circuit module composed of four diodes, whose main function is to convert alternating current into direct current. In the rectifier bridge module, four diodes are connected in a specific way to change the direction of the current and convert the changing AC signal into a DC signal.
The working principle of the MVR1600-4601-A rectifier bridge module is based on the difference between the positive and negative biases of PN junction diodes. In a single PN junction diode, when P and N are reverse biased, almost no current flows through the PN junction; When they are positively biased, a large number of electrons will move from the N region to the P region, flow through the PN junction, and generate current. During each operation cycle of the rectifier bridge, only two diodes operate at the same time. Through the unidirectional conduction function of the diodes, AC power is converted into unidirectional DC pulsating voltage.
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Fiber-Optic Connector TX (10)
Channel 2 communicates unidirectionally with compatible devices via the TX interface port. This port uses a standard ST type connector. TX realizes the fiber-optic transmit ter for Channel 2. Up to eight SM128V cards (Channel 1 only) may be cascaded in a single daisy-chain of fiber-optic devices. Similar to the data package concept of ibaPADU-8, the total of 64 a/d signals to be transmitted over one fiber-optic link is subdivided into eight containers of eight a/d sig nals each. In this mode, each SM128V participating in the chain can be partitioned into units with integer multiples of 8 channels. The settings of the switches S2 and S3 (Channel 1) determine the start position (group of eight signals) of the local data in the telegram on the ibaNet bus (address 1…8) and the number of signals, in groups of eight (range 1…8), that will be occupied. The setting of S1 switch is 0 (zero) in cascade mode.https://www.axcontroler.com/Product/
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ibaLogic Application
A typical combination of SM128V and ibaLogic requires connections of the fiber-optic output links to ibaFOB-io- or ibaFOB-4i (-S) input links. Each link transmits 64 analog and 64 digital signals, i.e. a total of 128 signals. In order to use the outputs of the ibaLogic application the fiber-optic input link at chan nel 1 of the SM128V-card must be connected to the output link of a ibaFOB-io- or ibaFOB-4o card in the ibaLogic-PC. This link receives 64 analog and 64 digital signals.