Akshay Controls And Systems Private Limited

This fieldbus coupler connects the WAGO I/O System 750 to PROFINET IO (open, real-time Industrial ETHERNET automation standard).

The coupler identifies the connected I/O modules and creates local process images for maximum two I/O controllers and one I/O supervisor according to preset configurations. This process image may include a mixed arrangement of analog (word-by-word data transfer) or complex modules and digital (bit-by-bit data transfer) modules.

The MODBUS Controller is an expansion for the WAGO I/O System.

This controller combines a WAGO MODBUS Fieldbus Coupler with PLC functionality.

Application programming is IEC 61131-3 compliant.

The programmer can access all fieldbus and I/O data.

Features and applications:

• Decentralized control to optimize support for a PLC or PC
• Devide complex applications into individually testable units
• Programmable fault response in the event of fieldbus failure
• Signal pre-processing to reduce fieldbus transmissions
• Directly control peripheral equipment for faster system response times
• Stand-alone, compact controller

The input module directly connects to Pt resistance sensors.

The connection of 2- or 3-conductor sensors is possible.

The module automatically linearizes the entire temperature range. A sensor error is indicated by a red LED.

A green LED indicates readiness for operation and error-free communication with the buscoupler.

The shield (screen) is directly connected to the DIN rail.

The digital output module controls actuators in the hazardous areas of Zone 0+1.Intrinsically safe valves can be directly controlled.

The 750-539 module is a four-channel intrinsically safe digital output module that is engineered to operate intrinsically safe solenoid valves in the hazardous areas of Zone 0+1. All outputs are electronically short circuit-protected. The 750-486 module is a four-channel intrinsically safe analog input module for monitoring field devices. Each channel on this module can be individually configured for measurement ranges of 0 to 20 mA, 4 to 20 mA, or 3.6 to 21 mA. Both modules offer diagnostics per channel indicating short circuits and wire breaks. Regulated power for these modules is supplied by the company’s 750-606 Ex I 1 Amp power supply module.

The digital input module provides 8 channels in a width of just 12 mm (0.47 inch). It receives control signals from digital field devices (e.g., sensors).

Each input module has a noise-rejection filter.

Field and system levels are electrically isolated.

Type of signal - Voltage
Type of signal voltage - DC 24
Sensor connection - 8 x (1-conductor)
Input current per channel for signal (1) typ. - 2.8 mA

The analog output module generates signals of a standard magnitude 0-10V.

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

The internal system supply powers the module.

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

The digital input module provides sixteen channels in a width of just 12 mm (0.47 inch).

It receives binary control signals from digital field devices (e.g., sensors, encoders, switches or proximity switches).

The module features Push-in CAGE CLAMP® connections enabling solid conductors to be connected by simply pushing them in.

Each input channel has a noise-rejection RC filter with 3.0 ms time constant.

A green LED indicates the switched status of each channel.

Field and system levels are electrically isolated.

An operating tool with a 2.5 mm blade (210-719) is required to open the Push-in CAGE CLAMP® connections.

The 750-362 Modbus TCP/UDP Fieldbus Coupler connects ETHERNET to the modular WAGO I/O System.

The fieldbus coupler detects all connected I/O modules and creates a local process image.

This digital input module receives control signals from the field side and supplies a short-circuit proof voltage to the sensors. The module transfers the control signals and other information via a fieldbus coupler to the higher-level controller.

Each input module has a noise-rejection filter.

Each sensor can be supplied separately. A short circuit to ground is indicated as an error/fieldbus failure and a message is sent to the supervisory control.

The error is canceled automatically after it has been rectified.

Field and system levels are electrically isolated.

This analog input module directly connects to two thermocouples. Internal electrical isolation allows operation of grounded sensors.

The module automatically linearizes the entire temperature range.

Cold junction compensation mitigates the clamping unit offset voltage over the 0–55°C operating range.

A line break is indicated by a red LED. A green LED indicates readiness for operation and error-free communication with the coupler.

The shield directly connects to the DIN-rail.

This digital output module transmits control signals from the automation device to the connected actuators.

The internal system voltage triggers the relay.

Note that the power jumper contacts supply both “N” (common point) and switched output voltages (this may be DC or AC).

The state of the relay is indicated by a LED.

An additional supply module must be added for 250 VAC/30 VDC supply!

This relay module switches a connected actuator or load. The 24 VDC supply is derived from the power jumper contacts to trigger the relays.

The switched status of the relay is shown by the manual switch (1/0). The operating mode can be set using a manual/automatic selector switch. The mode status is indicated by an LED and via status bits in the process image.

Manual: Coil triggering is interrupted. Operation is only possible via the red manual operating switch.

Auto: The relay is operated via the control system. Manual status changeover via manual operating switch is canceled by the control system in less than 500 ms.

The manual switch can also be used without 24 V supply to switch the output ON.

The relay meets both international standards of IEC and DIN EN 61810 part 1 /VDE 0435 part 201, as well as overload and short circuit requirements of IEC and DIN EN 61036 /61037.

• 2 x ETHERNET port for connecting to field devices and the engineering tool
• 2 x USB port for optional connection of a USB stick, mouse or keyboard
• Audio interface for connecting a headphone or loudspeaker

Owing to our in-depth knowledge in this domain, we are specialized in providing 4 Channel Digital Input.

Other Details:

This digital input module receives control signals from digital field devices (e.g., sensors).

Each input module has a noise-rejection filter.

Field and system levels are electrically isolated.

The analog input module processes signals of a standard magnitude 0–10V.

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 one common ground potential.

Number of analog inputs - 4
Total number of channels (module) - 4
Type of signal - Voltage
Type of signal voltage - DC 0 … 10 V
Sensor connection - 4 x (2-conductor)

The digital input module provides 8 channels in a width of just 12 mm (0.47 inch). It receives control signals from digital field devices (e.g., sensors).

Each input module has a noise-rejection filter.

Field and system levels are electrically isolated.

Type of signal - Voltage
Type of signal voltage - DC 24 V
Sensor connection - 8 x (1-conductor)
Connection technology: inputs/outputs - 8 x CAGE CLAMP

This analog output module generates standard ±10 V signals.

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

The outputs are short-circuit-protected.

The internal system supply powers the module.

The output channels have one common ground potential.

This digital output module transmits control signals from the automation device to the connected actuators.

All outputs are short-circuit-protected.

The module detects the following errors: overload, short circuit and wire break.

The status is transmitted to the fieldbus coupler and indicated by LEDs.

Field and system levels are electrically isolated.

WAGO's new 750-515 I/O Module features a convincing doubled number of channels, higher output current and narrower installation width.

As a component of the field bus independent Wago-I/O-System, the module can be used universally with any Wago PLC or coupler. Further benefits include:

l Potential free use with multiple voltage potentials (250 VAC/30 VDC)

l 2 A per electrically isolated channel when all four are employed

l Onboard indication for ease of trouble shooting

l 5 A when used as single channel for high current applications

We take pleasure in introducing ourselves as leading firm by offering 750-472 2 Channel Analog Input.

Other Detail:

The analog input module powers the transducers, receives transmitted analog signals, and with electrical isolation, transmits the signals to the fieldbus.

The 24V supply for the field is derived from the module's power jumper contacts.

The shield (screen) is directly connected to the DIN rail.

At approx. 25mA, the overload protection switches the measurement input to a high-resistance state. Under normal operating conditions it will automatically switch back.

This input module can supply the voltage for 2-wire transducers.

We have highly acknowledged organisation engaged in presenting a remarkable range of 8 Chanel Analog Input

Other Details:

This analog input module processes standard 0–20 mA, 4–20 mA and 3.6–21 mA signals (Namur NE43).

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

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

Wire break, short circuit and out-of-measurement range are indicated by a red LED.

Unused channels can be deactivated.

The module can be configured via WAGO I/O CHECK or GSD files.

It features an extremely compact design and low measurement errors.

Type of signal - Current
Type of signal current - DC 0 … 20 mA; DC 4 … 20 mA; DC 3.6 … 21 mA
Sensor connection - 8 x (2-conductor)
Input voltage (max.) - 31.2 V
Resolution [bit] - 12 Bit
Input resistance max. - 220 Ω

The 750-495 3-Phase Power Measurement Module allows measurement of electrical data in a three-phase supply network.

The voltage is measured via network connection to L1, L2, L3 and N.

The current of the three phases is fed to I1, I2, I3 and IN (two clamping points each +,-) via current transformers or via Rogowski coils for the 750-495/000-002 Module.

The 3-phase power measurement module transmits all metrics (e.g., reactive/apparent/effective power, energy consumption, power factor, phase angle, frequency, over-/undervoltage) directly to the process image, without requiring high computing power from the controller. Both comprehensive metrics and harmonic analysis up to the 41st harmonic permit extensive network analysis via the fieldbus. These metrics enable the operator to optimize supply to a drive or machine, protecting the system from damage and failure. Insulation failures can be detected and prevented via current measurement performed in the neutral conductor. The four-quadrant display indicates the load type (inductive, capacitive) and whether it is an energy consumer or producer.

WAGO's Field Side Connection Module provides 24 V to the inputs in combination with the 750-1405 and 750-1406 16-Channel Input Module (also suitable for 8-channel input modules with 1-wire connection).

This eliminates the need for additional DIN-rail mount terminal blocks.

The 24 V supply and 0 V potential are derived from the internal power jumper contacts of an adjacent upstream I/O module. A connection of the potentials to the downstream I/O modules is made automatically via the power jumper contacts when snapping the I/O modules together. The 24 V power is provided to all sixteen field-side Push-in CAGE CLAMP® connections and the 0 V potential passed through without being used by the module.

An operating tool with a 2.5 mm blade (210-719) is required to open the Push-in CAGE CLAMP® connections.

We are one of the most well-distinguished companies in the market that are into offering Fieldbus Coupler Profibus.

Other Details:

The ECO fieldbus coupler is designed for applications with a reduced scale I/O requirement. Using digital only process data or small amounts of analogs, while retaining all of the choice that’s offered by the Series 750 I/O.

The coupler has an integrated supply terminal for the system voltage. The field power jumper contacts are supplied via a separate supply module.

When initializing, the buscoupler determines the module structure of the node, to create the process image in PROFIBUS. In order to optimize addresses, the I/O modules with a bit width smaller than 8 are grouped in one byte.

It is furthermore possible to deactive I/O modules and to modify the image of the node according to the connected signals without having to modify the existing application.

The diagnosis concept is based on diagnostics according to the EN 50170 standard. Therefore the programming of modules is not necessary to interpret the diagnostic information from each manufacturer.

Features include configurability for multiple sensor types or potentiometer; a red status LED that indicates sensor errors (short circuit, wire break or out-of measurement range); a compact 12 mm profile that saves cabinet space; and choice of two-, three- or four-wire connection technology, The modules are suitable for a wide range of temperature data collection tasks in factory automation, motor and process control applications. Resolution is 0.1 ºC over the entire range, accuracy is ±0.2 K or ± 0.6 K, depending on the type of Pt RTD used (0.01 ºC from 50 to 150 ºC using Pt1000), or ±0.3 O for resistance measurement.

Our company holds vast experience in this domain and is involved in offering 4 Channel Analog Input.

Other Details:

The analog input module processes signals of a standard magnitude ±10V.

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 one common ground potential.

Our company has gained name and fame in presenting 4 Chanel Analog Input.

Other Details:

The input module directly connects to Pt resistance sensors.

Only 2-conductor sensors can be connected.

The module automatically linearizes the entire temperature range. A sensor error is indicated by a red LED.

Catering to the requirements of our clients, we are involved in offering 750-466 2 Channel Analog Input.

Other Details:

The analog input module powers the transducers, receives transmitted analog signals, and with electrical isolation, transmits the signals to the fieldbus.

The 24V supply for the field is derived from the module's power jumper contacts.

The shield (screen) is directly connected to the DIN rail.

This input module can supply the voltage for 2-wire transducers.

We are ranked on top by offering the best quality of 750-517 - 2 Channel Digital Output, which is known for its remarkable finish and quality.

Other Details:

This digital output module transmits control signals from the automation device to the connected actuators.

The internal system voltage triggers the relay.

The NO contacts are electrically isolated.

The switched status of the relay is shown by a LED.

Being a well-distinguished company in the market, we are into offering 2 Channel Digital Output .

Other Details:

This digital output module transmits control signals from the automation device to the connected actuators.

All outputs are short-circuit-protected.

This output module detects the following errors: overload, short circuit and wire break.

The status is transmitted to the fieldbus coupler and indicated by LEDs.

Field and system levels are electrically isolated.

Price Range - Rs. 1800 - 30000 Per Piece

This digital input module receives control signals from digital field devices (e.g., sensors).

The module is a 4-input channel, 2-conductor device. Due to its four 24 V connections, four sensors may be directly connected to it.

Each input module has a noise-rejection filter.

Field and system levels are electrically isolated.

As per the needs and requirements of our clients, we are involved in providing 4 Channel Digital Output.
Other Details:

This digital output module transmits control signals from the automation device to the connected actuators.

All outputs are short-circuit-protected.

Field and system levels are electrically isolated.