1746-NO4V Allen-Bradley SLC 500 Analog Voltage Output Module

Product parameters

Module type: Analog output module, belonging to the SLC 500 series.

Output channels: 4 non-isolated voltage output channels.

Output voltage range: ±10V DC.

Resolution: 14 bits (The actual resolution is approximately 1.22 mV per bit).

Isolation from the field to the backplane: 500V DC.

Maximum load reactance: 1 μF.

Maximum load current: 10 mA.

Backplane current consumption

At 5V: 55 mA.

At 24V: 145 mA.

Conversion time: Up to 512 μs (from digital to analog output).

Status indication: Equipped with an LED status indicator light for module status display.

Wiring method: Removable Terminal Block (RTB), which is convenient for installation and maintenance.

Environmental adaptability

Operating temperature: 0°C to 60°C

Storage temperature: -40°C to 85°C.

The design features industrial hardening properties and can withstand harsh industrial environments such as vibration, high temperatures and electrical noise.

Other features: It includes optical coupling and filtering circuits to reduce signal noise interference.

Function

Analog output: It provides 4 voltage output channels, with an output range of ±10V DC, and is suitable for controlling devices that require precise voltage signals.

High-precision control: 14-bit resolution ensures the accuracy of the output signal, making it suitable for applications that require fine adjustment.

Modular design: Compatible with the SLC 500 series PLC, it can be seamlessly integrated into the Allen-Bradley control system and supports the connection of up to 3 racks and 30 I/O modules.

Noise suppression: By means of optical coupling and filtering circuits, signal interference is reduced to ensure output stability.

Status monitoring: LED indicator lights provide real-time feedback on the operating status of the module, facilitating fault diagnosis.

Programmability: Configure the output parameters through SLC 500 programming software (such as RSLogix 500), and support multiple control logics and data processing.

Application scenarios

Industrial automation control

It is used to control the pressure and position of equipment such as hydraulic presses and injection molding machines, ensuring precise motion control.

It is applicable to process control that requires analog output, such as adjusting valve opening and motor speed control, etc.

Process Monitoring and regulation

In industries such as chemical engineering, pharmaceuticals or water treatment, it is used to control analog parameters such as flow rate, liquid level or temperature.

High-precision equipment control: Suitable for applications requiring high-resolution voltage output, such as laboratory equipment, testing instruments or precision manufacturing equipment.

Harsh industrial environments: The industrial hardening design of the module makes it suitable for use in environments with vibration, high temperatures or strong electromagnetic interference, such as the steel, power or petrochemical industries.

Data acquisition and feedback: In conjunction with sensors and actuators, it is used for real-time monitoring and adjustment of analog signals in industrial processes.

Advantage Products:

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Bou L(Sales Manager)            

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