F4-04DA | Facts Engineering Analog Output Module

Description 

The F4-04DA is an analog output module manufactured by Facts Engineering. It is designed to provide precise analog signal control in industrial automation systems. The module features four output channels, suitable for generating analog signals to control various devices. It integrates seamlessly into PLC systems and is intended for use in applications requiring accurate analog output management.

Technical Specifications 

Information About F4-04DA

The F4-04DA is a high-precision, 4-channel analog output module designed for use in PLC (Programmable Logic Controller) and machine control systems. Manufactured by Facts Engineering, this module falls under the VDC logic I/O category, providing reliable performance for industrial applications that require accurate control of analog signals. The F4-04DA is capable of generating a range of analog output signals with a high level of precision, making it suitable for tasks such as controlling actuators, sensors, or other devices that require smooth, continuous voltage or current signals.

The module is equipped with four output channels, each capable of delivering analog signals in multiple ranges, including 0–5V, 0–10V, ±5V, ±10V, and 4–20 mA. This versatility allows the F4-04DA to meet the needs of various applications that require different output signal types. Whether the system requires voltage or current outputs, this module provides the flexibility needed to interface with a wide range of industrial equipment.

The F4-04DA features a 12-bit resolution, providing 1 in 4096 steps of accuracy for output signal control. This level of resolution ensures precise analog signal generation, which is critical for applications requiring fine-tuned control over process variables such as pressure, temperature, or flow rates. The 12-bit resolution also helps minimize signal distortion, providing a stable and accurate output signal throughout the module's operational range.

Utilizing a successive approximation conversion method, the F4-04DA ensures fast and accurate signal conversion, making it suitable for applications where timing and precision are critical. The module has a maximum conversion time of 5 microseconds, ensuring quick and efficient conversion from digital to analog signals. This fast response time is essential for real-time control applications, where delays in signal generation could result in process inefficiencies or errors.

The module’s output type is single-ended, with a single common point for all four output channels. This design simplifies wiring and installation while maintaining the integrity of the output signals. The output impedance for voltage outputs is 0.2Ω, ensuring minimal resistance in the signal path and allowing for accurate voltage delivery to connected devices.

In terms of load capacity, the F4-04DA is capable of handling a load impedance of 2KΩ minimum for voltage outputs and 0Ω minimum for current outputs. The maximum load values for current outputs are 680Ω at 18V, 1KΩ at 24V, and 1.5KΩ at 36V, allowing the module to drive a variety of loads depending on the system requirements. For voltage outputs, the module can sink or source up to 5 mA, providing flexibility in driving external devices.

The F4-04DA includes several built-in protections to ensure reliable performance in industrial environments. The short-circuit current for voltage outputs is rated at 15 mA, providing a safeguard against electrical faults that could otherwise damage the module or connected equipment. The module also features linearity error rates of ±1 count (or ±0.025% maximum), ensuring that the output signals maintain a high degree of accuracy across the entire operating range.

For calibration purposes, the module has specified gain calibration error rates of ±8 counts for voltage outputs and ±8 to +11 counts for current outputs. Similarly, the offset calibration error is limited to ±2 counts for voltage outputs and –5 to +9 counts for current outputs. These specifications ensure that the F4-04DA maintains its accuracy even after extended periods of operation or environmental fluctuations.

The module requires 16 digital output points for proper operation, utilizing 12-bit binary data for signal output and 4 channel select bits for channel selection. This allows the PLC to effectively control all four output channels, ensuring smooth and accurate signal delivery to connected devices.

Power consumption for the F4-04DA is rated at 120 mA at 5 VDC, which is drawn from the PLC base. The module also requires an external power supply of 24 VDC, with a current rating of 100 mA (class 2) and a tolerance of ±10%. If current loops are used, an additional 20 mA is required for each loop.

The module is designed to operate within a temperature range of 0 to 60°C (32 to 140°F), making it suitable for use in a wide variety of industrial environments. It can also be stored at temperatures ranging from –20 to 70°C (–4 to 158°F), ensuring durability even in non-operational conditions. The module is designed to function in environments with relative humidity levels of 5 to 95%, provided that no condensation is present. Additionally, the F4-04DA is intended for use in environments free of corrosive gases, ensuring long-term reliability and performance.

In summary, the F4-04DA analog output module from Facts Engineering is a versatile and high-precision solution for industrial control systems requiring reliable analog signal generation. With its 4-channel output, 12-bit resolution, and multiple voltage and current ranges, this module is ideal for applications requiring accurate control over process variables. Its fast conversion time, built-in protections, and flexible power requirements make it a dependable choice for various automation tasks.

Manufacturer information

Facts Engineering is a company specializing in industrial automation and control products. They design and manufacture programmable logic controllers (PLCs), I/O modules, and related accessories. Their products are known for reliability, ease of integration, and cost-effectiveness, serving various industrial applications.