Emerson 1C31150G02 pulse accumulator module

Emerson 1C31150G02 pulse accumulator module

Power supply characteristics: It belongs to the local power supply negative common terminal pulse accumulator, corresponding to 1C31150G01 (local power supply positive common terminal pulse accumulator) and 1C31150G03 (external power supply pulse accumulator). A stable DC power supply is usually required. Although specific power parameters such as voltage are not clearly given, it is speculated to be compatible with the standard power supply specifications of the Ovation system, generally 24V DC or other common industrial DC power supply voltages.
Input signal: It can receive various types of pulse input signals and adapt to the output signal characteristics of different on-site devices. The frequency range of the input signal is relatively wide, which can meet the input requirements of various pulse signals from low frequency to high frequency. However, there is no exact public data on the specific frequency range for the time being.

Counting capability: It features a powerful counting function and can perform a large number of pulse counts. Although the specific counting range is not explicitly specified, by referring to similar modules, it can usually reach 2 to the power of 32 or higher, meeting the pulse counting requirements in most industrial scenarios.
Communication interface: Supports high-speed communication network connection with the Ovation control system, exchanges data with the main control unit through a specific communication protocol, and realizes the upload of pulse counting data and the reception of control instructions. The communication rate is generally at the Mbps level to ensure the timeliness and accuracy of data transmission. However, specific communication protocols and rate information should refer to Emerson’s official documentation.
Working environment: The working temperature range is -20 ℃ to + 55℃, and the relative humidity is 5% to 95% (without condensation). It can operate stably in relatively harsh industrial environments, adapt to different environmental conditions, and ensure reliable operation in various industrial Settings.