Akshay Controls And Systems Private Limited

In order to keep pace with never ending demands of the customers, our company is instrumental in offering Potential Distribution.

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Field side connection module for multiple tapping of the supply voltage.
This eliminates the need for additional terminal blocks.

Owing to the wide experience in this domain, we are instrumental in offering 750-630 SSI Interface to our clients.

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This module is an SSI interface for the direct connection to an SSI transmitter.

After the interface has given a clock pulse to the sensor, the interface reads the incoming data and transmits it directly in the form of a data word into the process image of the PLC or PC. It is possible to factory adjust different operating modes, transfer frequencies and bit widths by means of the control register.

The power supply for the transmitter is derived internally from the power jumper contacts.

Type of signal - differential signal (RS 422)
Sensor connection - In + D, -D / Out + CI, - CI
Transmitter supply voltage - DC 24 V; via power jumper contacts
serial input - 32 bits
Data transmission rate - 125 kHz

This potential multiplication module provides multiple tapping of the supply voltage.This module eliminates the need for additional rail-mount terminal blocks.

This module is an SSI interface for the direct connection to an SSI transmitter.After the module has given a clock pulse to the sensor, the module reads the incoming data and transmits it directly as a data word into the process image of the PLC or PC.

This analog input module processes standard 4–20 mA signals.

The input signal is electrically isolated and is transmitted with a resolution of 12 bits.

The internal system supply powers the module.

The input channels of the module have a common ground potential.

The module provides a 24 V power supply for a direct connection to 2-wire sensors.

1.  0 … 20 mA, 4 … 20 mA, 3.6 … 21 mA NE43, ±20 mA, 0 … 10 V, ±10 V, ±200 mV
2. Channel-wise parameterizable measurement ranges
3. Electrically isolated channels
4. 16-bit resolution

• A wire break, overload or out-of-measurement range are indicated channel by channel via red LED depending on the set measurement range.
• The module can be configured via GSD file, e!COCKPIT and WAGO-I/O-CHECK.

Enriched by our vast industrial experience in this business, we are involved in offering an enormous quality range of Bus Extension Module.

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The end module for the internal data bus extension 750-627 is attached to the end of the I/O terminal block like the standard end module 750-600. The block is terminated with the module, to which a connecting cable can be attached with an RJ-45 connector.

Power to the internal electronics is supplied via the internal bus. Together with at least one coupler module for the internal data bus extension 750-628 the module forms a functional unit. The fieldbus coupler/controller carries out all diagnosis and commissioning tasks.

To ensure safe, reliable operating states when using the internal data bus extension 750-627/-628 these states must be registered prior to startup with the following couplers or PLCs (refer to manual for supported couplers/PLCs). You must use the "WAGO Extension Setting" software for this.

Please complete the manufacturing number matrix on the right-hand side of the couplers when updating the firmware and internal operating parameters.

Matching up with the requirements of our clients, we are involved in offering Bus Extension Coupler.

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The coupler module for the internal data bus extension module 750-628 replaces the fieldbus coupler/controller at an I/O terminal block. It is also the mating piece for the end module 750-627. Plug the connecting cable into the top RJ-45 socket to establish the logical link to the fieldbus coupler/controller via end module 750-627. The extension is completely transparent for the fieldbus coupler/controller. All of the functions of the I/O module system are retained without any changes. A further extension to the system is provided by the bottom RJ-45 socket. This enables the entire system to be extended by 10 stages.

The supply voltage for the field side and the internal electronics can be input separately. Both levels are electrically isolated from each other. Two diagnostic LEDs give information about the supply voltage for both the internal and field side. Two LEDs in the input socket indicate fault-free communication with the bus coupler. The extension module can be used as the last coupler module in the system (switch on matching resistor) or as a bridge between two I/O module assemblies.

To ensure safe, reliable operating states when using the internal data bus extension 750-627/-628 these states must be registered prior to startup with the following couplers or PLCs (refer to manual for supported couplers/PLCs).

Please note that only one terminating resistor may be activated in the whole system.

Please complete the manufacturing number matrix on the right-hand side of the couplers when updating the firmware and internal operating parameters.

This module enables the direct connection of a resistor measurement bridge. The bridge voltage UD and supply voltage Uref of the bridge are digitized with a resolution of 16 bits.

The two input channels for the resistor bridge are available as two 16 bit values for further processing. The result of measurement can be calculated by the formula: Measured value = UD / Uref.

Field and system levels are electrically isolated.

The separation module visually divides a fieldbus node into sections.

Separation module 750-616 has no power jumper contacts.

Operation of the adjacent I/O modules requires a supply module.