Yokogawa AAP849-S00 Pulse to Analog Output Module

The Yokogawa AAP849-S00 is a high-performance pulse-to-analog output module designed for use in industrial process control systems. This module efficiently converts pulse train signals into precise 4-20 mA analog outputs, offering a versatile solution for monitoring and control applications. It is particularly suitable for systems requiring accurate pulse counting and frequency measurements, making it ideal for a variety of industrial environments.

Key Features:

8 pulse input channels for capturing a wide range of pulse signals.
8 analog output channels, providing reliable 4-20 mA signals for control systems.
Wide frequency range: Supports pulse frequency inputs up to 50 kHz for accurate signal measurement.
Pulse counting range: Capable of counting up to 999,999,999 pulses for high-precision applications.
Dual-redundant configuration ensures enhanced system reliability.
Robust design built to withstand demanding industrial environments.
Compact design for easy integration into existing automation systems, especially with Yokogawa’s control solutions.

Technical Specifications:

Specification	Details
Model Number	AAP849-S00
Module Type	Pulse to Analog Output Module
Number of Input Channels	8 pulse input channels
Number of Output Channels	8 analog output channels (4-20 mA)
Input Type	Pulse (frequency and count)
Output Type	4-20 mA analog signals
Frequency Range	Up to 50 kHz for single-pulse width measurement
Pulse Counting Range	0 to 999,999,999 pulses
Power Consumption	1460 mA (single configuration)
Operating Temperature	0°C to +50°C
Dimensions	Compact design for easy integration
Weight	700 g

Additional Information:

The Yokogawa AAP849-S00 is fully compatible with Yokogawa’s automation systems, ensuring seamless integration with existing control systems.
Designed for high-performance and precise analog signal conversion, it is ideal for applications such as flow measurement, speed detection, and other control processes requiring pulse-to-analog signal conversion.
Dual-redundant configuration ensures reliability and fault tolerance, making it a reliable choice for mission-critical applications.